Log started at 02.08.2023 07:27:20 Number of used processors (NPROC): 20. Number of mesh partitions (NPART): 20. Computer name: TENAYA Operating system: Windows 10 (Version 10.0.19045) Commandline: "C:\Program Files\SOLIDWORKS Corp\SOLIDWORKS Flow Simulation\BINCFW\efdsolver.exe" /config:"X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\1.xmlconfig" /guid:c9478c71-342d-4d48-a442-6128c078a960 /processors:max /m /s /prjnamelm:"Flow Simulation 2023" /prjnamehabout:"Flow Simulation 2023" /companyname:"COSMOS Applications" /prjaliasid:1009 /lang:English /port:12686 Total Physical Memory = 63.87 Gb, Available Physical Memory = 45.49 Gb ----------------------------------------------------------------------- Memory Working Set Current = 309.53 Mb, Memory Working Set Peak = 2149.99 Mb Memory Private Bytes Current = 412.79 Mb, Memory Private Bytes Peak = 2349.87 Mb Process Threads Number: 8 ----------------------------------------------------------------------- CPU: GenuineIntel, Stepping ID = 5, Model = 5, Family = 6, Extended model = 10, MMX SSE SSE2 Hyper-Threading Technology SSE3 CPU Brand String: Intel(R) Core(TM) i9-10900K CPU @ 3.70GHz Cache Line Size = 64, L2 Associativity = 6, Cache Size = 256K Number of cores: 20, Processor type: 8664, Active processor mask: 1048575, Page size: 4096 bites Package 0 [ ProcessorGroup 0 [ 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 ] ] NUMA Node 0: Available Memory = 45.49 Gb. ProcessorGroup 0 [ 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 ] std::thread::hardware_concurrency = 20 No NUMA support OpenMP enabled (spec=200203). max_threads = 20, num_procs = 20. SOLIDWORKS 2023 SP1.0 X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\1.fld Configuration name: Default Project name: Project(1) /*******************************************/ /* Project Summary */ /*******************************************/ Analysis type: CFD Problem type: internal Result resolution: 3 Minimum gap size: 0.00366617 Minimum wall thickness: 0.00366617 Manual refinement: Off Fluid substances count 1 Advanced capabilities Heat transfer On Transient Off Gravitation Off Laminar flow Off Compressibility Off Number of solid substances 1 Roughness: 2.5e-05 ************************************************ Flow Simulation 2023 x64 / 5863 / SOLVER ver. efd_dev.5608_04.02.2022+HMN_Inlet_Rework_V1+HMN_Inlet_Rework_V2 BRANCH: git--efd_2205.5863_17.10.2022 STATIONARY LAM-BREMHORST K-EPSILON TURBULENCE MODEL EXTERNAL=0 CHT=1 FROZEN=0 RADIATION=0 HVAC_COMFORT_PARAMETERS=0 Solver mode: normal Memory Status before reading BCF: ----------------------------------------------------------------------- Memory Working Set Current = 326.73 Mb, Memory Working Set Peak = 2149.99 Mb Memory Private Bytes Current = 424.86 Mb, Memory Private Bytes Peak = 2349.87 Mb Process Threads Number: 27 ----------------------------------------------------------------------- ----------------------------------------------------------------------- BCF CHECKSUM DATA (Mesh 0): BRICK |Level1| Sum: 0 FACE_A Area Sum: G.Fluid 4.3548508764404268 FACE_A Area Sum: G.Solid 4.3014245528672674 FACE_W Area Sum: 1.5031816195980880 FACE_W Nb Sum: 3433230 FACE_W min curvatures sum: -89221203.71975406 FACE_W max curvatures sum: 51674026.03507471 FACE_W ss lambda sum: -90754 AV Max Disbalance(Const) : 1.27719e-08 (cid=325324, t={81, 97, 294}, avid=609514, pid=213123) AV Max Disbalance(Linear): 1.31367e-07 (cid=268344, t={167, 53, 268}, avid=172248, pid=109466) BRICK-AV Volume Disbalance: 0 (cid=0, t={0, 0, 0}) ----------------------------------------------------------------------- ----------------------------------------------------------------------- MESHER TOPOLOGY DATA: BRICKS: Total 491196 BRICKS: Fluid 310011 BRICKS: Fluid Partial 192382 BRICKS: Type 1 244214 BRICKS: Max AV number 6 AV: G.Total 769417 AV: G.Fluid 317180 AV: G.Solid 452237 AV: G.Fluid Thin Profile 4.77 % (15123) AV: G.Solid Thin Profile 2.46 % (11117) AV: G.Fluid Thin For Mega 1.92 % (6104) AV: G.Solid Thin For Mega 1.32 % (5956) AV: G.Fluid Non-Convex 21.11 % (66954) AV: G.Solid Non-Convex 15.19 % (68681) AV: G.Fluid Non-Ess-Convex 19.92 % (63191) AV: G.Solid Non-Ess-Convex 12.51 % (56553) FACE_A: G.Fluid (af) 958994 (partially opened 433468) FACE_A: G.Solid (as) 1321737 (partially opened 727322) FACE_B: G.Total (b) 0 FACE_W: G.Total 469783 Brick/Bound FACE_W: G.Fluid/Solid (fs_g) 370702 9 FACE_W: G.Fluid/Fluid (ff_g) 0 0 FACE_W: G.Solid/Solid (ss_g) 86613 1 FACE_W: G.Fluid/Void (fv_g) 0 0 FACE_W: G.Fluid/External (fe_g) 0 FACE_W: G.Solid/External (se_g) 12468 AV/CV max fa count (on brick side):8 AV/CV max fw count: 8 AV/CV max fb count: 0 AV/CV max fw poly count: 59 MEMORY: Total 292.184 MB MEMORY: Per Brick 0.609 KB ----------------------------------------------------------------------- ----------------------------------------------------------------------- Memory Working Set Current = 1336.86 Mb, Memory Working Set Peak = 2149.99 Mb Memory Private Bytes Current = 1376.94 Mb, Memory Private Bytes Peak = 2349.87 Mb Process Threads Number: 27 ----------------------------------------------------------------------- ---------------------------------------------------------- BCF --> BCF.GEOMSUBDOM (bridge arrays): MESH (0): Fluid Subdom Constructor: 7 subdom(s). Solid Subdom Constructor: 129 subdom(s). Net Asm Subdom Constructor: 0 subdom(s). GEOMSUBDOM (0): gi=0 Fluid av=315573 cv=303243 fa=955456 fb=0 fw=365518 V=6.025106e-03 Cache data...OK GEOMSUBDOM (1): gi=0 Fluid av=264 cv=210 fa=581 fb=0 fw=899 V=9.379205e-08 Cache data...OK GEOMSUBDOM (2): gi=0 Fluid av=266 cv=204 fa=591 fb=0 fw=777 V=9.632793e-08 Cache data...OK GEOMSUBDOM (3): gi=0 Fluid av=272 cv=208 fa=597 fb=0 fw=832 V=9.418451e-08 Cache data...OK GEOMSUBDOM (4): gi=0 Fluid av=265 cv=205 fa=588 fb=0 fw=795 V=9.587464e-08 Cache data...OK GEOMSUBDOM (5): gi=0 Fluid av=267 cv=206 fa=584 fb=0 fw=819 V=9.314177e-08 Cache data...OK GEOMSUBDOM (6): gi=0 Fluid av=273 cv=213 fa=597 fb=0 fw=1062 V=9.264513e-08 Cache data...OK GEOMSUBDOM (7): gi=4 Void av=29382 cv=29382 fa=79618 fb=0 fw=45712 V=2.949755e-03 Cache data...OK GEOMSUBDOM (8): gi=1 Solid av=147912 cv=147912 fa=464535 fb=0 fw=136603 V=3.543600e-03 Cache data...OK GEOMSUBDOM (9): gi=4 Void av=1826 cv=1826 fa=3177 fb=0 fw=4040 V=2.382714e-07 Cache data...OK GEOMSUBDOM (10): gi=4 Void av=3816 cv=3816 fa=9910 fb=0 fw=5596 V=6.831133e-06 Cache data...OK GEOMSUBDOM (11): gi=4 Void av=7872 cv=7872 fa=21744 fb=0 fw=8496 V=6.827157e-06 Cache data...OK GEOMSUBDOM (12): gi=1 Solid av=30485 cv=30485 fa=85972 fb=0 fw=48857 V=1.019066e-04 Cache data...OK GEOMSUBDOM (13): gi=1 Solid av=3692 cv=3692 fa=7980 fb=0 fw=7813 V=7.250200e-06 Cache data...OK GEOMSUBDOM (14): gi=2 Solid av=14729 cv=14729 fa=43954 fb=0 fw=11000 V=1.170995e-04 Cache data...OK GEOMSUBDOM (15): gi=1 Solid av=156 cv=156 fa=233 fb=0 fw=472 V=1.175139e-07 Cache data...OK GEOMSUBDOM (16): gi=1 Solid av=9132 cv=9132 fa=24939 fb=0 fw=11464 V=1.657477e-05 Cache data...OK GEOMSUBDOM (17): gi=1 Solid av=45593 cv=45593 fa=127884 fb=0 fw=58922 V=1.761897e-04 Cache data...OK GEOMSUBDOM (18): gi=1 Solid av=120 cv=120 fa=197 fb=0 fw=364 V=1.195255e-07 Cache data...OK GEOMSUBDOM (19): gi=1 Solid av=125 cv=125 fa=207 fb=0 fw=376 V=1.175139e-07 Cache data...OK GEOMSUBDOM (20): gi=1 Solid av=156 cv=156 fa=233 fb=0 fw=472 V=1.195255e-07 Cache data...OK GEOMSUBDOM (21): gi=1 Solid av=57 cv=57 fa=129 fb=0 fw=102 V=1.609859e-08 Cache data...OK GEOMSUBDOM (22): gi=1 Solid av=120 cv=120 fa=197 fb=0 fw=364 V=1.175139e-07 Cache data...OK GEOMSUBDOM (23): gi=1 Solid av=120 cv=120 fa=197 fb=0 fw=364 V=1.195255e-07 Cache data...OK GEOMSUBDOM (24): gi=1 Solid av=120 cv=120 fa=197 fb=0 fw=364 V=1.175139e-07 Cache data...OK GEOMSUBDOM (25): gi=1 Solid av=156 cv=156 fa=233 fb=0 fw=472 V=1.195255e-07 Cache data...OK GEOMSUBDOM (26): gi=1 Solid av=156 cv=156 fa=233 fb=0 fw=472 V=1.175139e-07 Cache data...OK GEOMSUBDOM (27): gi=1 Solid av=120 cv=120 fa=197 fb=0 fw=364 V=1.195255e-07 Cache data...OK GEOMSUBDOM (28): gi=1 Solid av=125 cv=125 fa=207 fb=0 fw=376 V=1.175139e-07 Cache data...OK GEOMSUBDOM (29): gi=1 Solid av=156 cv=156 fa=233 fb=0 fw=472 V=1.195255e-07 Cache data...OK GEOMSUBDOM (30): gi=1 Solid av=85 cv=85 fa=127 fb=0 fw=259 V=1.175139e-07 Cache data...OK GEOMSUBDOM (31): gi=1 Solid av=713 cv=713 fa=1799 fb=0 fw=1266 V=1.950624e-06 Cache data...OK GEOMSUBDOM (32): gi=3 Solid av=19367 cv=19367 fa=58109 fb=0 fw=14776 V=1.170886e-04 Cache data...OK GEOMSUBDOM (33): gi=1 Solid av=44 cv=44 fa=80 fb=0 fw=120 V=4.653734e-09 Cache data...OK GEOMSUBDOM (34): gi=1 Solid av=159 cv=159 fa=238 fb=0 fw=480 V=2.072942e-07 Cache data...OK GEOMSUBDOM (35): gi=1 Solid av=34 cv=34 fa=71 fb=0 fw=76 V=1.538103e-08 Cache data...OK GEOMSUBDOM (36): gi=4 Void av=41 cv=41 fa=84 fb=0 fw=92 V=1.074855e-08 Cache data...OK GEOMSUBDOM (37): gi=4 Void av=15 cv=15 fa=23 fb=0 fw=44 V=4.140146e-10 Cache data...OK GEOMSUBDOM (38): gi=4 Void av=16 cv=16 fa=28 fb=0 fw=36 V=6.183050e-09 Cache data...OK GEOMSUBDOM (39): gi=4 Void av=5 cv=5 fa=6 fb=0 fw=14 V=1.447383e-11 Cache data...OK GEOMSUBDOM (40): gi=4 Void av=35 cv=35 fa=74 fb=0 fw=58 V=1.159482e-08 Cache data...OK GEOMSUBDOM (41): gi=1 Solid av=46 cv=46 fa=86 fb=0 fw=108 V=4.382100e-09 Cache data...OK GEOMSUBDOM (42): gi=4 Void av=15 cv=15 fa=23 fb=0 fw=44 V=4.143408e-10 Cache data...OK GEOMSUBDOM (43): gi=4 Void av=32 cv=32 fa=69 fb=0 fw=45 V=1.246685e-08 Cache data...OK GEOMSUBDOM (44): gi=4 Void av=40 cv=40 fa=81 fb=0 fw=108 V=1.080682e-08 Cache data...OK GEOMSUBDOM (45): gi=4 Void av=40 cv=40 fa=82 fb=0 fw=79 V=1.148059e-08 Cache data...OK GEOMSUBDOM (46): gi=4 Void av=36 cv=36 fa=76 fb=0 fw=78 V=1.247493e-08 Cache data...OK GEOMSUBDOM (47): gi=2 Solid av=15257 cv=15257 fa=44849 fb=0 fw=19945 V=7.739090e-05 Cache data...OK GEOMSUBDOM (48): gi=1 Solid av=322 cv=322 fa=899 fb=0 fw=358 V=7.084311e-07 Cache data...OK ...... GEOMSUBDOM (135): gi=4 Void av=1826 cv=1826 fa=3177 fb=0 fw=4040 V=2.382689e-07 Cache data...OK Setting nb of w-faces...OK (0.034 s). Correcting nb of w-faces... geomsd (0): removed nb-nfw by brick-long-chain: 8. geomsd (0): time=0.012 s Time(correct_fw_nb)=0.030 s MESH (0) checking: GEOMSUBDOM (0):fa_s=4.3532187933875681 fb_s=0.0000000000000000 fw_s=0.7628570966269511 fw_nb=2938040 :d_const(275371)=3.62109e-09 d_linear(275371)=3.30912e-08 GEOMSUBDOM (1):fa_s=0.0002702493751749 fb_s=0.0000000000000000 fw_s=0.0001958728906964 fw_nb=9556 :d_const(203)=6.63596e-11 d_linear(203)=1.07202e-10 GEOMSUBDOM (2):fa_s=0.0002763038339937 fb_s=0.0000000000000000 fw_s=0.0001927327671827 fw_nb=7760 :d_const(50)=1.23909e-10 d_linear(50)=1.66944e-10 GEOMSUBDOM (3):fa_s=0.0002715449975258 fb_s=0.0000000000000000 fw_s=0.0001923205578148 fw_nb=8416 :d_const(21)=2.7696e-11 d_linear(147)=6.25473e-11 GEOMSUBDOM (4):fa_s=0.0002760045231711 fb_s=0.0000000000000000 fw_s=0.0001934896806555 fw_nb=8032 :d_const(198)=1.1817e-10 d_linear(198)=1.5752e-10 GEOMSUBDOM (5):fa_s=0.0002692974384384 fb_s=0.0000000000000000 fw_s=0.0001924946986041 fw_nb=8306 :d_const(97)=1.34455e-10 d_linear(97)=3.07216e-10 GEOMSUBDOM (6):fa_s=0.0002686828846157 fb_s=0.0000000000000000 fw_s=0.0002002392469800 fw_nb=11846 :d_const(138)=1.13668e-08 d_linear(138)=4.90304e-08 GEOMSUBDOM (7):fa_s=0.9409875570652297 fb_s=0.0000000000000000 fw_s=0.6495624751632908 fw_nb=194794 :d_const(23857)=6.37231e-10 d_linear(26993)=2.52808e-09 GEOMSUBDOM (8):fa_s=2.1612695095600380 fb_s=0.0000000000000000 fw_s=0.5874578823534400 fw_nb=844996 :d_const(123969)=9.5292e-09 d_linear(123969)=1.90578e-08 GEOMSUBDOM (9):fa_s=0.0006643328614484 fb_s=0.0000000000000000 fw_s=0.0020029877793830 fw_nb=16256 :d_const(968)=6.1013e-10 d_linear(517)=3.69351e-09 GEOMSUBDOM (10):fa_s=0.0113745923605114 fb_s=0.0000000000000000 fw_s=0.0077200975666924 fw_nb=23900 :d_const(2259)=1.05078e-09 d_linear(3064)=1.00243e-09 GEOMSUBDOM (11):fa_s=0.0160883531858195 fb_s=0.0000000000000000 fw_s=0.0077177273921897 fw_nb=36112 :d_const(4212)=4.49234e-10 d_linear(6543)=2.44963e-09 GEOMSUBDOM (12):fa_s=0.1236476443570025 fb_s=0.0000000000000000 fw_s=0.0817398171781695 fw_nb=372922 :d_const(6104)=2.38613e-09 d_linear(22627)=6.93211e-09 GEOMSUBDOM (13):fa_s=0.0066818750061528 fb_s=0.0000000000000000 fw_s=0.0414917700928808 fw_nb=47926 :d_const(1009)=9.92254e-10 d_linear(1009)=1.16282e-09 GEOMSUBDOM (14):fa_s=0.1463021155431411 fb_s=0.0000000000000000 fw_s=0.0531074959922250 fw_nb=60118 :d_const(14053)=6.34868e-10 d_linear(14080)=4.62947e-10 GEOMSUBDOM (15):fa_s=0.0001189637250969 fb_s=0.0000000000000000 fw_s=0.0007160079928049 fw_nb=2820 :d_const(2)=6.50574e-13 d_linear(2)=6.65771e-13 GEOMSUBDOM (16):fa_s=0.0297125469137809 fb_s=0.0000000000000000 fw_s=0.0344572757622015 fw_nb=81814 :d_const(857)=2.9384e-10 d_linear(847)=4.61386e-10 GEOMSUBDOM (17):fa_s=0.2168703833434417 fb_s=0.0000000000000000 fw_s=0.1621774863889514 fw_nb=465578 :d_const(8078)=3.19123e-09 d_linear(29036)=1.61167e-08 GEOMSUBDOM (18):fa_s=0.0001035868838595 fb_s=0.0000000000000000 fw_s=0.0007262709083969 fw_nb=2172 :d_const(116)=1.00048e-12 d_linear(116)=7.99084e-13 GEOMSUBDOM (19):fa_s=0.0000935757352543 fb_s=0.0000000000000000 fw_s=0.0007160079928049 fw_nb=2244 :d_const(5)=2.15889e-12 d_linear(5)=4.44684e-12 GEOMSUBDOM (20):fa_s=0.0001199981799945 fb_s=0.0000000000000000 fw_s=0.0007262709083969 fw_nb=2820 :d_const(2)=1.17518e-12 d_linear(2)=1.3462e-12 GEOMSUBDOM (21):fa_s=0.0000527601560129 fb_s=0.0000000000000000 fw_s=0.0000572287947469 fw_nb=534 :d_const(5)=1.16853e-10 d_linear(55)=1.14026e-10 GEOMSUBDOM (22):fa_s=0.0000967674231151 fb_s=0.0000000000000000 fw_s=0.0007160079928049 fw_nb=2172 :d_const(119)=2.94492e-13 d_linear(119)=2.50083e-13 GEOMSUBDOM (23):fa_s=0.0000972339938746 fb_s=0.0000000000000000 fw_s=0.0007262709083969 fw_nb=2172 :d_const(4)=6.74668e-13 d_linear(4)=6.07083e-13 GEOMSUBDOM (24):fa_s=0.0001023173131933 fb_s=0.0000000000000000 fw_s=0.0007160079928045 fw_nb=2172 :d_const(4)=2.30071e-14 d_linear(4)=4.59567e-14 GEOMSUBDOM (25):fa_s=0.0001199981799946 fb_s=0.0000000000000000 fw_s=0.0007262709083978 fw_nb=2820 :d_const(155)=5.12183e-14 d_linear(155)=7.96477e-14 GEOMSUBDOM (26):fa_s=0.0001189637250969 fb_s=0.0000000000000000 fw_s=0.0007160079928044 fw_nb=2820 :d_const(155)=5.13827e-14 d_linear(2)=6.35114e-14 GEOMSUBDOM (27):fa_s=0.0001019814032643 fb_s=0.0000000000000000 fw_s=0.0007262709083972 fw_nb=2172 :d_const(0)=9.3544e-13 d_linear(0)=1.48463e-12 GEOMSUBDOM (28):fa_s=0.0000931648672451 fb_s=0.0000000000000000 fw_s=0.0007160079928049 fw_nb=2244 :d_const(3)=1.75562e-12 d_linear(3)=2.4667e-11 GEOMSUBDOM (29):fa_s=0.0001199981799945 fb_s=0.0000000000000000 fw_s=0.0007262709083969 fw_nb=2820 :d_const(155)=4.88786e-13 d_linear(155)=6.77247e-13 GEOMSUBDOM (30):fa_s=0.0000904800946073 fb_s=0.0000000000000000 fw_s=0.0007160079928057 fw_nb=1542 :d_const(4)=1.38677e-12 d_linear(4)=1.56954e-12 GEOMSUBDOM (31):fa_s=0.0029862997440096 fb_s=0.0000000000000000 fw_s=0.0024226521643113 fw_nb=8538 :d_const(697)=2.08085e-12 d_linear(710)=1.65801e-12 GEOMSUBDOM (32):fa_s=0.1592177284905106 fb_s=0.0000000000000000 fw_s=0.0530985506367056 fw_nb=78946 :d_const(19076)=6.50947e-10 d_linear(1028)=5.29183e-09 GEOMSUBDOM (33):fa_s=0.0000145350057515 fb_s=0.0000000000000000 fw_s=0.0000463665112815 fw_nb=656 :d_const(33)=2.85162e-10 d_linear(17)=3.75415e-10 GEOMSUBDOM (34):fa_s=0.0002093666676229 fb_s=0.0000000000000000 fw_s=0.0008109297300269 fw_nb=2868 :d_const(156)=2.41716e-13 d_linear(156)=8.10555e-13 GEOMSUBDOM (35):fa_s=0.0000401184857154 fb_s=0.0000000000000000 fw_s=0.0000541974651979 fw_nb=366 :d_const(28)=9.69616e-11 d_linear(28)=7.77099e-11 GEOMSUBDOM (36):fa_s=0.0000353559694472 fb_s=0.0000000000000000 fw_s=0.0000310458666800 fw_nb=340 :d_const(33)=3.54117e-10 d_linear(33)=3.8252e-10 GEOMSUBDOM (37):fa_s=0.0000006706001513 fb_s=0.0000000000000000 fw_s=0.0000170823304611 fw_nb=176 :d_const(12)=3.14392e-14 d_linear(9)=1.86928e-13 GEOMSUBDOM (38):fa_s=0.0000122231113100 fb_s=0.0000000000000000 fw_s=0.0000234382255526 fw_nb=142 :d_const(4)=5.03005e-10 d_linear(4)=7.52421e-09 GEOMSUBDOM (39):fa_s=0.0000000658546207 fb_s=0.0000000000000000 fw_s=0.0000016609678625 fw_nb=48 :d_const(1)=8.69502e-12 d_linear(1)=9.45901e-11 GEOMSUBDOM (40):fa_s=0.0000360697127812 fb_s=0.0000000000000000 fw_s=0.0000311852245919 fw_nb=232 :d_const(20)=4.36788e-10 d_linear(20)=4.77612e-10 GEOMSUBDOM (41):fa_s=0.0000120157434722 fb_s=0.0000000000000000 fw_s=0.0000475933453952 fw_nb=650 :d_const(27)=5.69162e-10 d_linear(8)=1.38084e-09 GEOMSUBDOM (42):fa_s=0.0000006725827663 fb_s=0.0000000000000000 fw_s=0.0000170954748870 fw_nb=176 :d_const(3)=1.22797e-13 d_linear(5)=2.09186e-13 GEOMSUBDOM (43):fa_s=0.0000379661220859 fb_s=0.0000000000000000 fw_s=0.0000313485401747 fw_nb=176 :d_const(31)=9.56476e-11 d_linear(31)=1.80476e-10 GEOMSUBDOM (44):fa_s=0.0000356232527007 fb_s=0.0000000000000000 fw_s=0.0000294146399486 fw_nb=386 :d_const(12)=1.90027e-11 d_linear(12)=2.59557e-11 GEOMSUBDOM (45):fa_s=0.0000367102373832 fb_s=0.0000000000000000 fw_s=0.0000308324774598 fw_nb=292 :d_const(25)=1.4727e-09 d_linear(25)=3.09657e-09 GEOMSUBDOM (46):fa_s=0.0000386644760422 fb_s=0.0000000000000000 fw_s=0.0000316215548098 fw_nb=274 :d_const(17)=2.53886e-10 d_linear(17)=6.1753e-10 GEOMSUBDOM (47):fa_s=0.0892310972227298 fb_s=0.0000000000000000 fw_s=0.0249281891803932 fw_nb=145648 :d_const(4289)=9.82018e-10 d_linear(4289)=2.26908e-09 GEOMSUBDOM (48):fa_s=0.0010783940694528 fb_s=0.0000000000000000 fw_s=0.0005284292399136 fw_nb=2522 :d_const(0)=5.09182e-15 d_linear(0)=9.31356e-14 ...... GEOMSUBDOM (135):fa_s=0.0006656292485985 fb_s=0.0000000000000000 fw_s=0.0020029755937240 fw_nb=16256 :d_const(517)=5.97755e-10 d_linear(965)=3.7176e-09 MESH (0) checking: OK. Time (MDS): 0.453 s ---------------------------------------------------------- ----------------------------------------------------------------------- Memory Working Set Current = 1623.74 Mb, Memory Working Set Peak = 2149.99 Mb Memory Private Bytes Current = 1658.53 Mb, Memory Private Bytes Peak = 2349.87 Mb Process Threads Number: 27 ----------------------------------------------------------------------- Memory Status after reading BCF: ----------------------------------------------------------------------- Memory Working Set Current = 1620.89 Mb, Memory Working Set Peak = 2149.99 Mb Memory Private Bytes Current = 1654.99 Mb, Memory Private Bytes Peak = 2349.87 Mb Process Threads Number: 27 ----------------------------------------------------------------------- Total read CPT took 4.66 sec. Save msh-format to file...OK (5.359 s). MMP (msh): locals=1, allc_sz=70.42 MB, used_sz=68.47 MB, blks-min-max=46/46 MMP (brx): locals=0, allc_sz=0.00 MB, used_sz=0.00 MB, blks-min-max=0/0 MMP (bcf): locals=20, allc_sz=494.28 MB, used_sz=481.46 MB, blks-min-max=31/70 MMP (xsl): locals=0, allc_sz=0.00 MB, used_sz=0.00 MB, blks-min-max=0/0 MESH::Bricks: Total=491196 ----------------------------------------------------------------------- Mesh dimensions: I[0 ]=12 I[1 ]=12 I[2 ]=26 Solver refinement level I[47]=0 Comp. domain size: a[0 ]=-0.126105 a[1 ]=0.0552344 a[2 ]=-0.0993569 a[3 ]=0.0819821 a[4 ]=-0.0448629 a[5 ]=0.362352 Wall thickness a[231]=0 Gap size a[232]=1 ----------------------------------------------------------------------- ----------------------------------------------------------------------- Preparing for calculations started at 2.8.2023 7:27:30 CD X0= -0.126104594107, X1= 0.0552343598935, Y0= -0.0993568945178, Y1= 0.0819820594822, Z0= -0.0448629204094, Z1= 0.362351883591 Update time step in solids: STATIONARY IN SOLIDS Update Use 1st order approx in solids: 2nd_order IN SOLIDS FLUID SUBDOMAIN 0 LC =1 LAMTURB=1 NONNEWTON=0 STEAM=0 CAVITATION=0 IT=6 NT=2 NC=1 U_DIM_EXT=15 FLUID SUBDOMAIN 1 LC =1 LAMTURB=1 NONNEWTON=0 STEAM=0 CAVITATION=0 IT=6 NT=2 NC=1 U_DIM_EXT=15 FLUID SUBDOMAIN 2 LC =1 LAMTURB=1 NONNEWTON=0 STEAM=0 CAVITATION=0 IT=6 NT=2 NC=1 U_DIM_EXT=15 FLUID SUBDOMAIN 3 LC =1 LAMTURB=1 NONNEWTON=0 STEAM=0 CAVITATION=0 IT=6 NT=2 NC=1 U_DIM_EXT=15 FLUID SUBDOMAIN 4 LC =1 LAMTURB=1 NONNEWTON=0 STEAM=0 CAVITATION=0 IT=6 NT=2 NC=1 U_DIM_EXT=15 FLUID SUBDOMAIN 5 LC =1 LAMTURB=1 NONNEWTON=0 STEAM=0 CAVITATION=0 IT=6 NT=2 NC=1 U_DIM_EXT=15 FLUID SUBDOMAIN 6 LC =1 LAMTURB=1 NONNEWTON=0 STEAM=0 CAVITATION=0 IT=6 NT=2 NC=1 U_DIM_EXT=15 ===ThermodynamicsHolder:=== Subdom 0 Ideal gas thermodynamics substance 0 type=fwGas, guid=2B966F4A9A9F11D4A50048A0E8000000, name=Air Subdom 1 Ideal gas thermodynamics substance 0 type=fwGas, guid=2B966F4A9A9F11D4A50048A0E8000000, name=Air Subdom 2 Ideal gas thermodynamics substance 0 type=fwGas, guid=2B966F4A9A9F11D4A50048A0E8000000, name=Air Subdom 3 Ideal gas thermodynamics substance 0 type=fwGas, guid=2B966F4A9A9F11D4A50048A0E8000000, name=Air Subdom 4 Ideal gas thermodynamics substance 0 type=fwGas, guid=2B966F4A9A9F11D4A50048A0E8000000, name=Air Subdom 5 Ideal gas thermodynamics substance 0 type=fwGas, guid=2B966F4A9A9F11D4A50048A0E8000000, name=Air Subdom 6 Ideal gas thermodynamics substance 0 type=fwGas, guid=2B966F4A9A9F11D4A50048A0E8000000, name=Air ===ThermodynamicsHolder:=== 128 parameter(s) in list of scalar parameters 8 parameter(s) in list of vector parameters ----------------------------------------------------------------------- Loading mesh settings (global/local/SAR)... Setting regions (491196 / 491196)...OK (0.003 s) ----------------------------------------------------------------------- CollectIndata: Initialize stored in U[] parameters (pressure,momentum,dens,..)... OK(CPU=0.033 s) THERMODYNAMICS: Initialize stored in U[] parameters (T,Cp,Pr,..) and switch to Y-shifted Total Enthalpy: OK: U[] is initialized. Collect Virtual Surface Sources...OK Collect Surface Goals... Received 0 wall face(s) and 0 virtual face(s)... OK Total CPU time 3 s Collect Unused surface area...OK MWS estimation... Subdomain number = 0 V_indata_max = 0, v_max_from_mf_on_BC = 0, v_max_from_pressure_opening = 0, MWS = 0.25 Subdomain number = 1 V_indata_max = 0, v_max_from_mf_on_BC = 0, v_max_from_pressure_opening = 0, MWS = 0.25 Subdomain number = 2 V_indata_max = 0, v_max_from_mf_on_BC = 0, v_max_from_pressure_opening = 0, MWS = 0.25 Subdomain number = 3 V_indata_max = 0, v_max_from_mf_on_BC = 0, v_max_from_pressure_opening = 0, MWS = 0.25 Subdomain number = 4 V_indata_max = 0, v_max_from_mf_on_BC = 0, v_max_from_pressure_opening = 0, MWS = 0.25 Subdomain number = 5 V_indata_max = 0, v_max_from_mf_on_BC = 0, v_max_from_pressure_opening = 0, MWS = 0.25 Subdomain number = 6 V_indata_max = 0, v_max_from_mf_on_BC = 0, v_max_from_pressure_opening = 0, MWS = 0.25 There are 7 subdomains in fluid: subdomain 0: LOW COMPRESSIBLE, MONOTONIC H, 303243 CVs, LAMINAR-TURBULENT TRANSITION subdomain 1: LOW COMPRESSIBLE, MONOTONIC H, 210 CVs, LAMINAR-TURBULENT TRANSITION subdomain 2: LOW COMPRESSIBLE, MONOTONIC H, 204 CVs, LAMINAR-TURBULENT TRANSITION subdomain 3: LOW COMPRESSIBLE, MONOTONIC H, 208 CVs, LAMINAR-TURBULENT TRANSITION subdomain 4: LOW COMPRESSIBLE, MONOTONIC H, 205 CVs, LAMINAR-TURBULENT TRANSITION subdomain 5: LOW COMPRESSIBLE, MONOTONIC H, 206 CVs, LAMINAR-TURBULENT TRANSITION subdomain 6: LOW COMPRESSIBLE, MONOTONIC H, 213 CVs, LAMINAR-TURBULENT TRANSITION NPROC = 20, nested_parallelization = 0 NPART = 20 /-----------------------------------------------------------/ SOLVER TOPOLOGY DATA: BRICKS: |level1| sum 496084 CV: Total 699760 CV: Fluid 304489 CV: Solid 395271 Fluid: CV Max Disbalance(Const): 3.62109e-09 (ncv=275371) CV Max Disbalance(Linear): 3.30912e-08 (ncv=275371, nsd=0) Fluid: CV Max Disbalance(Const): 6.63596e-11 (ncv=203) CV Max Disbalance(Linear): 1.07202e-10 (ncv=203, nsd=1) Fluid: CV Max Disbalance(Const): 1.23909e-10 (ncv=50) CV Max Disbalance(Linear): 1.66944e-10 (ncv=50, nsd=2) Fluid: CV Max Disbalance(Const): 2.7696e-11 (ncv=21) CV Max Disbalance(Linear): 6.25473e-11 (ncv=147, nsd=3) Fluid: CV Max Disbalance(Const): 1.1817e-10 (ncv=198) CV Max Disbalance(Linear): 1.5752e-10 (ncv=198, nsd=4) Fluid: CV Max Disbalance(Const): 1.34455e-10 (ncv=97) CV Max Disbalance(Linear): 3.07216e-10 (ncv=97, nsd=5) Fluid: CV Max Disbalance(Const): 1.13668e-08 (ncv=138) CV Max Disbalance(Linear): 4.90304e-08 (ncv=138, nsd=6) Solid: CV Max Disbalance(Const): 9.5292e-09 (ncv=123969) CV Max Disbalance(Linear): 1.90578e-08 (ncv=123969, nsd=8) Solid: CV Max Disbalance(Const): 2.38613e-09 (ncv=6104) CV Max Disbalance(Linear): 6.93211e-09 (ncv=22627, nsd=12) Solid: CV Max Disbalance(Const): 9.92254e-10 (ncv=1009) CV Max Disbalance(Linear): 1.16282e-09 (ncv=1009, nsd=13) Solid: CV Max Disbalance(Const): 6.34868e-10 (ncv=14053) CV Max Disbalance(Linear): 4.62947e-10 (ncv=14080, nsd=14) Solid: CV Max Disbalance(Const): 6.50564e-13 (ncv=2) CV Max Disbalance(Linear): 6.65771e-13 (ncv=2, nsd=15) Solid: CV Max Disbalance(Const): 2.9384e-10 (ncv=857) CV Max Disbalance(Linear): 4.61386e-10 (ncv=847, nsd=16) Solid: CV Max Disbalance(Const): 3.19123e-09 (ncv=8078) CV Max Disbalance(Linear): 1.61167e-08 (ncv=29036, nsd=17) Solid: CV Max Disbalance(Const): 1.00049e-12 (ncv=116) CV Max Disbalance(Linear): 7.99084e-13 (ncv=116, nsd=18) Solid: CV Max Disbalance(Const): 2.15889e-12 (ncv=5) CV Max Disbalance(Linear): 4.44684e-12 (ncv=5, nsd=19) Solid: CV Max Disbalance(Const): 1.17517e-12 (ncv=2) CV Max Disbalance(Linear): 1.3462e-12 (ncv=2, nsd=20) Solid: CV Max Disbalance(Const): 1.16853e-10 (ncv=5) CV Max Disbalance(Linear): 1.14026e-10 (ncv=55, nsd=21) Solid: CV Max Disbalance(Const): 2.94492e-13 (ncv=119) CV Max Disbalance(Linear): 2.50083e-13 (ncv=119, nsd=22) Solid: CV Max Disbalance(Const): 6.74679e-13 (ncv=4) CV Max Disbalance(Linear): 6.07083e-13 (ncv=4, nsd=23) Solid: CV Max Disbalance(Const): 2.30054e-14 (ncv=4) CV Max Disbalance(Linear): 4.59567e-14 (ncv=4, nsd=24) Solid: CV Max Disbalance(Const): 5.12207e-14 (ncv=155) CV Max Disbalance(Linear): 7.96477e-14 (ncv=155, nsd=25) Solid: CV Max Disbalance(Const): 5.13837e-14 (ncv=155) CV Max Disbalance(Linear): 6.35114e-14 (ncv=2, nsd=26) Solid: CV Max Disbalance(Const): 9.3544e-13 (ncv=0) CV Max Disbalance(Linear): 1.48463e-12 (ncv=0, nsd=27) Solid: CV Max Disbalance(Const): 1.75562e-12 (ncv=3) CV Max Disbalance(Linear): 2.4667e-11 (ncv=3, nsd=28) Solid: CV Max Disbalance(Const): 4.88785e-13 (ncv=155) CV Max Disbalance(Linear): 6.77247e-13 (ncv=155, nsd=29) Solid: CV Max Disbalance(Const): 1.38678e-12 (ncv=4) CV Max Disbalance(Linear): 1.56954e-12 (ncv=4, nsd=30) Solid: CV Max Disbalance(Const): 2.08085e-12 (ncv=697) CV Max Disbalance(Linear): 1.65801e-12 (ncv=710, nsd=31) Solid: CV Max Disbalance(Const): 6.50947e-10 (ncv=19076) CV Max Disbalance(Linear): 5.29183e-09 (ncv=1028, nsd=32) Solid: CV Max Disbalance(Const): 2.85162e-10 (ncv=33) CV Max Disbalance(Linear): 3.75415e-10 (ncv=17, nsd=33) Solid: CV Max Disbalance(Const): 2.4172e-13 (ncv=156) CV Max Disbalance(Linear): 8.10555e-13 (ncv=156, nsd=34) Solid: CV Max Disbalance(Const): 9.69616e-11 (ncv=28) CV Max Disbalance(Linear): 7.77099e-11 (ncv=28, nsd=35) Solid: CV Max Disbalance(Const): 5.69162e-10 (ncv=27) CV Max Disbalance(Linear): 1.38084e-09 (ncv=8, nsd=41) Solid: CV Max Disbalance(Const): 9.82018e-10 (ncv=4289) CV Max Disbalance(Linear): 2.26908e-09 (ncv=4289, nsd=47) Solid: CV Max Disbalance(Const): 5.06814e-15 (ncv=0) CV Max Disbalance(Linear): 9.31356e-14 (ncv=0, nsd=48) Solid: CV Max Disbalance(Const): 3.57358e-15 (ncv=29) CV Max Disbalance(Linear): 1.28266e-13 (ncv=42, nsd=49) Solid: CV Max Disbalance(Const): 1.06661e-14 (ncv=111) CV Max Disbalance(Linear): 4.49387e-14 (ncv=111, nsd=54) Solid: CV Max Disbalance(Const): 2.51558e-15 (ncv=5) CV Max Disbalance(Linear): 6.55041e-14 (ncv=8, nsd=55) Solid: CV Max Disbalance(Const): 9.10411e-15 (ncv=271) CV Max Disbalance(Linear): 5.80542e-14 (ncv=148, nsd=56) Solid: CV Max Disbalance(Const): 3.33852e-15 (ncv=47) CV Max Disbalance(Linear): 7.36207e-14 (ncv=136, nsd=57) Solid: CV Max Disbalance(Const): 1.86109e-09 (ncv=5) CV Max Disbalance(Linear): 4.12907e-09 (ncv=5, nsd=58) Solid: CV Max Disbalance(Const): 8.1297e-15 (ncv=121) CV Max Disbalance(Linear): 1.40693e-13 (ncv=223, nsd=62) Solid: CV Max Disbalance(Const): 6.55769e-15 (ncv=5) CV Max Disbalance(Linear): 1.9077e-13 (ncv=0, nsd=64) Solid: CV Max Disbalance(Const): 2.73135e-15 (ncv=8) CV Max Disbalance(Linear): 2.0386e-13 (ncv=0, nsd=65) Solid: CV Max Disbalance(Const): 3.49115e-15 (ncv=207) CV Max Disbalance(Linear): 1.01391e-13 (ncv=213, nsd=66) Solid: CV Max Disbalance(Const): 6.05379e-17 (ncv=13) CV Max Disbalance(Linear): 4.68552e-13 (ncv=13, nsd=68) Solid: CV Max Disbalance(Const): 4.32625e-15 (ncv=0) CV Max Disbalance(Linear): 1.73113e-13 (ncv=37, nsd=70) Solid: CV Max Disbalance(Const): 4.9844e-15 (ncv=27) CV Max Disbalance(Linear): 1.13012e-13 (ncv=26, nsd=73) Solid: CV Max Disbalance(Const): 1.83133e-15 (ncv=7) CV Max Disbalance(Linear): 4.68712e-13 (ncv=9, nsd=74) Solid: CV Max Disbalance(Const): 3.23381e-15 (ncv=43) CV Max Disbalance(Linear): 1.38868e-13 (ncv=5, nsd=76) Solid: CV Max Disbalance(Const): 9.35217e-16 (ncv=12) CV Max Disbalance(Linear): 4.68498e-13 (ncv=16, nsd=81) Solid: CV Max Disbalance(Const): 3.43803e-15 (ncv=0) CV Max Disbalance(Linear): 8.39478e-14 (ncv=26, nsd=82) Solid: CV Max Disbalance(Const): 6.49577e-13 (ncv=31) CV Max Disbalance(Linear): 3.88056e-12 (ncv=31, nsd=83) Solid: CV Max Disbalance(Const): 4.98141e-13 (ncv=39) CV Max Disbalance(Linear): 1.12025e-12 (ncv=39, nsd=84) Solid: CV Max Disbalance(Const): 5.16757e-09 (ncv=1) CV Max Disbalance(Linear): 5.17946e-09 (ncv=1, nsd=85) Solid: CV Max Disbalance(Const): 3.74331e-15 (ncv=3) CV Max Disbalance(Linear): 2.77212e-14 (ncv=2, nsd=86) Solid: CV Max Disbalance(Const): 4.68643e-12 (ncv=9) CV Max Disbalance(Linear): 6.008e-12 (ncv=9, nsd=87) Solid: CV Max Disbalance(Const): 2.98713e-15 (ncv=4) CV Max Disbalance(Linear): 3.14782e-14 (ncv=3, nsd=88) Solid: CV Max Disbalance(Const): 2.98471e-15 (ncv=3) CV Max Disbalance(Linear): 2.05099e-14 (ncv=3, nsd=89) Solid: CV Max Disbalance(Const): 5.47019e-12 (ncv=11) CV Max Disbalance(Linear): 9.04625e-12 (ncv=9, nsd=90) Solid: CV Max Disbalance(Const): 1.55293e-14 (ncv=4) CV Max Disbalance(Linear): 2.3909e-14 (ncv=1, nsd=91) Solid: CV Max Disbalance(Const): 3.33328e-16 (ncv=3) CV Max Disbalance(Linear): 3.15617e-14 (ncv=0, nsd=92) Solid: CV Max Disbalance(Const): 5.29472e-15 (ncv=5) CV Max Disbalance(Linear): 2.10177e-13 (ncv=5, nsd=93) Solid: CV Max Disbalance(Const): 1.0941e-10 (ncv=3) CV Max Disbalance(Linear): 2.46281e-10 (ncv=3, nsd=94) Solid: CV Max Disbalance(Const): 5.03998e-16 (ncv=3) CV Max Disbalance(Linear): 3.02999e-14 (ncv=3, nsd=95) Solid: CV Max Disbalance(Const): 3.98363e-14 (ncv=42) CV Max Disbalance(Linear): 5.5268e-13 (ncv=45, nsd=96) Solid: CV Max Disbalance(Const): 3.26454e-15 (ncv=125) CV Max Disbalance(Linear): 9.61099e-14 (ncv=0, nsd=97) Solid: CV Max Disbalance(Const): 3.2018e-15 (ncv=0) CV Max Disbalance(Linear): 1.66584e-13 (ncv=59, nsd=99) Solid: CV Max Disbalance(Const): 5.58241e-15 (ncv=0) CV Max Disbalance(Linear): 2.44648e-14 (ncv=142, nsd=101) Solid: CV Max Disbalance(Const): 1.30693e-15 (ncv=43) CV Max Disbalance(Linear): 7.25617e-14 (ncv=149, nsd=102) Solid: CV Max Disbalance(Const): 2.98363e-09 (ncv=10072) CV Max Disbalance(Linear): 3.4705e-09 (ncv=3009, nsd=103) Solid: CV Max Disbalance(Const): 3.34169e-15 (ncv=67) CV Max Disbalance(Linear): 1.47555e-13 (ncv=20, nsd=104) Solid: CV Max Disbalance(Const): 2.45725e-15 (ncv=122) CV Max Disbalance(Linear): 1.4308e-13 (ncv=169, nsd=105) Solid: CV Max Disbalance(Const): 8.51647e-12 (ncv=13) CV Max Disbalance(Linear): 1.66952e-11 (ncv=13, nsd=106) Solid: CV Max Disbalance(Const): 2.88329e-10 (ncv=21) CV Max Disbalance(Linear): 3.85664e-10 (ncv=21, nsd=107) Solid: CV Max Disbalance(Const): 5.62058e-17 (ncv=6) CV Max Disbalance(Linear): 1.41765e-13 (ncv=59, nsd=108) Solid: CV Max Disbalance(Const): 3.17327e-15 (ncv=8) CV Max Disbalance(Linear): 1.37974e-13 (ncv=0, nsd=109) Solid: CV Max Disbalance(Const): 2.86094e-15 (ncv=0) CV Max Disbalance(Linear): 6.62148e-14 (ncv=20, nsd=110) Solid: CV Max Disbalance(Const): 5.69083e-17 (ncv=201) CV Max Disbalance(Linear): 6.52859e-13 (ncv=140, nsd=111) Solid: CV Max Disbalance(Const): 2.79754e-17 (ncv=21) CV Max Disbalance(Linear): 4.97199e-14 (ncv=6, nsd=112) Solid: CV Max Disbalance(Const): 1.0943e-15 (ncv=121) CV Max Disbalance(Linear): 3.36901e-14 (ncv=27, nsd=113) Solid: CV Max Disbalance(Const): 4.97368e-17 (ncv=3) CV Max Disbalance(Linear): 7.57698e-14 (ncv=14, nsd=114) Solid: CV Max Disbalance(Const): 5.13543e-15 (ncv=295) CV Max Disbalance(Linear): 5.73884e-14 (ncv=62, nsd=115) Solid: CV Max Disbalance(Linear): 1.87227e-13 (ncv=14, nsd=116) Solid: CV Max Disbalance(Const): 2.24036e-15 (ncv=29) CV Max Disbalance(Linear): 1.87665e-13 (ncv=44, nsd=117) Solid: CV Max Disbalance(Const): 3.92106e-17 (ncv=138) CV Max Disbalance(Linear): 2.33123e-13 (ncv=0, nsd=118) Solid: CV Max Disbalance(Const): 2.24613e-17 (ncv=2) CV Max Disbalance(Linear): 3.4019e-14 (ncv=12, nsd=119) Solid: CV Max Disbalance(Const): 9.09841e-17 (ncv=17) CV Max Disbalance(Linear): 4.37435e-14 (ncv=0, nsd=120) Solid: CV Max Disbalance(Const): 2.66721e-15 (ncv=0) CV Max Disbalance(Linear): 5.58284e-13 (ncv=122, nsd=121) Solid: CV Max Disbalance(Const): 1.27719e-08 (ncv=27485) CV Max Disbalance(Linear): 3.20999e-08 (ncv=81807, nsd=122) Solid: CV Max Disbalance(Const): 2.17538e-10 (ncv=11) CV Max Disbalance(Linear): 4.11995e-10 (ncv=17, nsd=123) Solid: CV Max Disbalance(Const): 2.59921e-09 (ncv=1) CV Max Disbalance(Linear): 1.82192e-08 (ncv=1, nsd=124) Solid: CV Max Disbalance(Const): 5.98244e-14 (ncv=4) CV Max Disbalance(Linear): 3.47056e-13 (ncv=1, nsd=126) Solid: CV Max Disbalance(Const): 1.1282e-14 (ncv=5) CV Max Disbalance(Linear): 2.87537e-11 (ncv=2, nsd=127) Solid: CV Max Disbalance(Const): 1.24075e-13 (ncv=3) CV Max Disbalance(Linear): 8.60985e-13 (ncv=0, nsd=128) Solid: CV Max Disbalance(Const): 2.83694e-14 (ncv=0) CV Max Disbalance(Linear): 1.93776e-11 (ncv=1, nsd=129) Solid: CV Max Disbalance(Const): 6.21962e-15 (ncv=3) CV Max Disbalance(Linear): 2.14753e-13 (ncv=0, nsd=130) Solid: CV Max Disbalance(Const): 9.13492e-15 (ncv=5) CV Max Disbalance(Linear): 1.69164e-13 (ncv=1, nsd=131) Solid: CV Max Disbalance(Const): 7.98776e-14 (ncv=3) CV Max Disbalance(Linear): 6.66083e-13 (ncv=2, nsd=132) CV: G.Fluid Thin Profile 4.93 % (15001) CV: G.Solid Thin Profile 2.51 % (9930) CV: G.Fluid Non-Convex 22.10 % (67291) CV: G.Solid Non-Convex 14.94 % (59052) FACE_A: Fluid (af) 958994 FACE_A: Max number placed on a brick-face in cv: 8 FACE_A: Solid (as) 1321737 FACE_W: Total 469783 FACE_W: Fluid/Fluid (ff) 0 FACE_W: Max number placed in cv: 59 /-----------------------------------------------------------/ nsd= 0: min rho=1.20371, var Kin E=7.52316 nsd= 1: min rho=1.20371, var Kin E=7.52316 nsd= 2: min rho=1.20371, var Kin E=7.52316 nsd= 3: min rho=1.20371, var Kin E=7.52316 nsd= 4: min rho=1.20371, var Kin E=7.52316 nsd= 5: min rho=1.20371, var Kin E=7.52316 nsd= 6: min rho=1.20371, var Kin E=7.52316 Create solver core MDS: Converting solver problem ... MDS: OK slv : Calculations at run start slv : Create sub-domains supervisors: slv : Fluid subdom 0(IMS) gsd_ind=0 slv : Fluid subdom 1(IMS) gsd_ind=1 slv : Fluid subdom 2(IMS) gsd_ind=2 slv : Fluid subdom 3(IMS) gsd_ind=3 slv : Fluid subdom 4(IMS) gsd_ind=4 slv : Fluid subdom 5(IMS) gsd_ind=5 slv : Fluid subdom 6(IMS) gsd_ind=6 slv : 7 fluid slv : Solid subdom 0 slv : Solid av's clusters generator... slv : geomsd_ind = 8: clusters count=0 GEOMSUBDOM_C construct: geomsd(8) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(8) av=147912 fa=464535 fb=0 fw=136603 --> geomsd_c cv=147912 fa=464535 fb=0 fw=136603 disb_const(ncv=123969)=9.5292e-09 disb_linear(ncv=123969)=1.90578e-08 slv : Solid subdom 1 slv : Solid av's clusters generator... slv : geomsd_ind = 12: clusters count=80 GEOMSUBDOM_C construct: geomsd(12) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(12) av=30485 fa=85972 fb=0 fw=48857 --> geomsd_c cv=30435 fa=85873 fb=0 fw=48857 disb_const(ncv=6104)=2.38613e-09 disb_linear(ncv=22627)=6.93211e-09 slv : Solid subdom 2 slv : Solid av's clusters generator... slv : geomsd_ind = 13: clusters count=2483 GEOMSUBDOM_C construct: geomsd(13) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(13) av=3692 fa=7980 fb=0 fw=7813 --> geomsd_c cv=3681 fa=7955 fb=0 fw=7813 disb_const(ncv=1001)=9.92254e-10 disb_linear(ncv=1001)=1.16282e-09 slv : Solid subdom 3 slv : Solid av's clusters generator... slv : geomsd_ind = 14: clusters count=120 GEOMSUBDOM_C construct: geomsd(14) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(14) av=14729 fa=43954 fb=0 fw=11000 --> geomsd_c cv=14553 fa=43491 fb=0 fw=11000 disb_const(ncv=14022)=6.34868e-10 disb_linear(ncv=14045)=4.62947e-10 slv : Solid subdom 4 slv : Solid av's clusters generator... slv : geomsd_ind = 15: clusters count=153 GEOMSUBDOM_C construct: geomsd(15) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(15) av=156 fa=233 fb=0 fw=472 --> geomsd_c cv=156 fa=233 fb=0 fw=472 disb_const(ncv=2)=6.50574e-13 disb_linear(ncv=2)=6.65771e-13 slv : Solid subdom 5 slv : Solid av's clusters generator... slv : geomsd_ind = 16: clusters count=70 GEOMSUBDOM_C construct: geomsd(16) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(16) av=9132 fa=24939 fb=0 fw=11464 --> geomsd_c cv=9060 fa=24761 fb=0 fw=11464 disb_const(ncv=857)=2.9384e-10 disb_linear(ncv=847)=4.61386e-10 slv : Solid subdom 6 slv : Solid av's clusters generator... slv : geomsd_ind = 17: clusters count=895 GEOMSUBDOM_C construct: geomsd(17) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(17) av=45593 fa=127884 fb=0 fw=58922 --> geomsd_c cv=45455 fa=127560 fb=0 fw=58922 disb_const(ncv=8078)=3.19123e-09 disb_linear(ncv=28968)=1.61167e-08 slv : Solid subdom 7 slv : Solid av's clusters generator... slv : geomsd_ind = 18: clusters count=116 GEOMSUBDOM_C construct: geomsd(18) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(18) av=120 fa=197 fb=0 fw=364 --> geomsd_c cv=120 fa=197 fb=0 fw=364 disb_const(ncv=116)=1.00048e-12 disb_linear(ncv=116)=7.99084e-13 slv : Solid subdom 8 slv : Solid av's clusters generator... slv : geomsd_ind = 19: clusters count=41 GEOMSUBDOM_C construct: geomsd(19) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(19) av=125 fa=207 fb=0 fw=376 --> geomsd_c cv=125 fa=207 fb=0 fw=376 disb_const(ncv=5)=2.15889e-12 disb_linear(ncv=5)=4.44684e-12 slv : Solid subdom 9 slv : Solid av's clusters generator... slv : geomsd_ind = 20: clusters count=153 GEOMSUBDOM_C construct: geomsd(20) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(20) av=156 fa=233 fb=0 fw=472 --> geomsd_c cv=156 fa=233 fb=0 fw=472 disb_const(ncv=2)=1.17518e-12 disb_linear(ncv=2)=1.3462e-12 slv : Solid subdom 10 slv : Solid av's clusters generator... slv : geomsd_ind = 21: clusters count=0 GEOMSUBDOM_C construct: geomsd(21) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(21) av=57 fa=129 fb=0 fw=102 --> geomsd_c cv=57 fa=129 fb=0 fw=102 disb_const(ncv=5)=1.16853e-10 disb_linear(ncv=55)=1.14026e-10 slv : Solid subdom 11 slv : Solid av's clusters generator... slv : geomsd_ind = 22: clusters count=117 GEOMSUBDOM_C construct: geomsd(22) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(22) av=120 fa=197 fb=0 fw=364 --> geomsd_c cv=120 fa=197 fb=0 fw=364 disb_const(ncv=119)=2.94492e-13 disb_linear(ncv=119)=2.50083e-13 slv : Solid subdom 12 slv : Solid av's clusters generator... slv : geomsd_ind = 23: clusters count=117 GEOMSUBDOM_C construct: geomsd(23) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(23) av=120 fa=197 fb=0 fw=364 --> geomsd_c cv=120 fa=197 fb=0 fw=364 disb_const(ncv=4)=6.74668e-13 disb_linear(ncv=4)=6.07083e-13 slv : Solid subdom 13 slv : Solid av's clusters generator... slv : geomsd_ind = 24: clusters count=116 GEOMSUBDOM_C construct: geomsd(24) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(24) av=120 fa=197 fb=0 fw=364 --> geomsd_c cv=120 fa=197 fb=0 fw=364 disb_const(ncv=4)=2.30071e-14 disb_linear(ncv=4)=4.59567e-14 slv : Solid subdom 14 slv : Solid av's clusters generator... slv : geomsd_ind = 25: clusters count=153 GEOMSUBDOM_C construct: geomsd(25) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(25) av=156 fa=233 fb=0 fw=472 --> geomsd_c cv=156 fa=233 fb=0 fw=472 disb_const(ncv=155)=5.12183e-14 disb_linear(ncv=155)=7.96477e-14 slv : Solid subdom 15 slv : Solid av's clusters generator... slv : geomsd_ind = 26: clusters count=153 GEOMSUBDOM_C construct: geomsd(26) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(26) av=156 fa=233 fb=0 fw=472 --> geomsd_c cv=156 fa=233 fb=0 fw=472 disb_const(ncv=155)=5.13827e-14 disb_linear(ncv=2)=6.35114e-14 slv : Solid subdom 16 slv : Solid av's clusters generator... slv : geomsd_ind = 27: clusters count=117 GEOMSUBDOM_C construct: geomsd(27) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(27) av=120 fa=197 fb=0 fw=364 --> geomsd_c cv=120 fa=197 fb=0 fw=364 disb_const(ncv=0)=9.3544e-13 disb_linear(ncv=0)=1.48463e-12 slv : Solid subdom 17 slv : Solid av's clusters generator... slv : geomsd_ind = 28: clusters count=41 GEOMSUBDOM_C construct: geomsd(28) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(28) av=125 fa=207 fb=0 fw=376 --> geomsd_c cv=125 fa=207 fb=0 fw=376 disb_const(ncv=3)=1.75562e-12 disb_linear(ncv=3)=2.4667e-11 slv : Solid subdom 18 slv : Solid av's clusters generator... slv : geomsd_ind = 29: clusters count=152 GEOMSUBDOM_C construct: geomsd(29) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(29) av=156 fa=233 fb=0 fw=472 --> geomsd_c cv=156 fa=233 fb=0 fw=472 disb_const(ncv=155)=4.88786e-13 disb_linear(ncv=155)=6.77247e-13 slv : Solid subdom 19 slv : Solid av's clusters generator... slv : geomsd_ind = 30: clusters count=42 GEOMSUBDOM_C construct: geomsd(30) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(30) av=85 fa=127 fb=0 fw=259 --> geomsd_c cv=85 fa=127 fb=0 fw=259 disb_const(ncv=4)=1.38677e-12 disb_linear(ncv=4)=1.56954e-12 slv : Solid subdom 20 slv : Solid av's clusters generator... slv : geomsd_ind = 31: clusters count=0 GEOMSUBDOM_C construct: geomsd(31) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(31) av=713 fa=1799 fb=0 fw=1266 --> geomsd_c cv=713 fa=1799 fb=0 fw=1266 disb_const(ncv=697)=2.08085e-12 disb_linear(ncv=710)=1.65801e-12 slv : Solid subdom 21 slv : Solid av's clusters generator... slv : geomsd_ind = 32: clusters count=120 GEOMSUBDOM_C construct: geomsd(32) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(32) av=19367 fa=58109 fb=0 fw=14776 --> geomsd_c cv=19195 fa=57659 fb=0 fw=14776 disb_const(ncv=18953)=6.50947e-10 disb_linear(ncv=1028)=5.29183e-09 slv : Solid subdom 22 slv : Solid av's clusters generator... slv : geomsd_ind = 33: clusters count=27 GEOMSUBDOM_C construct: geomsd(33) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(33) av=44 fa=80 fb=0 fw=120 --> geomsd_c cv=44 fa=80 fb=0 fw=120 disb_const(ncv=33)=2.85162e-10 disb_linear(ncv=17)=3.93321e-10 slv : Solid subdom 23 slv : Solid av's clusters generator... slv : geomsd_ind = 34: clusters count=75 GEOMSUBDOM_C construct: geomsd(34) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(34) av=159 fa=238 fb=0 fw=480 --> geomsd_c cv=159 fa=238 fb=0 fw=480 disb_const(ncv=156)=2.41716e-13 disb_linear(ncv=156)=8.10555e-13 slv : Solid subdom 24 slv : Solid av's clusters generator... slv : geomsd_ind = 35: clusters count=0 GEOMSUBDOM_C construct: geomsd(35) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(35) av=34 fa=71 fb=0 fw=76 --> geomsd_c cv=34 fa=71 fb=0 fw=76 disb_const(ncv=28)=9.69616e-11 disb_linear(ncv=28)=7.77099e-11 slv : Solid subdom 25 slv : Solid av's clusters generator... slv : geomsd_ind = 41: clusters count=30 GEOMSUBDOM_C construct: geomsd(41) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(41) av=46 fa=86 fb=0 fw=108 --> geomsd_c cv=46 fa=86 fb=0 fw=108 disb_const(ncv=27)=5.69162e-10 disb_linear(ncv=8)=1.38084e-09 slv : Solid subdom 26 slv : Solid av's clusters generator... slv : geomsd_ind = 47: clusters count=1 GEOMSUBDOM_C construct: geomsd(47) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(47) av=15257 fa=44849 fb=0 fw=19945 --> geomsd_c cv=15257 fa=44849 fb=0 fw=19945 disb_const(ncv=4289)=9.82018e-10 disb_linear(ncv=4289)=2.26908e-09 slv : Solid subdom 27 slv : Solid av's clusters generator... slv : geomsd_ind = 48: clusters count=0 GEOMSUBDOM_C construct: geomsd(48) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(48) av=322 fa=899 fb=0 fw=358 --> geomsd_c cv=322 fa=899 fb=0 fw=358 disb_const(ncv=0)=5.09182e-15 disb_linear(ncv=0)=9.31356e-14 slv : Solid subdom 28 slv : Solid av's clusters generator... slv : geomsd_ind = 49: clusters count=0 GEOMSUBDOM_C construct: geomsd(49) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(49) av=226 fa=620 fb=0 fw=283 --> geomsd_c cv=226 fa=620 fb=0 fw=283 disb_const(ncv=29)=3.54685e-15 disb_linear(ncv=42)=1.28266e-13 slv : Solid subdom 29 slv : Solid av's clusters generator... slv : geomsd_ind = 54: clusters count=0 GEOMSUBDOM_C construct: geomsd(54) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(54) av=184 fa=487 fb=0 fw=219 --> geomsd_c cv=184 fa=487 fb=0 fw=219 disb_const(ncv=111)=1.06595e-14 disb_linear(ncv=111)=4.49387e-14 slv : Solid subdom 30 slv : Solid av's clusters generator... slv : geomsd_ind = 55: clusters count=0 GEOMSUBDOM_C construct: geomsd(55) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(55) av=24 fa=50 fb=0 fw=52 --> geomsd_c cv=24 fa=50 fb=0 fw=52 disb_const(ncv=5)=2.51554e-15 disb_linear(ncv=8)=6.55041e-14 slv : Solid subdom 31 slv : Solid av's clusters generator... slv : geomsd_ind = 56: clusters count=0 GEOMSUBDOM_C construct: geomsd(56) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(56) av=562 fa=1625 fb=0 fw=593 --> geomsd_c cv=562 fa=1625 fb=0 fw=593 disb_const(ncv=271)=9.10545e-15 disb_linear(ncv=140)=5.80542e-14 slv : Solid subdom 32 slv : Solid av's clusters generator... slv : geomsd_ind = 57: clusters count=0 GEOMSUBDOM_C construct: geomsd(57) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(57) av=159 fa=410 fb=0 fw=210 --> geomsd_c cv=159 fa=410 fb=0 fw=210 disb_const(ncv=47)=3.33852e-15 disb_linear(ncv=136)=7.36207e-14 slv : Solid subdom 33 slv : Solid av's clusters generator... slv : geomsd_ind = 58: clusters count=0 GEOMSUBDOM_C construct: geomsd(58) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(58) av=43 fa=100 fb=0 fw=86 --> geomsd_c cv=43 fa=100 fb=0 fw=86 disb_const(ncv=5)=1.86109e-09 disb_linear(ncv=5)=4.12907e-09 slv : Solid subdom 34 slv : Solid av's clusters generator... slv : geomsd_ind = 62: clusters count=0 GEOMSUBDOM_C construct: geomsd(62) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(62) av=633 fa=1817 fb=0 fw=543 --> geomsd_c cv=633 fa=1817 fb=0 fw=543 disb_const(ncv=121)=8.1297e-15 disb_linear(ncv=223)=1.40693e-13 slv : Solid subdom 35 slv : Solid av's clusters generator... slv : geomsd_ind = 64: clusters count=0 GEOMSUBDOM_C construct: geomsd(64) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(64) av=65 fa=159 fb=0 fw=106 --> geomsd_c cv=65 fa=159 fb=0 fw=106 disb_const(ncv=5)=6.55769e-15 disb_linear(ncv=0)=1.9077e-13 slv : Solid subdom 36 slv : Solid av's clusters generator... slv : geomsd_ind = 65: clusters count=0 GEOMSUBDOM_C construct: geomsd(65) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(65) av=58 fa=142 fb=0 fw=89 --> geomsd_c cv=58 fa=142 fb=0 fw=89 disb_const(ncv=8)=2.6953e-15 disb_linear(ncv=0)=2.0386e-13 slv : Solid subdom 37 slv : Solid av's clusters generator... slv : geomsd_ind = 66: clusters count=0 GEOMSUBDOM_C construct: geomsd(66) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(66) av=422 fa=1164 fb=0 fw=462 --> geomsd_c cv=422 fa=1164 fb=0 fw=462 disb_const(ncv=207)=3.49115e-15 disb_linear(ncv=213)=1.01391e-13 slv : Solid subdom 38 slv : Solid av's clusters generator... slv : geomsd_ind = 68: clusters count=0 GEOMSUBDOM_C construct: geomsd(68) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(68) av=18 fa=38 fb=0 fw=42 --> geomsd_c cv=18 fa=38 fb=0 fw=42 disb_const(ncv=13)=6.05379e-17 disb_linear(ncv=13)=4.68552e-13 slv : Solid subdom 39 slv : Solid av's clusters generator... slv : geomsd_ind = 70: clusters count=0 GEOMSUBDOM_C construct: geomsd(70) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(70) av=136 fa=359 fb=0 fw=179 --> geomsd_c cv=136 fa=359 fb=0 fw=179 disb_const(ncv=0)=4.31332e-15 disb_linear(ncv=37)=1.73113e-13 slv : Solid subdom 40 slv : Solid av's clusters generator... slv : geomsd_ind = 73: clusters count=0 GEOMSUBDOM_C construct: geomsd(73) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(73) av=63 fa=153 fb=0 fw=106 --> geomsd_c cv=63 fa=153 fb=0 fw=106 disb_const(ncv=27)=4.98454e-15 disb_linear(ncv=26)=1.13012e-13 slv : Solid subdom 41 slv : Solid av's clusters generator... slv : geomsd_ind = 74: clusters count=0 GEOMSUBDOM_C construct: geomsd(74) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(74) av=18 fa=38 fb=0 fw=42 --> geomsd_c cv=18 fa=38 fb=0 fw=42 disb_const(ncv=7)=1.83133e-15 disb_linear(ncv=9)=4.68712e-13 slv : Solid subdom 42 slv : Solid av's clusters generator... slv : geomsd_ind = 76: clusters count=0 GEOMSUBDOM_C construct: geomsd(76) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(76) av=61 fa=145 fb=0 fw=100 --> geomsd_c cv=61 fa=145 fb=0 fw=100 disb_const(ncv=43)=3.24907e-15 disb_linear(ncv=5)=1.38868e-13 slv : Solid subdom 43 slv : Solid av's clusters generator... slv : geomsd_ind = 81: clusters count=0 GEOMSUBDOM_C construct: geomsd(81) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(81) av=18 fa=38 fb=0 fw=42 --> geomsd_c cv=18 fa=38 fb=0 fw=42 disb_const(ncv=12)=9.35218e-16 disb_linear(ncv=16)=4.68498e-13 slv : Solid subdom 44 slv : Solid av's clusters generator... slv : geomsd_ind = 82: clusters count=0 GEOMSUBDOM_C construct: geomsd(82) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(82) av=63 fa=153 fb=0 fw=104 --> geomsd_c cv=63 fa=153 fb=0 fw=104 disb_const(ncv=0)=3.43835e-15 disb_linear(ncv=26)=8.39478e-14 slv : Solid subdom 45 slv : Solid av's clusters generator... slv : geomsd_ind = 83: clusters count=11 GEOMSUBDOM_C construct: geomsd(83) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(83) av=33 fa=54 fb=0 fw=99 --> geomsd_c cv=33 fa=54 fb=0 fw=99 disb_const(ncv=31)=6.49577e-13 disb_linear(ncv=31)=3.88056e-12 slv : Solid subdom 46 slv : Solid av's clusters generator... slv : geomsd_ind = 84: clusters count=36 GEOMSUBDOM_C construct: geomsd(84) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(84) av=42 fa=63 fb=0 fw=129 --> geomsd_c cv=42 fa=63 fb=0 fw=129 disb_const(ncv=39)=4.98143e-13 disb_linear(ncv=39)=1.12025e-12 slv : Solid subdom 47 slv : Solid av's clusters generator... slv : geomsd_ind = 85: clusters count=2 GEOMSUBDOM_C construct: geomsd(85) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(85) av=12 fa=18 fb=0 fw=42 --> geomsd_c cv=12 fa=18 fb=0 fw=42 disb_const(ncv=1)=5.16757e-09 disb_linear(ncv=1)=5.17946e-09 slv : Solid subdom 48 slv : Solid av's clusters generator... slv : geomsd_ind = 86: clusters count=2 GEOMSUBDOM_C construct: geomsd(86) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(86) av=4 fa=4 fb=0 fw=16 --> geomsd_c cv=4 fa=4 fb=0 fw=16 disb_const(ncv=3)=3.74415e-15 disb_linear(ncv=2)=2.77212e-14 slv : Solid subdom 49 slv : Solid av's clusters generator... slv : geomsd_ind = 87: clusters count=5 GEOMSUBDOM_C construct: geomsd(87) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(87) av=11 fa=16 fb=0 fw=40 --> geomsd_c cv=11 fa=16 fb=0 fw=40 disb_const(ncv=9)=4.68643e-12 disb_linear(ncv=9)=6.008e-12 slv : Solid subdom 50 slv : Solid av's clusters generator... slv : geomsd_ind = 88: clusters count=2 GEOMSUBDOM_C construct: geomsd(88) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(88) av=6 fa=7 fb=0 fw=22 --> geomsd_c cv=6 fa=7 fb=0 fw=22 disb_const(ncv=4)=2.98713e-15 disb_linear(ncv=3)=3.14782e-14 slv : Solid subdom 51 slv : Solid av's clusters generator... slv : geomsd_ind = 89: clusters count=4 GEOMSUBDOM_C construct: geomsd(89) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(89) av=4 fa=4 fb=0 fw=16 --> geomsd_c cv=4 fa=4 fb=0 fw=16 disb_const(ncv=3)=2.98122e-15 disb_linear(ncv=3)=2.05099e-14 slv : Solid subdom 52 slv : Solid av's clusters generator... slv : geomsd_ind = 90: clusters count=2 GEOMSUBDOM_C construct: geomsd(90) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(90) av=14 fa=22 fb=0 fw=47 --> geomsd_c cv=14 fa=22 fb=0 fw=47 disb_const(ncv=11)=5.4702e-12 disb_linear(ncv=9)=9.04625e-12 slv : Solid subdom 53 slv : Solid av's clusters generator... slv : geomsd_ind = 91: clusters count=2 GEOMSUBDOM_C construct: geomsd(91) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(91) av=5 fa=6 fb=0 fw=19 --> geomsd_c cv=5 fa=6 fb=0 fw=19 disb_const(ncv=4)=1.55283e-14 disb_linear(ncv=1)=2.3909e-14 slv : Solid subdom 54 slv : Solid av's clusters generator... slv : geomsd_ind = 92: clusters count=4 GEOMSUBDOM_C construct: geomsd(92) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(92) av=4 fa=4 fb=0 fw=16 --> geomsd_c cv=4 fa=4 fb=0 fw=16 disb_const(ncv=3)=3.34754e-16 disb_linear(ncv=0)=3.15617e-14 slv : Solid subdom 55 slv : Solid av's clusters generator... slv : geomsd_ind = 93: clusters count=2 GEOMSUBDOM_C construct: geomsd(93) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(93) av=6 fa=7 fb=0 fw=22 --> geomsd_c cv=6 fa=7 fb=0 fw=22 disb_const(ncv=5)=5.29472e-15 disb_linear(ncv=5)=2.10177e-13 slv : Solid subdom 56 slv : Solid av's clusters generator... slv : geomsd_ind = 94: clusters count=5 GEOMSUBDOM_C construct: geomsd(94) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(94) av=15 fa=21 fb=0 fw=54 --> geomsd_c cv=15 fa=21 fb=0 fw=54 disb_const(ncv=3)=1.0941e-10 disb_linear(ncv=3)=2.46281e-10 slv : Solid subdom 57 slv : Solid av's clusters generator... slv : geomsd_ind = 95: clusters count=2 GEOMSUBDOM_C construct: geomsd(95) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(95) av=4 fa=4 fb=0 fw=16 --> geomsd_c cv=4 fa=4 fb=0 fw=16 disb_const(ncv=3)=5.04272e-16 disb_linear(ncv=3)=3.02999e-14 slv : Solid subdom 58 slv : Solid av's clusters generator... slv : geomsd_ind = 96: clusters count=60 GEOMSUBDOM_C construct: geomsd(96) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(96) av=76 fa=136 fb=0 fw=196 --> geomsd_c cv=76 fa=136 fb=0 fw=196 disb_const(ncv=42)=3.98442e-14 disb_linear(ncv=45)=5.5268e-13 slv : Solid subdom 59 slv : Solid av's clusters generator... slv : geomsd_ind = 97: clusters count=0 GEOMSUBDOM_C construct: geomsd(97) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(97) av=319 fa=891 fb=0 fw=352 --> geomsd_c cv=319 fa=891 fb=0 fw=352 disb_const(ncv=125)=3.26454e-15 disb_linear(ncv=0)=9.61099e-14 slv : Solid subdom 60 slv : Solid av's clusters generator... slv : geomsd_ind = 99: clusters count=0 GEOMSUBDOM_C construct: geomsd(99) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(99) av=64 fa=163 fb=0 fw=107 --> geomsd_c cv=64 fa=163 fb=0 fw=107 disb_const(ncv=0)=3.20682e-15 disb_linear(ncv=59)=1.66584e-13 slv : Solid subdom 61 slv : Solid av's clusters generator... slv : geomsd_ind = 101: clusters count=0 GEOMSUBDOM_C construct: geomsd(101) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(101) av=145 fa=400 fb=0 fw=191 --> geomsd_c cv=145 fa=400 fb=0 fw=191 disb_const(ncv=0)=5.59789e-15 disb_linear(ncv=142)=2.44648e-14 slv : Solid subdom 62 slv : Solid av's clusters generator... slv : geomsd_ind = 102: clusters count=0 GEOMSUBDOM_C construct: geomsd(102) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(102) av=150 fa=390 fb=0 fw=198 --> geomsd_c cv=150 fa=390 fb=0 fw=198 disb_const(ncv=43)=1.30713e-15 disb_linear(ncv=149)=7.25617e-14 slv : Solid subdom 63 slv : Solid av's clusters generator... slv : geomsd_ind = 103: clusters count=7 GEOMSUBDOM_C construct: geomsd(103) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(103) av=10418 fa=30698 fb=0 fw=13481 --> geomsd_c cv=10418 fa=30698 fb=0 fw=13481 disb_const(ncv=10072)=2.98363e-09 disb_linear(ncv=3009)=3.4705e-09 slv : Solid subdom 64 slv : Solid av's clusters generator... slv : geomsd_ind = 104: clusters count=0 GEOMSUBDOM_C construct: geomsd(104) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(104) av=244 fa=655 fb=0 fw=281 --> geomsd_c cv=244 fa=655 fb=0 fw=281 disb_const(ncv=67)=3.33851e-15 disb_linear(ncv=20)=1.47555e-13 slv : Solid subdom 65 slv : Solid av's clusters generator... slv : geomsd_ind = 105: clusters count=0 GEOMSUBDOM_C construct: geomsd(105) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(105) av=370 fa=1026 fb=0 fw=399 --> geomsd_c cv=370 fa=1026 fb=0 fw=399 disb_const(ncv=122)=2.45576e-15 disb_linear(ncv=169)=1.4308e-13 slv : Solid subdom 66 slv : Solid av's clusters generator... slv : geomsd_ind = 106: clusters count=30 GEOMSUBDOM_C construct: geomsd(106) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(106) av=54 fa=102 fb=0 fw=120 --> geomsd_c cv=54 fa=102 fb=0 fw=120 disb_const(ncv=13)=8.51647e-12 disb_linear(ncv=13)=1.66952e-11 slv : Solid subdom 67 slv : Solid av's clusters generator... slv : geomsd_ind = 107: clusters count=30 GEOMSUBDOM_C construct: geomsd(107) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(107) av=48 fa=89 fb=0 fw=110 --> geomsd_c cv=48 fa=89 fb=0 fw=110 disb_const(ncv=21)=2.88329e-10 disb_linear(ncv=21)=3.85664e-10 slv : Solid subdom 68 slv : Solid av's clusters generator... slv : geomsd_ind = 108: clusters count=0 GEOMSUBDOM_C construct: geomsd(108) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(108) av=302 fa=847 fb=0 fw=353 --> geomsd_c cv=302 fa=847 fb=0 fw=353 disb_const(ncv=6)=5.62058e-17 disb_linear(ncv=59)=1.41765e-13 slv : Solid subdom 69 slv : Solid av's clusters generator... slv : geomsd_ind = 109: clusters count=0 GEOMSUBDOM_C construct: geomsd(109) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(109) av=21 fa=44 fb=0 fw=46 --> geomsd_c cv=21 fa=44 fb=0 fw=46 disb_const(ncv=8)=3.17326e-15 disb_linear(ncv=0)=1.37974e-13 slv : Solid subdom 70 slv : Solid av's clusters generator... slv : geomsd_ind = 110: clusters count=0 GEOMSUBDOM_C construct: geomsd(110) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(110) av=61 fa=152 fb=0 fw=99 --> geomsd_c cv=61 fa=152 fb=0 fw=99 disb_const(ncv=0)=2.85063e-15 disb_linear(ncv=20)=6.62148e-14 slv : Solid subdom 71 slv : Solid av's clusters generator... slv : geomsd_ind = 111: clusters count=0 GEOMSUBDOM_C construct: geomsd(111) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(111) av=218 fa=585 fb=0 fw=250 --> geomsd_c cv=218 fa=585 fb=0 fw=250 disb_const(ncv=201)=4.12914e-17 disb_linear(ncv=140)=6.52859e-13 slv : Solid subdom 72 slv : Solid av's clusters generator... slv : geomsd_ind = 112: clusters count=0 GEOMSUBDOM_C construct: geomsd(112) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(112) av=27 fa=55 fb=0 fw=58 --> geomsd_c cv=27 fa=55 fb=0 fw=58 disb_const(ncv=21)=2.79754e-17 disb_linear(ncv=6)=4.97199e-14 slv : Solid subdom 73 slv : Solid av's clusters generator... slv : geomsd_ind = 113: clusters count=0 GEOMSUBDOM_C construct: geomsd(113) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(113) av=172 fa=452 fb=0 fw=208 --> geomsd_c cv=172 fa=452 fb=0 fw=208 disb_const(ncv=121)=1.0943e-15 disb_linear(ncv=27)=3.36901e-14 slv : Solid subdom 74 slv : Solid av's clusters generator... slv : geomsd_ind = 114: clusters count=0 GEOMSUBDOM_C construct: geomsd(114) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(114) av=24 fa=46 fb=0 fw=52 --> geomsd_c cv=24 fa=46 fb=0 fw=52 disb_const(ncv=3)=3.1681e-17 disb_linear(ncv=14)=7.57698e-14 slv : Solid subdom 75 slv : Solid av's clusters generator... slv : geomsd_ind = 115: clusters count=0 GEOMSUBDOM_C construct: geomsd(115) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(115) av=317 fa=895 fb=0 fw=378 --> geomsd_c cv=317 fa=895 fb=0 fw=378 disb_const(ncv=295)=5.13549e-15 disb_linear(ncv=62)=5.73884e-14 slv : Solid subdom 76 slv : Solid av's clusters generator... slv : geomsd_ind = 116: clusters count=0 GEOMSUBDOM_C construct: geomsd(116) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(116) av=24 fa=46 fb=0 fw=52 --> geomsd_c cv=24 fa=46 fb=0 fw=52 disb_const(ncv=-1)=0 disb_linear(ncv=14)=1.87227e-13 slv : Solid subdom 77 slv : Solid av's clusters generator... slv : geomsd_ind = 117: clusters count=0 GEOMSUBDOM_C construct: geomsd(117) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(117) av=45 fa=112 fb=0 fw=84 --> geomsd_c cv=45 fa=112 fb=0 fw=84 disb_const(ncv=29)=2.24036e-15 disb_linear(ncv=44)=1.87665e-13 slv : Solid subdom 78 slv : Solid av's clusters generator... slv : geomsd_ind = 118: clusters count=0 GEOMSUBDOM_C construct: geomsd(118) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(118) av=244 fa=655 fb=0 fw=281 --> geomsd_c cv=244 fa=655 fb=0 fw=281 disb_const(ncv=138)=3.92106e-17 disb_linear(ncv=0)=2.33123e-13 slv : Solid subdom 79 slv : Solid av's clusters generator... slv : geomsd_ind = 119: clusters count=0 GEOMSUBDOM_C construct: geomsd(119) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(119) av=17 fa=34 fb=0 fw=41 --> geomsd_c cv=17 fa=34 fb=0 fw=41 disb_const(ncv=2)=2.24613e-17 disb_linear(ncv=12)=3.4019e-14 slv : Solid subdom 80 slv : Solid av's clusters generator... slv : geomsd_ind = 120: clusters count=0 GEOMSUBDOM_C construct: geomsd(120) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(120) av=18 fa=38 fb=0 fw=42 --> geomsd_c cv=18 fa=38 fb=0 fw=42 disb_const(ncv=17)=9.09841e-17 disb_linear(ncv=0)=4.37435e-14 slv : Solid subdom 81 slv : Solid av's clusters generator... slv : geomsd_ind = 121: clusters count=0 GEOMSUBDOM_C construct: geomsd(121) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(121) av=370 fa=1026 fb=0 fw=399 --> geomsd_c cv=370 fa=1026 fb=0 fw=399 disb_const(ncv=0)=2.66721e-15 disb_linear(ncv=122)=5.58284e-13 slv : Solid subdom 82 slv : Solid av's clusters generator... slv : geomsd_ind = 122: clusters count=233 GEOMSUBDOM_C construct: geomsd(122) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(122) av=89269 fa=259818 fb=0 fw=134275 --> geomsd_c cv=89201 fa=259671 fb=0 fw=134275 disb_const(ncv=27451)=1.27719e-08 disb_linear(ncv=81739)=3.20999e-08 slv : Solid subdom 83 slv : Solid av's clusters generator... slv : geomsd_ind = 123: clusters count=8 GEOMSUBDOM_C construct: geomsd(123) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(123) av=22 fa=33 fb=0 fw=99 --> geomsd_c cv=22 fa=33 fb=0 fw=99 disb_const(ncv=11)=2.17538e-10 disb_linear(ncv=17)=4.11995e-10 slv : Solid subdom 84 slv : Solid av's clusters generator... slv : geomsd_ind = 124: clusters count=10 GEOMSUBDOM_C construct: geomsd(124) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(124) av=24 fa=38 fb=0 fw=93 --> geomsd_c cv=22 fa=35 fb=0 fw=93 disb_const(ncv=0)=2.59921e-09 disb_linear(ncv=0)=1.82192e-08 slv : Solid subdom 85 slv : Solid av's clusters generator... slv : geomsd_ind = 126: clusters count=0 GEOMSUBDOM_C construct: geomsd(126) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(126) av=6 fa=7 fb=0 fw=23 --> geomsd_c cv=6 fa=7 fb=0 fw=23 disb_const(ncv=4)=5.98212e-14 disb_linear(ncv=1)=3.47056e-13 slv : Solid subdom 86 slv : Solid av's clusters generator... slv : geomsd_ind = 127: clusters count=1 GEOMSUBDOM_C construct: geomsd(127) av_clusters=on merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(127) av=8 fa=10 fb=0 fw=34 --> geomsd_c cv=8 fa=10 fb=0 fw=34 disb_const(ncv=5)=1.12801e-14 disb_linear(ncv=2)=2.87537e-11 slv : Solid subdom 87 slv : Solid av's clusters generator... slv : geomsd_ind = 128: clusters count=0 GEOMSUBDOM_C construct: geomsd(128) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(128) av=4 fa=4 fb=0 fw=17 --> geomsd_c cv=4 fa=4 fb=0 fw=17 disb_const(ncv=3)=1.24075e-13 disb_linear(ncv=0)=8.60985e-13 slv : Solid subdom 88 slv : Solid av's clusters generator... slv : geomsd_ind = 129: clusters count=0 GEOMSUBDOM_C construct: geomsd(129) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(129) av=6 fa=7 fb=0 fw=23 --> geomsd_c cv=6 fa=7 fb=0 fw=23 disb_const(ncv=0)=2.83694e-14 disb_linear(ncv=1)=1.93776e-11 slv : Solid subdom 89 slv : Solid av's clusters generator... slv : geomsd_ind = 130: clusters count=0 GEOMSUBDOM_C construct: geomsd(130) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(130) av=4 fa=4 fb=0 fw=17 --> geomsd_c cv=4 fa=4 fb=0 fw=17 disb_const(ncv=3)=6.21753e-15 disb_linear(ncv=0)=2.14753e-13 slv : Solid subdom 90 slv : Solid av's clusters generator... slv : geomsd_ind = 131: clusters count=0 GEOMSUBDOM_C construct: geomsd(131) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(131) av=6 fa=7 fb=0 fw=23 --> geomsd_c cv=6 fa=7 fb=0 fw=23 disb_const(ncv=5)=9.13492e-15 disb_linear(ncv=1)=1.69164e-13 slv : Solid subdom 91 slv : Solid av's clusters generator... slv : geomsd_ind = 132: clusters count=0 GEOMSUBDOM_C construct: geomsd(132) av_clusters=off merge{fa:yes, fb:no, fw:no} f={b_0=no, b_1=no, cv_crd=yes, pcb=yes} GEOMSUBDOM_C done: geomsd(132) av=4 fa=4 fb=0 fw=17 --> geomsd_c cv=4 fa=4 fb=0 fw=17 disb_const(ncv=3)=7.98776e-14 disb_linear(ncv=2)=6.66083e-13 slv : 92 solid slv : Create sub-domains mesh connectivity supervisors: slv : conn 0: (fluid 0,solid 0) slv : conn 1: (fluid 0,solid 6) slv : conn 2: (solid 1,solid 3) slv : conn 3: (fluid 0,solid 35) slv : conn 4: (fluid 0,solid 1) slv : conn 5: (fluid 0,solid 4) slv : conn 6: (fluid 0,solid 66) slv : conn 7: (fluid 0,solid 2) slv : conn 8: (fluid 0,solid 5) slv : conn 9: (fluid 0,solid 3) slv : conn 10: (fluid 0,solid 58) slv : conn 11: (solid 26,solid 45) slv : conn 12: (fluid 0,solid 56) slv : conn 13: (fluid 0,solid 7) slv : conn 14: (fluid 0,solid 8) slv : conn 15: (fluid 0,solid 57) slv : conn 16: (fluid 0,solid 42) slv : conn 17: (fluid 0,solid 9) slv : conn 18: (fluid 0,solid 10) slv : conn 19: (fluid 0,solid 11) slv : conn 20: (solid 21,solid 53) slv : conn 21: (fluid 0,solid 39) slv : conn 22: (fluid 0,solid 12) slv : conn 23: (fluid 0,solid 52) slv : conn 24: (fluid 0,solid 13) slv : conn 25: (fluid 0,solid 61) slv : conn 26: (solid 21,solid 66) slv : conn 27: (fluid 0,solid 14) slv : conn 28: (fluid 0,solid 15) slv : conn 29: (fluid 0,solid 37) slv : conn 30: (fluid 0,solid 16) slv : conn 31: (fluid 0,solid 36) slv : conn 32: (fluid 0,solid 17) slv : conn 33: (fluid 0,solid 18) slv : conn 34: (solid 26,solid 52) slv : conn 35: (fluid 0,solid 19) slv : conn 36: (solid 21,solid 47) slv : conn 37: (fluid 0,solid 20) slv : conn 38: (solid 63,solid 79) slv : conn 39: (fluid 0,solid 21) slv : conn 40: (fluid 0,solid 70) slv : conn 41: (solid 26,solid 29) slv : conn 42: (fluid 0,solid 60) slv : conn 43: (fluid 0,solid 22) slv : conn 44: (fluid 0,solid 23) slv : conn 45: (fluid 0,solid 24) slv : conn 46: (fluid 0,solid 25) slv : conn 47: (solid 63,solid 74) slv : conn 48: (solid 26,solid 55) slv : conn 49: (fluid 0,solid 83) slv : conn 50: (fluid 0,solid 48) slv : conn 51: (fluid 0,solid 47) slv : conn 52: (fluid 0,solid 26) slv : conn 53: (solid 52,solid 63) slv : conn 54: (solid 21,solid 50) slv : conn 55: (fluid 0,solid 27) slv : conn 56: (fluid 0,solid 34) slv : conn 57: (fluid 0,solid 50) slv : conn 58: (solid 63,solid 72) slv : conn 59: (solid 26,solid 56) slv : conn 60: (solid 3,solid 8) slv : conn 61: (fluid 0,solid 45) slv : conn 62: (fluid 0,solid 46) slv : conn 63: (fluid 0,solid 49) slv : conn 64: (fluid 0,solid 59) slv : conn 65: (fluid 0,solid 28) slv : conn 66: (fluid 0,solid 63) slv : conn 67: (fluid 0,solid 77) slv : conn 68: (solid 26,solid 60) slv : conn 69: (fluid 0,solid 29) slv : conn 70: (fluid 0,solid 33) slv : conn 71: (fluid 0,solid 30) slv : conn 72: (fluid 0,solid 31) slv : conn 73: (fluid 0,solid 38) slv : conn 74: (fluid 0,solid 68) slv : conn 75: (solid 3,solid 14) slv : conn 76: (fluid 0,solid 51) slv : conn 77: (fluid 0,solid 53) slv : conn 78: (solid 26,solid 40) slv : conn 79: (fluid 0,solid 54) slv : conn 80: (fluid 0,solid 64) slv : conn 81: (solid 26,solid 48) slv : conn 82: (fluid 0,solid 55) slv : conn 83: (fluid 0,solid 69) slv : conn 84: (fluid 0,solid 78) slv : conn 85: (fluid 0,solid 65) slv : conn 86: (solid 26,solid 37) slv : conn 87: (fluid 0,solid 71) slv : conn 88: (fluid 0,solid 72) slv : conn 89: (fluid 0,solid 73) slv : conn 90: (fluid 0,solid 67) slv : conn 91: (fluid 0,solid 74) slv : conn 92: (fluid 0,solid 75) slv : conn 93: (fluid 0,solid 76) slv : conn 94: (fluid 0,solid 79) slv : conn 95: (fluid 0,solid 80) slv : conn 96: (fluid 0,solid 81) slv : conn 97: (fluid 0,solid 32) slv : conn 98: (solid 26,solid 54) slv : conn 99: (fluid 0,solid 40) slv : conn 100: (fluid 0,solid 41) slv : conn 101: (solid 21,solid 24) slv : conn 102: (fluid 0,solid 43) slv : conn 103: (solid 63,solid 77) slv : conn 104: (fluid 0,solid 44) slv : conn 105: (solid 21,solid 48) slv : conn 106: (fluid 0,solid 62) slv : conn 107: (fluid 0,solid 82) slv : conn 108: (fluid 0,solid 85) slv : conn 109: (fluid 0,solid 86) slv : conn 110: (fluid 0,solid 87) slv : conn 111: (fluid 0,solid 88) slv : conn 112: (fluid 0,solid 89) slv : conn 113: (fluid 0,solid 90) slv : conn 114: (fluid 0,solid 91) slv : conn 115: (solid 1,solid 21) slv : conn 116: (fluid 3,solid 0) slv : conn 117: (fluid 0,solid 84) slv : conn 118: (fluid 1,solid 0) slv : conn 119: (fluid 2,solid 0) slv : conn 120: (fluid 4,solid 0) slv : conn 121: (fluid 5,solid 0) slv : conn 122: (fluid 6,solid 0) slv : conn 123: (solid 63,solid 68) slv : conn 124: (solid 0,solid 3) slv : conn 125: (solid 6,solid 21) slv : conn 126: (solid 21,solid 45) slv : conn 127: (solid 0,solid 21) slv : conn 128: (solid 26,solid 35) slv : conn 129: (solid 1,solid 26) slv : conn 130: (solid 2,solid 3) slv : conn 131: (solid 26,solid 41) slv : conn 132: (solid 3,solid 4) slv : conn 133: (solid 63,solid 80) slv : conn 134: (solid 26,solid 32) slv : conn 135: (solid 3,solid 7) slv : conn 136: (solid 3,solid 9) slv : conn 137: (solid 3,solid 10) slv : conn 138: (solid 3,solid 11) slv : conn 139: (solid 3,solid 12) slv : conn 140: (solid 21,solid 22) slv : conn 141: (solid 3,solid 13) slv : conn 142: (solid 21,solid 46) slv : conn 143: (solid 3,solid 15) slv : conn 144: (solid 3,solid 16) slv : conn 145: (solid 3,solid 17) slv : conn 146: (solid 3,solid 18) slv : conn 147: (solid 3,solid 19) slv : conn 148: (solid 5,solid 21) slv : conn 149: (solid 26,solid 49) slv : conn 150: (solid 20,solid 21) slv : conn 151: (solid 21,solid 23) slv : conn 152: (solid 21,solid 25) slv : conn 153: (solid 21,solid 26) slv : conn 154: (solid 21,solid 49) slv : conn 155: (solid 21,solid 33) slv : conn 156: (solid 21,solid 51) slv : conn 157: (solid 21,solid 52) slv : conn 158: (solid 21,solid 54) slv : conn 159: (solid 26,solid 62) slv : conn 160: (solid 21,solid 55) slv : conn 161: (solid 21,solid 56) slv : conn 162: (solid 21,solid 57) slv : conn 163: (solid 21,solid 58) slv : conn 164: (solid 21,solid 63) slv : conn 165: (solid 21,solid 67) slv : conn 166: (solid 63,solid 81) slv : conn 167: (solid 26,solid 27) slv : conn 168: (solid 26,solid 34) slv : conn 169: (solid 26,solid 46) slv : conn 170: (solid 26,solid 47) slv : conn 171: (solid 26,solid 59) slv : conn 172: (solid 26,solid 28) slv : conn 173: (solid 26,solid 33) slv : conn 174: (solid 26,solid 36) slv : conn 175: (solid 26,solid 30) slv : conn 176: (solid 26,solid 31) slv : conn 177: (solid 26,solid 38) slv : conn 178: (solid 26,solid 39) slv : conn 179: (solid 26,solid 42) slv : conn 180: (solid 26,solid 50) slv : conn 181: (solid 26,solid 51) slv : conn 182: (solid 26,solid 53) slv : conn 183: (solid 26,solid 57) slv : conn 184: (solid 26,solid 58) slv : conn 185: (solid 26,solid 61) slv : conn 186: (solid 26,solid 43) slv : conn 187: (solid 26,solid 44) slv : conn 188: (solid 63,solid 65) slv : conn 189: (solid 47,solid 63) slv : conn 190: (solid 48,solid 63) slv : conn 191: (solid 49,solid 63) slv : conn 192: (solid 50,solid 63) slv : conn 193: (solid 51,solid 63) slv : conn 194: (solid 53,solid 63) slv : conn 195: (solid 54,solid 63) slv : conn 196: (solid 55,solid 63) slv : conn 197: (solid 56,solid 63) slv : conn 198: (solid 57,solid 63) slv : conn 199: (solid 63,solid 73) slv : conn 200: (solid 63,solid 64) slv : conn 201: (solid 63,solid 69) slv : conn 202: (solid 63,solid 70) slv : conn 203: (solid 63,solid 78) slv : conn 204: (solid 63,solid 71) slv : conn 205: (solid 63,solid 75) slv : conn 206: (solid 63,solid 76) slv : Collect slices by phenomena... slv : fluid flow slices were created: 7 slv : heat transfer slices were created: 99 slv : electric current flow slices were created: 0 slv : radiation slices were created: 0 slv : Creating meshes proxies for multigrid... slv : Convert MESH[0] to multigrid mesh proxy... slv : 491196 bricks are accounted by implicit methods(100% of total) slv : max tree bricks count = 2010 alg : MG: create topological coarsening... alg : Mesh 0 OK slv : Building views for fluid flow... slv : 7 views are created slv : Building views for heat transfer... slv : 1 views are created slv : Building fluid flow views schemes... slv : View 0: Implicit scheme in fluid slv : View 1: Implicit scheme in fluid slv : View 2: Implicit scheme in fluid slv : View 3: Implicit scheme in fluid slv : View 4: Implicit scheme in fluid slv : View 5: Implicit scheme in fluid slv : View 6: Implicit scheme in fluid slv : Building heat transfer views schemes... slv : PrecalcAtStart views for fluid flow... === Fluid sub-domain nsd=0 ======================== Pre-calculations at run start, Implicit Scheme: fflow count=0 Mass is predefined in this sub-domain BC re-definition: Real Wall to Ideal Wall: 0 w-faces MARK CVs, A-FACEs and W-FACEs WITH/NEAR GEOMETRICAL PECULIARITIES: FW_VERY_SMALL_AREA: very small areas detected in 3136 FWs (0.85796% of all FWs, 0.85796% of FWs that are not skipped in area calculations). Thin slit and wedge cvs = 398 (0.131248% of all cvs, 0.21116% of partial cvs), Wedge cvs = 27071 (8.92716% of all cvs, 14.3626% of partial cvs), (THRESHOLD_THIN = 0.01, THRESHOLD_ANGLE = 91.146). Bad boundary refinement cvs = 20 (0.00659537% of all cvs, 0.010611% of partial cvs), A-faces degraded to CUp_1st and Upwind_1st: 176533 (18.78% of all a-faces) (by curved & encumbered : 176335 (18.759% of all a-faces)), (by l- or r-cv is small : 0 (0% of all a-faces)), (by l- or r-cv is triple: 0 (0% of all a-faces)), (by l- or r-cv is bad boundary refinement: 274 (0.0291488% of all a-faces)). (THRESHOLD_ENCUMBERED_AREA = 0.333, THRESHOLD_ANGLE_SURFACE = 15, THRESHOLD_ANGLE_CVs = 70). Skip turbulence generating sources in partial cvs = 47443 (15.6452% of all cvs, 25.171% of partial cvs), (by presence of degraded to CUp_1st a-faces) Skip P WALL APPROX on w-faces = 183310 (50.1507% of fluid wall w-faces), Skip the artificial force suppressing Un (Ksi_wall) on w-faces = 27309 (7.47131% of w-faces), CV_BAD_GEOM_FOR_DERIVATIVES: bad CV geometry for numerical calculation of derivatives detected in partial cvs = 125413 (41.3573% of all cvs, 66.5381% of partial cvs), (by presence of degraded to CUp_1st a-faces = 113299) (by curvature condition = 78164), (by MEGA G-TYPE condition = 2532), (THRESHOLD_ANGLE_BAD_DERIVATIVES = 47). CV_FLUID_IN_SMALL_INTERNAL_ANGLE: fluid in small internal angle detected in 20343 CVs (6.70848%). A-faces placed opposite External boundary with Symmetry BC: N_face_ns=0 (0%) frw count=365518 (nsd = 0) Nfa = 955456, W2P A-face approximations: 530150 stored, 125 failed, basis quality levels = { 511969 (48.29%) excellent, 385264 (36.34%) very high, 124521 (11.74%) high, 36853 (3.48%) medium, 1692 (0.16%) satisfactory, 1 (0.00%) low }, derivative traits = { [1]: 1, [2]: 23130, [4]: 1, [5]: 13962 }, value traits = { [1]: 396, [2]: 3808, [3]: 2, [4]: 1, [5]: 7466 }. (nsd = 0) Ncv = 303243, W2P CV approximations: 279081 stored, basis quality levels = { 151769 (54.38%) excellent, 87919 (31.50%) very high, 30223 (10.83%) high, 8613 (3.09%) medium, 555 (0.20%) satisfactory, 2 (0.00%) low }, gradient[X] traits = { [4]: 2, [5]: 31323, [6]: 2 }, gradient[Y] traits = { [4]: 2, [5]: 39775, [6]: 2 }, gradient[Z] traits = { [4]: 2, [5]: 32897, [6]: 2 }. mgl = 31 size = 303243 mgl = 30 size = 58966 mgl = 29 size = 21769 mgl = 28 size = 9425 mgl = 27 size = 5133 mgl = 26 size = 3600 mgl = 31 size = 303243 mgl = 30 size = 58966 mgl = 29 size = 21769 mgl = 28 size = 9425 mgl = 31 size = 303243 mgl = 30 size = 58966 mgl = 29 size = 21769 mgl = 28 size = 9425 CreateGrOperatorsPortraits: CVs with extended (3D) portrait / total CVs = 188483 / 303243 (62.156%). mgl = 31 size = 303243 mgl = 30 size = 58966 mgl = 29 size = 21769 mgl = 28 size = 9425 === Fluid sub-domain nsd=1 ======================== Pre-calculations at run start, Implicit Scheme: fflow count=0 Mass is predefined in this sub-domain BC re-definition: Real Wall to Ideal Wall: 0 w-faces MARK CVs, A-FACEs and W-FACEs WITH/NEAR GEOMETRICAL PECULIARITIES: FW_VERY_SMALL_AREA: very small areas detected in 30 FWs (3.33704% of all FWs, 3.33704% of FWs that are not skipped in area calculations). Thin slit and wedge cvs = 1 (0.47619% of all cvs, 0.520833% of partial cvs), Wedge cvs = 122 (58.0952% of all cvs, 63.5417% of partial cvs), (THRESHOLD_THIN = 0.01, THRESHOLD_ANGLE = 91.146). A-faces degraded to CUp_1st and Upwind_1st: 330 (63.3397% of all a-faces) (by curved & encumbered : 330 (63.3397% of all a-faces)), (by l- or r-cv is small : 0 (0% of all a-faces)), (by l- or r-cv is triple: 0 (0% of all a-faces)), (by l- or r-cv is bad boundary refinement: 0 (0% of all a-faces)). (THRESHOLD_ENCUMBERED_AREA = 0.333, THRESHOLD_ANGLE_SURFACE = 15, THRESHOLD_ANGLE_CVs = 70). Skip turbulence generating sources in partial cvs = 23 (10.9524% of all cvs, 11.9792% of partial cvs), (by presence of degraded to CUp_1st a-faces) Skip P WALL APPROX on w-faces = 851 (94.6607% of fluid wall w-faces), Skip the artificial force suppressing Un (Ksi_wall) on w-faces = 147 (16.3515% of w-faces), CV_BAD_GEOM_FOR_DERIVATIVES: bad CV geometry for numerical calculation of derivatives detected in partial cvs = 182 (86.6667% of all cvs, 94.7917% of partial cvs), (by presence of degraded to CUp_1st a-faces = 174) (by curvature condition = 142), (by MEGA G-TYPE condition = 0), (THRESHOLD_ANGLE_BAD_DERIVATIVES = 47). CV_FLUID_IN_SMALL_INTERNAL_ANGLE: fluid in small internal angle detected in 20 CVs (9.52381%). A-faces placed opposite External boundary with Symmetry BC: N_face_ns=0 (0%) frw count=899 (nsd = 1) Nfa = 581, W2P A-face approximations: 491 stored, basis quality levels = { 456 (46.44%) excellent, 296 (30.14%) very high, 159 (16.19%) high, 71 (7.23%) medium }, derivative traits = { [2]: 24, [5]: 78 }, value traits = { [2]: 1, [5]: 28 }. (nsd = 1) Ncv = 210, W2P CV approximations: 210 stored, basis quality levels = { 92 (43.81%) excellent, 58 (27.62%) very high, 39 (18.57%) high, 21 (10.00%) medium }, gradient[X] traits = { [5]: 82 }, gradient[Y] traits = { [5]: 70 }, gradient[Z] traits = { [5]: 103 }. mgl = 31 size = 210 mgl = 30 size = 68 mgl = 29 size = 21 mgl = 31 size = 210 mgl = 30 size = 68 mgl = 29 size = 21 mgl = 31 size = 210 mgl = 30 size = 68 mgl = 29 size = 21 CreateGrOperatorsPortraits: CVs with extended (3D) portrait / total CVs = 192 / 210 (91.429%). mgl = 31 size = 210 mgl = 30 size = 68 mgl = 29 size = 21 === Fluid sub-domain nsd=2 ======================== Pre-calculations at run start, Implicit Scheme: fflow count=0 Mass is predefined in this sub-domain BC re-definition: Real Wall to Ideal Wall: 0 w-faces MARK CVs, A-FACEs and W-FACEs WITH/NEAR GEOMETRICAL PECULIARITIES: FW_VERY_SMALL_AREA: very small areas detected in 17 FWs (2.1879% of all FWs, 2.1879% of FWs that are not skipped in area calculations). Thin slit and wedge cvs = 1 (0.490196% of all cvs, 0.537634% of partial cvs), Wedge cvs = 110 (53.9216% of all cvs, 59.1398% of partial cvs), (THRESHOLD_THIN = 0.01, THRESHOLD_ANGLE = 91.146). Bad boundary refinement cvs = 1 (0.490196% of all cvs, 0.537634% of partial cvs), A-faces degraded to CUp_1st and Upwind_1st: 326 (62.6923% of all a-faces) (by curved & encumbered : 326 (62.6923% of all a-faces)), (by l- or r-cv is small : 0 (0% of all a-faces)), (by l- or r-cv is triple: 0 (0% of all a-faces)), (by l- or r-cv is bad boundary refinement: 18 (3.46154% of all a-faces)). (THRESHOLD_ENCUMBERED_AREA = 0.333, THRESHOLD_ANGLE_SURFACE = 15, THRESHOLD_ANGLE_CVs = 70). Skip turbulence generating sources in partial cvs = 25 (12.2549% of all cvs, 13.4409% of partial cvs), (by presence of degraded to CUp_1st a-faces) Skip P WALL APPROX on w-faces = 727 (93.565% of fluid wall w-faces), Skip the artificial force suppressing Un (Ksi_wall) on w-faces = 163 (20.9781% of w-faces), CV_BAD_GEOM_FOR_DERIVATIVES: bad CV geometry for numerical calculation of derivatives detected in partial cvs = 174 (85.2941% of all cvs, 93.5484% of partial cvs), (by presence of degraded to CUp_1st a-faces = 168) (by curvature condition = 138), (by MEGA G-TYPE condition = 0), (THRESHOLD_ANGLE_BAD_DERIVATIVES = 47). CV_FLUID_IN_SMALL_INTERNAL_ANGLE: fluid in small internal angle detected in 16 CVs (7.84314%). A-faces placed opposite External boundary with Symmetry BC: N_face_ns=0 (0%) frw count=777 (nsd = 2) Nfa = 591, W2P A-face approximations: 493 stored, basis quality levels = { 432 (43.81%) excellent, 382 (38.74%) very high, 127 (12.88%) high, 45 (4.56%) medium }, derivative traits = { [2]: 22, [5]: 80 }, value traits = { [2]: 2, [5]: 26 }. (nsd = 2) Ncv = 204, W2P CV approximations: 204 stored, basis quality levels = { 85 (41.67%) excellent, 73 (35.78%) very high, 30 (14.71%) high, 16 (7.84%) medium }, gradient[X] traits = { [5]: 75 }, gradient[Y] traits = { [5]: 70 }, gradient[Z] traits = { [5]: 103 }. mgl = 31 size = 204 mgl = 30 size = 70 mgl = 29 size = 26 mgl = 31 size = 204 mgl = 30 size = 70 mgl = 29 size = 26 mgl = 31 size = 204 mgl = 30 size = 70 mgl = 29 size = 26 CreateGrOperatorsPortraits: CVs with extended (3D) portrait / total CVs = 186 / 204 (91.176%). mgl = 31 size = 204 mgl = 30 size = 70 mgl = 29 size = 26 === Fluid sub-domain nsd=3 ======================== Pre-calculations at run start, Implicit Scheme: fflow count=0 Mass is predefined in this sub-domain BC re-definition: Real Wall to Ideal Wall: 0 w-faces MARK CVs, A-FACEs and W-FACEs WITH/NEAR GEOMETRICAL PECULIARITIES: FW_VERY_SMALL_AREA: very small areas detected in 27 FWs (3.24519% of all FWs, 3.24519% of FWs that are not skipped in area calculations). Thin slit and wedge cvs = 0 (0% of all cvs, 0% of partial cvs), Wedge cvs = 114 (54.8077% of all cvs, 60% of partial cvs), (THRESHOLD_THIN = 0.01, THRESHOLD_ANGLE = 91.146). A-faces degraded to CUp_1st and Upwind_1st: 308 (58.2231% of all a-faces) (by curved & encumbered : 308 (58.2231% of all a-faces)), (by l- or r-cv is small : 0 (0% of all a-faces)), (by l- or r-cv is triple: 0 (0% of all a-faces)), (by l- or r-cv is bad boundary refinement: 0 (0% of all a-faces)). (THRESHOLD_ENCUMBERED_AREA = 0.333, THRESHOLD_ANGLE_SURFACE = 15, THRESHOLD_ANGLE_CVs = 70). Skip turbulence generating sources in partial cvs = 29 (13.9423% of all cvs, 15.2632% of partial cvs), (by presence of degraded to CUp_1st a-faces) Skip P WALL APPROX on w-faces = 786 (94.4712% of fluid wall w-faces), Skip the artificial force suppressing Un (Ksi_wall) on w-faces = 187 (22.476% of w-faces), CV_BAD_GEOM_FOR_DERIVATIVES: bad CV geometry for numerical calculation of derivatives detected in partial cvs = 176 (84.6154% of all cvs, 92.6316% of partial cvs), (by presence of degraded to CUp_1st a-faces = 171) (by curvature condition = 134), (by MEGA G-TYPE condition = 0), (THRESHOLD_ANGLE_BAD_DERIVATIVES = 47). CV_FLUID_IN_SMALL_INTERNAL_ANGLE: fluid in small internal angle detected in 20 CVs (9.61538%). A-faces placed opposite External boundary with Symmetry BC: N_face_ns=0 (0%) frw count=832 (nsd = 3) Nfa = 597, W2P A-face approximations: 500 stored, basis quality levels = { 428 (42.80%) excellent, 405 (40.50%) very high, 119 (11.90%) high, 47 (4.70%) medium, 1 (0.10%) satisfactory }, derivative traits = { [2]: 29, [5]: 92 }, value traits = { [2]: 2, [5]: 31 }. (nsd = 3) Ncv = 208, W2P CV approximations: 208 stored, basis quality levels = { 85 (40.87%) excellent, 83 (39.90%) very high, 27 (12.98%) high, 12 (5.77%) medium, 1 (0.48%) satisfactory }, gradient[X] traits = { [5]: 81 }, gradient[Y] traits = { [5]: 66 }, gradient[Z] traits = { [5]: 93 }. mgl = 31 size = 208 mgl = 30 size = 62 mgl = 29 size = 19 mgl = 31 size = 208 mgl = 30 size = 62 mgl = 29 size = 19 mgl = 31 size = 208 mgl = 30 size = 62 mgl = 29 size = 19 CreateGrOperatorsPortraits: CVs with extended (3D) portrait / total CVs = 190 / 208 (91.346%). mgl = 31 size = 208 mgl = 30 size = 62 mgl = 29 size = 19 === Fluid sub-domain nsd=4 ======================== Pre-calculations at run start, Implicit Scheme: fflow count=0 Mass is predefined in this sub-domain BC re-definition: Real Wall to Ideal Wall: 0 w-faces MARK CVs, A-FACEs and W-FACEs WITH/NEAR GEOMETRICAL PECULIARITIES: FW_VERY_SMALL_AREA: very small areas detected in 16 FWs (2.01258% of all FWs, 2.01258% of FWs that are not skipped in area calculations). Thin slit and wedge cvs = 0 (0% of all cvs, 0% of partial cvs), Wedge cvs = 110 (53.6585% of all cvs, 58.8235% of partial cvs), (THRESHOLD_THIN = 0.01, THRESHOLD_ANGLE = 91.146). Bad boundary refinement cvs = 1 (0.487805% of all cvs, 0.534759% of partial cvs), A-faces degraded to CUp_1st and Upwind_1st: 321 (61.7308% of all a-faces) (by curved & encumbered : 321 (61.7308% of all a-faces)), (by l- or r-cv is small : 0 (0% of all a-faces)), (by l- or r-cv is triple: 0 (0% of all a-faces)), (by l- or r-cv is bad boundary refinement: 18 (3.46154% of all a-faces)). (THRESHOLD_ENCUMBERED_AREA = 0.333, THRESHOLD_ANGLE_SURFACE = 15, THRESHOLD_ANGLE_CVs = 70). Skip turbulence generating sources in partial cvs = 26 (12.6829% of all cvs, 13.9037% of partial cvs), (by presence of degraded to CUp_1st a-faces) Skip P WALL APPROX on w-faces = 746 (93.8365% of fluid wall w-faces), Skip the artificial force suppressing Un (Ksi_wall) on w-faces = 173 (21.761% of w-faces), CV_BAD_GEOM_FOR_DERIVATIVES: bad CV geometry for numerical calculation of derivatives detected in partial cvs = 174 (84.878% of all cvs, 93.0481% of partial cvs), (by presence of degraded to CUp_1st a-faces = 168) (by curvature condition = 138), (by MEGA G-TYPE condition = 0), (THRESHOLD_ANGLE_BAD_DERIVATIVES = 47). CV_FLUID_IN_SMALL_INTERNAL_ANGLE: fluid in small internal angle detected in 18 CVs (8.78049%). A-faces placed opposite External boundary with Symmetry BC: N_face_ns=0 (0%) frw count=795 (nsd = 4) Nfa = 588, W2P A-face approximations: 493 stored, basis quality levels = { 437 (44.32%) excellent, 373 (37.83%) very high, 127 (12.88%) high, 49 (4.97%) medium }, derivative traits = { [2]: 21, [5]: 73 }, value traits = { [2]: 1, [5]: 24 }. (nsd = 4) Ncv = 205, W2P CV approximations: 205 stored, basis quality levels = { 87 (42.44%) excellent, 72 (35.12%) very high, 28 (13.66%) high, 18 (8.78%) medium }, gradient[X] traits = { [5]: 73 }, gradient[Y] traits = { [5]: 70 }, gradient[Z] traits = { [5]: 97 }. mgl = 31 size = 205 mgl = 30 size = 72 mgl = 29 size = 28 mgl = 31 size = 205 mgl = 30 size = 72 mgl = 29 size = 28 mgl = 31 size = 205 mgl = 30 size = 72 mgl = 29 size = 28 CreateGrOperatorsPortraits: CVs with extended (3D) portrait / total CVs = 187 / 205 (91.220%). mgl = 31 size = 205 mgl = 30 size = 72 mgl = 29 size = 28 === Fluid sub-domain nsd=5 ======================== Pre-calculations at run start, Implicit Scheme: fflow count=0 Mass is predefined in this sub-domain BC re-definition: Real Wall to Ideal Wall: 0 w-faces MARK CVs, A-FACEs and W-FACEs WITH/NEAR GEOMETRICAL PECULIARITIES: FW_VERY_SMALL_AREA: very small areas detected in 30 FWs (3.663% of all FWs, 3.663% of FWs that are not skipped in area calculations). Thin slit and wedge cvs = 0 (0% of all cvs, 0% of partial cvs), Wedge cvs = 113 (54.8544% of all cvs, 60.1064% of partial cvs), (THRESHOLD_THIN = 0.01, THRESHOLD_ANGLE = 91.146). A-faces degraded to CUp_1st and Upwind_1st: 309 (59.5376% of all a-faces) (by curved & encumbered : 309 (59.5376% of all a-faces)), (by l- or r-cv is small : 0 (0% of all a-faces)), (by l- or r-cv is triple: 0 (0% of all a-faces)), (by l- or r-cv is bad boundary refinement: 0 (0% of all a-faces)). (THRESHOLD_ENCUMBERED_AREA = 0.333, THRESHOLD_ANGLE_SURFACE = 15, THRESHOLD_ANGLE_CVs = 70). Skip turbulence generating sources in partial cvs = 27 (13.1068% of all cvs, 14.3617% of partial cvs), (by presence of degraded to CUp_1st a-faces) Skip P WALL APPROX on w-faces = 772 (94.2613% of fluid wall w-faces), Skip the artificial force suppressing Un (Ksi_wall) on w-faces = 168 (20.5128% of w-faces), CV_BAD_GEOM_FOR_DERIVATIVES: bad CV geometry for numerical calculation of derivatives detected in partial cvs = 172 (83.4951% of all cvs, 91.4894% of partial cvs), (by presence of degraded to CUp_1st a-faces = 165) (by curvature condition = 133), (by MEGA G-TYPE condition = 0), (THRESHOLD_ANGLE_BAD_DERIVATIVES = 47). CV_FLUID_IN_SMALL_INTERNAL_ANGLE: fluid in small internal angle detected in 19 CVs (9.2233%). A-faces placed opposite External boundary with Symmetry BC: N_face_ns=0 (0%) frw count=819 (nsd = 5) Nfa = 584, W2P A-face approximations: 489 stored, basis quality levels = { 424 (43.35%) excellent, 367 (37.53%) very high, 133 (13.60%) high, 54 (5.52%) medium }, derivative traits = { [2]: 27, [5]: 87 }, value traits = { [2]: 2, [5]: 28 }. (nsd = 5) Ncv = 206, W2P CV approximations: 206 stored, basis quality levels = { 88 (42.72%) excellent, 74 (35.92%) very high, 30 (14.56%) high, 13 (6.31%) medium, 1 (0.49%) satisfactory }, gradient[X] traits = { [5]: 81 }, gradient[Y] traits = { [5]: 63 }, gradient[Z] traits = { [5]: 96 }. mgl = 31 size = 206 mgl = 30 size = 64 mgl = 29 size = 21 mgl = 31 size = 206 mgl = 30 size = 64 mgl = 29 size = 21 mgl = 31 size = 206 mgl = 30 size = 64 mgl = 29 size = 21 CreateGrOperatorsPortraits: CVs with extended (3D) portrait / total CVs = 188 / 206 (91.262%). mgl = 31 size = 206 mgl = 30 size = 64 mgl = 29 size = 21 === Fluid sub-domain nsd=6 ======================== Pre-calculations at run start, Implicit Scheme: fflow count=0 Mass is predefined in this sub-domain BC re-definition: Real Wall to Ideal Wall: 0 w-faces MARK CVs, A-FACEs and W-FACEs WITH/NEAR GEOMETRICAL PECULIARITIES: FW_VERY_SMALL_AREA: very small areas detected in 56 FWs (5.27307% of all FWs, 5.27307% of FWs that are not skipped in area calculations). Thin slit and wedge cvs = 1 (0.469484% of all cvs, 0.492611% of partial cvs), Wedge cvs = 137 (64.3192% of all cvs, 67.4877% of partial cvs), (THRESHOLD_THIN = 0.01, THRESHOLD_ANGLE = 91.146). A-faces degraded to CUp_1st and Upwind_1st: 374 (70.1689% of all a-faces) (by curved & encumbered : 374 (70.1689% of all a-faces)), (by l- or r-cv is small : 0 (0% of all a-faces)), (by l- or r-cv is triple: 0 (0% of all a-faces)), (by l- or r-cv is bad boundary refinement: 0 (0% of all a-faces)). (THRESHOLD_ENCUMBERED_AREA = 0.333, THRESHOLD_ANGLE_SURFACE = 15, THRESHOLD_ANGLE_CVs = 70). Skip turbulence generating sources in partial cvs = 31 (14.554% of all cvs, 15.2709% of partial cvs), (by presence of degraded to CUp_1st a-faces) Skip P WALL APPROX on w-faces = 1032 (97.1751% of fluid wall w-faces), Skip the artificial force suppressing Un (Ksi_wall) on w-faces = 185 (17.42% of w-faces), CV_BAD_GEOM_FOR_DERIVATIVES: bad CV geometry for numerical calculation of derivatives detected in partial cvs = 197 (92.4883% of all cvs, 97.0443% of partial cvs), (by presence of degraded to CUp_1st a-faces = 194) (by curvature condition = 164), (by MEGA G-TYPE condition = 0), (THRESHOLD_ANGLE_BAD_DERIVATIVES = 47). CV_FLUID_IN_SMALL_INTERNAL_ANGLE: fluid in small internal angle detected in 22 CVs (10.3286%). A-faces placed opposite External boundary with Symmetry BC: N_face_ns=0 (0%) frw count=1062 (nsd = 6) Nfa = 597, W2P A-face approximations: 517 stored, basis quality levels = { 467 (45.16%) excellent, 355 (34.33%) very high, 132 (12.77%) high, 77 (7.45%) medium, 3 (0.29%) satisfactory }, derivative traits = { [2]: 24, [5]: 98 }, value traits = { [2]: 2, [5]: 36 }. (nsd = 6) Ncv = 213, W2P CV approximations: 213 stored, basis quality levels = { 84 (39.44%) excellent, 73 (34.27%) very high, 33 (15.49%) high, 22 (10.33%) medium, 1 (0.47%) satisfactory }, gradient[X] traits = { [5]: 86 }, gradient[Y] traits = { [5]: 76 }, gradient[Z] traits = { [5]: 105 }. mgl = 31 size = 213 mgl = 30 size = 69 mgl = 29 size = 23 mgl = 31 size = 213 mgl = 30 size = 69 mgl = 29 size = 23 mgl = 31 size = 213 mgl = 30 size = 69 mgl = 29 size = 23 CreateGrOperatorsPortraits: CVs with extended (3D) portrait / total CVs = 203 / 213 (95.305%). mgl = 31 size = 213 mgl = 30 size = 69 mgl = 29 size = 23 slv : PrecalcAtStart views for heat transfer... Laplacian approximations statistics (gsd=8): Number of open faces :464535 N of computed(stored) approximations:263207 2-point approximations : 43.3 % Thin profile approximations : 0.0 % Fringe adjacent (2-point approxim.) : 0.7 % Approximations with corrected internal problems: 22721 Approximations with corrections: 76159 Total number of flux vectors :147912 Number of non-trivial (stored) flux vectors: 2 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=12): Number of open faces :85873 N of computed(stored) approximations:46277 2-point approximations : 46.1 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 5569 Approximations with corrections: 17721 Total number of flux vectors :30435 Number of non-trivial (stored) flux vectors: 7 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=13): Number of open faces :7955 N of computed(stored) approximations:2139 2-point approximations : 73.1 % Thin profile approximations : 0.6 % Approximations with corrected internal problems: 684 Approximations with corrections: 1236 Total number of flux vectors :3681 Number of non-trivial (stored) flux vectors: 67 2-point based flux vectors: 98.2 % Laplacian approximations statistics (gsd=14): Number of open faces :43491 N of computed(stored) approximations:7630 2-point approximations : 82.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4375 Approximations with corrections: 3630 Total number of flux vectors :14553 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=15): Number of open faces :233 N of computed(stored) approximations:2 2-point approximations : 99.1 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3 Approximations with corrections: 1 Total number of flux vectors :156 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=16): Number of open faces :24761 N of computed(stored) approximations:5412 2-point approximations : 78.1 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3703 Approximations with corrections: 3250 Total number of flux vectors :9060 Number of non-trivial (stored) flux vectors: 8 2-point based flux vectors: 99.9 % Laplacian approximations statistics (gsd=17): Number of open faces :127560 N of computed(stored) approximations:45358 2-point approximations : 64.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 12041 Approximations with corrections: 18007 Total number of flux vectors :45455 Number of non-trivial (stored) flux vectors: 77 2-point based flux vectors: 99.8 % Laplacian approximations statistics (gsd=18): Number of open faces :197 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 78 Total number of flux vectors :120 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=19): Number of open faces :207 N of computed(stored) approximations:3 2-point approximations : 98.6 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 88 Approximations with corrections: 3 Total number of flux vectors :125 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=20): Number of open faces :233 N of computed(stored) approximations:2 2-point approximations : 99.1 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3 Approximations with corrections: 1 Total number of flux vectors :156 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=21): Number of open faces :129 N of computed(stored) approximations:51 2-point approximations : 60.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 41 Approximations with corrections: 26 Total number of flux vectors :57 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=22): Number of open faces :197 N of computed(stored) approximations:2 2-point approximations : 99.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 75 Approximations with corrections: 1 Total number of flux vectors :120 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=23): Number of open faces :197 N of computed(stored) approximations:2 2-point approximations : 99.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 75 Approximations with corrections: 1 Total number of flux vectors :120 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=24): Number of open faces :197 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 78 Total number of flux vectors :120 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=25): Number of open faces :233 N of computed(stored) approximations:2 2-point approximations : 99.1 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3 Approximations with corrections: 1 Total number of flux vectors :156 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=26): Number of open faces :233 N of computed(stored) approximations:2 2-point approximations : 99.1 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3 Approximations with corrections: 1 Total number of flux vectors :156 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=27): Number of open faces :197 N of computed(stored) approximations:2 2-point approximations : 99.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 75 Approximations with corrections: 1 Total number of flux vectors :120 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=28): Number of open faces :207 N of computed(stored) approximations:2 2-point approximations : 99.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 84 Approximations with corrections: 2 Total number of flux vectors :125 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=29): Number of open faces :233 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 6 Total number of flux vectors :156 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=30): Number of open faces :127 N of computed(stored) approximations:2 2-point approximations : 98.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 5 Approximations with corrections: 1 Total number of flux vectors :85 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=31): Number of open faces :1799 N of computed(stored) approximations:662 2-point approximations : 63.2 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 321 Approximations with corrections: 332 Total number of flux vectors :713 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=32): Number of open faces :57659 N of computed(stored) approximations:14167 2-point approximations : 75.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4409 Approximations with corrections: 5956 Total number of flux vectors :19195 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=33): Number of open faces :80 N of computed(stored) approximations:39 2-point approximations : 51.2 % Thin profile approximations : 26.2 % Approximations with corrected internal problems: 13 Approximations with corrections: 9 Total number of flux vectors :44 Number of non-trivial (stored) flux vectors: 26 2-point based flux vectors: 40.9 % Laplacian approximations statistics (gsd=34): Number of open faces :238 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 9 Total number of flux vectors :159 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=35): Number of open faces :71 N of computed(stored) approximations:42 2-point approximations : 40.8 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 23 Approximations with corrections: 19 Total number of flux vectors :34 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=41): Number of open faces :86 N of computed(stored) approximations:33 2-point approximations : 61.6 % Thin profile approximations : 20.9 % Approximations with corrected internal problems: 18 Approximations with corrections: 12 Total number of flux vectors :46 Number of non-trivial (stored) flux vectors: 24 2-point based flux vectors: 47.8 % Laplacian approximations statistics (gsd=47): Number of open faces :44849 N of computed(stored) approximations:17265 2-point approximations : 61.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3353 Approximations with corrections: 4176 Total number of flux vectors :15257 Number of non-trivial (stored) flux vectors: 4 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=48): Number of open faces :899 N of computed(stored) approximations:282 2-point approximations : 68.6 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 22 Approximations with corrections: 150 Total number of flux vectors :322 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=49): Number of open faces :620 N of computed(stored) approximations:166 2-point approximations : 73.2 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 36 Approximations with corrections: 88 Total number of flux vectors :226 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=54): Number of open faces :487 N of computed(stored) approximations:118 2-point approximations : 75.8 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 8 Approximations with corrections: 58 Total number of flux vectors :184 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=55): Number of open faces :50 N of computed(stored) approximations:8 2-point approximations : 84.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 8 Approximations with corrections: 4 Total number of flux vectors :24 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=56): Number of open faces :1625 N of computed(stored) approximations:622 2-point approximations : 61.7 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 12 Approximations with corrections: 202 Total number of flux vectors :562 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=57): Number of open faces :410 N of computed(stored) approximations:90 2-point approximations : 78.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 16 Approximations with corrections: 50 Total number of flux vectors :159 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=58): Number of open faces :100 N of computed(stored) approximations:40 2-point approximations : 60.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 43 Approximations with corrections: 9 Total number of flux vectors :43 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=62): Number of open faces :1817 N of computed(stored) approximations:476 2-point approximations : 73.8 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 36 Approximations with corrections: 166 Total number of flux vectors :633 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=64): Number of open faces :159 N of computed(stored) approximations:40 2-point approximations : 74.8 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 14 Approximations with corrections: 24 Total number of flux vectors :65 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=65): Number of open faces :142 N of computed(stored) approximations:18 2-point approximations : 87.3 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 18 Approximations with corrections: 9 Total number of flux vectors :58 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=66): Number of open faces :1164 N of computed(stored) approximations:342 2-point approximations : 70.6 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 10 Approximations with corrections: 126 Total number of flux vectors :422 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=68): Number of open faces :38 N of computed(stored) approximations:4 2-point approximations : 89.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 12 Approximations with corrections: 2 Total number of flux vectors :18 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=70): Number of open faces :359 N of computed(stored) approximations:88 2-point approximations : 75.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 14 Approximations with corrections: 44 Total number of flux vectors :136 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=73): Number of open faces :153 N of computed(stored) approximations:14 2-point approximations : 90.8 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 28 Approximations with corrections: 5 Total number of flux vectors :63 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=74): Number of open faces :38 N of computed(stored) approximations:4 2-point approximations : 89.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 12 Approximations with corrections: 4 Total number of flux vectors :18 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=76): Number of open faces :145 N of computed(stored) approximations:32 2-point approximations : 77.9 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 8 Approximations with corrections: 20 Total number of flux vectors :61 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=81): Number of open faces :38 N of computed(stored) approximations:4 2-point approximations : 89.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 12 Approximations with corrections: 4 Total number of flux vectors :18 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=82): Number of open faces :153 N of computed(stored) approximations:14 2-point approximations : 90.8 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 28 Approximations with corrections: 5 Total number of flux vectors :63 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=83): Number of open faces :54 N of computed(stored) approximations:5 2-point approximations : 90.7 % Thin profile approximations : 1.9 % Approximations with corrected internal problems: 28 Approximations with corrections: 2 Total number of flux vectors :33 Number of non-trivial (stored) flux vectors: 2 2-point based flux vectors: 93.9 % Laplacian approximations statistics (gsd=84): Number of open faces :63 N of computed(stored) approximations:1 2-point approximations : 98.4 % Thin profile approximations : 1.6 % Approximations with corrected internal problems: 9 Total number of flux vectors :42 Number of non-trivial (stored) flux vectors: 2 2-point based flux vectors: 95.2 % Laplacian approximations statistics (gsd=85): Number of open faces :18 N of computed(stored) approximations:1 2-point approximations : 94.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 13 Total number of flux vectors :12 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=86): Number of open faces :4 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Total number of flux vectors :4 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=87): Number of open faces :16 N of computed(stored) approximations:5 2-point approximations : 68.8 % Thin profile approximations : 12.5 % Approximations with corrected internal problems: 4 Approximations with corrections: 2 Total number of flux vectors :11 Number of non-trivial (stored) flux vectors: 3 2-point based flux vectors: 72.7 % Laplacian approximations statistics (gsd=88): Number of open faces :7 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4 Total number of flux vectors :6 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=89): Number of open faces :4 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Total number of flux vectors :4 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=90): Number of open faces :22 N of computed(stored) approximations:4 2-point approximations : 81.8 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 10 Approximations with corrections: 2 Total number of flux vectors :14 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=91): Number of open faces :6 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 2 Total number of flux vectors :5 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=92): Number of open faces :4 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Total number of flux vectors :4 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=93): Number of open faces :7 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4 Total number of flux vectors :6 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=94): Number of open faces :21 N of computed(stored) approximations:1 2-point approximations : 95.2 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 13 Total number of flux vectors :15 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=95): Number of open faces :4 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Total number of flux vectors :4 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=96): Number of open faces :136 N of computed(stored) approximations:18 2-point approximations : 86.8 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 10 Approximations with corrections: 14 Total number of flux vectors :76 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=97): Number of open faces :891 N of computed(stored) approximations:280 2-point approximations : 68.6 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 22 Approximations with corrections: 150 Total number of flux vectors :319 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=99): Number of open faces :163 N of computed(stored) approximations:40 2-point approximations : 75.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 26 Approximations with corrections: 19 Total number of flux vectors :64 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=101): Number of open faces :400 N of computed(stored) approximations:78 2-point approximations : 80.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 64 Approximations with corrections: 26 Total number of flux vectors :145 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=102): Number of open faces :390 N of computed(stored) approximations:88 2-point approximations : 77.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 24 Approximations with corrections: 52 Total number of flux vectors :150 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=103): Number of open faces :30698 N of computed(stored) approximations:12143 2-point approximations : 60.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 2226 Approximations with corrections: 2763 Total number of flux vectors :10418 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=104): Number of open faces :655 N of computed(stored) approximations:186 2-point approximations : 71.6 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4 Approximations with corrections: 102 Total number of flux vectors :244 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=105): Number of open faces :1026 N of computed(stored) approximations:318 2-point approximations : 69.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 8 Approximations with corrections: 136 Total number of flux vectors :370 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=106): Number of open faces :102 N of computed(stored) approximations:51 2-point approximations : 50.0 % Thin profile approximations : 11.8 % Approximations with corrected internal problems: 12 Approximations with corrections: 18 Total number of flux vectors :54 Number of non-trivial (stored) flux vectors: 21 2-point based flux vectors: 61.1 % Laplacian approximations statistics (gsd=107): Number of open faces :89 N of computed(stored) approximations:30 2-point approximations : 66.3 % Thin profile approximations : 20.2 % Approximations with corrected internal problems: 18 Approximations with corrections: 6 Total number of flux vectors :48 Number of non-trivial (stored) flux vectors: 24 2-point based flux vectors: 50.0 % Laplacian approximations statistics (gsd=108): Number of open faces :847 N of computed(stored) approximations:270 2-point approximations : 68.1 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 28 Approximations with corrections: 138 Total number of flux vectors :302 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=109): Number of open faces :44 N of computed(stored) approximations:2 2-point approximations : 95.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 12 Approximations with corrections: 1 Total number of flux vectors :21 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=110): Number of open faces :152 N of computed(stored) approximations:40 2-point approximations : 73.7 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 12 Approximations with corrections: 20 Total number of flux vectors :61 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=111): Number of open faces :585 N of computed(stored) approximations:138 2-point approximations : 76.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 20 Approximations with corrections: 56 Total number of flux vectors :218 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=112): Number of open faces :55 N of computed(stored) approximations:8 2-point approximations : 85.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4 Approximations with corrections: 4 Total number of flux vectors :27 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=113): Number of open faces :452 N of computed(stored) approximations:112 2-point approximations : 75.2 % Thin profile approximations : 0.0 % Approximations with corrections: 48 Total number of flux vectors :172 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=114): Number of open faces :46 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Total number of flux vectors :24 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=115): Number of open faces :895 N of computed(stored) approximations:290 2-point approximations : 67.6 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 32 Approximations with corrections: 106 Total number of flux vectors :317 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=116): Number of open faces :46 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Total number of flux vectors :24 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=117): Number of open faces :112 N of computed(stored) approximations:32 2-point approximations : 71.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 18 Approximations with corrections: 18 Total number of flux vectors :45 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=118): Number of open faces :655 N of computed(stored) approximations:186 2-point approximations : 71.6 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4 Approximations with corrections: 102 Total number of flux vectors :244 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=119): Number of open faces :34 N of computed(stored) approximations:6 2-point approximations : 82.4 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 6 Approximations with corrections: 3 Total number of flux vectors :17 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=120): Number of open faces :38 N of computed(stored) approximations:4 2-point approximations : 89.5 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 12 Approximations with corrections: 2 Total number of flux vectors :18 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=121): Number of open faces :1026 N of computed(stored) approximations:318 2-point approximations : 69.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 8 Approximations with corrections: 136 Total number of flux vectors :370 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=122): Number of open faces :259671 N of computed(stored) approximations:98599 2-point approximations : 62.0 % Thin profile approximations : 0.1 % Approximations with corrected internal problems: 14404 Approximations with corrections: 29087 Total number of flux vectors :89201 Number of non-trivial (stored) flux vectors: 314 2-point based flux vectors: 99.6 % Laplacian approximations statistics (gsd=123): Number of open faces :33 N of computed(stored) approximations:17 2-point approximations : 48.5 % Thin profile approximations : 39.4 % Approximations with corrected internal problems: 10 Approximations with corrections: 4 Total number of flux vectors :22 Number of non-trivial (stored) flux vectors: 14 2-point based flux vectors: 36.4 % Laplacian approximations statistics (gsd=124): Number of open faces :35 N of computed(stored) approximations:13 2-point approximations : 62.9 % Thin profile approximations : 22.9 % Approximations with corrected internal problems: 15 Approximations with corrections: 4 Total number of flux vectors :22 Number of non-trivial (stored) flux vectors: 10 2-point based flux vectors: 54.5 % Laplacian approximations statistics (gsd=126): Number of open faces :7 N of computed(stored) approximations:4 2-point approximations : 42.9 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 2 Approximations with corrections: 2 Total number of flux vectors :6 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=127): Number of open faces :10 N of computed(stored) approximations:6 2-point approximations : 40.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3 Approximations with corrections: 3 Total number of flux vectors :8 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=128): Number of open faces :4 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4 Total number of flux vectors :4 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=129): Number of open faces :7 N of computed(stored) approximations:3 2-point approximations : 57.1 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3 Approximations with corrections: 1 Total number of flux vectors :6 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=130): Number of open faces :4 N of computed(stored) approximations:1 2-point approximations : 75.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3 Total number of flux vectors :4 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=131): Number of open faces :7 N of computed(stored) approximations:4 2-point approximations : 42.9 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 3 Approximations with corrections: 3 Total number of flux vectors :6 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Laplacian approximations statistics (gsd=132): Number of open faces :4 N of computed(stored) approximations:0 2-point approximations :100.0 % Thin profile approximations : 0.0 % Approximations with corrected internal problems: 4 Total number of flux vectors :4 Number of non-trivial (stored) flux vectors: 0 2-point based flux vectors: 100.0 % Creating view scheme... Alg view 0 aggregates: mgl = 31 size = 699071 mgl = 30 size = 141884 mgl = 29 size = 54602 mgl = 28 size = 24906 mgl = 27 size = 14102 mgl = 26 size = 10164 1 heat transfer algebraic views are created slv : PrecalcAtStart views for electric current flow... slv : PrecalcAtStart views for radiation... Calculate gap size: Min gap size 6.438620e-06 (id=229712) Max gap size 3.295476e-01 (id=136) Enlarged by r_d_cv 46305 GapSize time = 0.040684 s slv : Finite volume method GLOBAL MESH METRICS: slv : eps_const_function [cv] = MAX_{i}{ SUM( S[f] * n[f][i] ) / SUM( |S[f] * n[f][i]| ) }, slv : eps_linear_function [cv] = | MAX_{i}{ SUM( S[f] * n[f][i] * crd[f][i] ) } - MIN_{i}{ SUM( S[f] * n[f][i] * crd[f][i] ) } | / V[cv], slv : eps_cv_volume [cv] = | SUM_{i}{ SUM( S[f] * n[f][i] * crd[f][i] ) } / 3 - V[cv] | / V[cv], slv : where "i" is axis (x, y, z) and "f" is cv's face (of any type), slv : crd[f] is coordinate of face "f" in cv-centered coordinate system, i.e. shifted by -crd[cv]. slv : FLUID: slv : 7 GEOMSUBDOM(s): Ncv = 304489, eps_const_function = 2.9e-08, eps_linear_function = 4.9e-08, eps_cv_volume = 2.8e-08. slv : SOLID: slv : 129 GEOMSUBDOM(s): Ncv = 452237, eps_const_function = 9.6e-08, eps_linear_function = 3.2e-08, eps_cv_volume = 1.4e-08. SDS: Re-define MWS=max(mws_sd) over fluid-flow sub-domains in view: SDS: nsd= 0: mws(view value)=0.25 SDS: nsd= 1: mws(view value)=0.25 SDS: nsd= 2: mws(view value)=0.25 SDS: nsd= 3: mws(view value)=0.25 SDS: nsd= 4: mws(view value)=0.25 SDS: nsd= 5: mws(view value)=0.25 SDS: nsd= 6: mws(view value)=0.25 slv : ------------ Start of Preliminary step at Calculation start ------------ WALL_DISTANCE: 1 algebraic views were taken from pressure algebraic views +------+--------+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name |alg view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | WD | 0| 1.352120e-09| 0.000000e+00| 1.352120e-25| 2.555886e-26| 4.060455e-11| 18| 72|1|n|28| OK | WALL_DISTANCE: 1 algebraic views were taken from pressure algebraic views +------+--------+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name |alg view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | WD | 0| 9.932293e-17| 0.000000e+00| 9.932293e-33| 4.448020e-33| 6.422280e-16| 17| 63|1|n|29| OK | WALL_DISTANCE: 1 algebraic views were taken from pressure algebraic views +------+--------+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name |alg view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | WD | 0| 1.317560e-16| 0.000000e+00| 1.317560e-32| 3.090680e-33| 5.147920e-16| 17| 63|1|n|29| OK | WALL_DISTANCE: 1 algebraic views were taken from pressure algebraic views +------+--------+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name |alg view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | WD | 0| 1.005668e-16| 0.000000e+00| 1.005668e-32| 6.688718e-33| 7.867550e-16| 17| 63|1|n|29| OK | WALL_DISTANCE: 1 algebraic views were taken from pressure algebraic views +------+--------+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name |alg view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | WD | 0| 1.283893e-16| 0.000000e+00| 1.283893e-32| 3.575199e-33| 5.737109e-16| 17| 63|1|n|29| OK | WALL_DISTANCE: 1 algebraic views were taken from pressure algebraic views +------+--------+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name |alg view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | WD | 0| 9.856440e-17| 0.000000e+00| 9.856440e-33| 5.069657e-33| 7.083171e-16| 17| 63|1|n|29| OK | WALL_DISTANCE: 1 algebraic views were taken from pressure algebraic views +------+--------+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name |alg view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | WD | 0| 9.812248e-17| 0.000000e+00| 9.812248e-33| 5.001181e-33| 7.271572e-16| 17| 63|1|n|29| OK | slv : Fluid subdom(new) 0 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 0) = 1.2037056240893 , max( 0) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 3.75e-05 , max( 0) = 3.75e-05 slv : Turbulent e (new) : min( 0) = 2.08501987127e-05 , max( 0) = 2.08501987127e-05 slv : Temperature (new) : min( 0) = 293.2 , max( 0) = 293.2 slv : Total enthalpy, Y-shifted (new): min( 0) = 3.7500343751162e-05 , max( 0) = 3.7500343751162e-05 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 0) = 1.2037056240893 , max( 0) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 3.75e-05 , max( 0) = 3.75e-05 slv : Turbulent e (new) : min( 0) = 2.08501987127e-05 , max( 0) = 2.08501987127e-05 slv : Temperature (new) : min( 0) = 293.2 , max( 0) = 293.2 slv : Total enthalpy, Y-shifted (new): min( 0) = 3.7499994505197e-05 , max( 0) = 3.7499994505197e-05 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 0) = 1.2037056240893 , max( 0) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 3.75e-05 , max( 0) = 3.75e-05 slv : Turbulent e (new) : min( 0) = 2.08501987127e-05 , max( 0) = 2.08501987127e-05 slv : Temperature (new) : min( 0) = 293.2 , max( 0) = 293.2 slv : Total enthalpy, Y-shifted (new): min( 0) = 3.7499936297536e-05 , max( 0) = 3.7499936297536e-05 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 0) = 1.2037056240893 , max( 0) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 3.75e-05 , max( 0) = 3.75e-05 slv : Turbulent e (new) : min( 0) = 2.08501987127e-05 , max( 0) = 2.08501987127e-05 slv : Temperature (new) : min( 0) = 293.2 , max( 0) = 293.2 slv : Total enthalpy, Y-shifted (new): min( 0) = 3.750022733584e-05 , max( 0) = 3.750022733584e-05 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 0) = 1.2037056240893 , max( 0) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 3.75e-05 , max( 0) = 3.75e-05 slv : Turbulent e (new) : min( 0) = 2.08501987127e-05 , max( 0) = 2.08501987127e-05 slv : Temperature (new) : min( 0) = 293.2 , max( 0) = 293.2 slv : Total enthalpy, Y-shifted (new): min( 0) = 3.7500052712858e-05 , max( 0) = 3.7500052712858e-05 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 0) = 1.2037056240893 , max( 0) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 3.75e-05 , max( 0) = 3.75e-05 slv : Turbulent e (new) : min( 0) = 2.08501987127e-05 , max( 0) = 2.08501987127e-05 slv : Temperature (new) : min( 0) = 293.2 , max( 0) = 293.2 slv : Total enthalpy, Y-shifted (new): min( 0) = 3.7500052712858e-05 , max( 0) = 3.7500052712858e-05 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 0) = 1.2037056240893 , max( 0) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 3.75e-05 , max( 0) = 3.75e-05 slv : Turbulent e (new) : min( 0) = 2.08501987127e-05 , max( 0) = 2.08501987127e-05 slv : Temperature (new) : min( 0) = 293.2 , max( 0) = 293.2 slv : Total enthalpy, Y-shifted (new): min( 0) = 3.7499994505197e-05 , max( 0) = 3.7499994505197e-05 View 0(0) T_solid:min(solid,ncvloc= 13907,sd_id= 14) = 293.2 max(solid,ncvloc= 14159,sd_id= 14) = 293.2 View 0(1) T_solid:min(solid,ncvloc= 17861,sd_id=122) = 293.2 max(solid,ncvloc= 72460,sd_id=122) = 293.2 View 0(2) T_solid:min(solid,ncvloc= 0,sd_id=123) = 293.2 max(solid,ncvloc= 0,sd_id=123) = 293.2 View 0(3) T_solid:min(solid,ncvloc= 0,sd_id=124) = 293.2 max(solid,ncvloc= 0,sd_id=124) = 293.2 View 0(4) T_solid:min(solid,ncvloc= 0,sd_id=126) = 293.2 max(solid,ncvloc= 0,sd_id=126) = 293.2 View 0(5) T_solid:min(solid,ncvloc= 0,sd_id=127) = 293.2 max(solid,ncvloc= 0,sd_id=127) = 293.2 View 0(6) T_solid:min(solid,ncvloc= 0,sd_id=128) = 293.2 max(solid,ncvloc= 0,sd_id=128) = 293.2 View 0(7) T_solid:min(solid,ncvloc= 0,sd_id=129) = 293.2 max(solid,ncvloc= 0,sd_id=129) = 293.2 View 0(8) T_solid:min(solid,ncvloc= 0,sd_id=130) = 293.2 max(solid,ncvloc= 0,sd_id=130) = 293.2 View 0(9) T_solid:min(solid,ncvloc= 0,sd_id=131) = 293.2 max(solid,ncvloc= 0,sd_id=131) = 293.2 View 0(10) T_solid:min(solid,ncvloc= 0,sd_id=132) = 293.2 max(solid,ncvloc= 0,sd_id=132) = 293.2 slv : Global T_solid:min(solid,ncvloc= 13907,sd_id= 14) = 293.2 max(solid,ncvloc= 14159,sd_id= 14) = 293.2 slv : ------------ End of Preliminary step at Calculation start ------------ Collecting Reference Parameters... OK ---------------------------------------------------------- BCF checking (solver)... ---------------------------------------------------------- Estimated cfld size=216.45 Mb Writing cfld file "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\cfl7D42.tmp"... store res: FILE SAVED: cfl7D42.tmp. Total save cfld took 1.65 sec. real cfld size=13.10 Mb CPT size=109.347 MB (114658148 bytes). CPT size=109.347 MB (114658148 bytes) CCFLDFileManager::MergeCFLDToCPT: FILE COPIED : "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\1.cpt" -> "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\1.cpt.lock" CCFLDFileManager::MergeCFLDToCPT: FILE MERGED : "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\cfl7D42.tmp" -> "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\1.cpt.lock" CCFLDFileManager::MergeCFLDToCPT: FILE RENAMED: "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\1.cpt.lock" -> "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\1.cpt" CPT size=120.943 MB (126817480 bytes) CCFLDFileManager::MergeCFLDToCPT: FILE REMOVED: "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\cfl7D42.tmp" OK Estimated fld size=174.60 Mb Writing fld file "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\r_000000.fld"... ************** CHeatPathCalculator report ****************** conductive-convective heat domain 36 (32; -0.00168938), domain 40 (32; -0.0066845), domain 43 (32; -0.0108793), domain 44 (32; -0.00319882), domain 45 (32; -0.00660795), domain 46 (32; -0.0107886), Surface sources SS Heat Generation Rate 1 (32; 75.8281) (47; 25.5297) (103; 15.6423) SS Heat Generation Rate 2 (14; 30) SS Heat Generation Rate 3 (14; 12) Real Wall 1 (0; 0) (1; 0) (2; 0) (3; 0) (4; 0) (5; 0) (6; 0) (8; 0) (12; 0) Outer Wall 2 (8; 0) Temperatures 0 (Vol 0.00602511; Tmin 293.2; Tav 293.2; Tmax 293.2) 1 (Vol 9.37921e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 2 (Vol 9.63279e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 3 (Vol 9.41845e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 4 (Vol 9.58746e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 5 (Vol 9.31418e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 6 (Vol 9.26451e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 8 (Vol 0.0035436; Tmin 293.2; Tav 293.2; Tmax 293.2) 12 (Vol 0.000101907; Tmin 293.2; Tav 293.2; Tmax 293.2) 13 (Vol 7.2502e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 14 (Vol 0.000117099; Tmin 293.2; Tav 293.2; Tmax 293.2) 15 (Vol 1.17514e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 16 (Vol 1.65748e-05; Tmin 293.2; Tav 293.2; Tmax 293.2) 17 (Vol 0.00017619; Tmin 293.2; Tav 293.2; Tmax 293.2) 18 (Vol 1.19526e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 19 (Vol 1.17514e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 20 (Vol 1.19526e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 21 (Vol 1.60986e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 22 (Vol 1.17514e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 23 (Vol 1.19526e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 24 (Vol 1.17514e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 25 (Vol 1.19526e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 26 (Vol 1.17514e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 27 (Vol 1.19526e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 28 (Vol 1.17514e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 29 (Vol 1.19526e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 30 (Vol 1.17514e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 31 (Vol 1.95062e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 32 (Vol 0.000117089; Tmin 293.2; Tav 293.2; Tmax 293.2) 33 (Vol 4.65373e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 34 (Vol 2.07294e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 35 (Vol 1.5381e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 41 (Vol 4.3821e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 47 (Vol 7.73909e-05; Tmin 293.2; Tav 293.2; Tmax 293.2) 48 (Vol 7.08431e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 49 (Vol 5.9091e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 54 (Vol 4.00012e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 55 (Vol 8.73988e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 56 (Vol 1.16881e-05; Tmin 293.2; Tav 293.2; Tmax 293.2) 57 (Vol 7.08431e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 58 (Vol 3.31387e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 62 (Vol 1.03066e-05; Tmin 293.2; Tav 293.2; Tmax 293.2) 64 (Vol 1.72745e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 65 (Vol 3.8246e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 66 (Vol 1.2629e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 68 (Vol 6.34892e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 70 (Vol 1.47282e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 73 (Vol 1.26008e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 74 (Vol 6.34892e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 76 (Vol 1.72745e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 81 (Vol 6.34892e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 82 (Vol 1.26008e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 83 (Vol 4.96452e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 84 (Vol 5.0345e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 85 (Vol 6.15374e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 86 (Vol 3.73356e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 87 (Vol 8.76664e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 88 (Vol 3.73356e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 89 (Vol 3.67119e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 90 (Vol 7.6089e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 91 (Vol 3.67119e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 92 (Vol 3.73356e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 93 (Vol 3.67119e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 94 (Vol 1.1326e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 95 (Vol 3.67119e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 96 (Vol 4.54595e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 97 (Vol 7.08431e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 99 (Vol 9.04999e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 101 (Vol 3.28268e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 102 (Vol 7.08431e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 103 (Vol 3.87276e-05; Tmin 293.2; Tav 293.2; Tmax 293.2) 104 (Vol 1.21788e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 105 (Vol 1.21788e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 106 (Vol 4.7814e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 107 (Vol 4.22571e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 108 (Vol 1.45856e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 109 (Vol 9.80456e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 110 (Vol 1.07608e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 111 (Vol 4.00012e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 112 (Vol 1.26597e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 113 (Vol 2.09736e-07; Tmin 293.2; Tav 293.2; Tmax 293.2) 114 (Vol 6.34892e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 115 (Vol 1.45856e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 116 (Vol 6.34892e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 117 (Vol 9.04999e-08; Tmin 293.2; Tav 293.2; Tmax 293.2) 118 (Vol 1.21788e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 119 (Vol 6.34892e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 120 (Vol 6.34892e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 121 (Vol 1.21788e-06; Tmin 293.2; Tav 293.2; Tmax 293.2) 122 (Vol 0.000150265; Tmin 293.2; Tav 293.2; Tmax 293.2) 123 (Vol 1.30551e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 124 (Vol 1.26111e-09; Tmin 293.2; Tav 293.2; Tmax 293.2) 126 (Vol 8.03776e-11; Tmin 293.2; Tav 293.2; Tmax 293.2) 127 (Vol 1.06602e-10; Tmin 293.2; Tav 293.2; Tmax 293.2) 128 (Vol 2.27886e-11; Tmin 293.2; Tav 293.2; Tmax 293.2) 129 (Vol 7.13841e-11; Tmin 293.2; Tav 293.2; Tmax 293.2) 130 (Vol 3.06257e-11; Tmin 293.2; Tav 293.2; Tmax 293.2) 131 (Vol 8.40733e-11; Tmin 293.2; Tav 293.2; Tmax 293.2) 132 (Vol 2.5211e-11; Tmin 293.2; Tav 293.2; Tmax 293.2) Total Energy Balance [W] 159 ************** CHeatPathCalculator report end****************** store res: FILE SAVED: r_000000.fld. Total save fld took 2.71 sec. real fld size=34.26 Mb CPT size=120.943 MB (126817480 bytes). OK Init simple interpolator... OK (0.142 sec) BC 'Real Wall 1' is on 41854 faces (AS area=0.237461, CAD area=0.24079, difference=-1.4%) BC 'Outer Wall 2' is on 20268 faces (AS area=0.280317, CAD area=0.280361, difference=-0.0%) Surface Source 'SS Heat Generation Rate 1' is on 14273 faces (AS area=0.037975, CAD area=0.0379197, difference=0.1%) Surface Source 'SS Heat Generation Rate 2' is on 3264 faces (AS area=0.0246091, CAD area=0.0245957, difference=0.1%) Surface Source 'SS Heat Generation Rate 3' is on 5620 faces (AS area=0.0246141, CAD area=0.0245957, difference=0.1%) Preview parameters: Density (Fluid) Density (Solid) Pressure Temperature Temperature (Fluid) Temperature (Solid) Velocity Velocity (X) Velocity (Y) Velocity (Z) Mach Number Dynamic Pressure Total Pressure Dynamic Viscosity Prandtl Number Solid Thermal Conductivity (X) Solid Thermal Conductivity (Y) Solid Thermal Conductivity (Z) Sonic Speed Specific Heat (Cp) Specific Heat (Solid) Stagnation Density Absolute Total Enthalpy Heat Flux Heat Flux (X) Heat Flux (Y) Heat Flux (Z) Overheat above Melting Temperature Total Temperature Volumetric Heat Generation Rate Turbulence Intensity Turbulence Length Turbulent Dissipation Turbulent Energy Turbulent Time Turbulent Viscosity Acoustic Power Acoustic Power Level 38 parameter(s) in preview list of parameters Calculation started at 2.8.2023 7:27:53 Total CPU time 23 s //-------------------------Fast mass flow--------------------// //-------------There are no openings in task--------------// //-------------------------Using size criteria--------------// ================== Tstep=0 =================== Boundary layer settings: Separation tau on Enable 3D effects on BL MODEL 0 Ignore compressibility off BL on porous body off Separ. tau corr factor 0 Separ. tau kappa 0.1 Separ. tau KV0 0.1 Max hn for engineering models 7 Laminar Temperature Profile Order 4 Max Film Thickness 0 ------------------------ NumerCore CHT-start settings: Min typical size 1 Zero vel ht factor 0.006 C_mju_turb_min 0.01 Threshold value for K-E filter 0.00181971 C_mju 0.09 C_eps1 1.44 C_eps2 1.92 Sigma_k 1 Sigma_eps 1.3 Sigma_c 0.9 Approx mode 2nd order ------------- NumCoreFESSettings: Maximum possible Mach 0 Turbulent Prandtl 0.9 ------------- slv : Implicit schemes in fluid settings: slv : INPR : rel_resid=0.00790569 slv : BACKGROUND : rel_resid=0.00790569 slv : DVGR : rel_resid=0.00790569 slv : MOMENTUM : rel_resid=0.00790569 slv : CHT : rel_resid=0.00790569 slv : Y_TD : rel_resid=0.00790569 slv : Y_TURB : rel_resid=0.00790569 slv : LMA : rel_resid=0.00790569 slv : UVGI : rel_resid=0.00790569 slv : NOx : rel_resid=0.00790569 slv : VOL_FRAC_IM_PHASE : rel_resid=0.00790569 slv : (null) : rel_resid=0.00790569 slv : Disable wall motion impact into H threshold=10 slv : Relax par ring =0.05 slv : Isothermal cavitation CF corrector = 1 slv : Isothermal cavitation pseudo transient corrector = -1 slv : Isothermal cavitation forced time step in cavitated regions = -1 slv : force_free_surface_VOF = -1 slv : SLV_SINGLE_P_WALL = 1 slv : Weighted 2-Point 2nd order experimental features = 0 slv : Stationary with Outer Iterations for Non-Newton: slv : forced_global_timestep = -1.79769e+308 slv : timestep_accel_initial_coeff = 0.01 slv : timestep_accel_base = 1 slv : timestep_accel_max_coeff = 50 slv : timestep_accel_steps_divider = 1 slv : --------------------------------------- ------Solid settings--- Approximation mode = 2'nd order && thin_profiles && weighted_2p_2nd (selectively) Solid temperature eps_abs scaling factor: 0.001 number dofs per absorptive face: 9 subgrid ratio: 0.500000 ------------------------------ slv : Iterations settings: slv : Max number of outer iter = 1 slv : Max number of Mass&Energy iter = 1 slv : Conservation laws tolerance residuals: slv : MASS 0.005 slv : MOMENTUM 0.005 slv : ENERGY 0.005 slv : SPECIES 0.005 slv : TURBULENCE 0.005 slv : MASS_AFTER_CALC_RHO 0.005 slv : --------------------------------------- slv : Scheme blocks settings: slv : INPR : stop_crit=residAbs_AND_residRel slv : BACKGROUND : stop_crit=residAbs_AND_residRel slv : DVGR : stop_crit=residAbs_AND_residRel slv : MOMENTUM : stop_crit=residAbs_AND_residRel slv : CHT : stop_crit=residAbs_AND_residRel slv : Y_TD : stop_crit=residAbs_AND_residRel slv : Y_TURB : stop_crit=residAbs_AND_residRel slv : LMA : stop_crit=residAbs_AND_residRel slv : UVGI : stop_crit=residAbs_AND_residRel slv : NOx : stop_crit=residAbs_AND_residRel slv : VOL_FRAC_IM_PHASE : stop_crit=residAbs_AND_residRel slv : (null) : stop_crit=residAbs_AND_residRel slv : --------------------------------------- slv : Big local tau flattener = disabled Accuracy scale coeff =1 slv : Max Courant factor = 25 MWS[ 0]=0.249994 MWS[ 1]=0.249994 MWS[ 2]=0.249994 MWS[ 3]=0.249994 MWS[ 4]=0.249994 MWS[ 5]=0.249994 MWS[ 6]=0.249994 tau_viscous_averaged = 0.138882 tau_viscous_averaged = 0.00168606 tau_viscous_averaged = 0.00180753 tau_viscous_averaged = 0.00168781 tau_viscous_averaged = 0.0017964 tau_viscous_averaged = 0.00170473 tau_viscous_averaged = 0.00165039 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 80874)=16.0 , dtG=0.000636908 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.99 , max dt/dtG(ncv= 157)=2.0 , dtG=0.000636908 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.99 , max dt/dtG(ncv= 203)=3.9 , dtG=0.000636908 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.99 , max dt/dtG(ncv= 193)=2.0 , dtG=0.000636908 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.99 , max dt/dtG(ncv= 202)=3.9 , dtG=0.000636908 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.99 , max dt/dtG(ncv= 155)=2.0 , dtG=0.000636908 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.99 , max dt/dtG(ncv= 152)=2.0 , dtG=0.000636908 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=38772]= 0.0000e+00 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=203]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 0.0000e+00 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 80874)=16.0 , dtG=0.000636908 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.99 , max dt/dtG(ncv= 157)=2.0 , dtG=0.000636908 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.99 , max dt/dtG(ncv= 203)=3.9 , dtG=0.000636908 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.99 , max dt/dtG(ncv= 193)=2.0 , dtG=0.000636908 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.99 , max dt/dtG(ncv= 202)=3.9 , dtG=0.000636908 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.99 , max dt/dtG(ncv= 155)=2.0 , dtG=0.000636908 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.99 , max dt/dtG(ncv= 152)=2.0 , dtG=0.000636908 slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 0| 0| 159597| 205921| 0| 0| 365518| 1| 107601|0.00410454 | 233448|1.4838 | 107601|7.03074 | 233448|2541.64 | 0|0 | 0|0 | | 1| 899| 0| 0| 76| 823| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 65| 712| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 66| 766| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 66| 729| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 67| 752| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 104| 958| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 0|0 | 0|0 | LOG nsd = 0: numb_of_convergent=541, numb_of_divergent=608 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=13, numb_of_divergent=21 Face Momentum (sd= 6): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. dP/dn (nsd = 0): Nfw_skipped_by_dP_dn_geom_flag = 89909, Nfw_with_curvature_limiting = 35167, Nfw_skipped_by_negative_crd_n = 39868. Totals: skipped or corrected FW ratio = 45.1261%, skipped or corrected WALL AREA ratio = 12.1928%. dP/dn (nsd = 1): Nfw_skipped_by_dP_dn_geom_flag = 276, Nfw_with_curvature_limiting = 161, Nfw_skipped_by_negative_crd_n = 75. Totals: skipped or corrected FW ratio = 56.9522%, skipped or corrected WALL AREA ratio = 19.3589%. dP/dn (nsd = 2): Nfw_skipped_by_dP_dn_geom_flag = 151, Nfw_with_curvature_limiting = 183, Nfw_skipped_by_negative_crd_n = 70. Totals: skipped or corrected FW ratio = 51.9949%, skipped or corrected WALL AREA ratio = 16.362%. dP/dn (nsd = 3): Nfw_skipped_by_dP_dn_geom_flag = 226, Nfw_with_curvature_limiting = 161, Nfw_skipped_by_negative_crd_n = 67. Totals: skipped or corrected FW ratio = 54.5673%, skipped or corrected WALL AREA ratio = 19.2068%. dP/dn (nsd = 4): Nfw_skipped_by_dP_dn_geom_flag = 172, Nfw_with_curvature_limiting = 179, Nfw_skipped_by_negative_crd_n = 74. Totals: skipped or corrected FW ratio = 53.4591%, skipped or corrected WALL AREA ratio = 17.8694%. dP/dn (nsd = 5): Nfw_skipped_by_dP_dn_geom_flag = 199, Nfw_with_curvature_limiting = 160, Nfw_skipped_by_negative_crd_n = 71. Totals: skipped or corrected FW ratio = 52.5031%, skipped or corrected WALL AREA ratio = 18.8853%. dP/dn (nsd = 6): Nfw_skipped_by_dP_dn_geom_flag = 270, Nfw_with_curvature_limiting = 187, Nfw_skipped_by_negative_crd_n = 109. Totals: skipped or corrected FW ratio = 53.2957%, skipped or corrected WALL AREA ratio = 21.948%. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 5.048607e-49| 1.198460e-24| 5.048607e-49| 1.930996e-63| 2.409379e-31| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 0)=0 , max( 0)=0 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 92)=6.6463772469975e-29 , max( 138)=3.7172481484764e-19 slv : slv : NUMBER OF INNER ITERATIONS = 1 slv : Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=26206]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=164]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=98]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 8.499521e-50| 5.343490e-25| 8.499521e-50| 1.070605e-52| 5.142371e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=198]= 7.2037e-21 PRESSURE SOLVER(geom_index= 0): sum_C_dp=0 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-4.32102e-35 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=199) = 1.345368e-26 norm_L2 of div(momentum) = 1.882275e-26. nsd = 0 min_dtHy = 0.000637061 (nCV = 268953 ) max_dtHy = 0.0101941 (nCV = 81502 ) nsd = 1 min_dtHy = 0.000637129 (nCV = 87 ) max_dtHy = 0.00127426 (nCV = 200 ) nsd = 2 min_dtHy = 0.000637129 (nCV = 66 ) max_dtHy = 0.00254851 (nCV = 203 ) nsd = 3 min_dtHy = 0.000637129 (nCV = 25 ) max_dtHy = 0.00127426 (nCV = 199 ) nsd = 4 min_dtHy = 0.000637061 (nCV = 86 ) max_dtHy = 0.00254851 (nCV = 202 ) nsd = 5 min_dtHy = 0.000637129 (nCV = 93 ) max_dtHy = 0.00127426 (nCV = 203 ) nsd = 6 min_dtHy = 0.000637129 (nCV = 148 ) max_dtHy = 0.00127426 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 3.669241e+00| 1.590000e+02| 4.952748e-06| 8.546834e-07| 1.005990e-02| 3| 27|0|n|26| OK | nsd = 0 min_dtke = 0.000632907 (nCV = 152890 ) max_dtke = 0.00991312 (nCV = 81502 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.983903e-18| 3.208794e-07| 1.239939e-22| 4.534750e-40| 2.333450e-18| 1| 6|0|n|28| OK | |turb| 0| 1| 1.270539e-18| 2.247566e-07| 7.940867e-23| 6.271293e-41| 8.859636e-19| 1| 6|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 289453 E from infinity= 0 nsd = 1 min_dtke = 0.000635066 (nCV = 203 ) max_dtke = 0.00126976 (nCV = 200 ) |turb| 1| 0| 5.634706e-23| 5.117321e-11| 3.521691e-27| 4.237864e-43| 3.008546e-21| 1| 6|0|n|29| OK | |turb| 1| 1| 1.740654e-23| 2.889033e-11| 1.087909e-27| 7.792395e-44| 1.294337e-21| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 0 nsd = 2 min_dtke = 0.000635158 (nCV = 93 ) max_dtke = 0.00253059 (nCV = 203 ) |turb| 2| 0| 4.117548e-23| 3.920585e-11| 2.573468e-27| 4.198371e-43| 3.255602e-21| 1| 6|0|n|29| OK | |turb| 2| 1| 1.264658e-23| 2.210662e-11| 7.904114e-28| 8.157094e-44| 1.428282e-21| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 204 E from infinity= 0 nsd = 3 min_dtke = 0.000635028 (nCV = 201 ) max_dtke = 0.00126976 (nCV = 199 ) |turb| 3| 0| 6.014583e-23| 4.386338e-11| 3.759115e-27| 6.130209e-43| 3.340039e-21| 1| 6|0|n|29| OK | |turb| 3| 1| 1.856799e-23| 2.473764e-11| 1.160500e-27| 1.207494e-43| 1.481558e-21| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 0 nsd = 4 min_dtke = 0.000635011 (nCV = 100 ) max_dtke = 0.00253059 (nCV = 202 ) |turb| 4| 0| 5.028812e-23| 4.540908e-11| 3.143008e-27| 2.836371e-43| 2.010863e-21| 1| 6|0|n|29| OK | |turb| 4| 1| 1.545662e-23| 2.544601e-11| 9.660388e-28| 5.077067e-44| 8.578832e-22| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 205 E from infinity= 0 nsd = 5 min_dtke = 0.000635067 (nCV = 197 ) max_dtke = 0.00126976 (nCV = 203 ) |turb| 5| 0| 5.436685e-23| 4.627273e-11| 3.397928e-27| 1.084243e-43| 1.409684e-21| 1| 6|0|n|29| OK | |turb| 5| 1| 1.682259e-23| 2.606385e-11| 1.051412e-27| 2.064415e-44| 6.100069e-22| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 0 nsd = 6 min_dtke = 0.000635066 (nCV = 209 ) max_dtke = 0.00126976 (nCV = 207 ) |turb| 6| 0| 6.023580e-23| 5.777044e-11| 3.764737e-27| 9.772702e-44| 1.625229e-21| 1| 6|0|n|29| OK | |turb| 6| 1| 1.860364e-23| 3.251560e-11| 1.162728e-27| 2.213360e-44| 7.852658e-22| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 0 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 43304,sd_id= 17) = 293.19999999762 max(solid,ncvloc= 18015,sd_id= 32) = 293.23794571647 View 0(1) T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999990721 max(solid,ncvloc= 27078,sd_id=122) = 293.20000000013 View 0(2) T_solid:min(solid,ncvloc= 1,sd_id=123) = 293.2 max(solid,ncvloc= 15,sd_id=123) = 293.2 View 0(3) T_solid:min(solid,ncvloc= 0,sd_id=124) = 293.2 max(solid,ncvloc= 8,sd_id=124) = 293.2 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.2 max(solid,ncvloc= 0,sd_id=126) = 293.2 View 0(5) T_solid:min(solid,ncvloc= 0,sd_id=127) = 293.2 max(solid,ncvloc= 5,sd_id=127) = 293.2 View 0(6) T_solid:min(solid,ncvloc= 1,sd_id=128) = 293.2 max(solid,ncvloc= 3,sd_id=128) = 293.2 View 0(7) T_solid:min(solid,ncvloc= 3,sd_id=129) = 293.2 max(solid,ncvloc= 2,sd_id=129) = 293.2 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 293.2 max(solid,ncvloc= 0,sd_id=130) = 293.2 View 0(9) T_solid:min(solid,ncvloc= 0,sd_id=131) = 293.2 max(solid,ncvloc= 5,sd_id=131) = 293.2 View 0(10) T_solid:min(solid,ncvloc= 0,sd_id=132) = 293.2 max(solid,ncvloc= 2,sd_id=132) = 293.2 slv : Global T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999990721 max(solid,ncvloc= 18015,sd_id= 32) = 293.23794571647 slv : Fluid subdom(new) 0 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 14890) = 1.2036934535682 , max( 82403) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 1e-40 , max( 85645) = 3.75e-05 slv : Turbulent e (new) : min( 530) = 1.966616815107e-40 , max( 191945) = 0.0098291823085162 slv : Temperature (new) : min( 82403) = 293.19999999999 , max( 14890) = 293.20296453949 slv : Total enthalpy, Y-shifted (new): min( 205485) = 3.5932853633912e-05 , max( 14890) = 2.9842624919704 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 2) = 1.2037056239363 , max( 141) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499999994906e-05 slv : Turbulent e (new) : min( 2) = 1.2586347616992e-38 , max( 40) = 0.0050691883904651 slv : Temperature (new) : min( 141) = 293.2 , max( 2) = 293.20000003725 slv : Total enthalpy, Y-shifted (new): min( 194) = 3.7498120392831e-05 , max( 170) = 3.7500019796779e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 5) = 1.2037056239363 , max( 58) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 93) = 3.7499999959559e-05 slv : Turbulent e (new) : min( 5) = 1.2586347616992e-38 , max( 71) = 0.0050701800406251 slv : Temperature (new) : min( 58) = 293.2 , max( 5) = 293.20000003725 slv : Total enthalpy, Y-shifted (new): min( 198) = 3.7497865453686e-05 , max( 109) = 3.7499954615273e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 1) = 1.2037056239363 , max( 188) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 201) = 3.7499999998247e-05 slv : Turbulent e (new) : min( 1) = 1.2586347616992e-38 , max( 143) = 0.0050699971652404 slv : Temperature (new) : min( 188) = 293.2 , max( 1) = 293.20000003725 slv : Total enthalpy, Y-shifted (new): min( 147) = 3.749859097191e-05 , max( 1) = 3.7500260431799e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 1) = 1.2037056239363 , max( 192) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 100) = 3.7499999998603e-05 slv : Turbulent e (new) : min( 1) = 1.2586347616992e-38 , max( 58) = 0.0050706614897858 slv : Temperature (new) : min( 192) = 293.2 , max( 1) = 293.20000003725 slv : Total enthalpy, Y-shifted (new): min( 24) = 3.749797182596e-05 , max( 58) = 3.7500071374526e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 4) = 1.2037056239363 , max( 138) = 1.2037056240893 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 205) = 3.7499999995019e-05 slv : Turbulent e (new) : min( 4) = 1.2586347616992e-38 , max( 112) = 0.0050696838111014 slv : Temperature (new) : min( 138) = 293.2 , max( 4) = 293.20000003725 slv : Total enthalpy, Y-shifted (new): min( 178) = 3.7498437737154e-05 , max( 92) = 3.7500067215881e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 170) = 1.2037056239363 , max( 185) = 1.2037056240893 slv : Velocity (new) : min( 5) = 1.3865348647569e-27 , max( 138) = 2.865056172338e-19 slv : Mach number (new) : min( 5) = 4.0403891994197e-30 , max( 138) = 8.3488286581766e-22 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 205) = 3.7499999994858e-05 slv : Turbulent e (new) : min( 1) = 1.2586347616992e-38 , max( 94) = 0.0050542494883981 slv : Temperature (new) : min( 185) = 293.2 , max( 170) = 293.20000003725 slv : Total enthalpy, Y-shifted (new): min( 138) = 3.7498094566812e-05 , max( 170) = 3.7500038481111e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0703424(nfa=789850, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 1430 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.007| 1| 0.007| 0.007| slv : | Calculate_inc | 0.000| 0| 0.000| 0.000| slv : | CollectEMT_Results | 0.000| 1| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.271| 107| 0.003| 0.073| slv : | build_sl_ordering_CHT | 0.018| 1| 0.018| 0.018| slv : | build_sl_ordering_MDS | 0.033| 1| 0.033| 0.033| slv : | build_sl_ordering_fluid | 0.045| 7| 0.006| 0.033| slv : | calc_Convolutions_MDS | 0.078| 1| 0.078| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.058| 1| 0.058| 0.058| slv : | create_Gr_operators_portrait_MDS | 0.012| 1| 0.012| 0.012| slv : | init_Hy_group_MDS | 0.020| 1| 0.020| 0.020| slv : | perform_stage_total | 6.691| 35| 0.191| 3.692| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 0.132| 1| 0.132| 0.132| slv : | solve_3M_alg_MDS | 0.043| 7| 0.006| 0.041| slv : | solve_BG_MDS | 0.038| 1| 0.038| 0.038| slv : | solve_BG_alg_MDS | 0.015| 7| 0.002| 0.011| slv : | solve_BL_MDS | 3.692| 1| 3.692| 3.692| slv : | solve_CHT | 0.527| 1| 0.527| 0.527| slv : | solve_CHT_MDS | 0.479| 1| 0.479| 0.479| slv : | solve_CHT_alg_MDS | 0.268| 1| 0.268| 0.268| slv : | solve_DvGr_MDS | 0.293| 1| 0.293| 0.293| slv : | solve_DvGr_alg_MDS | 0.064| 7| 0.009| 0.062| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_YTurb_MDS | 0.274| 1| 0.274| 0.274| slv : | solve_YTurb_alg_MDS | 0.081| 14| 0.006| 0.037| slv : | update_BC_MDS | 0.005| 2| 0.003| 0.003| slv : | update_Mf_after_DvGr | 0.039| 1| 0.039| 0.039| slv : | update_VelPressure_MDS | 0.010| 1| 0.010| 0.010| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3616.73 Mb, Memory Working Set Peak = 3619.30 Mb Memory Private Bytes Current = 3742.02 Mb, Memory Private Bytes Peak = 3744.83 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1474.69 Mb, allocated count = 13789 ================== Tstep=1 =================== MWS[ 0]=0.249958 MWS[ 1]=0.249958 MWS[ 2]=0.249958 MWS[ 3]=0.249958 MWS[ 4]=0.249958 MWS[ 5]=0.249958 MWS[ 6]=0.249958 tau_viscous_averaged = 0.175853 tau_viscous_averaged = 0.00179939 tau_viscous_averaged = 0.00192628 tau_viscous_averaged = 0.00180096 tau_viscous_averaged = 0.00191501 tau_viscous_averaged = 0.00182038 tau_viscous_averaged = 0.00171307 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 80874)=16.0 , dtG=0.000637048 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.99 , max dt/dtG(ncv= 157)=2.0 , dtG=0.000637048 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.99 , max dt/dtG(ncv= 203)=3.9 , dtG=0.000637048 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.99 , max dt/dtG(ncv= 150)=2.0 , dtG=0.000637048 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.99 , max dt/dtG(ncv= 202)=3.9 , dtG=0.000637048 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.99 , max dt/dtG(ncv= 155)=2.0 , dtG=0.000637048 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.99 , max dt/dtG(ncv= 152)=2.0 , dtG=0.000637048 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=38772]= 0.0000e+00 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=203]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=199) = 1.345368e-26 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 3.504611e-52| 7.198324e-26| 8.499521e-52| 4.084089e-53| 4.665492e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 1.1059e-21 log10(resTarget_Lim / resTarget_Orig): 0.4 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=150) = 3.383218e-27 norm_L2 of div(momentum) = 7.406265e-27. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 6 subdomain: 38.191 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 14.0636 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 0| 0| 159597| 205921| 0| 0| 365518| 1| 107605|0.00410454 | 233448|1.4838 | 54241|0.16946 | 163554|201622 | 0|0 | 0|0 | | 1| 899| 0| 0| 76| 823| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 65| 712| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 66| 766| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 66| 729| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 67| 752| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 104| 958| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-5.47445e-39 | 33|-1.26424e-55 | LOG nsd = 0: numb_of_convergent=541, numb_of_divergent=608 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=14, numb_of_divergent=13 Face Momentum (sd= 6): max value of div(mf) (cv=150) = 3.383218e-27 norm_L2 of div(momentum) = 7.406265e-27. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 4.120789e-49| 1.182213e-24| 4.120789e-49| 1.243299e-62| 7.076931e-31| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 0)=0 , max( 0)=0 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 5)=1.4890354024328e-27 , max( 138)=6.194919822703e-19 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=26206]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=164]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=98]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 7.372751e-50| 7.181808e-25| 7.372751e-50| 6.902783e-53| 4.546088e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=198]= 1.0326e-20 PRESSURE SOLVER(geom_index= 0): sum_C_dp=0 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-8.04732e-35 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=199) = 1.680395e-26 norm_L2 of div(momentum) = 2.170458e-26. nsd = 0 min_dtHy = 0.000637154 (nCV = 268953 ) max_dtHy = 0.0101956 (nCV = 80874 ) nsd = 1 min_dtHy = 0.000637222 (nCV = 87 ) max_dtHy = 0.00127444 (nCV = 207 ) nsd = 2 min_dtHy = 0.000637222 (nCV = 88 ) max_dtHy = 0.00254889 (nCV = 203 ) nsd = 3 min_dtHy = 0.000637222 (nCV = 72 ) max_dtHy = 0.00127444 (nCV = 199 ) nsd = 4 min_dtHy = 0.000637154 (nCV = 86 ) max_dtHy = 0.00254889 (nCV = 202 ) nsd = 5 min_dtHy = 0.000637222 (nCV = 190 ) max_dtHy = 0.00127444 (nCV = 195 ) nsd = 6 min_dtHy = 0.000637222 (nCV = 197 ) max_dtHy = 0.00127444 (nCV = 202 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 1.448880e+00| 1.590001e+02| 3.226725e-06| 1.477308e-06| 1.549385e-02| 3| 27|0|n|26| OK | nsd = 0 min_dtke = 0.000340193 (nCV = 191945 ) max_dtke = 0.0099159 (nCV = 26664 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 3.862578e-18| 4.950755e-07| 2.414111e-22| 1.232982e-41| 3.726130e-19| 1| 6|0|n|28| OK | |turb| 0| 1| 5.771246e-15| 1.665024e-05| 3.607028e-19| 3.703049e-38| 1.756834e-17| 1| 6|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 240478 E from infinity= 75162 nsd = 1 min_dtke = 0.000445373 (nCV = 53 ) max_dtke = 0.00105321 (nCV = 208 ) |turb| 1| 0| 5.635633e-22| 2.021586e-10| 3.522271e-26| 1.421615e-44| 6.229575e-22| 1| 6|0|n|29| OK | |turb| 1| 1| 2.236768e-17| 3.618448e-08| 1.397980e-21| 4.476574e-40| 1.108476e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.000445359 (nCV = 71 ) max_dtke = 0.00213272 (nCV = 203 ) |turb| 2| 0| 3.691684e-22| 1.374522e-10| 2.307303e-26| 1.503924e-44| 6.192869e-22| 1| 6|0|n|29| OK | |turb| 2| 1| 1.063872e-17| 2.496662e-08| 6.649203e-22| 3.745472e-40| 8.364244e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.00044536 (nCV = 170 ) max_dtke = 0.00104853 (nCV = 151 ) |turb| 3| 0| 3.526927e-22| 1.433157e-10| 2.204329e-26| 8.888946e-45| 5.227911e-22| 1| 6|0|n|29| OK | |turb| 3| 1| 1.067554e-17| 2.417504e-08| 6.672211e-22| 1.175954e-40| 6.296747e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 188 nsd = 4 min_dtke = 0.000445302 (nCV = 46 ) max_dtke = 0.00213317 (nCV = 202 ) |turb| 4| 0| 3.016996e-22| 1.338420e-10| 1.885623e-26| 8.957524e-45| 5.014136e-22| 1| 6|0|n|29| OK | |turb| 4| 1| 9.782051e-18| 2.380396e-08| 6.113782e-22| 3.089332e-40| 9.432630e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 184 nsd = 5 min_dtke = 0.00044536 (nCV = 55 ) max_dtke = 0.00105321 (nCV = 205 ) |turb| 5| 0| 3.478763e-22| 1.432545e-10| 2.174227e-26| 7.127207e-45| 3.354993e-22| 1| 6|0|n|29| OK | |turb| 5| 1| 1.065312e-17| 2.435598e-08| 6.658198e-22| 2.713247e-40| 6.526207e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.00044536 (nCV = 86 ) max_dtke = 0.0010532 (nCV = 205 ) |turb| 6| 0| 5.039712e-22| 1.900866e-10| 3.149820e-26| 1.009169e-44| 5.509928e-22| 1| 6|0|n|29| OK | |turb| 6| 1| 1.945436e-17| 3.484199e-08| 1.215898e-21| 4.048074e-40| 1.066492e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 43292,sd_id= 17) = 293.19999998321 max(solid,ncvloc= 450,sd_id=103) = 293.26717579771 View 0(1) T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999991354 max(solid,ncvloc= 7448,sd_id=122) = 293.2000000004 View 0(2) T_solid:min(solid,ncvloc= 15,sd_id=123) = 293.20000000007 max(solid,ncvloc= 19,sd_id=123) = 293.20000000009 View 0(3) T_solid:min(solid,ncvloc= 2,sd_id=124) = 293.20000000003 max(solid,ncvloc= 12,sd_id=124) = 293.20000000009 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.20000000012 max(solid,ncvloc= 1,sd_id=126) = 293.20000000017 View 0(5) T_solid:min(solid,ncvloc= 6,sd_id=127) = 293.20000000014 max(solid,ncvloc= 2,sd_id=127) = 293.20000000024 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000000024 max(solid,ncvloc= 1,sd_id=128) = 293.20000000025 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.2000000002 max(solid,ncvloc= 5,sd_id=129) = 293.2000000002 View 0(8) T_solid:min(solid,ncvloc= 3,sd_id=130) = 293.20000000028 max(solid,ncvloc= 2,sd_id=130) = 293.20000000031 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 293.20000000013 max(solid,ncvloc= 0,sd_id=131) = 293.2000000002 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.20000000026 max(solid,ncvloc= 0,sd_id=132) = 293.20000000028 slv : Global T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999991354 max(solid,ncvloc= 450,sd_id=103) = 293.26717579771 slv : Fluid subdom(new) 0 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 14896) = 1.2036676295982 , max( 139163) = 1.2037056389957 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 1e-40 , max( 273235) = 3.7702740000586e-05 slv : Turbulent e (new) : min( 530) = 1.9666168155668e-40 , max( 191945) = 0.0088641219542201 slv : Temperature (new) : min( 139163) = 293.19999636908 , max( 14896) = 293.20925503396 slv : Total enthalpy, Y-shifted (new): min( 139163) = -0.0036177094144505 , max( 14896) = 9.3165290912131 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 89) = 1.2037056239433 , max( 154) = 1.2037056240894 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499999813755e-05 slv : Turbulent e (new) : min( 2) = 1.2586347619935e-38 , max( 40) = 0.0050678510014499 slv : Temperature (new) : min( 154) = 293.19999999996 , max( 89) = 293.20000003555 slv : Total enthalpy, Y-shifted (new): min( 119) = 3.0848023150675e-05 , max( 35) = 3.7731340819048e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 79) = 1.2037056239479 , max( 89) = 1.2037056240898 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 122) = 3.7505577915727e-05 slv : Turbulent e (new) : min( 5) = 1.2586347619935e-38 , max( 135) = 0.0050699299302944 slv : Temperature (new) : min( 89) = 293.19999999988 , max( 79) = 293.20000003444 slv : Total enthalpy, Y-shifted (new): min( 81) = 2.7977610978814e-05 , max( 104) = 3.7742658352072e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 53) = 1.2037056239429 , max( 173) = 1.2037056240895 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 152) = 3.7512128319446e-05 slv : Turbulent e (new) : min( 3) = 1.2586347619935e-38 , max( 143) = 0.0050697185568161 slv : Temperature (new) : min( 173) = 293.19999999994 , max( 53) = 293.20000003564 slv : Total enthalpy, Y-shifted (new): min( 1) = 3.1084161289725e-05 , max( 62) = 3.7915780393762e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 124) = 1.2037056239478 , max( 133) = 1.2037056240897 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 102) = 3.7500000908084e-05 slv : Turbulent e (new) : min( 1) = 1.2586347619935e-38 , max( 116) = 0.0050694547302597 slv : Temperature (new) : min( 133) = 293.19999999988 , max( 124) = 293.20000003445 slv : Total enthalpy, Y-shifted (new): min( 142) = 2.5281627848729e-05 , max( 30) = 3.7744004526197e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 175) = 1.2037056239434 , max( 152) = 1.2037056240894 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 126) = 3.7511724090675e-05 slv : Turbulent e (new) : min( 4) = 1.2586347619935e-38 , max( 112) = 0.0050696026178107 slv : Temperature (new) : min( 152) = 293.19999999997 , max( 175) = 293.20000003553 slv : Total enthalpy, Y-shifted (new): min( 184) = 2.2907875188808e-05 , max( 6) = 3.7804640958722e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 62) = 1.2037056239417 , max( 179) = 1.2037056240895 slv : Velocity (new) : min( 16) = 1.2249694871463e-26 , max( 138) = 5.437662690704e-19 slv : Mach number (new) : min( 16) = 3.5695845890987e-29 , max( 138) = 1.5845453413409e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 28) = 3.7535112960367e-05 slv : Turbulent e (new) : min( 1) = 1.2586347619935e-38 , max( 94) = 0.0050506484931539 slv : Temperature (new) : min( 179) = 293.19999999994 , max( 62) = 293.20000003594 slv : Total enthalpy, Y-shifted (new): min( 170) = 2.9646930079178e-05 , max( 78) = 3.7736268212769e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0703419(nfa=789850, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 1705 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.010| 2| 0.005| 0.007| slv : | Calculate_inc | 5.373| 1| 5.373| 5.373| slv : | CollectEMT_Results | 0.000| 2| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.329| 149| 0.002| 0.073| slv : | Results_processing | 0.336| 1| 0.336| 0.336| slv : | build_sl_ordering_CHT | 0.035| 2| 0.017| 0.018| slv : | build_sl_ordering_MDS | 0.067| 2| 0.033| 0.033| slv : | build_sl_ordering_fluid | 0.085| 14| 0.006| 0.033| slv : | calc_Convolutions_MDS | 0.150| 2| 0.075| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.119| 2| 0.059| 0.060| slv : | create_Gr_operators_portrait_MDS | 0.025| 2| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.040| 2| 0.020| 0.020| slv : | perform_stage_total | 11.328| 62| 0.183| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 0.261| 2| 0.130| 0.132| slv : | solve_3M_alg_MDS | 0.087| 14| 0.006| 0.041| slv : | solve_BG_MDS | 0.071| 2| 0.035| 0.038| slv : | solve_BG_alg_MDS | 0.027| 14| 0.002| 0.011| slv : | solve_BL_MDS | 7.406| 2| 3.703| 3.714| slv : | solve_CHT | 1.029| 2| 0.514| 0.527| slv : | solve_CHT_MDS | 0.933| 2| 0.467| 0.479| slv : | solve_CHT_alg_MDS | 0.514| 2| 0.257| 0.268| slv : | solve_DvGr_MDS | 0.594| 2| 0.297| 0.300| slv : | solve_DvGr_alg_MDS | 0.161| 14| 0.012| 0.062| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 2| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 2| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 2| 0.000| 0.000| slv : | solve_YTurb_MDS | 0.535| 2| 0.268| 0.274| slv : | solve_YTurb_alg_MDS | 0.159| 28| 0.006| 0.037| slv : | update_BC_MDS | 0.007| 3| 0.002| 0.003| slv : | update_Mf_after_DvGr | 0.079| 2| 0.040| 0.040| slv : | update_VelPressure_MDS | 0.021| 2| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3768.21 Mb, Memory Working Set Peak = 3770.99 Mb Memory Private Bytes Current = 3890.75 Mb, Memory Private Bytes Peak = 3893.58 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1623.12 Mb, allocated count = 13715 ================== Tstep=2 =================== MWS[ 0]=0.2496 MWS[ 1]=0.2496 MWS[ 2]=0.2496 MWS[ 3]=0.2496 MWS[ 4]=0.2496 MWS[ 5]=0.2496 MWS[ 6]=0.2496 tau_viscous_averaged = 0.175868 tau_viscous_averaged = 0.00179941 tau_viscous_averaged = 0.00192629 tau_viscous_averaged = 0.00180098 tau_viscous_averaged = 0.00191501 tau_viscous_averaged = 0.00182039 tau_viscous_averaged = 0.00171307 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 80874)=16.0 , dtG=0.00063796 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.99 , max dt/dtG(ncv= 157)=2.0 , dtG=0.00063796 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.99 , max dt/dtG(ncv= 203)=3.9 , dtG=0.00063796 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.99 , max dt/dtG(ncv= 150)=2.0 , dtG=0.00063796 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.99 , max dt/dtG(ncv= 202)=3.9 , dtG=0.00063796 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.99 , max dt/dtG(ncv= 194)=2.0 , dtG=0.00063796 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.99 , max dt/dtG(ncv= 152)=2.0 , dtG=0.00063796 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=38772]= 0.0000e+00 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=203]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=199) = 1.680395e-26 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 4.563463e-52| 7.288391e-26| 7.372751e-52| 9.921621e-53| 6.395695e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 1.9638e-21 log10(resTarget_Lim / resTarget_Orig): 0.2 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=150) = 7.293837e-27 norm_L2 of div(momentum) = 1.279392e-26. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 6 subdomain: 36.3484 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 15.291 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107605|0.00410455 | 233459|1.4838 | 7105|0.00754622 | 177480|286724 | 0|0 | 0|0 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-1.99385e-38 | 80|-5.44631e-54 | LOG nsd = 0: numb_of_convergent=541, numb_of_divergent=608 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=15, numb_of_divergent=17 Face Momentum (sd= 6): max value of div(mf) (cv=150) = 7.293837e-27 norm_L2 of div(momentum) = 1.279392e-26. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 3.407911e-49| 1.152022e-24| 3.407911e-49| 5.954973e-62| 1.215648e-30| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 0)=0 , max( 0)=0 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 16)=1.4451702833098e-26 , max( 138)=8.4494547561565e-19 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=26206]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=164]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=98]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 5.058419e-50| 6.717904e-25| 5.058419e-50| 1.205334e-52| 5.631895e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=74]= -7.3728e-22 PRESSURE SOLVER(geom_index= 0): sum_C_dp=0 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-1.96656e-34 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=198) = 5.176803e-27 norm_L2 of div(momentum) = 1.098026e-26. nsd = 0 min_dtHy = 0.000638066 (nCV = 268953 ) max_dtHy = 0.0102101 (nCV = 80874 ) nsd = 1 min_dtHy = 0.000638134 (nCV = 193 ) max_dtHy = 0.00127627 (nCV = 207 ) nsd = 2 min_dtHy = 0.000638134 (nCV = 66 ) max_dtHy = 0.00255254 (nCV = 203 ) nsd = 3 min_dtHy = 0.000638134 (nCV = 187 ) max_dtHy = 0.00127627 (nCV = 194 ) nsd = 4 min_dtHy = 0.000638066 (nCV = 86 ) max_dtHy = 0.00255254 (nCV = 202 ) nsd = 5 min_dtHy = 0.000638134 (nCV = 93 ) max_dtHy = 0.00127627 (nCV = 203 ) nsd = 6 min_dtHy = 0.000638134 (nCV = 30 ) max_dtHy = 0.00127627 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 1.172753e+00| 1.590002e+02| 3.232036e-06| 2.186125e-06| 2.408147e-02| 3| 27|0|n|26| OK | nsd = 0 min_dtke = 0.000340453 (nCV = 191945 ) max_dtke = 0.00993102 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 3.737647e-18| 4.878450e-07| 2.336029e-22| 1.175462e-41| 3.646084e-19| 1| 6|0|n|28| OK | |turb| 0| 1| 5.259882e-15| 1.615797e-05| 6.222440e-20| 3.411746e-38| 1.698622e-17| 1| 6|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 240302 E from infinity= 75481 nsd = 1 min_dtke = 0.000445818 (nCV = 53 ) max_dtke = 0.00105446 (nCV = 208 ) |turb| 1| 0| 5.129296e-22| 1.962781e-10| 3.205810e-26| 1.350727e-44| 6.097097e-22| 1| 6|0|n|29| OK | |turb| 1| 1| 2.028015e-17| 3.509323e-08| 1.267510e-21| 4.246810e-40| 1.084376e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.000445805 (nCV = 71 ) max_dtke = 0.00213497 (nCV = 203 ) |turb| 2| 0| 3.418216e-22| 1.340808e-10| 2.136385e-26| 1.404085e-44| 6.026915e-22| 1| 6|0|n|29| OK | |turb| 2| 1| 9.821256e-18| 2.443793e-08| 6.138285e-22| 3.498129e-40| 8.121052e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.000445806 (nCV = 170 ) max_dtke = 0.00104976 (nCV = 193 ) |turb| 3| 0| 3.231379e-22| 1.395718e-10| 2.019612e-26| 8.424590e-45| 5.153464e-22| 1| 6|0|n|29| OK | |turb| 3| 1| 9.738271e-18| 2.364215e-08| 6.086420e-22| 1.128772e-40| 6.201456e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 188 nsd = 4 min_dtke = 0.000445747 (nCV = 46 ) max_dtke = 0.00213541 (nCV = 202 ) |turb| 4| 0| 2.750812e-22| 1.303265e-10| 1.719258e-26| 8.584957e-45| 4.947186e-22| 1| 6|0|n|29| OK | |turb| 4| 1| 8.999904e-18| 2.330785e-08| 5.624940e-22| 2.976372e-40| 9.311407e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 184 nsd = 5 min_dtke = 0.000445805 (nCV = 55 ) max_dtke = 0.00105446 (nCV = 205 ) |turb| 5| 0| 3.185332e-22| 1.395492e-10| 1.990832e-26| 6.447996e-45| 3.262323e-22| 1| 6|0|n|29| OK | |turb| 5| 1| 9.699597e-18| 2.381842e-08| 6.062248e-22| 2.473739e-40| 6.347577e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.000445805 (nCV = 86 ) max_dtke = 0.00105444 (nCV = 205 ) |turb| 6| 0| 4.594342e-22| 1.844140e-10| 2.871464e-26| 9.394794e-45| 5.331438e-22| 1| 6|0|n|29| OK | |turb| 6| 1| 1.768227e-17| 3.381566e-08| 1.105142e-21| 3.785647e-40| 1.033372e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 42869,sd_id= 17) = 293.19999989083 max(solid,ncvloc= 450,sd_id=103) = 293.31089504302 View 0(1) T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999984712 max(solid,ncvloc= 41332,sd_id=122) = 293.20000000066 View 0(2) T_solid:min(solid,ncvloc= 15,sd_id=123) = 293.20000000018 max(solid,ncvloc= 19,sd_id=123) = 293.20000000019 View 0(3) T_solid:min(solid,ncvloc= 2,sd_id=124) = 293.20000000008 max(solid,ncvloc= 12,sd_id=124) = 293.20000000019 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.2000000003 max(solid,ncvloc= 1,sd_id=126) = 293.20000000036 View 0(5) T_solid:min(solid,ncvloc= 6,sd_id=127) = 293.20000000036 max(solid,ncvloc= 2,sd_id=127) = 293.20000000048 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000000056 max(solid,ncvloc= 1,sd_id=128) = 293.20000000057 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.20000000045 max(solid,ncvloc= 5,sd_id=129) = 293.20000000046 View 0(8) T_solid:min(solid,ncvloc= 3,sd_id=130) = 293.20000000066 max(solid,ncvloc= 2,sd_id=130) = 293.20000000069 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 293.20000000032 max(solid,ncvloc= 0,sd_id=131) = 293.2000000004 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.20000000062 max(solid,ncvloc= 0,sd_id=132) = 293.20000000064 slv : Global T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999984712 max(solid,ncvloc= 450,sd_id=103) = 293.31089504302 slv : Fluid subdom(new) 0 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 14896) = 1.2036387264567 , max( 55179) = 1.2037057435662 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 1e-40 , max( 273235) = 3.7891192797669e-05 slv : Turbulent e (new) : min( 530) = 1.9666168155267e-40 , max( 191945) = 0.0080019342456777 slv : Temperature (new) : min( 55179) = 293.19997089766 , max( 14896) = 293.21629590794 slv : Total enthalpy, Y-shifted (new): min( 55179) = -0.0292583549066 , max( 14896) = 16.404160068658 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 89) = 1.2037056239495 , max( 154) = 1.20370562409 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499999268225e-05 slv : Turbulent e (new) : min( 58) = 1.2586347619534e-38 , max( 40) = 0.0050646348383489 slv : Temperature (new) : min( 154) = 293.19999999982 , max( 89) = 293.20000003405 slv : Total enthalpy, Y-shifted (new): min( 119) = 2.5475141791998e-05 , max( 35) = 3.7871386382946e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 79) = 1.2037056239579 , max( 89) = 1.2037056240901 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 122) = 3.7517281601167e-05 slv : Turbulent e (new) : min( 5) = 1.2586347619526e-38 , max( 135) = 0.0050697973768719 slv : Temperature (new) : min( 89) = 293.19999999979 , max( 79) = 293.20000003201 slv : Total enthalpy, Y-shifted (new): min( 81) = 2.1006412412605e-05 , max( 42) = 3.7809688218044e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 53) = 1.203705623949 , max( 173) = 1.2037056240897 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 152) = 3.7524605095741e-05 slv : Turbulent e (new) : min( 1) = 1.2586347619431e-38 , max( 40) = 0.0050693694432567 slv : Temperature (new) : min( 173) = 293.1999999999 , max( 53) = 293.20000003415 slv : Total enthalpy, Y-shifted (new): min( 1) = 2.5824518297408e-05 , max( 62) = 3.8076617909165e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 124) = 1.2037056239578 , max( 133) = 1.2037056240901 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 102) = 3.7500016963611e-05 slv : Turbulent e (new) : min( 138) = 1.2586347619525e-38 , max( 116) = 0.0050686724706799 slv : Temperature (new) : min( 133) = 293.19999999979 , max( 124) = 293.20000003201 slv : Total enthalpy, Y-shifted (new): min( 142) = 1.7257930748542e-05 , max( 172) = 3.7807891346416e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 175) = 1.2037056239496 , max( 152) = 1.2037056240894 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 126) = 3.7523792689106e-05 slv : Turbulent e (new) : min( 16) = 1.2586347619432e-38 , max( 112) = 0.0050694747435735 slv : Temperature (new) : min( 152) = 293.19999999995 , max( 175) = 293.20000003401 slv : Total enthalpy, Y-shifted (new): min( 184) = 1.4229245707848e-05 , max( 6) = 3.790402226204e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 56) = 1.2037056239471 , max( 179) = 1.2037056240897 slv : Velocity (new) : min( 16) = 2.3326125964383e-26 , max( 138) = 7.9628164950975e-19 slv : Mach number (new) : min( 16) = 6.7972778619823e-29 , max( 138) = 2.3203800049633e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 28) = 3.7560548796652e-05 slv : Turbulent e (new) : min( 63) = 1.2586347619456e-38 , max( 94) = 0.0050447384701387 slv : Temperature (new) : min( 179) = 293.19999999989 , max( 56) = 293.20000003463 slv : Total enthalpy, Y-shifted (new): min( 170) = 2.3601065655719e-05 , max( 78) = 3.7882041454223e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0703419(nfa=789850, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 2875 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.013| 3| 0.004| 0.007| slv : | Calculate_inc | 10.687| 2| 5.344| 5.373| slv : | CollectEMT_Results | 0.000| 3| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.455| 191| 0.002| 0.073| slv : | Results_processing | 0.646| 2| 0.323| 0.336| slv : | build_sl_ordering_CHT | 0.055| 3| 0.018| 0.021| slv : | build_sl_ordering_MDS | 0.100| 3| 0.033| 0.033| slv : | build_sl_ordering_fluid | 0.122| 21| 0.006| 0.033| slv : | calc_Convolutions_MDS | 0.213| 3| 0.071| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.177| 3| 0.059| 0.060| slv : | create_Gr_operators_portrait_MDS | 0.038| 3| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.068| 3| 0.023| 0.028| slv : | perform_stage_total | 13.079| 89| 0.147| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 0.386| 3| 0.129| 0.132| slv : | solve_3M_alg_MDS | 0.130| 21| 0.006| 0.041| slv : | solve_BG_MDS | 0.103| 3| 0.034| 0.038| slv : | solve_BG_alg_MDS | 0.039| 21| 0.002| 0.011| slv : | solve_BL_MDS | 8.239| 3| 2.746| 3.714| slv : | solve_CHT | 1.539| 3| 0.513| 0.527| slv : | solve_CHT_MDS | 1.391| 3| 0.464| 0.479| slv : | solve_CHT_alg_MDS | 0.761| 3| 0.254| 0.268| slv : | solve_DvGr_MDS | 0.888| 3| 0.296| 0.300| slv : | solve_DvGr_alg_MDS | 0.258| 21| 0.012| 0.062| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 3| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 3| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 3| 0.000| 0.000| slv : | solve_YTurb_MDS | 0.797| 3| 0.266| 0.274| slv : | solve_YTurb_alg_MDS | 0.233| 42| 0.006| 0.037| slv : | update_BC_MDS | 0.010| 4| 0.002| 0.003| slv : | update_Mf_after_DvGr | 0.120| 3| 0.040| 0.041| slv : | update_VelPressure_MDS | 0.031| 3| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3768.54 Mb, Memory Working Set Peak = 3771.33 Mb Memory Private Bytes Current = 3890.75 Mb, Memory Private Bytes Peak = 3895.06 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1623.12 Mb, allocated count = 13760 ================== Tstep=3 =================== MWS[ 0]=0.245805 MWS[ 1]=0.245805 MWS[ 2]=0.245805 MWS[ 3]=0.245805 MWS[ 4]=0.245805 MWS[ 5]=0.245805 MWS[ 6]=0.245805 tau_viscous_averaged = 0.175883 tau_viscous_averaged = 0.00179943 tau_viscous_averaged = 0.0019263 tau_viscous_averaged = 0.00180099 tau_viscous_averaged = 0.00191502 tau_viscous_averaged = 0.0018204 tau_viscous_averaged = 0.00171308 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 80874)=16.0 , dtG=0.000647808 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.99 , max dt/dtG(ncv= 157)=2.0 , dtG=0.000647808 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.99 , max dt/dtG(ncv= 203)=3.9 , dtG=0.000647808 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.99 , max dt/dtG(ncv= 150)=2.0 , dtG=0.000647808 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.99 , max dt/dtG(ncv= 202)=3.9 , dtG=0.000647808 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.99 , max dt/dtG(ncv= 195)=2.0 , dtG=0.000647808 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.99 , max dt/dtG(ncv= 152)=2.0 , dtG=0.000647808 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=38772]= 0.0000e+00 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=203]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=198) = 5.176803e-27 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.129235e-52| 5.368323e-26| 5.058419e-52| 8.929433e-53| 6.085667e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 1.7404e-21 log10(resTarget_Lim / resTarget_Orig): 0.7 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 7.187438e-27 norm_L2 of div(momentum) = 1.267802e-26. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 6 subdomain: 31.6583 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 13.2917 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107605|0.00410456 | 233459|1.4838 | 7121|0.274277 | 181804|722629 | 0|0 | 0|0 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-4.24224e-38 | 80|-5.91358e-53 | LOG nsd = 0: numb_of_convergent=541, numb_of_divergent=608 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=11, numb_of_divergent=9 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 7.187438e-27 norm_L2 of div(momentum) = 1.267802e-26. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 2.780328e-49| 1.123395e-24| 2.780328e-49| 3.867625e-62| 1.134594e-30| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 0)=0 , max( 0)=0 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 16)=2.3094857995727e-26 , max( 138)=1.0678226851212e-18 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=26206]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=164]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=98]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 4.674314e-50| 6.096104e-25| 4.674314e-50| 1.756598e-52| 7.073828e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=74]= -1.1294e-21 PRESSURE SOLVER(geom_index= 0): sum_C_dp=0 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-2.38095e-34 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=150) = 6.350626e-27 norm_L2 of div(momentum) = 1.325503e-26. nsd = 0 min_dtHy = 0.000647919 (nCV = 268953 ) max_dtHy = 0.0103678 (nCV = 81502 ) nsd = 1 min_dtHy = 0.000647987 (nCV = 146 ) max_dtHy = 0.00129597 (nCV = 206 ) nsd = 2 min_dtHy = 0.000647987 (nCV = 196 ) max_dtHy = 0.00259195 (nCV = 203 ) nsd = 3 min_dtHy = 0.000647987 (nCV = 187 ) max_dtHy = 0.00129597 (nCV = 198 ) nsd = 4 min_dtHy = 0.000647919 (nCV = 34 ) max_dtHy = 0.00259195 (nCV = 202 ) nsd = 5 min_dtHy = 0.000647987 (nCV = 190 ) max_dtHy = 0.00129597 (nCV = 203 ) nsd = 6 min_dtHy = 0.000647987 (nCV = 148 ) max_dtHy = 0.00129597 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 9.950108e-01| 1.590003e+02| 3.245489e-06| 1.382825e-06| 1.357899e-02| 4| 36|0|n|26| OK | nsd = 0 min_dtke = 0.000343238 (nCV = 191945 ) max_dtke = 0.0100815 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 3.620167e-18| 4.809107e-07| 2.530808e-24| 1.303544e-41| 3.843146e-19| 1| 6|0|n|28| OK | |turb| 0| 1| 4.809445e-15| 1.569201e-05| 2.818432e-24| 3.615013e-38| 1.762772e-17| 1| 6|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 240169 E from infinity= 75838 nsd = 1 min_dtke = 0.000450605 (nCV = 53 ) max_dtke = 0.00106787 (nCV = 208 ) |turb| 1| 0| 4.683397e-22| 1.908214e-10| 2.927123e-26| 1.452572e-44| 6.349645e-22| 1| 6|0|n|29| OK | |turb| 1| 1| 1.843416e-17| 3.407326e-08| 1.570556e-25| 4.543230e-40| 1.126099e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.000450591 (nCV = 71 ) max_dtke = 0.0021622 (nCV = 203 ) |turb| 2| 0| 3.172096e-22| 1.309935e-10| 1.982560e-26| 1.485844e-44| 6.245343e-22| 1| 6|0|n|29| OK | |turb| 2| 1| 9.087457e-18| 2.393992e-08| 1.659156e-25| 3.680644e-40| 8.383186e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.000450592 (nCV = 170 ) max_dtke = 0.00106306 (nCV = 193 ) |turb| 3| 0| 2.971498e-22| 1.362036e-10| 1.857186e-26| 9.051009e-45| 5.409373e-22| 1| 6|0|n|29| OK | |turb| 3| 1| 8.913494e-18| 2.315450e-08| 1.526970e-25| 1.222249e-40| 6.488694e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 188 nsd = 4 min_dtke = 0.000450533 (nCV = 46 ) max_dtke = 0.00216264 (nCV = 202 ) |turb| 4| 0| 2.514317e-22| 1.272375e-10| 1.571448e-26| 9.327419e-45| 5.198701e-22| 1| 6|0|n|29| OK | |turb| 4| 1| 8.301802e-18| 2.283867e-08| 1.658169e-25| 3.240271e-40| 9.769706e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 184 nsd = 5 min_dtke = 0.000450592 (nCV = 55 ) max_dtke = 0.00106787 (nCV = 205 ) |turb| 5| 0| 2.928348e-22| 1.362505e-10| 1.830217e-26| 6.623840e-45| 3.376836e-22| 1| 6|0|n|29| OK | |turb| 5| 1| 8.864033e-18| 2.331861e-08| 1.558740e-25| 2.551799e-40| 6.561031e-20| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.000450592 (nCV = 86 ) max_dtke = 0.00106786 (nCV = 205 ) |turb| 6| 0| 4.203062e-22| 1.794085e-10| 2.626914e-26| 9.846927e-45| 5.480459e-22| 1| 6|0|n|29| OK | |turb| 6| 1| 1.611548e-17| 3.285997e-08| 1.573855e-25| 3.975949e-40| 1.061508e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 5678,sd_id= 16) = 293.19999980224 max(solid,ncvloc= 450,sd_id=103) = 293.36376876375 View 0(1) T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999989706 max(solid,ncvloc= 41332,sd_id=122) = 293.20000000079 View 0(2) T_solid:min(solid,ncvloc= 15,sd_id=123) = 293.20000000032 max(solid,ncvloc= 19,sd_id=123) = 293.20000000034 View 0(3) T_solid:min(solid,ncvloc= 2,sd_id=124) = 293.20000000017 max(solid,ncvloc= 12,sd_id=124) = 293.20000000033 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.20000000055 max(solid,ncvloc= 1,sd_id=126) = 293.2000000006 View 0(5) T_solid:min(solid,ncvloc= 6,sd_id=127) = 293.20000000065 max(solid,ncvloc= 2,sd_id=127) = 293.20000000075 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000000099 max(solid,ncvloc= 1,sd_id=128) = 293.200000001 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.20000000077 max(solid,ncvloc= 5,sd_id=129) = 293.20000000079 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 293.20000000116 max(solid,ncvloc= 2,sd_id=130) = 293.20000000119 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 293.20000000058 max(solid,ncvloc= 0,sd_id=131) = 293.20000000064 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.20000000109 max(solid,ncvloc= 0,sd_id=132) = 293.20000000111 slv : Global T_solid:min(solid,ncvloc= 5678,sd_id= 16) = 293.19999980224 max(solid,ncvloc= 450,sd_id=103) = 293.36376876375 slv : Fluid subdom(new) 0 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 151036) = 1.2036021336551 , max( 139163) = 1.2037059541504 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 1e-40 , max( 273235) = 3.8060004889124e-05 slv : Turbulent e (new) : min( 39774) = 1.96661681549e-40 , max( 113884) = 0.0073279900179502 slv : Temperature (new) : min( 139163) = 293.19991960334 , max( 151036) = 293.22521048646 slv : Total enthalpy, Y-shifted (new): min( 139163) = -0.08089336661895 , max( 151036) = 25.377939095738 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 89) = 1.203705623955 , max( 154) = 1.2037056240904 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499998144182e-05 slv : Turbulent e (new) : min( 58) = 1.2586347619203e-38 , max( 40) = 0.0050595613002148 slv : Temperature (new) : min( 154) = 293.19999999972 , max( 89) = 293.20000003269 slv : Total enthalpy, Y-shifted (new): min( 119) = 2.1085003528248e-05 , max( 35) = 3.7935603403718e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 79) = 1.2037056239667 , max( 89) = 1.2037056240904 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 122) = 3.7524881874186e-05 slv : Turbulent e (new) : min( 5) = 1.2586347619193e-38 , max( 135) = 0.0050696053492707 slv : Temperature (new) : min( 89) = 293.19999999973 , max( 79) = 293.20000002986 slv : Total enthalpy, Y-shifted (new): min( 81) = 1.5850157159508e-05 , max( 42) = 3.777133897042e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 53) = 1.2037056239548 , max( 173) = 1.2037056240898 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 152) = 3.7535276427396e-05 slv : Turbulent e (new) : min( 1) = 1.2586347619019e-38 , max( 40) = 0.0050690579416962 slv : Temperature (new) : min( 173) = 293.19999999986 , max( 53) = 293.20000003275 slv : Total enthalpy, Y-shifted (new): min( 1) = 2.1461569487199e-05 , max( 62) = 3.8024982118301e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 124) = 1.2037056239666 , max( 85) = 1.2037056240908 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 102) = 3.7500047217939e-05 slv : Turbulent e (new) : min( 138) = 1.2586347619187e-38 , max( 116) = 0.0050676912779585 slv : Temperature (new) : min( 85) = 293.19999999963 , max( 124) = 293.20000002987 slv : Total enthalpy, Y-shifted (new): min( 142) = 1.1937083655337e-05 , max( 172) = 3.776658472714e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 175) = 1.2037056239553 , max( 152) = 1.2037056240895 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 126) = 3.7534078507555e-05 slv : Turbulent e (new) : min( 16) = 1.2586347619022e-38 , max( 112) = 0.0050692898098874 slv : Temperature (new) : min( 152) = 293.19999999994 , max( 175) = 293.20000003263 slv : Total enthalpy, Y-shifted (new): min( 184) = 9.0263963059043e-06 , max( 6) = 3.7831953162337e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 56) = 1.2037056239523 , max( 179) = 1.2037056240899 slv : Velocity (new) : min( 16) = 3.2325108089121e-26 , max( 138) = 1.0227200657817e-18 slv : Mach number (new) : min( 16) = 9.4195985195254e-29 , max( 138) = 2.980225894661e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 28) = 3.7551880519512e-05 slv : Turbulent e (new) : min( 63) = 1.2586347619069e-38 , max( 155) = 0.0050383821323369 slv : Temperature (new) : min( 179) = 293.19999999985 , max( 56) = 293.20000003335 slv : Total enthalpy, Y-shifted (new): min( 170) = 1.8894884237468e-05 , max( 78) = 3.7951477320082e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0703419(nfa=789850, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 4209 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.016| 4| 0.004| 0.007| slv : | Calculate_inc | 13.113| 3| 4.371| 5.373| slv : | CollectEMT_Results | 0.000| 4| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.504| 220| 0.002| 0.073| slv : | Results_processing | 0.953| 3| 0.318| 0.336| slv : | build_sl_ordering_CHT | 0.056| 4| 0.014| 0.021| slv : | build_sl_ordering_MDS | 0.101| 4| 0.025| 0.033| slv : | build_sl_ordering_fluid | 0.123| 28| 0.004| 0.033| slv : | calc_Convolutions_MDS | 0.281| 4| 0.070| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.242| 4| 0.061| 0.065| slv : | create_Gr_operators_portrait_MDS | 0.051| 4| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.089| 4| 0.022| 0.028| slv : | perform_stage_total | 14.809| 116| 0.128| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 0.520| 4| 0.130| 0.134| slv : | solve_3M_alg_MDS | 0.172| 28| 0.006| 0.041| slv : | solve_BG_MDS | 0.136| 4| 0.034| 0.038| slv : | solve_BG_alg_MDS | 0.051| 28| 0.002| 0.011| slv : | solve_BL_MDS | 9.077| 4| 2.269| 3.714| slv : | solve_CHT | 2.116| 4| 0.529| 0.577| slv : | solve_CHT_MDS | 1.938| 4| 0.485| 0.548| slv : | solve_CHT_alg_MDS | 1.091| 4| 0.273| 0.330| slv : | solve_DvGr_MDS | 1.179| 4| 0.295| 0.300| slv : | solve_DvGr_alg_MDS | 0.354| 28| 0.013| 0.062| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 4| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 4| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 4| 0.000| 0.000| slv : | solve_YTurb_MDS | 1.058| 4| 0.265| 0.274| slv : | solve_YTurb_alg_MDS | 0.312| 56| 0.006| 0.039| slv : | update_BC_MDS | 0.012| 5| 0.002| 0.003| slv : | update_Mf_after_DvGr | 0.160| 4| 0.040| 0.041| slv : | update_VelPressure_MDS | 0.040| 4| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3768.87 Mb, Memory Working Set Peak = 3771.65 Mb Memory Private Bytes Current = 3890.75 Mb, Memory Private Bytes Peak = 3895.06 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1623.12 Mb, allocated count = 13792 ================== Tstep=4 =================== MWS[ 0]=0.220472 MWS[ 1]=0.220472 MWS[ 2]=0.220472 MWS[ 3]=0.220472 MWS[ 4]=0.220472 MWS[ 5]=0.220472 MWS[ 6]=0.220472 tau_viscous_averaged = 0.175898 tau_viscous_averaged = 0.00179944 tau_viscous_averaged = 0.00192631 tau_viscous_averaged = 0.001801 tau_viscous_averaged = 0.00191503 tau_viscous_averaged = 0.00182041 tau_viscous_averaged = 0.00171308 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 80874)=16.0 , dtG=0.000722219 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.99 , max dt/dtG(ncv= 157)=2.0 , dtG=0.000722219 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.99 , max dt/dtG(ncv= 203)=3.9 , dtG=0.000722219 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.99 , max dt/dtG(ncv= 150)=2.0 , dtG=0.000722219 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.99 , max dt/dtG(ncv= 202)=3.9 , dtG=0.000722219 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.99 , max dt/dtG(ncv= 155)=2.0 , dtG=0.000722219 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.99 , max dt/dtG(ncv= 152)=2.0 , dtG=0.000722219 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=38772]= 0.0000e+00 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=203]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=150) = 6.350626e-27 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.658093e-52| 6.783118e-26| 4.674314e-52| 1.545894e-52| 8.318410e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 2.1045e-21 log10(resTarget_Lim / resTarget_Orig): 0.5 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 9.660651e-27 norm_L2 of div(momentum) = 1.710082e-26. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 6 subdomain: 33.5008 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 15.4135 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107605|0.00410457 | 233459|1.4838 | 115276|0.00958857 | 181804|722640 | 0|0 | 0|0 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-6.9658e-38 | 99|-5.34946e-53 | LOG nsd = 0: numb_of_convergent=541, numb_of_divergent=608 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 9.660651e-27 norm_L2 of div(momentum) = 1.710082e-26. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 2.280082e-49| 1.094617e-24| 2.280082e-49| 6.906322e-62| 1.642715e-30| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 0)=0 , max( 0)=0 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 16)=3.3564603092218e-26 , max( 138)=1.2883967465877e-18 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=26206]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=164]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=98]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 4.935060e-50| 6.186505e-25| 4.935060e-50| 1.964537e-52| 7.707597e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=74]= -9.9940e-22 PRESSURE SOLVER(geom_index= 0): sum_C_dp=0 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-2.15239e-34 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=150) = 6.441400e-27 norm_L2 of div(momentum) = 1.401729e-26. nsd = 0 min_dtHy = 0.000722366 (nCV = 268953 ) max_dtHy = 0.0115591 (nCV = 80874 ) nsd = 1 min_dtHy = 0.000722443 (nCV = 73 ) max_dtHy = 0.00144489 (nCV = 206 ) nsd = 2 min_dtHy = 0.000722443 (nCV = 88 ) max_dtHy = 0.00288977 (nCV = 203 ) nsd = 3 min_dtHy = 0.000722443 (nCV = 177 ) max_dtHy = 0.00144489 (nCV = 199 ) nsd = 4 min_dtHy = 0.000722366 (nCV = 34 ) max_dtHy = 0.00288977 (nCV = 202 ) nsd = 5 min_dtHy = 0.000722443 (nCV = 179 ) max_dtHy = 0.00144489 (nCV = 203 ) nsd = 6 min_dtHy = 0.000722443 (nCV = 148 ) max_dtHy = 0.00144489 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 8.717252e-01| 1.590006e+02| 3.270563e-06| 1.615013e-06| 1.412487e-02| 5| 45|0|n|26| OK | nsd = 0 min_dtke = 0.000363059 (nCV = 191945 ) max_dtke = 0.0112059 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 3.508107e-18| 4.741298e-07| 7.247269e-28| 3.952300e-41| 6.649171e-19| 1| 6|0|n|28| OK | |turb| 0| 1| 4.407894e-15| 1.524589e-05| 1.506293e-29| 9.618604e-38| 2.918858e-17| 1| 6|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 240064 E from infinity= 76396 nsd = 1 min_dtke = 0.000485392 (nCV = 53 ) max_dtke = 0.00116698 (nCV = 208 ) |turb| 1| 0| 4.286121e-22| 1.855783e-10| 4.179749e-29| 3.499971e-44| 9.916862e-22| 1| 6|0|n|29| OK | |turb| 1| 1| 1.678399e-17| 3.309861e-08| 8.750838e-31| 1.063310e-39| 1.733729e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.000485376 (nCV = 71 ) max_dtke = 0.0023655 (nCV = 203 ) |turb| 2| 0| 2.947960e-22| 1.280198e-10| 4.436891e-29| 3.540552e-44| 9.779731e-22| 1| 6|0|n|29| OK | |turb| 2| 1| 8.421741e-18| 2.346038e-08| 9.224971e-31| 8.491088e-40| 1.292387e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.000485377 (nCV = 170 ) max_dtke = 0.00116123 (nCV = 193 ) |turb| 3| 0| 2.740127e-22| 1.330801e-10| 4.086384e-29| 2.191644e-44| 8.563258e-22| 1| 6|0|n|29| OK | |turb| 3| 1| 8.179446e-18| 2.268745e-08| 8.502740e-31| 2.903057e-40| 1.008623e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 188 nsd = 4 min_dtke = 0.000485313 (nCV = 46 ) max_dtke = 0.00236602 (nCV = 202 ) |turb| 4| 0| 2.301831e-22| 1.242682e-10| 4.432140e-29| 2.297211e-44| 8.236392e-22| 1| 6|0|n|29| OK | |turb| 4| 1| 7.672039e-18| 2.238731e-08| 9.220945e-31| 7.803889e-40| 1.527571e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 184 nsd = 5 min_dtke = 0.000485377 (nCV = 55 ) max_dtke = 0.00116698 (nCV = 205 ) |turb| 5| 0| 2.700410e-22| 1.331914e-10| 4.172711e-29| 1.538151e-44| 5.278317e-22| 1| 6|0|n|29| OK | |turb| 5| 1| 8.123359e-18| 2.284010e-08| 8.675079e-31| 5.826530e-40| 1.012961e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.000485377 (nCV = 86 ) max_dtke = 0.00116696 (nCV = 205 ) |turb| 6| 0| 3.855286e-22| 1.747029e-10| 4.193949e-29| 2.243628e-44| 8.312131e-22| 1| 6|0|n|29| OK | |turb| 6| 1| 1.471490e-17| 3.197010e-08| 8.774388e-31| 8.930923e-40| 1.597799e-19| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725245 del_p_mean=0.0149748 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 40257,sd_id= 17) = 293.19999982561 max(solid,ncvloc= 450,sd_id=103) = 293.42806897231 View 0(1) T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999986184 max(solid,ncvloc= 78721,sd_id=122) = 293.20000000164 View 0(2) T_solid:min(solid,ncvloc= 17,sd_id=123) = 293.20000000052 max(solid,ncvloc= 2,sd_id=123) = 293.20000000054 View 0(3) T_solid:min(solid,ncvloc= 2,sd_id=124) = 293.20000000031 max(solid,ncvloc= 12,sd_id=124) = 293.20000000051 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.20000000087 max(solid,ncvloc= 1,sd_id=126) = 293.20000000092 View 0(5) T_solid:min(solid,ncvloc= 6,sd_id=127) = 293.20000000101 max(solid,ncvloc= 2,sd_id=127) = 293.20000000109 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000000154 max(solid,ncvloc= 1,sd_id=128) = 293.20000000155 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.20000000118 max(solid,ncvloc= 3,sd_id=129) = 293.2000000012 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 293.20000000183 max(solid,ncvloc= 2,sd_id=130) = 293.20000000186 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 293.20000000092 max(solid,ncvloc= 0,sd_id=131) = 293.20000000098 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.2000000017 max(solid,ncvloc= 0,sd_id=132) = 293.20000000172 slv : Global T_solid:min(solid,ncvloc= 40257,sd_id= 17) = 293.19999982561 max(solid,ncvloc= 450,sd_id=103) = 293.42806897231 slv : Fluid subdom(new) 0 slv : P static (new) : min( 0) = 101325.01497476 , max( 0) = 101325.01497476 slv : Density (new) : min( 151048) = 1.2035346431291 , max( 139163) = 1.2037064396689 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 0) = 1e-40 , max( 273235) = 3.8220582151094e-05 slv : Turbulent e (new) : min( 39774) = 1.9666168154559e-40 , max( 113884) = 0.0073244634255872 slv : Temperature (new) : min( 139163) = 293.19984467212 , max( 151048) = 293.2416969936 slv : Total enthalpy, Y-shifted (new): min( 139163) = -0.15632224487512 , max( 151048) = 41.973943252709 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 89) = 1.2037056239605 , max( 154) = 1.2037056240908 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499995974625e-05 slv : Turbulent e (new) : min( 58) = 1.2586347618926e-38 , max( 40) = 0.0050520719841046 slv : Temperature (new) : min( 154) = 293.19999999963 , max( 89) = 293.20000003136 slv : Total enthalpy, Y-shifted (new): min( 119) = 1.7229323424234e-05 , max( 35) = 3.793020974274e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 79) = 1.2037056239751 , max( 89) = 1.2037056240905 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 122) = 3.7528309860325e-05 slv : Turbulent e (new) : min( 5) = 1.2586347618918e-38 , max( 135) = 0.0050693179377029 slv : Temperature (new) : min( 89) = 293.19999999968 , max( 79) = 293.2000000278 slv : Total enthalpy, Y-shifted (new): min( 81) = 1.178571595569e-05 , max( 134) = 3.7617091202396e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 53) = 1.2037056239607 , max( 173) = 1.20370562409 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 152) = 3.754424921907e-05 slv : Turbulent e (new) : min( 1) = 1.2586347618676e-38 , max( 40) = 0.0050685702253845 slv : Temperature (new) : min( 173) = 293.19999999982 , max( 53) = 293.20000003131 slv : Total enthalpy, Y-shifted (new): min( 1) = 1.7566525321765e-05 , max( 62) = 3.7759784666006e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 124) = 1.2037056239751 , max( 85) = 1.2037056240914 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 102) = 3.7500093533084e-05 slv : Turbulent e (new) : min( 138) = 1.2586347618905e-38 , max( 116) = 0.0050664192057174 slv : Temperature (new) : min( 85) = 293.19999999948 , max( 124) = 293.20000002781 slv : Total enthalpy, Y-shifted (new): min( 142) = 8.2062629708904e-06 , max( 17) = 3.7622031518243e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 175) = 1.2037056239608 , max( 152) = 1.2037056240896 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 126) = 3.7542667233777e-05 slv : Turbulent e (new) : min( 16) = 1.2586347618682e-38 , max( 112) = 0.0050690174301478 slv : Temperature (new) : min( 152) = 293.19999999993 , max( 175) = 293.20000003128 slv : Total enthalpy, Y-shifted (new): min( 184) = 5.7543942640195e-06 , max( 136) = 3.7697791764338e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 56) = 1.203705623958 , max( 179) = 1.20370562409 slv : Velocity (new) : min( 16) = 4.9571590906561e-26 , max( 138) = 1.2429082389366e-18 slv : Mach number (new) : min( 16) = 1.4445256703445e-28 , max( 138) = 3.6218584559914e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 28) = 3.7506758477124e-05 slv : Turbulent e (new) : min( 63) = 1.2586347618752e-38 , max( 155) = 0.0050301395699979 slv : Temperature (new) : min( 179) = 293.19999999982 , max( 56) = 293.20000003197 slv : Total enthalpy, Y-shifted (new): min( 170) = 1.4974916148666e-05 , max( 78) = 3.7949783442051e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0703421(nfa=789850, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 5343 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.019| 5| 0.004| 0.007| slv : | Calculate_inc | 15.591| 4| 3.898| 5.373| slv : | CollectEMT_Results | 0.000| 5| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.552| 248| 0.002| 0.073| slv : | Results_processing | 1.261| 4| 0.315| 0.336| slv : | build_sl_ordering_CHT | 0.056| 5| 0.011| 0.021| slv : | build_sl_ordering_MDS | 0.101| 5| 0.020| 0.033| slv : | build_sl_ordering_fluid | 0.123| 35| 0.004| 0.033| slv : | calc_Convolutions_MDS | 0.346| 5| 0.069| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.299| 5| 0.060| 0.065| slv : | create_Gr_operators_portrait_MDS | 0.064| 5| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.110| 5| 0.022| 0.028| slv : | perform_stage_total | 16.518| 143| 0.116| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 0.650| 5| 0.130| 0.134| slv : | solve_3M_alg_MDS | 0.216| 35| 0.006| 0.041| slv : | solve_BG_MDS | 0.169| 5| 0.034| 0.038| slv : | solve_BG_alg_MDS | 0.063| 35| 0.002| 0.011| slv : | solve_BL_MDS | 9.908| 5| 1.982| 3.714| slv : | solve_CHT | 2.789| 5| 0.558| 0.673| slv : | solve_CHT_MDS | 2.582| 5| 0.516| 0.643| slv : | solve_CHT_alg_MDS | 1.511| 5| 0.302| 0.420| slv : | solve_DvGr_MDS | 1.470| 5| 0.294| 0.300| slv : | solve_DvGr_alg_MDS | 0.454| 35| 0.013| 0.062| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 5| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 5| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 5| 0.000| 0.000| slv : | solve_YTurb_MDS | 1.319| 5| 0.264| 0.274| slv : | solve_YTurb_alg_MDS | 0.387| 70| 0.006| 0.039| slv : | update_BC_MDS | 0.015| 6| 0.002| 0.003| slv : | update_Mf_after_DvGr | 0.199| 5| 0.040| 0.041| slv : | update_VelPressure_MDS | 0.049| 5| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ Interpolator cache: total calls 1914562, optimised calls 1219093 (63.7 %) ----------------------------------------------------------------------- Memory Working Set Current = 3768.89 Mb, Memory Working Set Peak = 3771.68 Mb Memory Private Bytes Current = 3890.75 Mb, Memory Private Bytes Peak = 3895.07 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Iteration : time = 20.0194 , count = 5 , time/count = 4.00389 Calculate_inc() : time = 18.1363 , count = 5 , time/count = 3.62726 TreatFlowEvolution() : time = 1.56518 , count = 5 , time/count = 0.313036 SolverPreview : time = 0 , count = 6 , time/count = 0 TreatGoals : time = 1.52728 , count = 5 , time/count = 0.305456 PrepareForCalculation : time = 22.548 , count = 1 , time/count = 22.548 Algebra Pool : mem_usage = 1623.12 Mb, allocated count = 13802 ================== Tstep=5 =================== MWS[ 0]=0.125155 MWS[ 1]=0.125155 MWS[ 2]=0.125155 MWS[ 3]=0.125155 MWS[ 4]=0.125155 MWS[ 5]=0.125155 MWS[ 6]=0.125155 tau_viscous_averaged = 0.175914 tau_viscous_averaged = 0.00179946 tau_viscous_averaged = 0.00192632 tau_viscous_averaged = 0.00180102 tau_viscous_averaged = 0.00191503 tau_viscous_averaged = 0.00182042 tau_viscous_averaged = 0.00171309 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 80874)=16.0 , dtG=0.00190793 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.98 , max dt/dtG(ncv= 157)=1.9 , dtG=0.00190793 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.98 , max dt/dtG(ncv= 203)=3.8 , dtG=0.00190793 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.97 , max dt/dtG(ncv= 150)=1.9 , dtG=0.00190793 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.98 , max dt/dtG(ncv= 202)=3.8 , dtG=0.00190793 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.98 , max dt/dtG(ncv= 155)=1.9 , dtG=0.00190793 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.97 , max dt/dtG(ncv= 152)=1.9 , dtG=0.00190793 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|28| OK | neumann fix solution. y[row=0][ncv=38772]= 0.0000e+00 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=203]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=150) = 6.441400e-27 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.855945e-52| 7.401325e-26| 4.935060e-52| 1.988023e-52| 9.577194e-26| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 9.0176e-22 log10(resTarget_Lim / resTarget_Orig): 0.4 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 1.067889e-26 norm_L2 of div(momentum) = 1.942721e-26. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 6 subdomain: 32.1608 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 14.0628 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107605|0.00410459 | 234174|1.4838 | 7139|0.0493236 | 171095|479911 | 0|0 | 0|0 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-1.02591e-37 | 289|-6.74809e-53 | LOG nsd = 0: numb_of_convergent=541, numb_of_divergent=608 Face Momentum (sd= 0): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 1.067889e-26 norm_L2 of div(momentum) = 1.942721e-26. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 8.855891e-32| 1.486325e-14| 8.855891e-32| 2.825428e-41| 6.258864e-19| 1| 3|0|y|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 1.848375e-49| 1.062874e-24| 1.848375e-49| 1.405295e-59| 2.829433e-29| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 110119)=2.0475281275418e-25 , max( 275371)=1.5803362396682e-10 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 16)=7.059683641702e-26 , max( 138)=1.7480123166115e-18 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 4.149506e-31| 2.942244e-14| 2.593441e-35| 2.045262e-35| 4.685615e-16| 3| 9|0|n|28| OK | neumann fix solution. y[row=0][ncv=26206]= -1.4649e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=164]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=98]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 1.712719e-49| 9.910829e-25| 1.712719e-49| 4.412791e-52| 1.109528e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=74]= -5.0834e-22 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-6.24143e-26 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-5.56529e-35 Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 7.799109e-19 norm_L2 of div(momentum) = 4.523674e-18. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=198) = 1.022340e-26 norm_L2 of div(momentum) = 2.100856e-26. nsd = 0 min_dtHy = 0.00190877 (nCV = 268953 ) max_dtHy = 0.0305436 (nCV = 80874 ) nsd = 1 min_dtHy = 0.00190897 (nCV = 146 ) max_dtHy = 0.00381795 (nCV = 206 ) nsd = 2 min_dtHy = 0.00190897 (nCV = 88 ) max_dtHy = 0.0076359 (nCV = 203 ) nsd = 3 min_dtHy = 0.00190897 (nCV = 187 ) max_dtHy = 0.00381795 (nCV = 194 ) nsd = 4 min_dtHy = 0.00190877 (nCV = 34 ) max_dtHy = 0.0076359 (nCV = 202 ) nsd = 5 min_dtHy = 0.00190897 (nCV = 20 ) max_dtHy = 0.00381795 (nCV = 202 ) nsd = 6 min_dtHy = 0.00190897 (nCV = 148 ) max_dtHy = 0.00381795 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 7.764381e-01| 1.590008e+02| 3.314010e-06| 1.663275e-06| 1.463365e-02| 6| 54|0|n|26| OK | nsd = 0 min_dtke = 0.000527977 (nCV = 191945 ) max_dtke = 0.0282073 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 3.392052e-18| 4.669340e-07| 4.915305e-32| 8.252391e-37| 9.560056e-17| 1| 6|0|n|28| OK | |turb| 0| 1| 4.026219e-15| 1.478813e-05| 1.899051e-35| 2.852486e-44| 3.598863e-20| 2| 12|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 239783 E from infinity= 79769 nsd = 1 min_dtke = 0.000833446 (nCV = 53 ) max_dtke = 0.00234344 (nCV = 208 ) |turb| 1| 0| 3.909486e-22| 1.802020e-10| 4.583137e-33| 4.021280e-41| 3.434599e-20| 1| 6|0|n|29| OK | |turb| 1| 1| 1.521882e-17| 3.210801e-08| 1.784359e-36| 8.777067e-37| 5.120701e-18| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.000833398 (nCV = 71 ) max_dtke = 0.00482949 (nCV = 203 ) |turb| 2| 0| 2.730139e-22| 1.249459e-10| 4.781662e-33| 4.309725e-41| 3.703463e-20| 1| 6|0|n|29| OK | |turb| 2| 1| 7.780469e-18| 2.296842e-08| 1.839574e-36| 7.155404e-37| 4.137378e-18| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.000833402 (nCV = 170 ) max_dtke = 0.0023203 (nCV = 193 ) |turb| 3| 0| 2.520553e-22| 1.298685e-10| 4.472386e-33| 2.700452e-41| 3.221986e-20| 1| 6|0|n|29| OK | |turb| 3| 1| 7.485795e-18| 2.221166e-08| 1.722648e-36| 2.518408e-37| 3.109570e-18| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 188 nsd = 4 min_dtke = 0.000833277 (nCV = 46 ) max_dtke = 0.00483185 (nCV = 202 ) |turb| 4| 0| 2.098443e-22| 1.212114e-10| 4.782132e-33| 3.026679e-41| 3.056529e-20| 1| 6|0|n|29| OK | |turb| 4| 1| 7.069011e-18| 2.192382e-08| 1.841790e-36| 7.452843e-37| 4.855799e-18| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 184 nsd = 5 min_dtke = 0.000833401 (nCV = 55 ) max_dtke = 0.00234344 (nCV = 205 ) |turb| 5| 0| 2.484890e-22| 1.300466e-10| 4.545157e-33| 1.876544e-41| 1.992866e-20| 1| 6|0|n|29| OK | |turb| 5| 1| 7.426275e-18| 2.235273e-08| 1.748190e-36| 5.381980e-37| 3.243029e-18| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.0008334 (nCV = 86 ) max_dtke = 0.00234337 (nCV = 205 ) |turb| 6| 0| 3.526577e-22| 1.700031e-10| 4.630237e-33| 1.684606e-41| 2.334730e-20| 1| 6|0|n|29| OK | |turb| 6| 1| 1.338603e-17| 3.106940e-08| 1.800306e-36| 5.485104e-37| 4.068738e-18| 1| 6|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725245 del_p_mean=0.0584568 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 40257,sd_id= 17) = 293.19999972892 max(solid,ncvloc= 440,sd_id=103) = 293.51133373567 View 0(1) T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999981941 max(solid,ncvloc= 78721,sd_id=122) = 293.20000000491 View 0(2) T_solid:min(solid,ncvloc= 17,sd_id=123) = 293.20000000076 max(solid,ncvloc= 2,sd_id=123) = 293.2000000008 View 0(3) T_solid:min(solid,ncvloc= 2,sd_id=124) = 293.20000000052 max(solid,ncvloc= 12,sd_id=124) = 293.20000000072 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.20000000124 max(solid,ncvloc= 1,sd_id=126) = 293.20000000127 View 0(5) T_solid:min(solid,ncvloc= 6,sd_id=127) = 293.20000000139 max(solid,ncvloc= 2,sd_id=127) = 293.20000000143 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000000215 max(solid,ncvloc= 1,sd_id=128) = 293.20000000216 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.2000000016 max(solid,ncvloc= 3,sd_id=129) = 293.20000000162 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 293.20000000256 max(solid,ncvloc= 2,sd_id=130) = 293.20000000258 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 293.20000000129 max(solid,ncvloc= 0,sd_id=131) = 293.20000000133 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.20000000235 max(solid,ncvloc= 0,sd_id=132) = 293.20000000236 slv : Global T_solid:min(solid,ncvloc= 40257,sd_id= 17) = 293.19999972892 max(solid,ncvloc= 440,sd_id=103) = 293.51133373567 slv : Fluid subdom(new) 0 slv : P static (new) : min( 275385) = 101325.07343156 , max( 149567) = 101325.07343157 slv : Density (new) : min( 161161) = 1.2033720167885 , max( 95050) = 1.2037080079524 slv : Velocity (new) : min( 200656) = 2.9312889945594e-20 , max( 291472) = 9.704420557994e-11 slv : Mach number (new) : min( 200656) = 8.5418323727082e-23 , max( 291472) = 2.8278867704578e-13 slv : Turbulent k (new) : min( 0) = 1e-40 , max( 273235) = 3.8467463477976e-05 slv : Turbulent e (new) : min( 39774) = 1.9666165247762e-40 , max( 113884) = 0.0073180538911849 slv : Temperature (new) : min( 95050) = 293.19963182252 , max( 161161) = 293.28149552233 slv : Total enthalpy, Y-shifted (new): min( 95050) = -0.37058558241927 , max( 161161) = 82.036812950536 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 89) = 1.2037056239715 , max( 154) = 1.2037056240918 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499985831742e-05 slv : Turbulent e (new) : min( 58) = 1.2586347618676e-38 , max( 40) = 0.0050331414568254 slv : Temperature (new) : min( 154) = 293.19999999939 , max( 89) = 293.20000002868 slv : Total enthalpy, Y-shifted (new): min( 119) = 1.1237044370844e-05 , max( 37) = 3.7672338156817e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 79) = 1.2037056239913 , max( 89) = 1.2037056240909 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 122) = 3.751934134372e-05 slv : Turbulent e (new) : min( 5) = 1.2586347618674e-38 , max( 121) = 0.005068537584406 slv : Temperature (new) : min( 89) = 293.1999999996 , max( 79) = 293.20000002385 slv : Total enthalpy, Y-shifted (new): min( 81) = 6.6152434629629e-06 , max( 116) = 3.7603274688007e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 53) = 1.2037056239741 , max( 173) = 1.2037056240903 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 152) = 3.7550362903192e-05 slv : Turbulent e (new) : min( 1) = 1.258634761837e-38 , max( 40) = 0.0050672154043365 slv : Temperature (new) : min( 173) = 293.19999999974 , max( 53) = 293.20000002804 slv : Total enthalpy, Y-shifted (new): min( 1) = 1.1323604615035e-05 , max( 153) = 3.7667989847296e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 124) = 1.2037056239913 , max( 85) = 1.203705624093 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 102) = 3.750018957411e-05 slv : Turbulent e (new) : min( 138) = 1.2586347618652e-38 , max( 116) = 0.005063619015587 slv : Temperature (new) : min( 85) = 293.19999999909 , max( 124) = 293.20000002387 slv : Total enthalpy, Y-shifted (new): min( 142) = 4.319263643064e-06 , max( 161) = 3.7650790015532e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 175) = 1.2037056239719 , max( 152) = 1.2037056240898 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 126) = 3.7548229736299e-05 slv : Turbulent e (new) : min( 16) = 1.258634761838e-38 , max( 112) = 0.0050683006767498 slv : Temperature (new) : min( 152) = 293.19999999987 , max( 175) = 293.20000002858 slv : Total enthalpy, Y-shifted (new): min( 184) = 2.8851083544127e-06 , max( 121) = 3.772269983908e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 26) = 1.2037056239707 , max( 179) = 1.2037056240904 slv : Velocity (new) : min( 16) = 6.7034849195363e-26 , max( 138) = 1.6583410520472e-18 slv : Mach number (new) : min( 16) = 1.9534083675647e-28 , max( 138) = 4.8324376443191e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 205) = 3.7499985714457e-05 slv : Turbulent e (new) : min( 63) = 1.2586347618472e-38 , max( 155) = 0.0050117594721785 slv : Temperature (new) : min( 179) = 293.19999999972 , max( 26) = 293.20000002888 slv : Total enthalpy, Y-shifted (new): min( 170) = 9.4749636654636e-06 , max( 28) = 3.7935797777867e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0703437(nfa=789850, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 6217 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.022| 6| 0.004| 0.007| slv : | Calculate_inc | 18.137| 5| 3.627| 5.373| slv : | CollectEMT_Results | 0.000| 6| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.637| 276| 0.002| 0.073| slv : | Results_processing | 1.567| 5| 0.313| 0.336| slv : | build_sl_ordering_CHT | 0.056| 6| 0.009| 0.021| slv : | build_sl_ordering_MDS | 0.101| 6| 0.017| 0.033| slv : | build_sl_ordering_fluid | 0.124| 42| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.411| 6| 0.069| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.370| 6| 0.062| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.077| 6| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.130| 6| 0.022| 0.028| slv : | perform_stage_total | 18.463| 170| 0.109| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 0.799| 6| 0.133| 0.150| slv : | solve_3M_alg_MDS | 0.262| 42| 0.006| 0.042| slv : | solve_BG_MDS | 0.203| 6| 0.034| 0.038| slv : | solve_BG_alg_MDS | 0.077| 42| 0.002| 0.011| slv : | solve_BL_MDS | 10.740| 6| 1.790| 3.714| slv : | solve_CHT | 3.566| 6| 0.594| 0.777| slv : | solve_CHT_MDS | 3.329| 6| 0.555| 0.747| slv : | solve_CHT_alg_MDS | 2.030| 6| 0.338| 0.519| slv : | solve_DvGr_MDS | 1.888| 6| 0.315| 0.419| slv : | solve_DvGr_alg_MDS | 0.630| 42| 0.015| 0.173| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 6| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 6| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 6| 0.000| 0.000| slv : | solve_YTurb_MDS | 1.643| 6| 0.274| 0.324| slv : | solve_YTurb_alg_MDS | 0.522| 84| 0.006| 0.096| slv : | update_BC_MDS | 0.017| 7| 0.002| 0.003| slv : | update_Mf_after_DvGr | 0.250| 6| 0.042| 0.051| slv : | update_VelPressure_MDS | 0.060| 6| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3769.75 Mb, Memory Working Set Peak = 3772.16 Mb Memory Private Bytes Current = 3892.05 Mb, Memory Private Bytes Peak = 3895.07 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1623.12 Mb, allocated count = 14042 ================== Tstep=6 =================== MWS[ 0]=0.0298393 MWS[ 1]=0.0298393 MWS[ 2]=0.0298393 MWS[ 3]=0.0298393 MWS[ 4]=0.0298393 MWS[ 5]=0.0298393 MWS[ 6]=0.0298393 tau_viscous_averaged = 0.175955 tau_viscous_averaged = 0.0017995 tau_viscous_averaged = 0.00192634 tau_viscous_averaged = 0.00180104 tau_viscous_averaged = 0.00191505 tau_viscous_averaged = 0.00182045 tau_viscous_averaged = 0.0017131 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 26663)=15.9 , dtG=0.00798857 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.90 , max dt/dtG(ncv= 157)=1.8 , dtG=0.00798857 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.91 , max dt/dtG(ncv= 203)=3.3 , dtG=0.00798857 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.90 , max dt/dtG(ncv= 150)=1.8 , dtG=0.00798857 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.91 , max dt/dtG(ncv= 202)=3.3 , dtG=0.00798857 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.91 , max dt/dtG(ncv= 155)=1.8 , dtG=0.00798857 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.90 , max dt/dtG(ncv= 152)=1.8 , dtG=0.00798857 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 7.799109e-19 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 2.046352e-35| 4.687800e-16| 2.593441e-37| 1.054281e-37| 6.461403e-17| 5| 15|0|n|28| OK | neumann fix solution. y[row=0][ncv=38772]= -8.3203e-16 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=203]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=198) = 1.022340e-26 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 4.202408e-52| 1.067163e-25| 1.712719e-51| 4.038867e-52| 1.344024e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 3.1469e-22 log10(resTarget_Lim / resTarget_Orig): 0.6 Face Momentum (sd= 0): max value of div(mf) (cv=166573) = 5.250795e-20 norm_L2 of div(momentum) = 3.328950e-19. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 1.493874e-26 norm_L2 of div(momentum) = 2.717816e-26. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 41.6466 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 13.5095 % LOG: number of a-faces with weighted approximations in 6 subdomain: 30.1508 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 14.1193 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107605|0.00410465 | 234174|1.4838 | 7139|0.0321731 | 179452|294889 | 336878|-5.70865e-22 | 223611|-3.37116e-45 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-1.82361e-37 | 78|-8.67611e-53 | LOG nsd = 0: numb_of_convergent=557, numb_of_divergent=527 Face Momentum (sd= 0): max value of div(mf) (cv=166573) = 5.250795e-20 norm_L2 of div(momentum) = 3.328950e-19. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=12, numb_of_divergent=12 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 1.493874e-26 norm_L2 of div(momentum) = 2.717816e-26. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 2.001691e-30| 7.272996e-14| 3.753171e-34| 5.067904e-37| 1.136648e-16| 1| 3|0|n|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 1.172658e-49| 9.832906e-25| 1.172658e-49| 1.226231e-56| 9.448237e-28| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 77318)=1.8355540940489e-20 , max( 275371)=1.8132980484877e-09 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 70)=1.2293446943683e-25 , max( 138)=2.4743555047258e-18 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 1.108434e-28| 4.518370e-13| 6.927714e-33| 4.470429e-33| 6.735853e-15| 3| 9|0|n|28| OK | neumann fix solution. y[row=0][ncv=38772]= 9.9732e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=164]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 7.053313e-49| 2.109315e-24| 7.053313e-49| 1.881778e-51| 2.084523e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=78]= -3.3217e-22 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-2.36107e-26 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-7.89564e-36 Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 1.314439e-17 norm_L2 of div(momentum) = 6.687481e-17. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=198) = 2.300817e-26 norm_L2 of div(momentum) = 4.338848e-26. nsd = 0 min_dtHy = 0.00800598 (nCV = 41185 ) max_dtHy = 0.128109 (nCV = 81502 ) nsd = 1 min_dtHy = 0.00800682 (nCV = 73 ) max_dtHy = 0.0160136 (nCV = 200 ) nsd = 2 min_dtHy = 0.00800682 (nCV = 66 ) max_dtHy = 0.0320273 (nCV = 203 ) nsd = 3 min_dtHy = 0.00800682 (nCV = 186 ) max_dtHy = 0.0160136 (nCV = 198 ) nsd = 4 min_dtHy = 0.00800598 (nCV = 86 ) max_dtHy = 0.0320273 (nCV = 202 ) nsd = 5 min_dtHy = 0.00800682 (nCV = 190 ) max_dtHy = 0.0160136 (nCV = 194 ) nsd = 6 min_dtHy = 0.00800682 (nCV = 59 ) max_dtHy = 0.0160136 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 6.992583e-01| 1.590262e+02| 3.391624e-06| 1.483721e-06| 1.428236e-02| 7| 63|0|n|26| OK | nsd = 0 min_dtke = 0.000668866 (nCV = 191945 ) max_dtke = 0.0954 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 3.152607e-18| 4.520813e-07| 3.671645e-36| 2.537628e-44| 5.320550e-21| 2| 12|0|n|28| OK | |turb| 0| 1| 3.449382e-15| 1.397843e-05| 2.911200e-41| 3.474319e-42| 7.040381e-20| 2| 12|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 239672 E from infinity= 85713 nsd = 1 min_dtke = 0.00124861 (nCV = 53 ) max_dtke = 0.00440097 (nCV = 208 ) |turb| 1| 0| 3.356109e-22| 1.713450e-10| 7.717220e-37| 9.001248e-39| 5.263619e-19| 1| 6|0|n|29| OK | |turb| 1| 1| 1.298617e-17| 3.054593e-08| 6.081200e-42| 3.539810e-47| 4.725269e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 190 nsd = 2 min_dtke = 0.0012485 (nCV = 71 ) max_dtke = 0.0094297 (nCV = 203 ) |turb| 2| 0| 2.390728e-22| 1.197721e-10| 7.881608e-37| 1.046344e-38| 6.150927e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 6.842271e-18| 2.217917e-08| 6.100732e-42| 4.361952e-47| 5.418033e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.00124852 (nCV = 170 ) max_dtke = 0.00431958 (nCV = 193 ) |turb| 3| 0| 2.193033e-22| 1.245012e-10| 7.521508e-37| 6.458201e-39| 5.263154e-19| 1| 6|0|n|29| OK | |turb| 3| 1| 6.497835e-18| 2.146187e-08| 5.830906e-42| 4.325602e-47| 5.335315e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 188 nsd = 4 min_dtke = 0.0012483 (nCV = 46 ) max_dtke = 0.00943983 (nCV = 202 ) |turb| 4| 0| 1.791005e-22| 1.160882e-10| 7.892457e-37| 7.692624e-39| 4.989750e-19| 1| 6|0|n|29| OK | |turb| 4| 1| 6.196156e-18| 2.120184e-08| 6.119434e-42| 3.846643e-47| 5.004443e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 186 nsd = 5 min_dtke = 0.00124851 (nCV = 55 ) max_dtke = 0.00440097 (nCV = 205 ) |turb| 5| 0| 2.165232e-22| 1.247960e-10| 7.601404e-37| 4.369735e-39| 3.306543e-19| 1| 6|0|n|29| OK | |turb| 5| 1| 6.439638e-18| 2.158828e-08| 5.880535e-42| 3.234045e-47| 4.435756e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.00124851 (nCV = 86 ) max_dtke = 0.00440073 (nCV = 205 ) |turb| 6| 0| 3.049132e-22| 1.623564e-10| 7.855363e-37| 2.330939e-39| 2.825221e-19| 1| 6|0|n|29| OK | |turb| 6| 1| 1.148689e-17| 2.970771e-08| 6.176525e-42| 2.849167e-47| 4.104884e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725243 del_p_mean=0.329032 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 40257,sd_id= 17) = 293.199999668 max(solid,ncvloc= 440,sd_id=103) = 293.62233350535 View 0(1) T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.19999992255 max(solid,ncvloc= 78721,sd_id=122) = 293.20000002291 View 0(2) T_solid:min(solid,ncvloc= 17,sd_id=123) = 293.20000000099 max(solid,ncvloc= 2,sd_id=123) = 293.20000000104 View 0(3) T_solid:min(solid,ncvloc= 2,sd_id=124) = 293.20000000075 max(solid,ncvloc= 12,sd_id=124) = 293.2000000009 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.20000000146 max(solid,ncvloc= 4,sd_id=126) = 293.20000000148 View 0(5) T_solid:min(solid,ncvloc= 6,sd_id=127) = 293.20000000162 max(solid,ncvloc= 7,sd_id=127) = 293.20000000164 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000000256 max(solid,ncvloc= 1,sd_id=128) = 293.20000000256 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.20000000188 max(solid,ncvloc= 3,sd_id=129) = 293.20000000189 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 293.20000000304 max(solid,ncvloc= 2,sd_id=130) = 293.20000000305 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 293.20000000154 max(solid,ncvloc= 0,sd_id=131) = 293.20000000155 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.2000000028 max(solid,ncvloc= 0,sd_id=132) = 293.2000000028 slv : Global T_solid:min(solid,ncvloc= 40257,sd_id= 17) = 293.199999668 max(solid,ncvloc= 440,sd_id=103) = 293.62233350535 slv : Fluid subdom(new) 0 slv : P static (new) : min( 275385) = 101325.40246355 , max( 149567) = 101325.40246356 slv : Density (new) : min( 139882) = 1.2028632623494 , max( 95050) = 1.2037208663387 slv : Velocity (new) : min( 266072) = 1.197864289228e-18 , max( 275371) = 1.2407386084968e-09 slv : Mach number (new) : min( 266072) = 3.4905995222956e-21 , max( 275371) = 3.615533357728e-12 slv : Turbulent k (new) : min( 210769) = 1e-40 , max( 273235) = 3.8735952797632e-05 slv : Turbulent e (new) : min( 210769) = 1.2586338496208e-38 , max( 113884) = 0.0073070780536597 slv : Temperature (new) : min( 95050) = 293.19745189991 , max( 139882) = 293.40649253844 slv : Total enthalpy, Y-shifted (new): min( 95050) = -2.5649840932002 , max( 139882) = 207.86463301927 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 89) = 1.2037056239936 , max( 154) = 1.2037056240949 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499932553595e-05 slv : Turbulent e (new) : min( 58) = 1.2586347618264e-38 , max( 43) = 0.0049992845282681 slv : Temperature (new) : min( 154) = 293.19999999862 , max( 89) = 293.2000000233 slv : Total enthalpy, Y-shifted (new): min( 119) = 4.7331626137156e-06 , max( 207) = 3.753215518594e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 79) = 1.2037056240201 , max( 198) = 1.2037056240948 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 94) = 3.7499725226712e-05 slv : Turbulent e (new) : min( 163) = 1.2586347618247e-38 , max( 121) = 0.0050673563301995 slv : Temperature (new) : min( 198) = 293.19999999866 , max( 79) = 293.20000001684 slv : Total enthalpy, Y-shifted (new): min( 81) = 2.5760709807713e-06 , max( 97) = 3.7533294824973e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 53) = 1.2037056240066 , max( 173) = 1.2037056240918 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 152) = 3.7531869321249e-05 slv : Turbulent e (new) : min( 1) = 1.2586347617881e-38 , max( 40) = 0.0050637062315137 slv : Temperature (new) : min( 173) = 293.19999999938 , max( 53) = 293.20000002013 slv : Total enthalpy, Y-shifted (new): min( 1) = 4.123582676838e-06 , max( 152) = 3.757395850226e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 124) = 1.2037056240202 , max( 85) = 1.2037056240961 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 102) = 3.7500329333682e-05 slv : Turbulent e (new) : min( 138) = 1.2586347618239e-38 , max( 116) = 0.0050581299749278 slv : Temperature (new) : min( 85) = 293.19999999834 , max( 124) = 293.20000001683 slv : Total enthalpy, Y-shifted (new): min( 142) = 1.9762104404235e-06 , max( 96) = 3.7533805990173e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 175) = 1.2037056239935 , max( 138) = 1.2037056240917 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 126) = 3.7529236328616e-05 slv : Turbulent e (new) : min( 16) = 1.25863476179e-38 , max( 112) = 0.0050664763586841 slv : Temperature (new) : min( 138) = 293.19999999941 , max( 175) = 293.20000002332 slv : Total enthalpy, Y-shifted (new): min( 184) = 1.512677212478e-06 , max( 126) = 3.7569365817657e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 26) = 1.2037056239937 , max( 179) = 1.2037056240924 slv : Velocity (new) : min( 70) = 6.6925460186614e-26 , max( 138) = 2.2855420242416e-18 slv : Mach number (new) : min( 70) = 1.9502207508611e-28 , max( 138) = 6.6601133114303e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 205) = 3.7499932050946e-05 slv : Turbulent e (new) : min( 63) = 1.2586347618029e-38 , max( 155) = 0.0049756875156349 slv : Temperature (new) : min( 179) = 293.19999999924 , max( 26) = 293.20000002328 slv : Total enthalpy, Y-shifted (new): min( 170) = 4.3139594071337e-06 , max( 202) = 3.7533593592306e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0703032(nfa=640559, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 6979 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.026| 7| 0.004| 0.007| slv : | Calculate_inc | 21.039| 6| 3.507| 5.373| slv : | CollectEMT_Results | 0.000| 7| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.691| 305| 0.002| 0.073| slv : | Results_processing | 1.874| 6| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 7| 0.008| 0.021| slv : | build_sl_ordering_MDS | 0.122| 7| 0.017| 0.033| slv : | build_sl_ordering_fluid | 0.145| 49| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.477| 7| 0.068| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.437| 7| 0.062| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.090| 7| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.153| 7| 0.022| 0.028| slv : | perform_stage_total | 20.650| 197| 0.105| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 0.949| 7| 0.136| 0.150| slv : | solve_3M_alg_MDS | 0.308| 49| 0.006| 0.043| slv : | solve_BG_MDS | 0.289| 7| 0.041| 0.086| slv : | solve_BG_alg_MDS | 0.143| 49| 0.003| 0.063| slv : | solve_BL_MDS | 11.753| 7| 1.679| 3.714| slv : | solve_CHT | 4.438| 7| 0.634| 0.872| slv : | solve_CHT_MDS | 4.171| 7| 0.596| 0.843| slv : | solve_CHT_alg_MDS | 2.642| 7| 0.377| 0.613| slv : | solve_DvGr_MDS | 2.292| 7| 0.327| 0.419| slv : | solve_DvGr_alg_MDS | 0.805| 49| 0.016| 0.173| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 7| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 7| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 7| 0.000| 0.000| slv : | solve_YTurb_MDS | 1.980| 7| 0.283| 0.337| slv : | solve_YTurb_alg_MDS | 0.668| 98| 0.007| 0.096| slv : | update_BC_MDS | 0.020| 8| 0.002| 0.003| slv : | update_Mf_after_DvGr | 0.323| 7| 0.046| 0.073| slv : | update_VelPressure_MDS | 0.070| 7| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3770.34 Mb, Memory Working Set Peak = 3773.09 Mb Memory Private Bytes Current = 3892.06 Mb, Memory Private Bytes Peak = 3896.35 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1623.12 Mb, allocated count = 14850 ================== Tstep=7 =================== MWS[ 0]=0.00451003 MWS[ 1]=0.00451003 MWS[ 2]=0.00451003 MWS[ 3]=0.00451003 MWS[ 4]=0.00451003 MWS[ 5]=0.00451003 MWS[ 6]=0.00451003 tau_viscous_averaged = 0.176093 tau_viscous_averaged = 0.00179955 tau_viscous_averaged = 0.00192637 tau_viscous_averaged = 0.00180108 tau_viscous_averaged = 0.00191506 tau_viscous_averaged = 0.00182048 tau_viscous_averaged = 0.00171312 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148436)=1.00 , max dt/dtG(ncv= 26663)=15.3 , dtG=0.0521867 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.60 , max dt/dtG(ncv= 157)=1.1 , dtG=0.0521867 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.62 , max dt/dtG(ncv= 203)=1.6 , dtG=0.0521867 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.59 , max dt/dtG(ncv= 150)=1.1 , dtG=0.0521867 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.61 , max dt/dtG(ncv= 202)=1.6 , dtG=0.0521867 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.60 , max dt/dtG(ncv= 155)=1.1 , dtG=0.0521867 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.58 , max dt/dtG(ncv= 152)=1.1 , dtG=0.0521867 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 1.314439e-17 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 4.472240e-33| 6.738516e-15| 6.927714e-35| 1.927415e-35| 9.335492e-16| 5| 15|0|n|28| OK | neumann fix solution. y[row=0][ncv=38772]= 1.4977e-15 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=203]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=198) = 2.300817e-26 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.820445e-51| 2.017391e-25| 7.053313e-51| 1.071929e-51| 2.291043e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 1.1960e-22 log10(resTarget_Lim / resTarget_Orig): 0.6 Face Momentum (sd= 0): max value of div(mf) (cv=37633) = 7.145168e-19 norm_L2 of div(momentum) = 4.562293e-18. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 2.643943e-26 norm_L2 of div(momentum) = 4.505038e-26. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 39.0893 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 12.1821 % LOG: number of a-faces with weighted approximations in 6 subdomain: 29.6482 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 13.6204 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107605|0.00410496 | 234174|1.4838 | 10787|0.0290156 | 145838|274652 | 336878|-2.08083e-19 | 231589|-6.93327e-41 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-3.4765e-37 | 394|-9.31338e-53 | LOG nsd = 0: numb_of_convergent=496, numb_of_divergent=510 Face Momentum (sd= 0): max value of div(mf) (cv=37633) = 7.145168e-19 norm_L2 of div(momentum) = 4.562293e-18. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 2.643943e-26 norm_L2 of div(momentum) = 4.505038e-26. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 5.681838e-29| 3.991015e-13| 1.065345e-32| 4.303439e-33| 1.252885e-14| 1| 3|0|n|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 5.125009e-50| 8.476610e-25| 5.125009e-50| 1.246693e-54| 9.585368e-27| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 94664)=5.0886039545521e-19 , max( 275371)=2.5562140453481e-08 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 16)=6.107836596885e-25 , max( 138)=2.9154912888657e-18 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 2.857963e-26| 7.003132e-12| 1.786227e-30| 3.351512e-31| 5.598876e-14| 4| 12|0|n|28| OK | neumann fix solution. y[row=0][ncv=26664]= -2.9492e-14 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=164]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=152]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 1.625765e-48| 3.549938e-24| 1.625765e-48| 6.861957e-51| 3.889622e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=78]= -1.7773e-22 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-6.77317e-27 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-4.97371e-37 Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 1.131926e-16 norm_L2 of div(momentum) = 5.791475e-16. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=198) = 4.425617e-26 norm_L2 of div(momentum) = 8.284115e-26. nsd = 0 min_dtHy = 0.0529692 (nCV = 41185 ) max_dtHy = 0.847596 (nCV = 26663 ) nsd = 1 min_dtHy = 0.0529747 (nCV = 146 ) max_dtHy = 0.105949 (nCV = 206 ) nsd = 2 min_dtHy = 0.0529747 (nCV = 88 ) max_dtHy = 0.211899 (nCV = 203 ) nsd = 3 min_dtHy = 0.0529747 (nCV = 187 ) max_dtHy = 0.105949 (nCV = 194 ) nsd = 4 min_dtHy = 0.0529691 (nCV = 148 ) max_dtHy = 0.211899 (nCV = 202 ) nsd = 5 min_dtHy = 0.0529747 (nCV = 190 ) max_dtHy = 0.105949 (nCV = 203 ) nsd = 6 min_dtHy = 0.0529747 (nCV = 148 ) max_dtHy = 0.105949 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 6.353683e-01| 1.590742e+02| 3.532387e-06| 1.188693e-06| 1.323193e-02| 8| 72|0|n|26| OK | nsd = 0 min_dtke = 0.00071992 (nCV = 191945 ) max_dtke = 0.266823 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 2.632332e-18| 4.201011e-07| 1.713717e-38| 1.170433e-46| 9.587072e-22| 3| 18|0|n|28| OK | |turb| 0| 1| 2.741761e-15| 1.271078e-05| 1.368994e-44| 7.124205e-45| 1.608014e-20| 3| 18|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 239595 E from infinity= 88357 nsd = 1 min_dtke = 0.00143911 (nCV = 53 ) max_dtke = 0.00574063 (nCV = 208 ) |turb| 1| 0| 2.699136e-22| 1.589551e-10| 5.537456e-39| 2.215993e-51| 4.087435e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 1.042921e-17| 2.849991e-08| 4.327708e-45| 2.048407e-47| 3.887749e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.00143897 (nCV = 71 ) max_dtke = 0.0126762 (nCV = 203 ) |turb| 2| 0| 1.954332e-22| 1.123147e-10| 5.606179e-39| 2.456125e-51| 4.248994e-25| 2| 12|0|n|29| OK | |turb| 2| 1| 5.728224e-18| 2.110377e-08| 4.292303e-45| 2.031301e-47| 3.680954e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.00143899 (nCV = 170 ) max_dtke = 0.00560246 (nCV = 193 ) |turb| 3| 0| 1.797083e-22| 1.168994e-10| 5.397527e-39| 2.338669e-51| 4.135903e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 5.369744e-18| 2.052128e-08| 4.139240e-45| 2.423663e-47| 4.208281e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 189 nsd = 4 min_dtke = 0.00143873 (nCV = 46 ) max_dtke = 0.0126943 (nCV = 202 ) |turb| 4| 0| 1.419592e-22| 1.088278e-10| 5.612889e-39| 5.003603e-51| 4.507488e-25| 2| 12|0|n|29| OK | |turb| 4| 1| 5.177502e-18| 2.026405e-08| 4.305894e-45| 1.943634e-47| 4.011826e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 184 nsd = 5 min_dtke = 0.00143898 (nCV = 55 ) max_dtke = 0.00574063 (nCV = 205 ) |turb| 5| 0| 1.780581e-22| 1.173636e-10| 5.440346e-39| 2.495276e-51| 4.491332e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 5.320308e-18| 2.064317e-08| 4.162162e-45| 2.942179e-47| 4.901045e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 188 nsd = 6 min_dtke = 0.00143898 (nCV = 86 ) max_dtke = 0.00574021 (nCV = 205 ) |turb| 6| 0| 2.488621e-22| 1.518028e-10| 5.639002e-39| 1.962812e-51| 3.812786e-25| 2| 12|0|n|29| OK | |turb| 6| 1| 9.307123e-18| 2.790467e-08| 4.395867e-45| 1.916907e-47| 3.856730e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 184 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725231 del_p_mean=2.04943 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 114495,sd_id= 8) = 293.19999999996 max(solid,ncvloc= 421,sd_id=103) = 293.76129391376 View 0(1) T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.1999997938 max(solid,ncvloc= 9074,sd_id=122) = 293.20000027002 View 0(2) T_solid:min(solid,ncvloc= 17,sd_id=123) = 293.20000000115 max(solid,ncvloc= 2,sd_id=123) = 293.2000000012 View 0(3) T_solid:min(solid,ncvloc= 4,sd_id=124) = 293.20000000124 max(solid,ncvloc= 12,sd_id=124) = 293.20000000173 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.20000000154 max(solid,ncvloc= 4,sd_id=126) = 293.20000000156 View 0(5) T_solid:min(solid,ncvloc= 6,sd_id=127) = 293.20000000171 max(solid,ncvloc= 5,sd_id=127) = 293.20000000172 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000000274 max(solid,ncvloc= 0,sd_id=128) = 293.20000000275 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.20000000199 max(solid,ncvloc= 3,sd_id=129) = 293.200000002 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 293.20000000313 max(solid,ncvloc= 2,sd_id=130) = 293.20000000314 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 293.20000000162 max(solid,ncvloc= 4,sd_id=131) = 293.20000000163 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.20000000292 max(solid,ncvloc= 0,sd_id=132) = 293.20000000293 slv : Global T_solid:min(solid,ncvloc= 27070,sd_id=122) = 293.1999997938 max(solid,ncvloc= 421,sd_id=103) = 293.76129391376 slv : Fluid subdom(new) 0 slv : P static (new) : min( 275385) = 101327.45189744 , max( 149567) = 101327.45189744 slv : Density (new) : min( 139882) = 1.2018313727761 , max( 141916) = 1.2039021668813 slv : Velocity (new) : min( 266072) = 1.2124814997305e-17 , max( 275371) = 1.003989928107e-08 slv : Mach number (new) : min( 266072) = 3.533194354161e-20 , max( 275371) = 2.9256210351895e-11 slv : Turbulent k (new) : min( 180455) = 4.3459096283129e-39 , max( 183011) = 3.8947343000135e-05 slv : Turbulent e (new) : min( 180455) = 5.4698912033053e-37 , max( 113884) = 0.0072918106766107 slv : Temperature (new) : min( 141916) = 293.15922749323 , max( 139882) = 293.66435026998 slv : Total enthalpy, Y-shifted (new): min( 141916) = -41.043176965239 , max( 139882) = 467.43822855929 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 89) = 1.2037056240174 , max( 11) = 1.2037056241054 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499772621369e-05 slv : Turbulent e (new) : min( 58) = 1.2586347617744e-38 , max( 43) = 0.0049688178688474 slv : Temperature (new) : min( 11) = 293.19999999606 , max( 89) = 293.2000000175 slv : Total enthalpy, Y-shifted (new): min( 119) = 2.3731372990978e-06 , max( 203) = 3.755614861399e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 79) = 1.2037056240446 , max( 88) = 1.2037056241026 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 93) = 3.749918113976e-05 slv : Turbulent e (new) : min( 163) = 1.2586347617545e-38 , max( 121) = 0.0050650476120294 slv : Temperature (new) : min( 88) = 293.19999999676 , max( 79) = 293.20000001088 slv : Total enthalpy, Y-shifted (new): min( 81) = 1.5040788394111e-06 , max( 94) = 3.7549367778577e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 103) = 1.2037056240376 , max( 68) = 1.2037056241076 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 201) = 3.7499953898074e-05 slv : Turbulent e (new) : min( 1) = 1.2586347617316e-38 , max( 40) = 0.0050573345005252 slv : Temperature (new) : min( 68) = 293.19999999553 , max( 103) = 293.20000001258 slv : Total enthalpy, Y-shifted (new): min( 1) = 1.3929093807249e-06 , max( 206) = 3.755676836942e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 124) = 1.203705624045 , max( 30) = 1.2037056241024 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 99) = 3.7500506400655e-05 slv : Turbulent e (new) : min( 84) = 1.2586347617613e-38 , max( 116) = 0.0050501949240572 slv : Temperature (new) : min( 30) = 293.19999999679 , max( 124) = 293.20000001078 slv : Total enthalpy, Y-shifted (new): min( 142) = 1.4159197425331e-06 , max( 99) = 3.7554955380061e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 175) = 1.2037056240149 , max( 8) = 1.2037056241072 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 205) = 3.7499777050517e-05 slv : Turbulent e (new) : min( 16) = 1.2586347617357e-38 , max( 112) = 0.0050631200902433 slv : Temperature (new) : min( 8) = 293.19999999563 , max( 175) = 293.20000001811 slv : Total enthalpy, Y-shifted (new): min( 184) = 1.1853625292002e-06 , max( 112) = 3.7559289639681e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 26) = 1.2037056240214 , max( 107) = 1.2037056241188 slv : Velocity (new) : min( 16) = 6.0381287426228e-25 , max( 138) = 2.6292316761984e-18 slv : Mach number (new) : min( 16) = 1.7595223009913e-27 , max( 138) = 7.661631551631e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 205) = 3.7499771095265e-05 slv : Turbulent e (new) : min( 63) = 1.2586347617494e-38 , max( 155) = 0.0049241437104826 slv : Temperature (new) : min( 107) = 293.1999999928 , max( 26) = 293.20000001652 slv : Total enthalpy, Y-shifted (new): min( 166) = 2.2172664600627e-06 , max( 209) = 3.75583800093e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0754039(nfa=885642, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 8120 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.029| 8| 0.004| 0.007| slv : | Calculate_inc | 24.301| 7| 3.472| 5.373| slv : | CollectEMT_Results | 0.000| 8| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.748| 334| 0.002| 0.073| slv : | Results_processing | 2.185| 7| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 8| 0.007| 0.021| slv : | build_sl_ordering_MDS | 0.142| 8| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.165| 56| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.551| 8| 0.069| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.494| 8| 0.062| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.102| 8| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.173| 8| 0.022| 0.028| slv : | perform_stage_total | 22.917| 224| 0.102| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 1.080| 8| 0.135| 0.150| slv : | solve_3M_alg_MDS | 0.351| 56| 0.006| 0.043| slv : | solve_BG_MDS | 0.373| 8| 0.047| 0.086| slv : | solve_BG_alg_MDS | 0.210| 56| 0.004| 0.063| slv : | solve_BL_MDS | 12.770| 8| 1.596| 3.714| slv : | solve_CHT | 5.378| 8| 0.672| 0.940| slv : | solve_CHT_MDS | 5.080| 8| 0.635| 0.909| slv : | solve_CHT_alg_MDS | 3.329| 8| 0.416| 0.686| slv : | solve_DvGr_MDS | 2.735| 8| 0.342| 0.443| slv : | solve_DvGr_alg_MDS | 0.987| 56| 0.018| 0.180| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 8| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 8| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 8| 0.000| 0.000| slv : | solve_YTurb_MDS | 2.378| 8| 0.297| 0.399| slv : | solve_YTurb_alg_MDS | 0.872| 112| 0.008| 0.099| slv : | update_BC_MDS | 0.023| 9| 0.003| 0.003| slv : | update_Mf_after_DvGr | 0.393| 8| 0.049| 0.073| slv : | update_VelPressure_MDS | 0.081| 8| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3854.20 Mb, Memory Working Set Peak = 3856.99 Mb Memory Private Bytes Current = 3981.49 Mb, Memory Private Bytes Peak = 3985.82 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 14881 ================== Tstep=8 =================== MWS[ 0]=0.000630639 MWS[ 1]=0.000630648 MWS[ 2]=0.000630648 MWS[ 3]=0.000630648 MWS[ 4]=0.000630648 MWS[ 5]=0.000630648 MWS[ 6]=0.000630648 tau_viscous_averaged = 0.176422 tau_viscous_averaged = 0.00179961 tau_viscous_averaged = 0.00192639 tau_viscous_averaged = 0.00180112 tau_viscous_averaged = 0.00191508 tau_viscous_averaged = 0.00182051 tau_viscous_averaged = 0.00171314 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 85415)=12.2 , dtG=0.342073 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.19 , max dt/dtG(ncv= 157)=0.3 , dtG=0.342073 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.20 , max dt/dtG(ncv= 203)=0.4 , dtG=0.342073 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.18 , max dt/dtG(ncv= 150)=0.3 , dtG=0.342073 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.20 , max dt/dtG(ncv= 202)=0.4 , dtG=0.342073 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.19 , max dt/dtG(ncv= 155)=0.3 , dtG=0.342073 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.18 , max dt/dtG(ncv= 152)=0.3 , dtG=0.342073 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 1.131926e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 3.354103e-31| 5.602544e-14| 1.786227e-32| 5.747837e-33| 1.595303e-14| 4| 12|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= -1.7180e-15 log10(resTarget_Lim / resTarget_Orig): 2.9 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=201]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=95]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=198) = 4.425617e-26 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 6.652709e-51| 3.756019e-25| 1.625765e-50| 2.939075e-51| 4.042929e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 9.7438e-23 log10(resTarget_Lim / resTarget_Orig): 0.4 Face Momentum (sd= 0): max value of div(mf) (cv=166657) = 1.025259e-17 norm_L2 of div(momentum) = 7.641884e-17. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 4.617277e-26 norm_L2 of div(momentum) = 7.583843e-26. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 38.2175 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 11.7934 % LOG: number of a-faces with weighted approximations in 6 subdomain: 28.6432 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 11.6361 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107605|0.00410664 | 233412|1.48377 | 21109|0.0116736 | 145838|391032 | 336878|-5.86357e-18 | 321661|-8.31612e-38 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-4.63678e-37 | 359|-7.83059e-53 | LOG nsd = 0: numb_of_convergent=601, numb_of_divergent=625 Face Momentum (sd= 0): max value of div(mf) (cv=166657) = 1.025259e-17 norm_L2 of div(momentum) = 7.641884e-17. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=12, numb_of_divergent=11 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 4.617277e-26 norm_L2 of div(momentum) = 7.583843e-26. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 2.018613e-27| 2.512417e-12| 3.784900e-31| 1.345935e-32| 2.397883e-14| 2| 6|0|n|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 3.411418e-50| 8.028353e-25| 3.411418e-50| 2.855367e-54| 1.193577e-26| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 94662)=1.3612773157369e-18 , max( 275371)=2.4013361532325e-07 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 16)=6.015227941464e-25 , max( 138)=2.9938859187904e-18 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 2.302416e-24| 7.682637e-11| 1.439010e-28| 9.619250e-29| 9.066426e-13| 4| 12|0|n|28| OK | neumann fix solution. y[row=0][ncv=37633]= -6.8051e-14 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=130]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=152]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 2.058935e-48| 4.358469e-24| 2.058935e-48| 1.125239e-50| 5.112855e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=95]= -1.3907e-22 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-1.0596e-27 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-6.81838e-38 Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 1.900486e-15 norm_L2 of div(momentum) = 9.808144e-15. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=198) = 5.559420e-26 norm_L2 of div(momentum) = 1.060939e-25. nsd = 0 min_dtHy = 0.37881 (nCV = 41185 ) max_dtHy = 6.06161 (nCV = 85415 ) nsd = 1 min_dtHy = 0.378845 (nCV = 146 ) max_dtHy = 0.757689 (nCV = 206 ) nsd = 2 min_dtHy = 0.378845 (nCV = 88 ) max_dtHy = 1.51538 (nCV = 203 ) nsd = 3 min_dtHy = 0.378845 (nCV = 187 ) max_dtHy = 0.757689 (nCV = 194 ) nsd = 4 min_dtHy = 0.378805 (nCV = 86 ) max_dtHy = 1.51538 (nCV = 202 ) nsd = 5 min_dtHy = 0.378845 (nCV = 190 ) max_dtHy = 0.757689 (nCV = 203 ) nsd = 6 min_dtHy = 0.378845 (nCV = 138 ) max_dtHy = 0.757689 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 5.837637e-01| 1.597371e+02| 3.768648e-06| 2.493886e-06| 2.036377e-02| 8| 72|0|n|26| OK | nsd = 0 min_dtke = 0.00072844 (nCV = 191945 ) max_dtke = 0.386313 (nCV = 37633 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.956930e-18| 3.765398e-07| 1.063687e-38| 1.677727e-44| 2.581609e-21| 3| 18|0|n|28| OK | |turb| 0| 1| 2.158920e-15| 1.144670e-05| 7.099596e-45| 5.966627e-45| 1.478714e-20| 3| 18|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 239997 E from infinity= 90842 nsd = 1 min_dtke = 0.00147355 (nCV = 53 ) max_dtke = 0.00602139 (nCV = 208 ) |turb| 1| 0| 2.147076e-22| 1.464391e-10| 3.647610e-39| 2.106368e-51| 3.925877e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 8.273409e-18| 2.644846e-08| 2.375759e-45| 1.581208e-47| 3.525857e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.00147339 (nCV = 71 ) max_dtke = 0.0132568 (nCV = 203 ) |turb| 2| 0| 1.566395e-22| 1.046445e-10| 3.689426e-39| 2.098538e-51| 3.683539e-25| 2| 12|0|n|29| OK | |turb| 2| 1| 4.752502e-18| 2.001651e-08| 2.352971e-45| 2.175630e-47| 3.960127e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.00147342 (nCV = 170 ) max_dtke = 0.00586953 (nCV = 193 ) |turb| 3| 0| 1.460687e-22| 1.091703e-10| 3.555409e-39| 1.576514e-51| 3.489668e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 4.421155e-18| 1.955378e-08| 2.271211e-45| 1.938289e-47| 3.836050e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 189 nsd = 4 min_dtke = 0.00147316 (nCV = 46 ) max_dtke = 0.0132737 (nCV = 202 ) |turb| 4| 0| 1.115313e-22| 1.015633e-10| 3.694127e-39| 2.163791e-51| 3.505824e-25| 2| 12|0|n|29| OK | |turb| 4| 1| 4.301204e-18| 1.931076e-08| 2.360718e-45| 2.527366e-47| 4.404737e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 184 nsd = 5 min_dtke = 0.00147341 (nCV = 55 ) max_dtke = 0.00602139 (nCV = 205 ) |turb| 5| 0| 1.453735e-22| 1.097865e-10| 3.581868e-39| 1.832305e-51| 3.586603e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 4.382929e-18| 1.967879e-08| 2.282559e-45| 2.284679e-47| 4.435756e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 1 E from zero= 206 E from infinity= 188 nsd = 6 min_dtke = 0.00147341 (nCV = 86 ) max_dtke = 0.00602093 (nCV = 205 ) |turb| 6| 0| 2.013612e-22| 1.410442e-10| 3.714511e-39| 1.333772e-51| 3.182707e-25| 2| 12|0|n|29| OK | |turb| 6| 1| 7.463997e-18| 2.607070e-08| 2.413030e-45| 1.690256e-47| 3.443139e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00725231 del_p_mean=2.04657 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 51103,sd_id= 8) = 293.19998735117 max(solid,ncvloc= 419,sd_id=103) = 293.93636660896 View 0(1) T_solid:min(solid,ncvloc= 4237,sd_id=122) = 293.1998837281 max(solid,ncvloc= 39277,sd_id=122) = 293.20000000017 View 0(2) T_solid:min(solid,ncvloc= 18,sd_id=123) = 293.19999936326 max(solid,ncvloc= 5,sd_id=123) = 293.19999960274 View 0(3) T_solid:min(solid,ncvloc= 12,sd_id=124) = 293.19999534437 max(solid,ncvloc= 4,sd_id=124) = 293.19999699064 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 293.20000000164 max(solid,ncvloc= 4,sd_id=126) = 293.20000000164 View 0(5) T_solid:min(solid,ncvloc= 6,sd_id=127) = 293.20000000178 max(solid,ncvloc= 5,sd_id=127) = 293.20000000178 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000000285 max(solid,ncvloc= 0,sd_id=128) = 293.20000000285 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.20000000211 max(solid,ncvloc= 3,sd_id=129) = 293.20000000211 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 293.20000000325 max(solid,ncvloc= 0,sd_id=130) = 293.20000000325 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 293.20000000165 max(solid,ncvloc= 0,sd_id=131) = 293.20000000166 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.20000000305 max(solid,ncvloc= 0,sd_id=132) = 293.20000000305 slv : Global T_solid:min(solid,ncvloc= 4237,sd_id=122) = 293.1998837281 max(solid,ncvloc= 419,sd_id=103) = 293.93636660896 slv : Fluid subdom(new) 0 slv : P static (new) : min( 275371) = 101329.49847183 , max( 149567) = 101329.49847184 slv : Density (new) : min( 296154) = 1.2000534291708 , max( 279612) = 1.2122671400819 slv : Velocity (new) : min( 223013) = 1.1416486024168e-16 , max( 275370) = 6.3072053701892e-08 slv : Mach number (new) : min( 223013) = 3.3267859323173e-19 , max( 275370) = 1.8380166693205e-10 slv : Turbulent k (new) : min( 31585) = 5.2151768162102e-35 , max( 183011) = 3.9272206897553e-05 slv : Turbulent e (new) : min( 31585) = 1.7627022916136e-33 , max( 113884) = 0.0072731248495544 slv : Temperature (new) : min( 279612) = 291.14222930081 , max( 296154) = 294.10536988793 slv : Total enthalpy, Y-shifted (new): min( 279612) = -2071.346191589 , max( 296154) = 911.3989403144 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 89) = 1.2037056240151 , max( 107) = 1.2037056241032 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7499466628118e-05 slv : Turbulent e (new) : min( 10) = 1.2586347617353e-38 , max( 43) = 0.0049316949132603 slv : Temperature (new) : min( 107) = 293.1999999966 , max( 89) = 293.20000001805 slv : Total enthalpy, Y-shifted (new): min( 119) = 2.8562799040325e-06 , max( 70) = 4.2233988234682e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 177) = 1.2037056240488 , max( 160) = 1.2037056241044 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 93) = 3.7498260022448e-05 slv : Turbulent e (new) : min( 63) = 1.2586347617216e-38 , max( 121) = 0.0050615633899996 slv : Temperature (new) : min( 160) = 293.19999999631 , max( 177) = 293.20000000984 slv : Total enthalpy, Y-shifted (new): min( 81) = 1.3146273273492e-06 , max( 112) = 3.7596692254527e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 53) = 1.2037056240279 , max( 108) = 1.2037056240975 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 201) = 3.7499894873179e-05 slv : Turbulent e (new) : min( 1) = 1.2586347617101e-38 , max( 40) = 0.0050482014449788 slv : Temperature (new) : min( 108) = 293.199999998 , max( 53) = 293.20000001494 slv : Total enthalpy, Y-shifted (new): min( 132) = 4.4059785382122e-06 , max( 59) = 4.2105131001047e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 9) = 1.2037056240506 , max( 30) = 1.2037056241046 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 99) = 3.7500858013515e-05 slv : Turbulent e (new) : min( 105) = 1.2586347617206e-38 , max( 116) = 0.0050404771629436 slv : Temperature (new) : min( 30) = 293.19999999626 , max( 9) = 293.20000000942 slv : Total enthalpy, Y-shifted (new): min( 129) = 1.2718554179502e-06 , max( 99) = 3.7548161291526e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 175) = 1.2037056240182 , max( 49) = 1.2037056240954 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 205) = 3.7499476657397e-05 slv : Turbulent e (new) : min( 63) = 1.258634761714e-38 , max( 112) = 0.0050582173592838 slv : Temperature (new) : min( 49) = 293.19999999851 , max( 175) = 293.2000000173 slv : Total enthalpy, Y-shifted (new): min( 184) = 1.9259744215813e-06 , max( 11) = 4.387250204344e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 26) = 1.2037056240174 , max( 107) = 1.2037056241194 slv : Velocity (new) : min( 16) = 6.5418588384499e-25 , max( 138) = 2.6758832814001e-18 slv : Mach number (new) : min( 16) = 1.9063102174088e-27 , max( 138) = 7.7975752242744e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 205) = 3.7499463331944e-05 slv : Turbulent e (new) : min( 1) = 1.258634761719e-38 , max( 155) = 0.0048624596554279 slv : Temperature (new) : min( 107) = 293.19999999266 , max( 26) = 293.20000001751 slv : Total enthalpy, Y-shifted (new): min( 170) = 3.2194404182735e-06 , max( 5) = 4.3126618751422e-05 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0751996(nfa=207958, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 9126 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.032| 9| 0.004| 0.007| slv : | Calculate_inc | 27.719| 8| 3.465| 5.373| slv : | CollectEMT_Results | 0.000| 9| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.800| 364| 0.002| 0.073| slv : | Results_processing | 2.499| 8| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 9| 0.006| 0.021| slv : | build_sl_ordering_MDS | 0.163| 9| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.186| 63| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.621| 9| 0.069| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.556| 9| 0.062| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.115| 9| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.202| 9| 0.022| 0.028| slv : | perform_stage_total | 25.278| 251| 0.101| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 1.279| 9| 0.142| 0.199| slv : | solve_3M_alg_MDS | 0.459| 63| 0.007| 0.106| slv : | solve_BG_MDS | 0.441| 9| 0.049| 0.086| slv : | solve_BG_alg_MDS | 0.260| 63| 0.004| 0.063| slv : | solve_BL_MDS | 13.787| 9| 1.532| 3.714| slv : | solve_CHT | 6.364| 9| 0.707| 0.987| slv : | solve_CHT_MDS | 6.035| 9| 0.671| 0.955| slv : | solve_CHT_alg_MDS | 4.045| 9| 0.449| 0.716| slv : | solve_DvGr_MDS | 3.213| 9| 0.357| 0.478| slv : | solve_DvGr_alg_MDS | 1.185| 63| 0.019| 0.196| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 9| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 9| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 9| 0.000| 0.000| slv : | solve_YTurb_MDS | 2.776| 9| 0.308| 0.399| slv : | solve_YTurb_alg_MDS | 1.079| 126| 0.009| 0.101| slv : | update_BC_MDS | 0.025| 10| 0.003| 0.003| slv : | update_Mf_after_DvGr | 0.475| 9| 0.053| 0.082| slv : | update_VelPressure_MDS | 0.092| 9| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3854.68 Mb, Memory Working Set Peak = 3857.44 Mb Memory Private Bytes Current = 3981.49 Mb, Memory Private Bytes Peak = 3985.82 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 15039 ================== Tstep=9 =================== MWS[ 0]=9.63148e-05 MWS[ 1]=9.63338e-05 MWS[ 2]=9.63338e-05 MWS[ 3]=9.63338e-05 MWS[ 4]=9.63338e-05 MWS[ 5]=9.63338e-05 MWS[ 6]=9.63338e-05 tau_viscous_averaged = 0.176784 tau_viscous_averaged = 0.00179965 tau_viscous_averaged = 0.00192642 tau_viscous_averaged = 0.00180115 tau_viscous_averaged = 0.0019151 tau_viscous_averaged = 0.00182054 tau_viscous_averaged = 0.00171315 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148427)=1.00 , max dt/dtG(ncv= 26205)=6.8 , dtG=1.46442 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.05 , max dt/dtG(ncv= 157)=0.1 , dtG=1.46442 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.06 , max dt/dtG(ncv= 203)=0.1 , dtG=1.46442 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.05 , max dt/dtG(ncv= 148)=0.1 , dtG=1.46442 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.06 , max dt/dtG(ncv= 202)=0.1 , dtG=1.46442 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.05 , max dt/dtG(ncv= 155)=0.1 , dtG=1.46442 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.05 , max dt/dtG(ncv= 152)=0.1 , dtG=1.46442 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 1.900486e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 9.619960e-29| 9.068595e-13| 1.439010e-30| 1.209640e-30| 2.338165e-13| 4| 12|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= -3.3957e-15 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=92]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=94]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=198) = 5.559420e-26 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.083016e-50| 4.937412e-25| 2.058935e-50| 4.347070e-51| 5.085134e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 1.0792e-22 log10(resTarget_Lim / resTarget_Orig): 0.3 Face Momentum (sd= 0): max value of div(mf) (cv=53207) = 9.391456e-17 norm_L2 of div(momentum) = 1.100465e-15. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 5.856868e-26 norm_L2 of div(momentum) = 9.406293e-26. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 35.7434 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 11.0124 % LOG: number of a-faces with weighted approximations in 6 subdomain: 28.6432 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 11.6489 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107605|0.00411038 | 233829|1.48374 | 85702|0.00180776 | 178329|348708 | 336877|-5.5293e-16 | 231589|-4.15669e-36 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 776|24.4737 | 666|1136.61 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 15|1096.97 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-4.81576e-37 | 359|-6.00582e-52 | LOG nsd = 0: numb_of_convergent=601, numb_of_divergent=622 Face Momentum (sd= 0): max value of div(mf) (cv=53207) = 9.391456e-17 norm_L2 of div(momentum) = 1.100465e-15. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=10, numb_of_divergent=11 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 5.856868e-26 norm_L2 of div(momentum) = 9.406293e-26. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 4.846599e-27| 5.833574e-12| 9.087372e-31| 1.755744e-31| 8.572633e-14| 2| 6|0|n|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 3.386234e-50| 8.380423e-25| 3.386234e-50| 3.433132e-54| 1.348525e-26| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 262486)=3.3805495574638e-17 , max( 275371)=4.7426274135135e-07 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 16)=2.0147864292003e-25 , max( 138)=3.003927499707e-18 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 8.928689e-24| 1.754159e-10| 5.580430e-28| 9.899862e-29| 1.131505e-12| 5| 15|0|n|28| OK | neumann fix solution. y[row=0][ncv=37633]= -5.0585e-14 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=130]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=152]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 2.157388e-48| 4.529961e-24| 2.157388e-48| 1.322431e-50| 5.577550e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=74]= -1.3005e-22 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-6.71489e-28 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-3.48656e-38 Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 1.416907e-15 norm_L2 of div(momentum) = 9.950093e-15. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=198) = 5.887283e-26 norm_L2 of div(momentum) = 1.149988e-25. nsd = 0 min_dtHy = 2.47978 (nCV = 291472 ) max_dtHy = 39.6895 (nCV = 26663 ) nsd = 1 min_dtHy = 2.4801 (nCV = 146 ) max_dtHy = 4.96021 (nCV = 207 ) nsd = 2 min_dtHy = 2.4801 (nCV = 88 ) max_dtHy = 9.92042 (nCV = 203 ) nsd = 3 min_dtHy = 2.4801 (nCV = 186 ) max_dtHy = 4.96021 (nCV = 199 ) nsd = 4 min_dtHy = 2.47984 (nCV = 150 ) max_dtHy = 9.92042 (nCV = 202 ) nsd = 5 min_dtHy = 2.4801 (nCV = 190 ) max_dtHy = 4.96021 (nCV = 203 ) nsd = 6 min_dtHy = 2.4801 (nCV = 138 ) max_dtHy = 4.96021 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 5.453082e-01| 1.615551e+02| 4.161374e-06| 1.611682e-06| 1.675814e-02| 9| 81|0|n|26| OK | nsd = 0 min_dtke = 0.000729645 (nCV = 191945 ) max_dtke = 0.429166 (nCV = 124396 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.448533e-18| 3.363860e-07| 1.039794e-38| 9.393122e-44| 4.182305e-21| 3| 18|0|n|28| OK | |turb| 0| 1| 1.753092e-15| 1.041343e-05| 6.911251e-45| 5.758908e-45| 1.428185e-20| 3| 18|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 240071 E from infinity= 93779 nsd = 1 min_dtke = 0.00147843 (nCV = 53 ) max_dtke = 0.00606223 (nCV = 208 ) |turb| 1| 0| 1.738168e-22| 1.353245e-10| 3.595387e-39| 1.639156e-51| 3.134239e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 6.659620e-18| 2.465643e-08| 2.333557e-45| 1.809996e-47| 3.670614e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.00147827 (nCV = 71 ) max_dtke = 0.0132127 (nCV = 203 ) |turb| 2| 0| 1.270006e-22| 9.776757e-11| 3.639024e-39| 1.513871e-51| 3.489668e-25| 2| 12|0|n|29| OK | |turb| 2| 1| 3.997831e-18| 1.905972e-08| 2.312530e-45| 1.890179e-47| 4.032505e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.00147829 (nCV = 170 ) max_dtke = 0.0059084 (nCV = 193 ) |turb| 3| 0| 1.208706e-22| 1.022679e-10| 3.504509e-39| 1.602615e-51| 3.489668e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 3.710431e-18| 1.868381e-08| 2.230719e-45| 1.765094e-47| 3.711973e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 188 nsd = 4 min_dtke = 0.00147803 (nCV = 46 ) max_dtke = 0.0132265 (nCV = 202 ) |turb| 4| 0| 8.974885e-23| 9.516338e-11| 3.643769e-39| 2.521378e-51| 3.877409e-25| 2| 12|0|n|29| OK | |turb| 4| 1| 3.632110e-18| 1.845393e-08| 2.320227e-45| 1.523476e-47| 3.132947e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 184 nsd = 5 min_dtke = 0.00147829 (nCV = 55 ) max_dtke = 0.00606223 (nCV = 205 ) |turb| 5| 0| 1.208436e-22| 1.030008e-10| 3.530347e-39| 1.579124e-51| 3.311954e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 3.682370e-18| 1.880781e-08| 2.241694e-45| 1.915838e-47| 3.784351e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.00147829 (nCV = 86 ) max_dtke = 0.00606176 (nCV = 205 ) |turb| 6| 0| 1.657766e-22| 1.313842e-10| 3.661342e-39| 1.492990e-51| 3.037304e-25| 2| 12|0|n|29| OK | |turb| 6| 1| 6.079692e-18| 2.443250e-08| 2.370151e-45| 1.429395e-47| 3.132947e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00722562 del_p_mean=376.305 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 103594,sd_id= 8) = 293.19906047655 max(solid,ncvloc= 417,sd_id=103) = 294.15436340308 View 0(1) T_solid:min(solid,ncvloc= 34400,sd_id=122) = 293.20000003111 max(solid,ncvloc= 409,sd_id=122) = 293.21554630563 View 0(2) T_solid:min(solid,ncvloc= 5,sd_id=123) = 293.20086657523 max(solid,ncvloc= 18,sd_id=123) = 293.20114924903 View 0(3) T_solid:min(solid,ncvloc= 4,sd_id=124) = 293.20243538163 max(solid,ncvloc= 12,sd_id=124) = 293.20332848208 View 0(4) T_solid:min(solid,ncvloc= 3,sd_id=126) = 293.20000003616 max(solid,ncvloc= 1,sd_id=126) = 293.20000003644 View 0(5) T_solid:min(solid,ncvloc= 4,sd_id=127) = 293.20000003219 max(solid,ncvloc= 2,sd_id=127) = 293.20000003253 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 293.20000008791 max(solid,ncvloc= 1,sd_id=128) = 293.20000008805 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 293.200000025 max(solid,ncvloc= 5,sd_id=129) = 293.20000002515 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 293.20000003763 max(solid,ncvloc= 2,sd_id=130) = 293.20000003781 View 0(9) T_solid:min(solid,ncvloc= 2,sd_id=131) = 293.2000000357 max(solid,ncvloc= 0,sd_id=131) = 293.20000003604 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 293.20000009496 max(solid,ncvloc= 0,sd_id=132) = 293.20000009521 slv : Global T_solid:min(solid,ncvloc= 103594,sd_id= 8) = 293.19906047655 max(solid,ncvloc= 417,sd_id=103) = 294.15436340308 slv : Fluid subdom(new) 0 slv : P static (new) : min( 275371) = 101705.80388733 , max( 149567) = 101705.80388733 slv : Density (new) : min( 296604) = 0.9212346920855 , max( 296154) = 1.2278068077356 slv : Velocity (new) : min( 250921) = 2.4742297182929e-16 , max( 291472) = 1.1206809426757e-07 slv : Mach number (new) : min( 250921) = 7.2099520472871e-19 , max( 291472) = 3.265684228772e-10 slv : Turbulent k (new) : min( 250922) = 4.7025759009674e-33 , max( 183011) = 3.9562297879814e-05 slv : Turbulent e (new) : min( 250922) = 5.9185627304815e-31 , max( 113884) = 0.0072516482301957 slv : Temperature (new) : min( 296154) = 288.52492913621 , max( 296604) = 384.54139345634 slv : Total enthalpy, Y-shifted (new): min( 296154) = -4705.7025667141 , max( 296604) = 92207.406455583 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 58) = 1.2037056052517 , max( 201) = 1.203705623286 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7498978814177e-05 slv : Turbulent e (new) : min( 10) = 1.2586347617703e-38 , max( 43) = 0.0048893135146333 slv : Temperature (new) : min( 201) = 293.20000019566 , max( 58) = 293.20000458847 slv : Total enthalpy, Y-shifted (new): min( 201) = 0.00023446015466066 , max( 66) = 0.0046461983037995 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 5) = 1.2037055360904 , max( 95) = 1.2037056212709 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 93) = 3.7496868334793e-05 slv : Turbulent e (new) : min( 63) = 1.2586347617174e-38 , max( 121) = 0.0050568555823652 slv : Temperature (new) : min( 95) = 293.20000068649 , max( 5) = 293.20002143485 slv : Total enthalpy, Y-shifted (new): min( 95) = 0.00072853990556382 , max( 5) = 0.02157718553342 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 64) = 1.2037056051517 , max( 201) = 1.2037056233562 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 201) = 3.7499799386742e-05 slv : Turbulent e (new) : min( 1) = 1.2586347617536e-38 , max( 40) = 0.005036360591572 slv : Temperature (new) : min( 201) = 293.20000017857 , max( 64) = 293.20000461282 slv : Total enthalpy, Y-shifted (new): min( 201) = 0.00021725349258986 , max( 64) = 0.0046434538496515 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 138) = 1.203705533477 , max( 102) = 1.2037056210971 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 99) = 3.7501268606146e-05 slv : Turbulent e (new) : min( 105) = 1.258634761715e-38 , max( 116) = 0.0050292031619627 slv : Temperature (new) : min( 102) = 293.20000072884 , max( 138) = 293.20002207145 slv : Total enthalpy, Y-shifted (new): min( 102) = 0.00077117911905406 , max( 138) = 0.022218010564602 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 4) = 1.2037056015606 , max( 201) = 1.2037056231344 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 205) = 3.7498997409224e-05 slv : Turbulent e (new) : min( 16) = 1.2586347617704e-38 , max( 112) = 0.0050517356782399 slv : Temperature (new) : min( 201) = 293.20000023258 , max( 4) = 293.20000548755 slv : Total enthalpy, Y-shifted (new): min( 201) = 0.00027162589959372 , max( 4) = 0.0055239919466932 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101325 , max( 0) = 101325 slv : Density (new) : min( 11) = 1.2037055997897 , max( 212) = 1.2037056229832 slv : Velocity (new) : min( 16) = 2.000739767844e-25 , max( 138) = 2.6792836939606e-18 slv : Mach number (new) : min( 16) = 5.8301940260737e-28 , max( 138) = 7.8074840667173e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 205) = 3.7498972921034e-05 slv : Turbulent e (new) : min( 64) = 1.2586347617742e-38 , max( 209) = 0.0048236907101327 slv : Temperature (new) : min( 212) = 293.20000026941 , max( 11) = 293.20000591892 slv : Total enthalpy, Y-shifted (new): min( 212) = 0.00030869899623421 , max( 11) = 0.0059582243031573 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.072336(nfa=159682, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 9933 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.035| 10| 0.004| 0.007| slv : | Calculate_inc | 31.282| 9| 3.476| 5.373| slv : | CollectEMT_Results | 0.000| 10| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.869| 393| 0.002| 0.073| slv : | Results_processing | 2.806| 9| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 10| 0.006| 0.021| slv : | build_sl_ordering_MDS | 0.183| 10| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.207| 70| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.687| 10| 0.069| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.614| 10| 0.061| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.128| 10| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.222| 10| 0.022| 0.028| slv : | perform_stage_total | 27.620| 278| 0.099| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 1.450| 10| 0.145| 0.199| slv : | solve_3M_alg_MDS | 0.542| 70| 0.008| 0.106| slv : | solve_BG_MDS | 0.511| 10| 0.051| 0.086| slv : | solve_BG_alg_MDS | 0.307| 70| 0.004| 0.063| slv : | solve_BL_MDS | 14.799| 10| 1.480| 3.714| slv : | solve_CHT | 7.488| 10| 0.749| 1.123| slv : | solve_CHT_MDS | 7.129| 10| 0.713| 1.094| slv : | solve_CHT_alg_MDS | 4.905| 10| 0.490| 0.860| slv : | solve_DvGr_MDS | 3.710| 10| 0.371| 0.496| slv : | solve_DvGr_alg_MDS | 1.408| 70| 0.020| 0.221| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 10| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 10| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 10| 0.000| 0.000| slv : | solve_YTurb_MDS | 3.181| 10| 0.318| 0.404| slv : | solve_YTurb_alg_MDS | 1.286| 140| 0.009| 0.102| slv : | update_BC_MDS | 0.028| 11| 0.003| 0.003| slv : | update_Mf_after_DvGr | 0.542| 10| 0.054| 0.082| slv : | update_VelPressure_MDS | 0.102| 10| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ Interpolator cache: total calls 1905713, optimised calls 1000410 (52.5 %) ----------------------------------------------------------------------- Memory Working Set Current = 3854.82 Mb, Memory Working Set Peak = 3857.59 Mb Memory Private Bytes Current = 3981.49 Mb, Memory Private Bytes Peak = 3985.82 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Iteration : time = 18.3683 , count = 5 , time/count = 3.67367 Calculate_inc() : time = 16.8081 , count = 5 , time/count = 3.36162 TreatFlowEvolution() : time = 1.54826 , count = 5 , time/count = 0.309652 SolverPreview : time = 0 , count = 5 , time/count = 0 TreatGoals : time = 1.50837 , count = 5 , time/count = 0.301674 Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 14944 ================== Tstep=10 =================== MWS[ 0]=2.22844e-05 MWS[ 1]=2.38489e-05 MWS[ 2]=2.38489e-05 MWS[ 3]=2.38489e-05 MWS[ 4]=2.38489e-05 MWS[ 5]=2.38489e-05 MWS[ 6]=2.38489e-05 tau_viscous_averaged = 0.176546 tau_viscous_averaged = 0.00179969 tau_viscous_averaged = 0.00192643 tau_viscous_averaged = 0.00180118 tau_viscous_averaged = 0.00191511 tau_viscous_averaged = 0.00182057 tau_viscous_averaged = 0.00171316 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148430)=1.00 , max dt/dtG(ncv= 81502)=4.5 , dtG=4.07171 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.03 , max dt/dtG(ncv= 155)=0.0 , dtG=4.07171 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.03 , max dt/dtG(ncv= 203)=0.1 , dtG=4.07171 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.03 , max dt/dtG(ncv= 148)=0.0 , dtG=4.07171 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.03 , max dt/dtG(ncv= 202)=0.1 , dtG=4.07171 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.03 , max dt/dtG(ncv= 155)=0.0 , dtG=4.07171 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.03 , max dt/dtG(ncv= 204)=0.0 , dtG=4.07171 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 1.416907e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 9.900432e-29| 1.131698e-12| 5.580430e-30| 2.565626e-30| 3.631833e-13| 4| 12|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= -2.9780e-15 log10(resTarget_Lim / resTarget_Orig): 3.0 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=92]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=94]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=198) = 5.887283e-26 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.265842e-50| 5.346401e-25| 2.157388e-50| 4.897406e-51| 5.520384e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 7.8820e-23 log10(resTarget_Lim / resTarget_Orig): 0.2 Face Momentum (sd= 0): max value of div(mf) (cv=53207) = 1.295598e-16 norm_L2 of div(momentum) = 1.602912e-15. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 6.413589e-26 norm_L2 of div(momentum) = 1.016171e-25. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 34.5156 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 10.6565 % LOG: number of a-faces with weighted approximations in 6 subdomain: 28.9782 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 11.5666 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 139| 0| 4| 365375| 0| 0| 365518| 3| 107610|0.00410244 | 234174|1.47825 | 107599|0.0335935 | 4579|425455 | 336877|-1.49285e-15 | 320688|-2.34749e-35 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185679 | 321|0.932603 | 879|31.8054 | 321|1597.47 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142877 | 666|0.663554 | 219|16.8634 | 408|1208.71 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186888 | 219|1.20479 | 799|32.0124 | 219|2063.71 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142878 | 15|0.640412 | 784|24.4738 | 248|1229.3 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184793 | 513|1.71356 | 798|31.6535 | 513|2935.19 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185993 | 171|1.00621 | 1034|31.859 | 171|1723.55 | 747|-4.82974e-37 | 79|-1.13649e-51 | LOG nsd = 0: numb_of_convergent=546, numb_of_divergent=530 Face Momentum (sd= 0): max value of div(mf) (cv=53207) = 1.295598e-16 norm_L2 of div(momentum) = 1.602912e-15. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=11, numb_of_divergent=12 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 6.413589e-26 norm_L2 of div(momentum) = 1.016171e-25. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 5.653690e-23| 3.806490e-10| 3.589456e-27| 2.990407e-27| 1.052047e-11| 2| 6|0|n|26| OK | | 3M | 1| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 2| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 3| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 4| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 5| 0| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | | 3M | 6| 0| 3.461776e-50| 8.543078e-25| 3.461776e-50| 4.840785e-54| 1.608647e-26| 1| 3|0|y|29| OK | Velocity (predicted): (local) sd 0: min( 180798)=1.0409578603064e-15 , max( 275371)=4.387112662699e-05 (local) sd 1: min( 0)=0 , max( 0)=0 (local) sd 2: min( 0)=0 , max( 0)=0 (local) sd 3: min( 0)=0 , max( 0)=0 (local) sd 4: min( 0)=0 , max( 0)=0 (local) sd 5: min( 0)=0 , max( 0)=0 (local) sd 6: min( 16)=4.8075654162815e-25 , max( 138)=3.011803195397e-18 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 7.041093e-20| 1.555401e-08| 4.460664e-25| 1.842998e-25| 5.543555e-11| 6| 18|0|n|28| OK | neumann fix solution. y[row=0][ncv=37633]= -3.1145e-12 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=27]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=130]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=163]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=152]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=56]= 0.0000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 2.291576e-48| 4.717240e-24| 2.291576e-48| 1.480864e-50| 5.938426e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=74]= -8.8164e-23 PRESSURE SOLVER(geom_index= 0): sum_C_dp=2.61176e-27 PRESSURE SOLVER(geom_index= 1): sum_C_dp=0 PRESSURE SOLVER(geom_index= 2): sum_C_dp=0 PRESSURE SOLVER(geom_index= 3): sum_C_dp=0 PRESSURE SOLVER(geom_index= 4): sum_C_dp=0 PRESSURE SOLVER(geom_index= 5): sum_C_dp=0 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-1.31773e-38 Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 4.859562e-14 norm_L2 of div(momentum) = 4.293546e-13. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=198) = 6.230151e-26 norm_L2 of div(momentum) = 1.216934e-25. nsd = 0 min_dtHy = 16.0404 (nCV = 291472 ) max_dtHy = 257.311 (nCV = 81502 ) nsd = 1 min_dtHy = 15.027 (nCV = 135 ) max_dtHy = 30.0539 (nCV = 206 ) nsd = 2 min_dtHy = 15.027 (nCV = 88 ) max_dtHy = 60.1079 (nCV = 203 ) nsd = 3 min_dtHy = 15.027 (nCV = 56 ) max_dtHy = 30.0539 (nCV = 194 ) nsd = 4 min_dtHy = 15.0254 (nCV = 34 ) max_dtHy = 60.1079 (nCV = 202 ) nsd = 5 min_dtHy = 15.027 (nCV = 179 ) max_dtHy = 30.0539 (nCV = 203 ) nsd = 6 min_dtHy = 15.027 (nCV = 138 ) max_dtHy = 30.0539 (nCV = 207 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 1.965576e+01| 4.542349e+02| 3.357181e-06| 1.220732e-06| 9.057451e-02| 16| 150|1|n|26| OK | nsd = 0 min_dtke = 0.000729843 (nCV = 191945 ) max_dtke = 0.468297 (nCV = 124396 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.102097e-18| 3.022730e-07| 6.142845e-39| 1.016646e-43| 3.824947e-21| 3| 18|0|n|28| OK | |turb| 0| 1| 1.474856e-15| 9.591620e-06| 3.135000e-45| 5.197731e-45| 1.351590e-20| 18| 348|2|n|28| BAD | Filter: K,E,momentum: sd = 0 isolating K from zero= 0 E from zero= 238940 E from infinity= 96874 nsd = 1 min_dtke = 0.00147917 (nCV = 53 ) max_dtke = 0.00606843 (nCV = 208 ) |turb| 1| 0| 1.435466e-22| 1.256135e-10| 3.591065e-39| 1.130183e-51| 2.956524e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 5.456767e-18| 2.309003e-08| 2.330664e-45| 1.650699e-47| 3.639595e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 189 nsd = 2 min_dtke = 0.001479 (nCV = 71 ) max_dtke = 0.0130996 (nCV = 203 ) |turb| 2| 0| 1.046464e-22| 9.171822e-11| 3.637472e-39| 1.714850e-51| 3.667383e-25| 2| 12|0|n|29| OK | |turb| 2| 1| 3.418307e-18| 1.820195e-08| 2.311413e-45| 1.986399e-47| 3.784351e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 187 nsd = 3 min_dtke = 0.00147904 (nCV = 170 ) max_dtke = 0.00591438 (nCV = 193 ) |turb| 3| 0| 1.019280e-22| 9.620083e-11| 3.500302e-39| 1.743561e-51| 3.651227e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 3.176531e-18| 1.791647e-08| 2.227935e-45| 1.647492e-47| 3.277703e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 188 nsd = 4 min_dtke = 0.00147878 (nCV = 46 ) max_dtke = 0.0131104 (nCV = 202 ) |turb| 4| 0| 7.418596e-23| 8.960698e-11| 3.642279e-39| 2.296907e-51| 3.618915e-25| 2| 12|0|n|29| OK | |turb| 4| 1| 3.122559e-18| 1.769001e-08| 2.319147e-45| 1.367386e-47| 3.050229e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 185 nsd = 5 min_dtke = 0.00147903 (nCV = 55 ) max_dtke = 0.00606843 (nCV = 205 ) |turb| 5| 0| 1.023443e-22| 9.701876e-11| 3.526074e-39| 2.054166e-51| 3.958188e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 3.156847e-18| 1.802993e-08| 2.238871e-45| 1.844208e-47| 3.608575e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.00147903 (nCV = 86 ) max_dtke = 0.00606796 (nCV = 205 ) |turb| 6| 0| 1.390779e-22| 1.228489e-10| 3.656950e-39| 1.516481e-51| 2.859589e-25| 2| 12|0|n|29| OK | |turb| 6| 1| 5.042577e-18| 2.298012e-08| 2.367214e-45| 1.281858e-47| 3.029549e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.0134515 del_p_mean=-46870.6 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12755e-07 del_p_mean=128.375 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15831e-07 del_p_mean=104.68 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.13231e-07 del_p_mean=124.542 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15298e-07 del_p_mean=93.4604 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1193e-07 del_p_mean=168.007 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1136e-07 del_p_mean=142.839 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 51103,sd_id= 8) = 293.04550691971 max(solid,ncvloc= 4729,sd_id= 17) = 322.27357293757 View 0(1) T_solid:min(solid,ncvloc= 77729,sd_id=122) = 75.180324998931 max(solid,ncvloc= 89108,sd_id=122) = 83.671320635704 View 0(2) T_solid:min(solid,ncvloc= 5,sd_id=123) = 84.025211392585 max(solid,ncvloc= 7,sd_id=123) = 84.033131417658 View 0(3) T_solid:min(solid,ncvloc= 12,sd_id=124) = 77.556868825874 max(solid,ncvloc= 2,sd_id=124) = 77.678644969816 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 82.231775632708 max(solid,ncvloc= 5,sd_id=126) = 82.231817059591 View 0(5) T_solid:min(solid,ncvloc= 3,sd_id=127) = 82.209918936795 max(solid,ncvloc= 5,sd_id=127) = 82.210065010104 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 82.273760896653 max(solid,ncvloc= 1,sd_id=128) = 82.273762367602 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 82.202776395108 max(solid,ncvloc= 3,sd_id=129) = 82.202817404432 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 82.206674826119 max(solid,ncvloc= 2,sd_id=130) = 82.206677483227 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 82.216382631514 max(solid,ncvloc= 4,sd_id=131) = 82.216426482158 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 82.255699266581 max(solid,ncvloc= 0,sd_id=132) = 82.255701393778 slv : Global T_solid:min(solid,ncvloc= 77729,sd_id=122) = 75.180324998931 max(solid,ncvloc= 4729,sd_id= 17) = 322.27357293757 slv : Fluid subdom(new) 0 slv : P static (new) : min( 275371) = 54835.203514665 , max( 149567) = 54835.20351468 slv : Density (new) : min( 64214) = 0.19245596168478 , max( 165532) = 6439.1749278853 slv : Velocity (new) : min( 219947) = 1.4489199463811e-14 , max( 275370) = 1.7754413115213e-05 slv : Mach number (new) : min( 219947) = 7.9552564424412e-17 , max( 275370) = 5.1456759655703e-08 slv : Turbulent k (new) : min( 200657) = 2.5828809480396e-33 , max( 183011) = 3.9815346638932e-05 slv : Turbulent e (new) : min( 200657) = 3.2387524064721e-31 , max( 113884) = 0.0072012921463824 slv : Temperature (new) : min( 165532) = 0.029661757466427 , max( 64214) = 992.42051699939 slv : Total enthalpy, Y-shifted (new): min( 296671) = -3578598.5253814 , max( 64214) = 745098.71932285 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 0) = 101453.37472364 , max( 0) = 101453.37472364 slv : Density (new) : min( 11) = 1.2020844225083 , max( 201) = 1.2050189462751 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.7498270939294e-05 slv : Turbulent e (new) : min( 2) = 1.2586347951262e-38 , max( 43) = 0.0048425129475229 slv : Temperature (new) : min( 201) = 293.25151594129 , max( 11) = 293.96740038925 slv : Total enthalpy, Y-shifted (new): min( 201) = 51.858113672966 , max( 11) = 772.5084803319 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 0) = 101429.68003103 , max( 0) = 101429.68003103 slv : Density (new) : min( 99) = 1.2023857251718 , max( 202) = 1.2047729368834 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 93) = 3.7494937804168e-05 slv : Turbulent e (new) : min( 196) = 1.2586348042539e-38 , max( 121) = 0.0050508772268065 slv : Temperature (new) : min( 202) = 293.2428930054 , max( 99) = 293.8250962484 slv : Total enthalpy, Y-shifted (new): min( 202) = 43.177902174771 , max( 99) = 629.25526362366 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 0) = 101449.5424056 , max( 0) = 101449.5424056 slv : Density (new) : min( 62) = 1.2020992579323 , max( 196) = 1.2049806860127 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 201) = 3.7499659263093e-05 slv : Turbulent e (new) : min( 52) = 1.2586347942437e-38 , max( 40) = 0.0050218477473542 slv : Temperature (new) : min( 196) = 293.24974950695 , max( 62) = 293.95266821954 slv : Total enthalpy, Y-shifted (new): min( 196) = 50.079945996118 , max( 62) = 757.67800976168 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 0) = 101418.46035988 , max( 0) = 101418.46035988 slv : Density (new) : min( 38) = 1.2025204764156 , max( 204) = 1.2046601435086 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 99) = 3.7501675143804e-05 slv : Turbulent e (new) : min( 26) = 1.2586348058204e-38 , max( 116) = 0.0050164718288117 slv : Temperature (new) : min( 204) = 293.2379094139 , max( 38) = 293.75967309069 slv : Total enthalpy, Y-shifted (new): min( 204) = 38.161209896573 , max( 38) = 563.39605657521 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 0) = 101493.0074204 , max( 0) = 101493.0074204 slv : Density (new) : min( 6) = 1.2015957027117 , max( 201) = 1.205418742344 slv : Velocity (new) : min( 0) = 0 , max( 0) = 0 slv : Mach number (new) : min( 0) = 0 , max( 0) = 0 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 205) = 3.7498301494266e-05 slv : Turbulent e (new) : min( 16) = 1.2586348003019e-38 , max( 112) = 0.00504363590779 slv : Temperature (new) : min( 201) = 293.26877499198 , max( 6) = 294.20184935899 slv : Total enthalpy, Y-shifted (new): min( 201) = 69.231812433881 , max( 6) = 1008.5229331216 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 0) = 101467.83881301 , max( 0) = 101467.83881301 slv : Density (new) : min( 56) = 1.2019040453656 , max( 212) = 1.2051633789483 slv : Velocity (new) : min( 16) = 1.9390442260487e-25 , max( 138) = 2.6779601298271e-18 slv : Mach number (new) : min( 16) = 5.6432528302851e-28 , max( 138) = 7.7980454723066e-21 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 205) = 3.7498261534385e-05 slv : Turbulent e (new) : min( 63) = 1.2586348051443e-38 , max( 209) = 0.0048235968016427 slv : Temperature (new) : min( 212) = 293.25817476172 , max( 56) = 294.05343476694 slv : Total enthalpy, Y-shifted (new): min( 212) = 58.561165702648 , max( 56) = 859.11704434725 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0648812(nfa=208054, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13646 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.038| 11| 0.003| 0.007| slv : | Calculate_inc | 34.944| 10| 3.494| 5.373| slv : | CollectEMT_Results | 0.000| 11| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 0.959| 422| 0.002| 0.073| slv : | Results_processing | 3.118| 10| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 11| 0.005| 0.021| slv : | build_sl_ordering_MDS | 0.204| 11| 0.019| 0.033| slv : | build_sl_ordering_fluid | 0.228| 77| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.752| 11| 0.068| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.672| 11| 0.061| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.141| 11| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.242| 11| 0.022| 0.028| slv : | perform_stage_total | 31.320| 305| 0.103| 3.714| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 1.620| 11| 0.147| 0.199| slv : | solve_3M_alg_MDS | 0.625| 77| 0.008| 0.106| slv : | solve_BG_MDS | 0.581| 11| 0.053| 0.086| slv : | solve_BG_alg_MDS | 0.353| 77| 0.005| 0.063| slv : | solve_BL_MDS | 15.812| 11| 1.437| 3.714| slv : | solve_CHT | 10.607| 11| 0.964| 3.119| slv : | solve_CHT_MDS | 10.219| 11| 0.929| 3.090| slv : | solve_CHT_alg_MDS | 7.724| 11| 0.702| 2.819| slv : | solve_DvGr_MDS | 4.229| 11| 0.384| 0.519| slv : | solve_DvGr_alg_MDS | 1.710| 77| 0.022| 0.266| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 11| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 11| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 11| 0.000| 0.000| slv : | solve_YTurb_MDS | 4.913| 11| 0.447| 1.732| slv : | solve_YTurb_alg_MDS | 2.809| 154| 0.018| 1.413| slv : | update_BC_MDS | 0.030| 12| 0.003| 0.003| slv : | update_Mf_after_DvGr | 0.620| 11| 0.056| 0.082| slv : | update_VelPressure_MDS | 0.112| 11| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3854.91 Mb, Memory Working Set Peak = 3857.70 Mb Memory Private Bytes Current = 3981.49 Mb, Memory Private Bytes Peak = 3985.82 Mb Process Threads Number: 46 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 14966 ================== Tstep=11 =================== MWS[ 0]=6.53424e-06 MWS[ 1]=1.40275e-05 MWS[ 2]=1.40291e-05 MWS[ 3]=1.40276e-05 MWS[ 4]=1.40298e-05 MWS[ 5]=1.4025e-05 MWS[ 6]=1.40266e-05 tau_viscous_averaged = 0.0998092 tau_viscous_averaged = 0.00179781 tau_viscous_averaged = 0.00192478 tau_viscous_averaged = 0.00179934 tau_viscous_averaged = 0.00191363 tau_viscous_averaged = 0.00181805 tau_viscous_averaged = 0.00171115 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148430)=1.00 , max dt/dtG(ncv= 81502)=3.8 , dtG=2.95506 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=0.04 , max dt/dtG(ncv= 155)=0.1 , dtG=2.95506 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.04 , max dt/dtG(ncv= 203)=0.1 , dtG=2.95506 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.04 , max dt/dtG(ncv= 148)=0.1 , dtG=2.95506 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.04 , max dt/dtG(ncv= 202)=0.1 , dtG=2.95506 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=0.04 , max dt/dtG(ncv= 153)=0.1 , dtG=2.95506 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.04 , max dt/dtG(ncv= 150)=0.1 , dtG=2.95506 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=235708) = 4.859562e-14 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 1.843449e-25| 5.545353e-11| 4.460664e-27| 2.143866e-27| 1.078389e-11| 5| 15|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= -4.5613e-13 log10(resTarget_Lim / resTarget_Orig): 2.6 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=158]= 0.0000e+00 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=92]= 0.0000e+00 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=193]= 0.0000e+00 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=94]= 0.0000e+00 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 0.000000e+00| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=155]= 0.0000e+00 Face Momentum (sd= 6): max value of div(mf) (cv=198) = 6.230151e-26 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.415389e-50| 5.691104e-25| 2.291576e-50| 5.539508e-51| 5.869598e-25| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=200]= 8.4082e-23 log10(resTarget_Lim / resTarget_Orig): 0.2 Face Momentum (sd= 0): max value of div(mf) (cv=287095) = 5.814850e-15 norm_L2 of div(momentum) = 4.639378e-14. Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 6.729332e-26 norm_L2 of div(momentum) = 1.074609e-25. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 34.2858 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 10.5194 % LOG: number of a-faces with weighted approximations in 6 subdomain: 28.1407 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 11.3086 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 185| 0| 4| 365329| 0| 0| 365518| 6| 12561|5.49059e-06 | 227449|2.25064 | 227226|0.0191556 | 76652|439501 | 353632|-4.97089e-07 | 320688|-1.52732e-32 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0185526 | 321|0.934999 | 30|1.83314 | 468|82067.2 | 0|0 | 0|0 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0142775 | 666|0.665093 | 403|10.4843 | 277|313329 | 0|0 | 0|0 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186837 | 219|1.20651 | 799|24.8334 | 160|20528.7 | 0|0 | 0|0 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0142787 | 15|0.641744 | 371|10.0826 | 430|340674 | 0|0 | 0|0 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0184594 | 513|1.71681 | 813|18.9643 | 358|37587.5 | 0|0 | 0|0 | | 6| 1062| 0| 0| 2| 1060| 0| 0| 1062| 1| 1034|0.0185937 | 171|1.00909 | 1041|12.5312 | 214|52646 | 747|-4.83197e-37 | 310|-2.69833e-51 | LOG nsd = 0: numb_of_convergent=313, numb_of_divergent=306 Face Momentum (sd= 0): max value of div(mf) (cv=287095) = 5.814850e-15 norm_L2 of div(momentum) = 4.639378e-14. LOG nsd = 1: numb_of_convergent=12, numb_of_divergent=13 Face Momentum (sd= 1): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 2: numb_of_convergent=13, numb_of_divergent=12 Face Momentum (sd= 2): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 3: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 3): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 4: numb_of_convergent=12, numb_of_divergent=14 Face Momentum (sd= 4): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 5: numb_of_convergent=13, numb_of_divergent=13 Face Momentum (sd= 5): max value of div(mf) (cv=0) = 0.000000e+00 norm_L2 of div(momentum) = 0.000000e+00. LOG nsd = 6: numb_of_convergent=12, numb_of_divergent=11 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 6.729332e-26 norm_L2 of div(momentum) = 1.074609e-25. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 8.650182e-19| 4.759380e-08| 4.441004e-28| 1.456738e-24| 2.491895e-12| 45| 735|2|n|26| BAD | | 3M | 1| 0| 7.569556e-28| 9.867549e-14| 1.419292e-31| 1.505295e-33| 2.856466e-16| 2| 6|0|n|29| OK | | 3M | 2| 0| 4.243449e-28| 1.033784e-13| 7.956467e-32| 5.005153e-34| 1.986960e-16| 2| 6|0|n|29| OK | | 3M | 3| 0| 2.784827e-28| 7.831776e-14| 5.221550e-32| 4.682376e-32| 2.048240e-15| 1| 3|0|n|29| OK | | 3M | 4| 0| 4.088514e-28| 6.683282e-14| 7.665964e-32| 3.266219e-34| 1.469424e-16| 2| 6|0|n|29| OK | | 3M | 5| 0| 2.971105e-27| 2.148535e-13| 5.570823e-31| 5.511325e-33| 7.154532e-16| 2| 6|0|n|29| OK | | 3M | 6| 0| 4.864337e-23| 1.176385e-11| 7.635154e-28| 4.554300e-30| 1.973869e-14| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 181171)=7.7218497736595e-14 , max( 275371)=0.010223817463406 (local) sd 1: min( 70)=2.0226231947961e-13 , max( 202)=2.1638427343925e-07 (local) sd 2: min( 75)=1.5003199677724e-12 , max( 160)=9.4845807463431e-08 (local) sd 3: min( 124)=8.2036821211004e-14 , max( 138)=6.7556252996403e-08 (local) sd 4: min( 6)=1.0986298741998e-12 , max( 134)=1.4908595914352e-07 (local) sd 5: min( 80)=1.6462597900129e-12 , max( 199)=3.0221484729537e-07 (local) sd 6: min( 5)=1.4167964550812e-12 , max( 138)=2.8634477318992e-05 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 7.040738e-16| 1.920657e-06| 1.047836e-26| 2.304298e-26| 1.375072e-12| 45| 735|2|n|28| BAD | neumann fix solution. y[row=0][ncv=37633]= 7.1752e-10 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 6.010629e-26| 1.050038e-12| 3.756643e-30| 3.210703e-30| 8.757176e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=27]= 1.8921e-10 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 5.908124e-26| 7.710775e-13| 3.692578e-30| 3.283857e-30| 9.702907e-15| 4| 12|0|n|29| OK | neumann fix solution. y[row=0][ncv=130]= 7.3864e-11 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 4.450226e-27| 3.126445e-13| 2.781391e-31| 5.454364e-32| 1.560272e-15| 4| 12|0|n|29| OK | neumann fix solution. y[row=0][ncv=163]= -2.3338e-11 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 3.169981e-26| 7.019617e-13| 1.981238e-30| 1.859989e-30| 7.354861e-15| 5| 15|0|n|29| OK | neumann fix solution. y[row=0][ncv=152]= -9.0495e-11 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.462363e-25| 1.774293e-12| 9.139769e-30| 6.632550e-30| 1.297058e-14| 4| 12|0|n|29| OK | neumann fix solution. y[row=0][ncv=56]= 1.3099e-10 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 2.429019e-22| 4.358772e-11| 1.683149e-29| 7.320270e-30| 1.441073e-14| 11| 33|0|n|29| OK | neumann fix solution. y[row=0][ncv=74]= 4.4556e-09 PRESSURE SOLVER(geom_index= 0): sum_C_dp=2.67963e-23 PRESSURE SOLVER(geom_index= 1): sum_C_dp=-4.74762e-26 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-1.92299e-26 PRESSURE SOLVER(geom_index= 3): sum_C_dp=3.78591e-27 PRESSURE SOLVER(geom_index= 4): sum_C_dp=2.88036e-26 PRESSURE SOLVER(geom_index= 5): sum_C_dp=-8.79422e-27 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-6.87355e-25 Face Momentum (sd= 0): max value of div(mf) (cv=182096) = 7.773237e-14 norm_L2 of div(momentum) = 1.518002e-13. Face Momentum (sd= 1): max value of div(mf) (cv=199) = 1.047213e-15 norm_L2 of div(momentum) = 1.837051e-15. Face Momentum (sd= 2): max value of div(mf) (cv=61) = 9.113248e-16 norm_L2 of div(momentum) = 1.925679e-15. Face Momentum (sd= 3): max value of div(mf) (cv=190) = 9.482537e-17 norm_L2 of div(momentum) = 2.365734e-16. Face Momentum (sd= 4): max value of div(mf) (cv=98) = 8.057714e-16 norm_L2 of div(momentum) = 1.460612e-15. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 1.523679e-15 norm_L2 of div(momentum) = 2.691236e-15. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 1.167548e-15 norm_L2 of div(momentum) = 3.161342e-15. nsd = 0 min_dtHy = 23.2672 (nCV = 275371 ) max_dtHy = 877.48 (nCV = 81502 ) nsd = 1 min_dtHy = 25.5481 (nCV = 73 ) max_dtHy = 51.0961 (nCV = 207 ) nsd = 2 min_dtHy = 25.5452 (nCV = 88 ) max_dtHy = 102.181 (nCV = 203 ) nsd = 3 min_dtHy = 25.5479 (nCV = 25 ) max_dtHy = 51.0958 (nCV = 199 ) nsd = 4 min_dtHy = 25.5412 (nCV = 86 ) max_dtHy = 102.176 (nCV = 202 ) nsd = 5 min_dtHy = 25.5527 (nCV = 93 ) max_dtHy = 51.1054 (nCV = 203 ) nsd = 6 min_dtHy = 25.5498 (nCV = 138 ) max_dtHy = 51.0995 (nCV = 202 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 5.738656e+03| 9.030535e+03| 1.848099e-03| 9.839590e-04| 1.081028e+00| 18| 180|1|n|26| OK | nsd = 0 min_dtke = 0.000732564 (nCV = 191945 ) max_dtke = 0.503542 (nCV = 124396 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.040227e-16| 2.981884e-07| 2.928233e-40| 6.244953e-44| 5.373679e-21| 5| 30|0|n|28| OK | |turb| 0| 1| 3.865632e-14| 9.536698e-06| 3.139950e-47| 1.876348e-43| 1.293470e-20| 20| 330|2|n|28| BAD | Filter: K,E,momentum: sd = 0 isolating K from zero= 2 E from zero= 236090 E from infinity= 102181 nsd = 1 min_dtke = 0.00147923 (nCV = 53 ) max_dtke = 0.00606893 (nCV = 208 ) |turb| 1| 0| 1.207497e-22| 1.171387e-10| 3.580749e-39| 1.396415e-51| 3.344265e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 4.547412e-18| 2.171199e-08| 2.320822e-45| 1.485255e-47| 3.303553e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 190 nsd = 2 min_dtke = 0.00147906 (nCV = 71 ) max_dtke = 0.012987 (nCV = 203 ) |turb| 2| 0| 8.764516e-23| 8.641523e-11| 3.631635e-39| 1.560853e-51| 3.586603e-25| 2| 12|0|n|29| OK | |turb| 2| 1| 2.969020e-18| 1.744776e-08| 2.305168e-45| 2.033707e-47| 4.037675e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 186 nsd = 3 min_dtke = 0.0014791 (nCV = 170 ) max_dtke = 0.00591494 (nCV = 193 ) |turb| 3| 0| 8.742181e-23| 9.088242e-11| 3.490257e-39| 1.397068e-51| 3.352343e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 2.768306e-18| 1.723204e-08| 2.218563e-45| 2.084756e-47| 4.156583e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 189 nsd = 4 min_dtke = 0.00147884 (nCV = 46 ) max_dtke = 0.0129952 (nCV = 202 ) |turb| 4| 0| 6.285054e-23| 8.478213e-11| 3.637285e-39| 1.512566e-51| 3.231174e-25| 2| 12|0|n|29| OK | |turb| 4| 1| 2.728861e-18| 1.701443e-08| 2.313656e-45| 2.098655e-47| 4.104884e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 185 nsd = 5 min_dtke = 0.00147909 (nCV = 55 ) max_dtke = 0.00606893 (nCV = 205 ) |turb| 5| 0| 8.815329e-23| 9.177602e-11| 3.512918e-39| 1.422516e-51| 3.311954e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 2.756052e-18| 1.733375e-08| 2.226597e-45| 2.285748e-47| 4.218621e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 187 nsd = 6 min_dtke = 0.0014791 (nCV = 86 ) max_dtke = 0.00606846 (nCV = 205 ) |turb| 6| 0| 1.186947e-22| 1.153326e-10| 3.645217e-39| 1.224147e-51| 2.891901e-25| 2| 12|0|n|29| OK | |turb| 6| 1| 4.253137e-18| 2.169199e-08| 2.356064e-45| 1.544858e-47| 3.443139e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00653881 del_p_mean=5984.73 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.07853e-07 del_p_mean=4745.59 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.09013e-07 del_p_mean=6455.03 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.08645e-07 del_p_mean=4412.9 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.08899e-07 del_p_mean=6059.16 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.06675e-07 del_p_mean=5176.5 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.0653e-07 del_p_mean=4750.5 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 13245,sd_id= 14) = 99.841375414993 max(solid,ncvloc= 73583,sd_id= 8) = 379.37638440488 View 0(1) T_solid:min(solid,ncvloc= 88369,sd_id=122) = 116.58486538908 max(solid,ncvloc= 89108,sd_id=122) = 180.58674666257 View 0(2) T_solid:min(solid,ncvloc= 17,sd_id=123) = 220.2304004313 max(solid,ncvloc= 6,sd_id=123) = 220.35192858578 View 0(3) T_solid:min(solid,ncvloc= 2,sd_id=124) = 161.77442975325 max(solid,ncvloc= 12,sd_id=124) = 162.43118784385 View 0(4) T_solid:min(solid,ncvloc= 2,sd_id=126) = 152.65919424444 max(solid,ncvloc= 5,sd_id=126) = 152.66142609423 View 0(5) T_solid:min(solid,ncvloc= 3,sd_id=127) = 151.17698840953 max(solid,ncvloc= 7,sd_id=127) = 151.18756547113 View 0(6) T_solid:min(solid,ncvloc= 2,sd_id=128) = 152.58969556342 max(solid,ncvloc= 1,sd_id=128) = 152.59000727383 View 0(7) T_solid:min(solid,ncvloc= 4,sd_id=129) = 151.92090551766 max(solid,ncvloc= 3,sd_id=129) = 151.92380299755 View 0(8) T_solid:min(solid,ncvloc= 1,sd_id=130) = 152.93116715825 max(solid,ncvloc= 2,sd_id=130) = 152.93153896118 View 0(9) T_solid:min(solid,ncvloc= 3,sd_id=131) = 152.16056528908 max(solid,ncvloc= 4,sd_id=131) = 152.16316545744 View 0(10) T_solid:min(solid,ncvloc= 3,sd_id=132) = 152.38027813518 max(solid,ncvloc= 0,sd_id=132) = 152.38087517046 slv : Global T_solid:min(solid,ncvloc= 13245,sd_id= 14) = 99.841375414993 max(solid,ncvloc= 73583,sd_id= 8) = 379.37638440488 slv : Fluid subdom(new) 0 slv : P static (new) : min( 182787) = 60819.938271466 , max( 275385) = 60819.938273242 slv : Density (new) : min( 267876) = 0.010372813643687 , max( 62187) = 46995.665091437 slv : Velocity (new) : min( 223432) = 1.673260923618e-12 , max( 275371) = 0.02166678890598 slv : Mach number (new) : min( 223432) = 6.6152778633491e-15 , max( 275371) = 3.5413955424882e-05 slv : Turbulent k (new) : min( 146634) = 1e-40 , max( 256288) = 4.0192513298378e-05 slv : Turbulent e (new) : min( 146634) = 2.601884509959e-38 , max( 66257) = 0.025510788046993 slv : Temperature (new) : min( 62187) = 0.0045077084410407 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 116352) = -40983300.65699 , max( 267876) = 53664233.073153 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 203) = 106198.96376965 , max( 146) = 106198.96376965 slv : Density (new) : min( 11) = 1.1525845927914 , max( 201) = 1.2508636710226 slv : Velocity (new) : min( 70) = 2.4302750413767e-13 , max( 202) = 1.9106055601545e-07 slv : Mach number (new) : min( 70) = 6.779674365454e-16 , max( 202) = 5.5424553657381e-10 slv : Turbulent k (new) : min( 2) = 1e-40 , max( 208) = 3.749730563154e-05 slv : Turbulent e (new) : min( 2) = 1.2629796225768e-38 , max( 203) = 0.0048189856206355 slv : Temperature (new) : min( 201) = 295.71812437331 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 201) = 2534.9781568377 , max( 11) = 27937.473254884 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 50) = 107884.71314508 , max( 47) = 107884.71314508 slv : Density (new) : min( 5) = 1.1374441051193 , max( 95) = 1.2667567731388 slv : Velocity (new) : min( 68) = 9.0512921646728e-13 , max( 50) = 8.0446537257539e-08 slv : Mach number (new) : min( 68) = 2.5107140353984e-15 , max( 50) = 2.2982027295705e-10 slv : Turbulent k (new) : min( 5) = 1e-40 , max( 93) = 3.7492407618778e-05 slv : Turbulent e (new) : min( 196) = 1.2596327590639e-38 , max( 13) = 0.0050549130116478 slv : Temperature (new) : min( 95) = 296.6431466901 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 95) = 3466.2583003093 , max( 5) = 37451.075546248 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 201) = 105862.43753443 , max( 138) = 105862.43753443 slv : Density (new) : min( 3) = 1.1551262769533 , max( 196) = 1.2473410847736 slv : Velocity (new) : min( 0) = 4.5431690583995e-13 , max( 138) = 6.1502490436305e-08 slv : Mach number (new) : min( 0) = 1.2713515612094e-15 , max( 138) = 1.7579081244443e-10 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 201) = 3.7499466553648e-05 slv : Turbulent e (new) : min( 52) = 1.2627846593634e-38 , max( 40) = 0.0050118475076006 slv : Temperature (new) : min( 196) = 295.61352866869 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 196) = 2429.6771109978 , max( 3) = 26202.619041126 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 198) = 107477.62503978 , max( 136) = 107477.62503978 slv : Density (new) : min( 138) = 1.141287183317 , max( 102) = 1.2627254969974 slv : Velocity (new) : min( 3) = 1.1904335201144e-12 , max( 134) = 9.4751543972284e-08 slv : Mach number (new) : min( 3) = 3.3009905646155e-15 , max( 134) = 2.6767135114795e-10 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 99) = 3.7502007689841e-05 slv : Turbulent e (new) : min( 26) = 1.2595146565895e-38 , max( 116) = 0.0050103893187464 slv : Temperature (new) : min( 102) = 296.46727023028 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 102) = 3289.1892684192 , max( 138) = 35075.886830725 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 153) = 106669.50377118 , max( 190) = 106669.50377118 slv : Density (new) : min( 71) = 1.1475878578729 , max( 201) = 1.2554860527396 slv : Velocity (new) : min( 73) = 3.0233484663027e-12 , max( 199) = 2.7067727268428e-07 slv : Mach number (new) : min( 73) = 8.3981718490498e-15 , max( 199) = 7.8490384116669e-10 slv : Turbulent k (new) : min( 4) = 1e-40 , max( 205) = 3.7497352236423e-05 slv : Turbulent e (new) : min( 16) = 1.2641318493065e-38 , max( 112) = 0.0050434247579419 slv : Temperature (new) : min( 201) = 295.9347912512 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 201) = 2753.1075851525 , max( 71) = 30786.28866708 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 179) = 106218.3423977 , max( 137) = 106218.34239783 slv : Density (new) : min( 65) = 1.1514235734042 , max( 212) = 1.2509152499733 slv : Velocity (new) : min( 65) = 3.1230514149483e-12 , max( 138) = 2.5090276966497e-05 slv : Mach number (new) : min( 65) = 8.6959954563183e-15 , max( 138) = 7.1248800137398e-08 slv : Turbulent k (new) : min( 1) = 1e-40 , max( 205) = 3.7497291838443e-05 slv : Turbulent e (new) : min( 64) = 1.2634350773748e-38 , max( 209) = 0.0048185697281616 slv : Temperature (new) : min( 212) = 295.75988989914 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 212) = 2577.025456493 , max( 65) = 28322.822954499 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0612732(nfa=208054, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13617 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.042| 12| 0.003| 0.007| slv : | Calculate_inc | 41.970| 11| 3.815| 7.026| slv : | CollectEMT_Results | 0.000| 12| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.050| 450| 0.002| 0.073| slv : | Results_processing | 3.429| 11| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 12| 0.005| 0.021| slv : | build_sl_ordering_MDS | 0.204| 12| 0.017| 0.033| slv : | build_sl_ordering_fluid | 0.228| 84| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.817| 12| 0.068| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.729| 12| 0.061| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.154| 12| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.263| 12| 0.022| 0.028| slv : | perform_stage_total | 48.195| 332| 0.145| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 7.900| 12| 0.658| 6.280| slv : | solve_3M_alg_MDS | 6.817| 84| 0.081| 6.185| slv : | solve_BG_MDS | 0.666| 12| 0.056| 0.086| slv : | solve_BG_alg_MDS | 0.416| 84| 0.005| 0.063| slv : | solve_BL_MDS | 16.821| 12| 1.402| 3.714| slv : | solve_CHT | 14.098| 12| 1.175| 3.491| slv : | solve_CHT_MDS | 13.677| 12| 1.140| 3.458| slv : | solve_CHT_alg_MDS | 10.942| 12| 0.912| 3.218| slv : | solve_DvGr_MDS | 11.721| 12| 0.977| 7.493| slv : | solve_DvGr_alg_MDS | 8.988| 84| 0.107| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 12| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 12| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 12| 0.000| 0.000| slv : | solve_YTurb_MDS | 6.717| 12| 0.560| 1.805| slv : | solve_YTurb_alg_MDS | 4.414| 168| 0.026| 1.422| slv : | update_BC_MDS | 0.033| 13| 0.003| 0.003| slv : | update_Mf_after_DvGr | 0.693| 12| 0.058| 0.082| slv : | update_VelPressure_MDS | 0.123| 12| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ----------------------------------------------------------------------- Memory Working Set Current = 3855.84 Mb, Memory Working Set Peak = 3858.58 Mb Memory Private Bytes Current = 3982.33 Mb, Memory Private Bytes Peak = 3986.46 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16116 ================== Tstep=12 =================== MWS[ 0]=7.1319e-05 MWS[ 1]=1.24396e-05 MWS[ 2]=1.2359e-05 MWS[ 3]=1.2453e-05 MWS[ 4]=1.23795e-05 MWS[ 5]=1.2413e-05 MWS[ 6]=1.24334e-05 tau_viscous_averaged = 0.00455862 tau_viscous_averaged = 0.00173227 tau_viscous_averaged = 0.00183042 tau_viscous_averaged = 0.0017381 tau_viscous_averaged = 0.00182531 tau_viscous_averaged = 0.00174603 tau_viscous_averaged = 0.0016487 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 275371)=0.63 , max dt/dtG(ncv= 80874)=7.7 , dtG=0.0660981 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=1.71 , max dt/dtG(ncv= 197)=2.9 , dtG=0.0660981 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=1.84 , max dt/dtG(ncv= 203)=3.1 , dtG=0.0660981 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=1.67 , max dt/dtG(ncv= 195)=2.9 , dtG=0.0660981 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=1.82 , max dt/dtG(ncv= 202)=3.1 , dtG=0.0660981 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=1.73 , max dt/dtG(ncv= 194)=3.0 , dtG=0.0660981 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=1.63 , max dt/dtG(ncv= 204)=2.8 , dtG=0.0660981 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=182096) = 7.773237e-14 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 2.304329e-26| 1.377010e-12| 1.047836e-28| 7.010191e-29| 3.056609e-13| 9| 27|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 6.3588e-13 log10(resTarget_Lim / resTarget_Orig): 1.9 Face Momentum (sd= 1): max value of div(mf) (cv=199) = 1.047213e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 3.311321e-30| 9.214942e-15| 3.756643e-32| 2.925910e-32| 1.694959e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= -2.0695e-11 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 2): max value of div(mf) (cv=61) = 9.113248e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 3.103427e-30| 1.010513e-14| 3.692578e-32| 3.566136e-32| 1.746324e-15| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= -2.2031e-11 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 3): max value of div(mf) (cv=190) = 9.482537e-17 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 5.593414e-32| 1.591603e-15| 2.781391e-33| 1.065263e-33| 3.210252e-16| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= 2.9076e-12 log10(resTarget_Lim / resTarget_Orig): 2.9 Face Momentum (sd= 4): max value of div(mf) (cv=98) = 8.057714e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 1.862827e-30| 7.862733e-15| 1.981238e-32| 1.364611e-32| 1.067055e-15| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= 8.2732e-12 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 1.523679e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 5.123232e-30| 1.283574e-14| 9.139769e-32| 6.745320e-32| 2.448335e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= -2.9745e-11 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 1.167548e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 8.809214e-30| 1.653162e-14| 1.683149e-31| 8.975401e-32| 2.915791e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=200]= -4.4166e-11 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 0): max value of div(mf) (cv=182179) = 1.945263e-15 norm_L2 of div(momentum) = 8.373886e-15. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 4.396518e-17 norm_L2 of div(momentum) = 1.742750e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 4.800128e-17 norm_L2 of div(momentum) = 1.895959e-16. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.298783e-17 norm_L2 of div(momentum) = 3.584247e-17. Face Momentum (sd= 4): max value of div(mf) (cv=41) = 3.899252e-17 norm_L2 of div(momentum) = 1.187592e-16. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 1.059651e-16 norm_L2 of div(momentum) = 2.775079e-16. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 1.109289e-16 norm_L2 of div(momentum) = 3.103453e-16. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 34.3085 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 10.3725 % LOG: number of a-faces with weighted approximations in 1 subdomain: 42.5129 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 18.9079 % LOG: number of a-faces with weighted approximations in 2 subdomain: 40.4399 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 16.8821 % LOG: number of a-faces with weighted approximations in 3 subdomain: 39.6985 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 17.878 % LOG: number of a-faces with weighted approximations in 4 subdomain: 40.4762 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 15.5171 % LOG: number of a-faces with weighted approximations in 5 subdomain: 42.2945 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 17.6214 % LOG: number of a-faces with weighted approximations in 6 subdomain: 32.8308 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 15.362 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 90122| 122| 778| 274351| 145| 0| 365396| 97| 65784|1.14017e-07 | 259329|307.252 | 15914|0.00499367 | 39285|2.97148e+06 | 336878|-0.000203369 | 12198|0 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 879|0.0180934 | 321|1.01474 | 881|15.9773 | 332|6486.53 | 889|-1.58573e-15 | 299|-1.64185e-27 | | 2| 777| 0| 0| 0| 777| 0| 0| 777| 1| 776|0.0137754 | 666|0.751213 | 41|4.39511 | 277|16522.6 | 187|-8.62152e-16 | 262|-2.97308e-26 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0186066 | 219|1.26425 | 814|23.5231 | 322|64762.3 | 626|-3.9949e-16 | 167|-8.31707e-27 | | 4| 795| 0| 0| 0| 795| 0| 0| 795| 1| 784|0.0138101 | 15|0.719929 | 583|23.1352 | 430|19463.1 | 773|-6.28801e-16 | 53|-1.11217e-26 | | 5| 819| 0| 0| 0| 819| 0| 0| 819| 1| 798|0.0179597 | 513|1.81143 | 324|8.34513 | 126|185321 | 438|-3.17625e-15 | 263|-5.74672e-26 | | 6| 1062| 32| 0| 2| 1028| 0| 0| 1062| 6| 1034|0.0185146 | 171|1.09571 | 1049|12.9188 | 560|40483.7 | 627|-8.09928e-11 | 80|-1.39176e-25 | LOG nsd = 0: numb_of_convergent=18, numb_of_divergent=13 Face Momentum (sd= 0): max value of div(mf) (cv=182179) = 1.945263e-15 norm_L2 of div(momentum) = 8.373886e-15. LOG nsd = 1: numb_of_convergent=2, numb_of_divergent=7 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 4.396518e-17 norm_L2 of div(momentum) = 1.742750e-16. LOG nsd = 2: numb_of_convergent=5, numb_of_divergent=3 Face Momentum (sd= 2): max value of div(mf) (cv=26) = 4.800128e-17 norm_L2 of div(momentum) = 1.895959e-16. LOG nsd = 3: numb_of_convergent=0, numb_of_divergent=6 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.298783e-17 norm_L2 of div(momentum) = 3.584247e-17. LOG nsd = 4: numb_of_convergent=6, numb_of_divergent=2 Face Momentum (sd= 4): max value of div(mf) (cv=41) = 3.899252e-17 norm_L2 of div(momentum) = 1.187592e-16. LOG nsd = 5: numb_of_convergent=3, numb_of_divergent=6 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 1.059651e-16 norm_L2 of div(momentum) = 2.775079e-16. LOG nsd = 6: numb_of_convergent=2, numb_of_divergent=4 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 1.109289e-16 norm_L2 of div(momentum) = 3.103453e-16. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 3.375862e-16| 1.253431e-06| 8.071493e-25| 7.366433e-25| 1.720561e-12| 36| 378|2|n|26| OK | | 3M | 1| 0| 1.052681e-24| 3.768512e-12| 1.973778e-28| 5.593821e-31| 6.195354e-15| 2| 6|0|n|29| OK | | 3M | 2| 0| 1.630321e-24| 6.465221e-12| 3.056852e-28| 3.225995e-30| 1.766049e-14| 2| 6|0|n|29| OK | | 3M | 3| 0| 3.510418e-25| 2.813659e-12| 6.582034e-29| 5.490448e-29| 7.271868e-14| 1| 3|0|n|29| OK | | 3M | 4| 0| 1.732093e-24| 4.392384e-12| 3.247675e-28| 1.083528e-30| 8.430325e-15| 2| 6|0|n|29| OK | | 3M | 5| 0| 2.849876e-24| 6.819505e-12| 5.343517e-28| 3.188277e-30| 1.786480e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 5.428412e-20| 3.984608e-10| 7.667555e-28| 2.758384e-30| 1.486470e-14| 3| 9|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 262486)=4.68659259151e-13 , max( 275371)=0.0058541486200179 (local) sd 1: min( 70)=6.3586832189486e-12 , max( 202)=8.12052436708e-06 (local) sd 2: min( 68)=1.1471490321288e-10 , max( 160)=5.6943983176022e-06 (local) sd 3: min( 0)=5.044651351056e-12 , max( 138)=2.4063658378529e-06 (local) sd 4: min( 113)=9.6422287163415e-11 , max( 134)=9.4315250902722e-06 (local) sd 5: min( 80)=5.067391608456e-11 , max( 199)=9.5034981937365e-06 (local) sd 6: min( 5)=7.7754760111205e-11 , max( 138)=0.00094558222382903 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 3.370471e-16| 1.366967e-06| 9.532239e-25| 5.853155e-25| 3.197488e-11| 17| 63|1|n|28| OK | neumann fix solution. y[row=0][ncv=26664]= 2.5472e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 1.185273e-22| 4.609424e-11| 1.644802e-29| 1.561493e-29| 2.075842e-14| 13| 39|0|n|29| OK | neumann fix solution. y[row=0][ncv=46]= 7.6795e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 1.635937e-22| 4.823461e-11| 1.765214e-29| 7.906646e-30| 1.631147e-14| 10| 30|0|n|29| OK | neumann fix solution. y[row=0][ncv=20]= 5.7385e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 1.422462e-23| 1.804756e-11| 1.688543e-29| 1.124124e-29| 2.384816e-14| 5| 15|0|n|29| OK | neumann fix solution. y[row=0][ncv=102]= -9.1924e-10 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 1.193689e-22| 4.678334e-11| 1.769573e-29| 1.760009e-29| 2.537887e-14| 10| 30|0|n|29| OK | neumann fix solution. y[row=0][ncv=69]= -7.5946e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.400907e-22| 5.454412e-11| 1.711469e-29| 8.941479e-30| 1.411816e-14| 11| 33|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= 5.5234e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 8.639008e-19| 2.286051e-09| 1.436692e-29| 5.089547e-30| 1.589144e-14| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=156]= 1.5120e-07 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-1.54497e-19 PRESSURE SOLVER(geom_index= 1): sum_C_dp=-2.50236e-24 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-2.25678e-24 PRESSURE SOLVER(geom_index= 3): sum_C_dp=1.17438e-25 PRESSURE SOLVER(geom_index= 4): sum_C_dp=3.64432e-24 PRESSURE SOLVER(geom_index= 5): sum_C_dp=-2.33577e-25 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-1.47779e-23 Face Momentum (sd= 0): max value of div(mf) (cv=155926) = 2.379104e-13 norm_L2 of div(momentum) = 7.651857e-13. Face Momentum (sd= 1): max value of div(mf) (cv=157) = 2.094559e-15 norm_L2 of div(momentum) = 3.990539e-15. Face Momentum (sd= 2): max value of div(mf) (cv=62) = 1.562993e-15 norm_L2 of div(momentum) = 3.294329e-15. Face Momentum (sd= 3): max value of div(mf) (cv=190) = 1.106687e-15 norm_L2 of div(momentum) = 3.852987e-15. Face Momentum (sd= 4): max value of div(mf) (cv=98) = 2.259310e-15 norm_L2 of div(momentum) = 5.025917e-15. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 1.968412e-15 norm_L2 of div(momentum) = 3.448369e-15. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 9.696632e-16 norm_L2 of div(momentum) = 2.788443e-15. nsd = 0 min_dtHy = 0.0453669 (nCV = 275371 ) max_dtHy = 80.3582 (nCV = 85415 ) nsd = 1 min_dtHy = 28.6364 (nCV = 202 ) max_dtHy = 57.6151 (nCV = 197 ) nsd = 2 min_dtHy = 28.92 (nCV = 50 ) max_dtHy = 115.922 (nCV = 203 ) nsd = 3 min_dtHy = 28.7211 (nCV = 147 ) max_dtHy = 57.5546 (nCV = 195 ) nsd = 4 min_dtHy = 28.855 (nCV = 134 ) max_dtHy = 115.763 (nCV = 202 ) nsd = 5 min_dtHy = 28.5872 (nCV = 199 ) max_dtHy = 57.734 (nCV = 194 ) nsd = 6 min_dtHy = 13.7745 (nCV = 138 ) max_dtHy = 57.6089 (nCV = 203 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 1.426168e+07| 2.882415e+05| 1.452392e-01| 9.404734e-02| 3.095114e+01| 13| 117|0|n|26| OK | nsd = 0 min_dtke = 0.000135063 (nCV = 4066 ) max_dtke = 0.455184 (nCV = 246103 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 8.294400e-14| 6.944407e-07| 5.271306e-35| 2.871997e-35| 1.884111e-16| 13| 78|0|n|28| OK | |turb| 0| 1| 1.169517e-11| 2.228304e-05| 1.136965e-39| 5.365804e-40| 8.107761e-19| 18| 126|1|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 272 E from zero= 239138 E from infinity= 177345 nsd = 1 min_dtke = 0.0014755 (nCV = 76 ) max_dtke = 0.00607446 (nCV = 208 ) |turb| 1| 0| 1.060598e-22| 1.109867e-10| 3.290531e-39| 1.911262e-51| 3.756240e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 3.903964e-18| 2.079264e-08| 2.044309e-45| 1.573189e-47| 3.453479e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 210 E from infinity= 190 nsd = 2 min_dtke = 0.00147582 (nCV = 65 ) max_dtke = 0.0128923 (nCV = 203 ) |turb| 2| 0| 7.807479e-23| 8.342334e-11| 3.249303e-39| 1.701799e-51| 3.812786e-25| 2| 12|0|n|29| OK | |turb| 2| 1| 2.718354e-18| 1.723521e-08| 1.951404e-45| 1.537642e-47| 3.665444e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 203 E from infinity= 187 nsd = 3 min_dtke = 0.00147494 (nCV = 68 ) max_dtke = 0.00591925 (nCV = 194 ) |turb| 3| 0| 7.862230e-23| 8.735434e-11| 3.219935e-39| 1.600005e-51| 3.505824e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 2.514997e-18| 1.695331e-08| 1.966376e-45| 1.906216e-47| 3.753332e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 208 E from infinity= 191 nsd = 4 min_dtke = 0.00147622 (nCV = 109 ) max_dtke = 0.0128974 (nCV = 202 ) |turb| 4| 0| 5.624581e-23| 8.189161e-11| 3.273682e-39| 1.399678e-51| 3.206940e-25| 2| 12|0|n|29| OK | |turb| 4| 1| 2.500027e-18| 1.682652e-08| 1.975603e-45| 1.817747e-47| 3.954957e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 204 E from infinity= 185 nsd = 5 min_dtke = 0.00147354 (nCV = 8 ) max_dtke = 0.0060761 (nCV = 205 ) |turb| 5| 0| 8.012755e-23| 8.860450e-11| 3.202708e-39| 1.472109e-51| 3.037304e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 2.527792e-18| 1.710955e-08| 1.938458e-45| 1.658183e-47| 3.339742e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 206 E from infinity= 188 nsd = 6 min_dtke = 0.00147485 (nCV = 66 ) max_dtke = 0.00607458 (nCV = 205 ) |turb| 6| 0| 1.044146e-22| 1.082180e-10| 3.336850e-39| 1.415339e-51| 2.980758e-25| 2| 12|0|n|29| OK | |turb| 6| 1| 3.618757e-18| 2.041387e-08| 2.062612e-45| 1.594037e-47| 3.381101e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 213 E from infinity= 187 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.0125004 del_p_mean=-25533.5 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.62052e-07 del_p_mean=-32212.5 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 5.99176e-07 del_p_mean=-87007.2 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.66789e-07 del_p_mean=-33905.3 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 3.58775e-07 del_p_mean=-72906 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.63517e-07 del_p_mean=-33531.6 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 6.49218e-07 del_p_mean=-87973 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1229.4053875492 max(solid,ncvloc= 87162,sd_id= 8) = 317.76419866326 View 0(1) T_solid:min(solid,ncvloc= 70601,sd_id=122) = -420.92731586294 max(solid,ncvloc= 85178,sd_id=122) = 11.7144621565 View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1229.4053875492 max(solid,ncvloc= 87162,sd_id= 8) = 317.76419866326 slv : Fluid subdom(new) 0 slv : P static (new) : min( 241924) = 35286.403073505 , max( 275385) = 35286.403097677 slv : Density (new) : min( 267876) = 0.0060180804796602 , max( 81970) = 103305.44751063 slv : Velocity (new) : min( 144349) = 6.830675760899e-13 , max( 275371) = 0.0092800810730122 slv : Mach number (new) : min( 222828) = 1.0780318680626e-14 , max( 275371) = 1.5168116460868e-05 slv : Turbulent k (new) : min( 506) = 1e-40 , max( 183011) = 4.0331554693313e-05 slv : Turbulent e (new) : min( 96581) = 2.0832275033861e-39 , max( 297533) = 0.25487607336722 slv : Temperature (new) : min( 81970) = 0.0011897393082874 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 246006) = -547805105.36581 , max( 54874) = 6237488.2193899 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 203) = 73986.417446327 , max( 188) = 73986.417446432 slv : Density (new) : min( 11) = 0.80297963179322 , max( 182) = 22.955278028595 slv : Velocity (new) : min( 62) = 5.1787857504182e-11 , max( 151) = 6.6392583802452e-06 slv : Mach number (new) : min( 62) = 1.4497636407957e-13 , max( 151) = 1.8928031800519e-08 slv : Turbulent k (new) : min( 89) = 9.4495096048396e-25 , max( 208) = 3.7496086451931e-05 slv : Turbulent e (new) : min( 89) = 1.3025881894146e-22 , max( 61) = 0.005287089037325 slv : Temperature (new) : min( 182) = 11.226311396903 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 11) = -845956.2188047 , max( 201) = -92081.501499185 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 50) = 20877.482490768 , max( 47) = 20877.482491022 slv : Density (new) : min( 5) = 0.22011431181157 , max( 38) = 361.50037055898 slv : Velocity (new) : min( 37) = 5.6161744989477e-11 , max( 162) = 2.2050230274177e-05 slv : Mach number (new) : min( 70) = 1.234203359446e-12 , max( 162) = 6.2354710154598e-08 slv : Turbulent k (new) : min( 64) = 2.0897494084134e-22 , max( 98) = 3.7489581120454e-05 slv : Turbulent e (new) : min( 64) = 3.0423169940899e-20 , max( 13) = 0.0056311327045581 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 1) = -558758.36591011 , max( 95) = -78512.332184453 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 205) = 71957.129482614 , max( 136) = 71957.129482642 slv : Density (new) : min( 3) = 0.78516585311465 , max( 149) = 3.8884698760605 slv : Velocity (new) : min( 0) = 1.907167584579e-11 , max( 138) = 3.3082896566394e-06 slv : Mach number (new) : min( 0) = 5.3369805415001e-14 , max( 138) = 9.455989869946e-09 slv : Turbulent k (new) : min( 17) = 1.3472450546974e-22 , max( 201) = 3.7499220857467e-05 slv : Turbulent e (new) : min( 17) = 1.9196930557834e-20 , max( 78) = 0.0053108733975802 slv : Temperature (new) : min( 149) = 64.455908561933 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 3) = -861539.96230579 , max( 201) = -93874.927033498 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 198) = 34571.63765705 , max( 196) = 34571.637657274 slv : Density (new) : min( 138) = 0.36711052137318 , max( 79) = 17.901770980221 slv : Velocity (new) : min( 110) = 2.1523703206058e-10 , max( 134) = 1.9869179299009e-05 slv : Mach number (new) : min( 110) = 5.9878050856619e-13 , max( 134) = 5.6130062331463e-08 slv : Turbulent k (new) : min( 1) = 2.3935237758732e-23 , max( 99) = 3.7502199822162e-05 slv : Turbulent e (new) : min( 1) = 3.4543231212334e-21 , max( 113) = 0.0055338515503466 slv : Temperature (new) : min( 79) = 6.7265379839926 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 143) = -561763.84255982 , max( 102) = -79235.01319854 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 197) = 73137.897879676 , max( 190) = 73137.897879749 slv : Density (new) : min( 71) = 0.78684310500929 , max( 143) = 21.174782589526 slv : Velocity (new) : min( 80) = 1.2724044328851e-10 , max( 178) = 9.5303224950479e-06 slv : Mach number (new) : min( 80) = 3.554727510298e-13 , max( 199) = 2.9866685147577e-08 slv : Turbulent k (new) : min( 71) = 1.4861040553319e-24 , max( 205) = 3.7496156314758e-05 slv : Turbulent e (new) : min( 71) = 2.1157530322151e-22 , max( 38) = 0.0053894899665572 slv : Temperature (new) : min( 143) = 12.030707196299 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 71) = -853242.3156928 , max( 201) = -93634.542267948 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 138) = 18245.326672912 , max( 137) = 18245.326682294 slv : Density (new) : min( 65) = 0.19778221695598 , max( 23) = 35.271763190722 slv : Velocity (new) : min( 112) = 2.0581759316432e-10 , max( 137) = 0.00023114230231392 slv : Mach number (new) : min( 5) = 1.2024388071281e-12 , max( 138) = 1.3919817994656e-06 slv : Turbulent k (new) : min( 11) = 1.5517696339867e-23 , max( 205) = 3.7496066998855e-05 slv : Turbulent e (new) : min( 11) = 2.1827190778359e-21 , max( 15) = 0.0052903154879111 slv : Temperature (new) : min( 23) = 1.8017399857905 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 63) = -387233.02153928 , max( 212) = -62105.782794526 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0648515(nfa=880171, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13223 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.045| 13| 0.003| 0.007| slv : | Calculate_inc | 62.549| 12| 5.212| 20.579| slv : | CollectEMT_Results | 0.000| 13| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.174| 485| 0.002| 0.073| slv : | Results_processing | 3.744| 12| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 13| 0.004| 0.021| slv : | build_sl_ordering_MDS | 0.227| 13| 0.017| 0.033| slv : | build_sl_ordering_fluid | 0.253| 91| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.882| 13| 0.068| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.787| 13| 0.061| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.167| 13| 0.013| 0.013| slv : | init_Hy_group_MDS | 0.285| 13| 0.022| 0.028| slv : | perform_stage_total | 55.834| 359| 0.156| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 11.421| 13| 0.879| 6.280| slv : | solve_3M_alg_MDS | 10.252| 91| 0.113| 6.185| slv : | solve_BG_MDS | 0.816| 13| 0.063| 0.150| slv : | solve_BG_alg_MDS | 0.550| 91| 0.006| 0.125| slv : | solve_BL_MDS | 17.932| 13| 1.379| 3.714| slv : | solve_CHT | 16.386| 13| 1.260| 3.491| slv : | solve_CHT_MDS | 15.933| 13| 1.226| 3.458| slv : | solve_CHT_alg_MDS | 12.959| 13| 0.997| 3.218| slv : | solve_DvGr_MDS | 12.796| 13| 0.984| 7.493| slv : | solve_DvGr_alg_MDS | 9.865| 91| 0.108| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 13| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 13| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 13| 0.000| 0.000| slv : | solve_YTurb_MDS | 8.239| 13| 0.634| 1.805| slv : | solve_YTurb_alg_MDS | 5.740| 182| 0.032| 1.422| slv : | update_BC_MDS | 0.035| 14| 0.003| 0.003| slv : | update_Mf_after_DvGr | 0.758| 13| 0.058| 0.082| slv : | update_VelPressure_MDS | 0.133| 13| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147948 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131235 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139523 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139523 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139523 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131237 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240086 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271397 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240087 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139565 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131240 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240087 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240089 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139567 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240089 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147951 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240090 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250586 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147951 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95616 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203162 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240091 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156767 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250587 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147951 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156767 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156769 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156770 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95620 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156771 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95620 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139677 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156771 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95621 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139678 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166301 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156772 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95621 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139678 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166301 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156773 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166304 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139678 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95622 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156774 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166304 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139679 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95623 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156774 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161137 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166305 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161138 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161138 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161138 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22172 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161148 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161148 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161150 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161150 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161152 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22181 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161154 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166772 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49307 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49309 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49313 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135116 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135117 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135118 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135119 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135120 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135120 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135121 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135124 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135124 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135125 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127147 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127147 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127149 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127149 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127149 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127162 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127164 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127164 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127165 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127166 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213277 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213278 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213278 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213280 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213282 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213282 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213284 ----------------------------------------------------------------------- Memory Working Set Current = 3855.89 Mb, Memory Working Set Peak = 3858.68 Mb Memory Private Bytes Current = 3982.34 Mb, Memory Private Bytes Peak = 3986.64 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16235 ================== Tstep=13 =================== MWS[ 0]=2.32275e-05 MWS[ 1]=1.02376e-05 MWS[ 2]=5.37346e-06 MWS[ 3]=1.01237e-05 MWS[ 4]=6.9313e-06 MWS[ 5]=1.01345e-05 MWS[ 6]=5.09505e-06 tau_viscous_averaged = 0.00264791 tau_viscous_averaged = 0.00150386 tau_viscous_averaged = 0.000484468 tau_viscous_averaged = 0.00148474 tau_viscous_averaged = 0.000797189 tau_viscous_averaged = 0.00149559 tau_viscous_averaged = 0.00063747 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 275371)=0.93 , max dt/dtG(ncv= 80874)=3.6 , dtG=0.0827411 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=1.19 , max dt/dtG(ncv= 156)=2.0 , dtG=0.0827411 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.39 , max dt/dtG(ncv= 203)=0.7 , dtG=0.0827411 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=1.14 , max dt/dtG(ncv= 148)=2.0 , dtG=0.0827411 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.64 , max dt/dtG(ncv= 202)=1.1 , dtG=0.0827411 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=1.18 , max dt/dtG(ncv= 154)=2.0 , dtG=0.0827411 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=0.50 , max dt/dtG(ncv= 204)=0.9 , dtG=0.0827411 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=155926) = 2.379104e-13 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 5.855083e-25| 3.201175e-11| 9.532239e-27| 5.485295e-27| 6.323446e-12| 7| 21|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 2.1135e-11 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 1): max value of div(mf) (cv=157) = 2.094559e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 1.510447e-29| 2.076157e-14| 1.644802e-31| 1.523329e-31| 3.870048e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= -5.5610e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 2): max value of div(mf) (cv=62) = 1.562993e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 9.326269e-30| 1.820215e-14| 1.765214e-31| 1.226918e-31| 3.233043e-15| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= -1.4903e-10 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 3): max value of div(mf) (cv=190) = 1.106687e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 1.483517e-29| 2.750661e-14| 1.688543e-31| 1.051609e-31| 3.096931e-15| 5| 15|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -1.5672e-14 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 4): max value of div(mf) (cv=98) = 2.259310e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 2.362942e-29| 3.014840e-14| 1.769573e-31| 3.619147e-32| 1.711746e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= 7.3803e-11 log10(resTarget_Lim / resTarget_Orig): 2.1 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 1.968412e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 9.302833e-30| 1.630198e-14| 1.711469e-31| 1.117801e-31| 3.151852e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= -4.4680e-11 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 9.696632e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 7.267455e-30| 1.871706e-14| 1.436692e-31| 6.075728e-32| 2.393913e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=200]= -9.6184e-11 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 0): max value of div(mf) (cv=260584) = 1.183402e-14 norm_L2 of div(momentum) = 7.407554e-14. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 9.911032e-17 norm_L2 of div(momentum) = 3.974021e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 8.927535e-17 norm_L2 of div(momentum) = 3.516527e-16. Face Momentum (sd= 3): max value of div(mf) (cv=75) = 9.036306e-17 norm_L2 of div(momentum) = 3.368511e-16. Face Momentum (sd= 4): max value of div(mf) (cv=138) = 5.945498e-17 norm_L2 of div(momentum) = 1.937250e-16. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 1.361224e-16 norm_L2 of div(momentum) = 3.571582e-16. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 9.013878e-17 norm_L2 of div(momentum) = 2.552302e-16. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 36.5433 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 11.0772 % LOG: number of a-faces with weighted approximations in 1 subdomain: 40.6196 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 15.8241 % LOG: number of a-faces with weighted approximations in 2 subdomain: 40.6091 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 17.3377 % LOG: number of a-faces with weighted approximations in 3 subdomain: 38.6935 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 16.6235 % LOG: number of a-faces with weighted approximations in 4 subdomain: 44.5578 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 16.8793 % LOG: number of a-faces with weighted approximations in 5 subdomain: 39.2123 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 15.2855 % LOG: number of a-faces with weighted approximations in 6 subdomain: 32.4958 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 14.0357 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 96476| 179| 1605| 267040| 218| 0| 365339| 71| 91915|6.53745e-08 | 259329|654.633 | 97357|0.00635125 | 6505|618627 | 336878|-3.71774e-05 | 357214|1.16415e-10 | | 1| 899| 0| 0| 0| 899| 0| 0| 899| 1| 684|0.00386157 | 321|1.45654 | 684|17.3685 | 893|3541.09 | 673|-4.9234e-12 | 316|-8.19241e-23 | | 2| 777| 5| 0| 0| 772| 0| 0| 777| 3| 140|0.00013615 | 666|3.88191 | 630|11.0006 | 395|2965.47 | 619|-8.90239e-11 | 135|-2.27608e-23 | | 3| 832| 0| 0| 0| 832| 0| 0| 832| 1| 799|0.0019511 | 219|1.85995 | 799|9.65997 | 819|7447.89 | 623|-4.26463e-12 | 170|-1.70618e-23 | | 4| 795| 4| 0| 0| 791| 0| 0| 795| 3| 739|0.00104602 | 15|2.23814 | 763|14.159 | 382|3368.4 | 541|-2.15907e-11 | 411|-2.99229e-22 | | 5| 819| 1| 0| 0| 818| 0| 0| 819| 2| 636|0.00376885 | 513|2.64192 | 640|17.1185 | 814|3260.99 | 438|-7.22017e-11 | 353|-2.1304e-22 | | 6| 1062| 188| 0| 2| 872| 0| 0| 1062| 18| 145|0.000475185 | 171|6.37885 | 127|2.19685 | 221|45313.3 | 725|-9.239e-08 | 132|-2.12222e-22 | LOG nsd = 0: numb_of_convergent=44, numb_of_divergent=37 Face Momentum (sd= 0): max value of div(mf) (cv=260584) = 1.183402e-14 norm_L2 of div(momentum) = 7.407554e-14. LOG nsd = 1: numb_of_convergent=1, numb_of_divergent=2 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 9.911032e-17 norm_L2 of div(momentum) = 3.974021e-16. LOG nsd = 2: numb_of_convergent=0, numb_of_divergent=1 Face Momentum (sd= 2): max value of div(mf) (cv=26) = 8.927535e-17 norm_L2 of div(momentum) = 3.516527e-16. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=1 Face Momentum (sd= 3): max value of div(mf) (cv=75) = 9.036306e-17 norm_L2 of div(momentum) = 3.368511e-16. LOG nsd = 4: numb_of_convergent=2, numb_of_divergent=2 Face Momentum (sd= 4): max value of div(mf) (cv=138) = 5.945498e-17 norm_L2 of div(momentum) = 1.937250e-16. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=2 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 1.361224e-16 norm_L2 of div(momentum) = 3.571582e-16. LOG nsd = 6: numb_of_convergent=1, numb_of_divergent=2 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 9.013878e-17 norm_L2 of div(momentum) = 2.552302e-16. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 6.811046e-17| 8.147969e-07| 1.475276e-25| 1.270093e-25| 6.503818e-13| 41| 543|2|n|26| OK | | 3M | 1| 0| 4.298752e-23| 2.773040e-11| 6.077478e-28| 5.554124e-29| 5.964334e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 3.393433e-22| 1.033845e-10| 4.781621e-28| 1.177222e-28| 9.110060e-14| 2| 6|0|n|29| OK | | 3M | 3| 0| 2.066500e-23| 2.280127e-11| 6.079326e-28| 8.941713e-30| 3.044282e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 2.802135e-22| 6.094559e-11| 4.784542e-28| 1.744826e-28| 9.454591e-14| 2| 6|0|n|29| OK | | 3M | 5| 0| 1.147435e-22| 4.804041e-11| 6.197288e-28| 4.730265e-29| 6.297358e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 1.652947e-17| 7.028493e-09| 1.431210e-28| 1.569352e-29| 3.924151e-14| 3| 9|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 262486)=7.5542135942868e-13 , max( 275371)=0.0066880543125208 (local) sd 1: min( 70)=1.456919692102e-10 , max( 202)=8.2546449069421e-05 (local) sd 2: min( 37)=2.6881696123106e-10 , max( 94)=9.0008902296533e-05 (local) sd 3: min( 0)=4.204479215851e-11 , max( 200)=3.285504543237e-05 (local) sd 4: min( 16)=1.3778084617517e-09 , max( 134)=0.00012997623230609 (local) sd 5: min( 80)=2.4057381751168e-10 , max( 199)=8.2433121484749e-05 (local) sd 6: min( 112)=8.9709033466822e-10 , max( 138)=0.020070800559859 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 7.662993e-16| 1.397180e-06| 3.853455e-27| 3.289961e-27| 5.548513e-13| 45| 675|2|n|28| OK | neumann fix solution. y[row=0][ncv=26664]= 5.2765e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 9.319715e-21| 3.110981e-10| 6.037372e-30| 5.541372e-30| 1.275552e-14| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=122]= -4.0537e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 3.168278e-20| 5.671561e-10| 4.683676e-32| 4.031885e-32| 1.438476e-15| 19| 81|1|n|29| OK | neumann fix solution. y[row=0][ncv=46]= -1.8297e-07 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 5.996766e-22| 1.147876e-10| 5.714138e-30| 2.440575e-30| 9.007892e-15| 12| 36|0|n|29| OK | neumann fix solution. y[row=0][ncv=163]= 5.9709e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 1.052511e-20| 4.486381e-10| 3.526284e-31| 1.038951e-31| 2.470134e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=176]= 1.5969e-07 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 4.476939e-21| 2.932930e-10| 5.924466e-30| 4.934485e-30| 1.168441e-14| 14| 42|0|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -2.8613e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 9.116953e-15| 1.817367e-07| 6.384115e-32| 3.170677e-32| 1.395574e-15| 27| 153|1|n|29| OK | neumann fix solution. y[row=0][ncv=177]= 6.3458e-07 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-2.4974e-18 PRESSURE SOLVER(geom_index= 1): sum_C_dp=6.07007e-23 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-3.38931e-21 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-7.06475e-24 PRESSURE SOLVER(geom_index= 4): sum_C_dp=-3.87549e-22 PRESSURE SOLVER(geom_index= 5): sum_C_dp=2.38146e-23 PRESSURE SOLVER(geom_index= 6): sum_C_dp=1.05954e-19 Face Momentum (sd= 0): max value of div(mf) (cv=182096) = 2.957318e-14 norm_L2 of div(momentum) = 5.735839e-14. Face Momentum (sd= 1): max value of div(mf) (cv=199) = 1.307503e-15 norm_L2 of div(momentum) = 2.512076e-15. Face Momentum (sd= 2): max value of div(mf) (cv=147) = 1.193187e-16 norm_L2 of div(momentum) = 2.982922e-16. Face Momentum (sd= 3): max value of div(mf) (cv=198) = 6.588227e-16 norm_L2 of div(momentum) = 1.618316e-15. Face Momentum (sd= 4): max value of div(mf) (cv=73) = 1.833449e-16 norm_L2 of div(momentum) = 4.636504e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 1.429292e-15 norm_L2 of div(momentum) = 2.217575e-15. Face Momentum (sd= 6): max value of div(mf) (cv=175) = 1.019441e-16 norm_L2 of div(momentum) = 2.481067e-16. nsd = 0 min_dtHy = 0.10305 (nCV = 275371 ) max_dtHy = 246.576 (nCV = 81502 ) nsd = 1 min_dtHy = 27.3482 (nCV = 151 ) max_dtHy = 69.5054 (nCV = 197 ) nsd = 2 min_dtHy = 23.9091 (nCV = 162 ) max_dtHy = 209.846 (nCV = 203 ) nsd = 3 min_dtHy = 31.261 (nCV = 138 ) max_dtHy = 70.7065 (nCV = 151 ) nsd = 4 min_dtHy = 23.9116 (nCV = 134 ) max_dtHy = 194.685 (nCV = 202 ) nsd = 5 min_dtHy = 25.6996 (nCV = 199 ) max_dtHy = 70.4523 (nCV = 193 ) nsd = 6 min_dtHy = 2.86404 (nCV = 137 ) max_dtHy = 92.1598 (nCV = 203 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 1.490062e+09| 3.318225e+06| 1.687909e+03| 4.480493e+02| 2.668894e+03| 6| 54|0|n|26| OK | nsd = 0 min_dtke = 9.65044e-06 (nCV = 55265 ) max_dtke = 0.449973 (nCV = 26556 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 7.010462e-17| 2.765610e-07| 1.160310e-36| 1.004466e-38| 8.393573e-19| 6| 36|0|n|28| OK | |turb| 0| 1| 1.876976e-12| 1.119807e-04| 2.617005e-42| 6.552218e-41| 1.810607e-19| 23| 348|2|n|28| BAD | Filter: K,E,momentum: sd = 0 isolating K from zero= 173 E from zero= 252678 E from infinity= 182826 nsd = 1 min_dtke = 0.00134419 (nCV = 6 ) max_dtke = 0.00624843 (nCV = 208 ) |turb| 1| 0| 2.055654e-22| 1.050477e-10| 1.459808e-39| 4.847649e-51| 3.513902e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 2.857433e-18| 1.826381e-08| 6.295611e-46| 1.872459e-46| 4.203111e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 194 E from infinity= 176 nsd = 2 min_dtke = 0.00130114 (nCV = 65 ) max_dtke = 0.0131645 (nCV = 203 ) |turb| 2| 0| 2.815814e-20| 2.550207e-10| 7.380174e-40| 1.858375e-41| 2.139905e-20| 2| 12|0|n|29| OK | |turb| 2| 1| 1.843557e-15| 6.435667e-08| 8.597758e-47| 1.403749e-44| 1.817212e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 174 E from infinity= 173 nsd = 3 min_dtke = 0.00134977 (nCV = 68 ) max_dtke = 0.00606414 (nCV = 194 ) |turb| 3| 0| 2.076290e-22| 8.928790e-11| 1.136870e-39| 2.121376e-51| 3.578526e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 2.364151e-18| 1.623886e-08| 4.746789e-46| 1.621032e-47| 3.334572e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 194 E from infinity= 177 nsd = 4 min_dtke = 0.00131085 (nCV = 33 ) max_dtke = 0.013142 (nCV = 202 ) |turb| 4| 0| 3.772132e-22| 1.014067e-10| 4.636087e-40| 2.569908e-46| 8.027832e-23| 2| 12|0|n|29| OK | |turb| 4| 1| 1.668000e-17| 2.296728e-08| 9.039445e-47| 1.400268e-46| 4.717514e-23| 18| 318|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 170 E from infinity= 160 nsd = 5 min_dtke = 0.00132976 (nCV = 8 ) max_dtke = 0.00626682 (nCV = 205 ) |turb| 5| 0| 2.062677e-22| 9.352879e-11| 1.360592e-39| 3.355964e-51| 3.853175e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 2.479000e-18| 1.659167e-08| 5.651875e-46| 1.724468e-47| 3.546537e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 190 E from infinity= 174 nsd = 6 min_dtke = 0.00134265 (nCV = 66 ) max_dtke = 0.00624771 (nCV = 205 ) |turb| 6| 0| 6.125090e-22| 1.109364e-10| 1.197551e-40| 1.590331e-44| 4.430546e-22| 2| 12|0|n|29| OK | |turb| 6| 1| 4.456292e-17| 2.571095e-08| 1.273998e-47| 7.557597e-47| 3.695817e-23| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 170 E from infinity= 174 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00978834 del_p_mean=-9141.74 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.41472e-07 del_p_mean=-14943.3 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15118e-07 del_p_mean=151.062 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.86033e-07 del_p_mean=-28105.7 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.22714e-07 del_p_mean=-2059.24 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.58057e-07 del_p_mean=-21258.7 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.94442e-07 del_p_mean=-7781.17 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1220.5253891541 max(solid,ncvloc= 87052,sd_id= 8) = 309.27487510169 View 0(1) T_solid:min(solid,ncvloc= 70601,sd_id=122) = -411.08050456543 max(solid,ncvloc= 85178,sd_id=122) = 2.8214238650061 View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1220.5253891541 max(solid,ncvloc= 87052,sd_id= 8) = 309.27487510169 slv : Fluid subdom(new) 0 slv : P static (new) : min( 149567) = 26144.664111395 , max( 275385) = 26144.664179469 slv : Density (new) : min( 267876) = 0.0044589609373675 , max( 132233) = 157420.38226211 slv : Velocity (new) : min( 265968) = 1.3683105440065e-12 , max( 275371) = 0.0077962539492839 slv : Mach number (new) : min( 265968) = 5.4091332058e-15 , max( 173867) = 1.817518148344e-05 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 183011) = 4.0379030219357e-05 slv : Turbulent e (new) : min( 5062) = 3.7967550418073e-40 , max( 297533) = 0.43623349432748 slv : Temperature (new) : min( 132233) = 0.00057848186389946 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 273112) = -68675628.313433 , max( 56379) = 1777688.0730958 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 188) = 59043.126244014 , max( 203) = 59043.126244915 slv : Density (new) : min( 11) = 0.64079907377208 , max( 182) = 18.318921572225 slv : Velocity (new) : min( 70) = 2.7384206460585e-10 , max( 203) = 9.4288326203154e-05 slv : Mach number (new) : min( 70) = 7.6393000544481e-13 , max( 203) = 3.4386425563586e-07 slv : Turbulent k (new) : min( 86) = 9.3840810821036e-21 , max( 208) = 3.7495126907067e-05 slv : Turbulent e (new) : min( 86) = 1.9084011618696e-18 , max( 61) = 0.0075772871075313 slv : Temperature (new) : min( 182) = 11.226311396903 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 11) = -1707112.943984 , max( 201) = -94153.207779457 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 21028.544010698 , max( 50) = 21028.544018727 slv : Density (new) : min( 5) = 0.22170697527967 , max( 38) = 364.11604979006 slv : Velocity (new) : min( 37) = 7.0013909289482e-10 , max( 161) = 0.00010165824892735 slv : Mach number (new) : min( 171) = 9.4859901929212e-12 , max( 94) = 2.9987677427646e-07 slv : Turbulent k (new) : min( 103) = 2.0168507812142e-17 , max( 98) = 3.7482989175796e-05 slv : Turbulent e (new) : min( 103) = 1.5169662689131e-14 , max( 13) = 0.028714453150719 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 1) = -1135793.5468231 , max( 95) = -77113.165357557 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 43851.446187833 , max( 206) = 43851.446188056 slv : Density (new) : min( 3) = 0.47848848896555 , max( 148) = 32.167898799501 slv : Velocity (new) : min( 0) = 6.9524698641135e-11 , max( 200) = 5.2276524706471e-05 slv : Mach number (new) : min( 0) = 1.9455655958169e-13 , max( 200) = 1.8608018018596e-07 slv : Turbulent k (new) : min( 17) = 6.4295418581574e-20 , max( 201) = 3.7499007107549e-05 slv : Turbulent e (new) : min( 17) = 1.3478243040012e-17 , max( 78) = 0.0077500956246022 slv : Temperature (new) : min( 148) = 4.748198539401 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 8) = -1732154.2862705 , max( 201) = -97228.376276227 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 32512.396165734 , max( 198) = 32512.39617112 slv : Density (new) : min( 138) = 0.34524377548057 , max( 195) = 39.363531584418 slv : Velocity (new) : min( 110) = 1.0009707035169e-09 , max( 134) = 8.0503750815626e-05 slv : Mach number (new) : min( 110) = 2.7846590392634e-12 , max( 134) = 2.2742160021793e-07 slv : Turbulent k (new) : min( 166) = 6.193371053459e-19 , max( 99) = 3.7501787505594e-05 slv : Turbulent e (new) : min( 166) = 2.6868047494873e-16 , max( 113) = 0.016977079672148 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 143) = -1139418.7177841 , max( 102) = -77923.274278551 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 51879.194780815 , max( 197) = 51879.194781765 slv : Density (new) : min( 71) = 0.55813453613363 , max( 192) = 24.782350894697 slv : Velocity (new) : min( 80) = 4.4746756061532e-10 , max( 199) = 0.0001034699569201 slv : Mach number (new) : min( 80) = 1.2500940790331e-12 , max( 199) = 3.7308139056621e-07 slv : Turbulent k (new) : min( 71) = 7.091250165106e-20 , max( 205) = 3.7495211574534e-05 slv : Turbulent e (new) : min( 71) = 1.47243577372e-17 , max( 74) = 0.0078321491348483 slv : Temperature (new) : min( 192) = 7.291524982436 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 15) = -1723232.9262814 , max( 201) = -95952.477421194 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 137) = 10464.156645308 , max( 138) = 10464.159141897 slv : Density (new) : min( 65) = 0.11343312242533 , max( 99) = 31.21766980562 slv : Velocity (new) : min( 5) = 5.0769441620497e-09 , max( 138) = 0.34393563783877 slv : Mach number (new) : min( 5) = 1.4197394364902e-11 , max( 138) = 0.0010877631428021 slv : Turbulent k (new) : min( 4) = 8.4379160205058e-19 , max( 209) = 3.7488849492722e-05 slv : Turbulent e (new) : min( 26) = 1.5215157745656e-18 , max( 15) = 0.030630050471756 slv : Temperature (new) : min( 99) = 1.1675391452228 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -796041.86194653 , max( 179) = 197.07888558817 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0604822(nfa=579198, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 12172 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.048| 14| 0.003| 0.007| slv : | Calculate_inc | 72.691| 13| 5.592| 20.579| slv : | CollectEMT_Results | 0.000| 14| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.236| 520| 0.002| 0.073| slv : | Results_processing | 4.056| 13| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 14| 0.004| 0.021| slv : | build_sl_ordering_MDS | 0.248| 14| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.276| 98| 0.003| 0.033| slv : | calc_Convolutions_MDS | 0.950| 14| 0.068| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.845| 14| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.182| 14| 0.013| 0.015| slv : | init_Hy_group_MDS | 0.306| 14| 0.022| 0.028| slv : | perform_stage_total | 71.033| 386| 0.184| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 16.206| 14| 1.158| 6.280| slv : | solve_3M_alg_MDS | 14.952| 98| 0.153| 6.185| slv : | solve_BG_MDS | 0.930| 14| 0.066| 0.150| slv : | solve_BG_alg_MDS | 0.650| 98| 0.007| 0.125| slv : | solve_BL_MDS | 19.081| 14| 1.363| 3.714| slv : | solve_CHT | 17.199| 14| 1.228| 3.491| slv : | solve_CHT_MDS | 16.713| 14| 1.194| 3.458| slv : | solve_CHT_alg_MDS | 13.499| 14| 0.964| 3.218| slv : | solve_DvGr_MDS | 19.768| 14| 1.412| 7.493| slv : | solve_DvGr_alg_MDS | 16.668| 98| 0.170| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 14| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 14| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 14| 0.000| 0.000| slv : | solve_YTurb_MDS | 10.129| 14| 0.723| 1.890| slv : | solve_YTurb_alg_MDS | 7.440| 196| 0.038| 1.482| slv : | update_BC_MDS | 0.038| 15| 0.003| 0.003| slv : | update_Mf_after_DvGr | 0.825| 14| 0.059| 0.082| slv : | update_VelPressure_MDS | 0.143| 14| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166301 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166301 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166304 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166304 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166305 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131235 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131237 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131240 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147948 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147951 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234536 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156861 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156862 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156863 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156863 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156864 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156864 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156865 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156866 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156867 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156868 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250586 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250587 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203162 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49307 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49309 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49313 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152132 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152133 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152134 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152135 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152136 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152136 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152137 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152137 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152138 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 152139 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161137 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161138 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161138 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161138 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183364 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161150 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183365 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161150 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183368 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161154 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183368 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161168 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161168 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183389 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161168 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183389 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183390 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183390 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222562 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222563 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222564 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222565 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222566 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222567 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222568 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222574 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213277 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213278 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213278 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213280 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213282 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213282 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213284 ----------------------------------------------------------------------- Memory Working Set Current = 3855.92 Mb, Memory Working Set Peak = 3858.71 Mb Memory Private Bytes Current = 3982.34 Mb, Memory Private Bytes Peak = 3986.64 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16555 ================== Tstep=14 =================== MWS[ 0]=1.67802e-05 MWS[ 1]=9.12414e-06 MWS[ 2]=5.36843e-06 MWS[ 3]=7.88489e-06 MWS[ 4]=6.69822e-06 MWS[ 5]=8.51557e-06 MWS[ 6]=0.00373287 tau_viscous_averaged = 0.00196245 tau_viscous_averaged = 0.00120836 tau_viscous_averaged = 0.000495209 tau_viscous_averaged = 0.00091158 tau_viscous_averaged = 0.000761184 tau_viscous_averaged = 0.00106829 tau_viscous_averaged = 0.000330567 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 148430)=1.00 , max dt/dtG(ncv= 26663)=3.6 , dtG=0.0614867 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=1.28 , max dt/dtG(ncv= 195)=2.2 , dtG=0.0614867 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=0.54 , max dt/dtG(ncv= 199)=0.9 , dtG=0.0614867 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=0.94 , max dt/dtG(ncv= 148)=1.7 , dtG=0.0614867 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=0.82 , max dt/dtG(ncv= 202)=1.4 , dtG=0.0614867 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=1.13 , max dt/dtG(ncv= 192)=2.0 , dtG=0.0614867 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=0.03 , max dt/dtG(ncv= 204)=0.5 , dtG=0.0614867 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=182096) = 2.957318e-14 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 3.289984e-27| 5.553624e-13| 3.853455e-29| 3.381540e-29| 2.084408e-13| 8| 24|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 5.9150e-13 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 1): max value of div(mf) (cv=199) = 1.307503e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 6.075520e-30| 1.410635e-14| 6.037372e-32| 1.973433e-32| 1.384041e-15| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 4.6795e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 2): max value of div(mf) (cv=147) = 1.193187e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 8.459715e-32| 1.834601e-15| 4.683676e-34| 1.037922e-34| 9.353675e-17| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 9.4342e-12 log10(resTarget_Lim / resTarget_Orig): 1.9 Face Momentum (sd= 3): max value of div(mf) (cv=198) = 6.588227e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 2.604690e-30| 9.483449e-15| 5.714138e-32| 5.220983e-32| 2.250596e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= 3.6537e-11 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 4): max value of div(mf) (cv=73) = 1.833449e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 2.103932e-31| 3.118827e-15| 3.526284e-33| 1.231726e-33| 3.291088e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -6.9101e-12 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 1.429292e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 3.678354e-30| 1.044869e-14| 5.924466e-32| 5.313204e-32| 2.212831e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= 4.4105e-11 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 6): max value of div(mf) (cv=175) = 1.019441e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 5.997589e-32| 1.754055e-15| 5.997589e-32| 1.171870e-31| 3.199739e-15| 1| 3|0|y|29| OK | neumann fix solution. y[row=0][ncv=206]= 9.9796e-13 Face Momentum (sd= 0): max value of div(mf) (cv=182179) = 1.326635e-15 norm_L2 of div(momentum) = 5.815879e-15. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.470151e-17 norm_L2 of div(momentum) = 1.438093e-16. Face Momentum (sd= 2): max value of div(mf) (cv=107) = 2.651428e-18 norm_L2 of div(momentum) = 1.022860e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 8.407186e-17 norm_L2 of div(momentum) = 2.473784e-16. Face Momentum (sd= 4): max value of div(mf) (cv=138) = 8.959337e-18 norm_L2 of div(momentum) = 3.605416e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 8.922094e-17 norm_L2 of div(momentum) = 2.425147e-16. Face Momentum (sd= 6): max value of div(mf) (cv=202) = 1.131012e-16 norm_L2 of div(momentum) = 3.774080e-16. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 36.3114 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 11.0175 % LOG: number of a-faces with weighted approximations in 1 subdomain: 45.0947 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 19.1551 % LOG: number of a-faces with weighted approximations in 2 subdomain: 38.0711 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 16.2712 % LOG: number of a-faces with weighted approximations in 3 subdomain: 38.861 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 17.1229 % LOG: number of a-faces with weighted approximations in 4 subdomain: 43.8776 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 17.9238 % LOG: number of a-faces with weighted approximations in 5 subdomain: 44.3493 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 20.5838 % LOG: number of a-faces with weighted approximations in 6 subdomain: 37.0184 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 16.7769 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 105261| 155| 2261| 257657| 184| 0| 365363| 65| 91915|8.82333e-08 | 259329|968.48 | 125896|0.00354881 | 54939|609351 | 259381|-235897 | 334067|1.16415e-10 | | 1| 899| 50| 0| 0| 849| 0| 0| 899| 4| 877|0.000476748 | 321|1.82517 | 875|15.3314 | 893|15225.1 | 889|-6.14826e-10 | 316|-1.9065e-21 | | 2| 777| 132| 0| 0| 645| 0| 0| 777| 9| 140|0.000135172 | 666|3.85402 | 404|6.61151 | 395|5427.8 | 397|-3.59914e-10 | 136|-8.25514e-21 | | 3| 832| 31| 0| 0| 801| 0| 0| 832| 6| 671|0.000546721 | 219|3.05204 | 799|9.65997 | 819|50275.6 | 623|-2.21355e-10 | 19|-8.65788e-22 | | 4| 795| 34| 0| 0| 761| 0| 0| 795| 6| 763|0.000278811 | 15|2.3799 | 374|5.64269 | 382|7084.42 | 541|-3.5344e-10 | 35|-1.54485e-21 | | 5| 819| 59| 0| 0| 760| 0| 0| 819| 4| 795|0.000721416 | 513|3.72451 | 800|14.4023 | 814|11985.4 | 438|-1.79983e-09 | 354|-7.28126e-21 | | 6| 1062| 409| 15| 0| 621| 17| 0| 1047| 13| 145|0.000828534 | 1046|11.6379 | 127|1.87181 | 1042|6273.14 | 627|-0.0130758 | 621|-4.55613e-19 | LOG nsd = 0: numb_of_convergent=12, numb_of_divergent=15 Face Momentum (sd= 0): max value of div(mf) (cv=182179) = 1.326635e-15 norm_L2 of div(momentum) = 5.815879e-15. LOG nsd = 1: numb_of_convergent=2, numb_of_divergent=1 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.470151e-17 norm_L2 of div(momentum) = 1.438093e-16. Face Momentum (sd= 2): max value of div(mf) (cv=107) = 2.651428e-18 norm_L2 of div(momentum) = 1.022860e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 8.407186e-17 norm_L2 of div(momentum) = 2.473784e-16. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=2 Face Momentum (sd= 4): max value of div(mf) (cv=138) = 8.959337e-18 norm_L2 of div(momentum) = 3.605416e-17. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 8.922094e-17 norm_L2 of div(momentum) = 2.425147e-16. LOG nsd = 6: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 6): max value of div(mf) (cv=202) = 1.131012e-16 norm_L2 of div(momentum) = 3.774080e-16. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 1.210715e-16| 6.271693e-07| 1.040067e-25| 9.293101e-26| 5.247946e-13| 44| 642|2|n|26| OK | | 3M | 1| 0| 4.905556e-23| 5.064229e-11| 6.029907e-28| 6.188448e-29| 5.713627e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 3.456348e-22| 1.430421e-10| 4.718953e-28| 7.790701e-29| 8.204148e-14| 2| 6|0|n|29| OK | | 3M | 3| 0| 1.714335e-23| 3.431944e-11| 6.027378e-28| 9.448458e-30| 2.684037e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 9.581588e-23| 7.091969e-11| 4.715734e-28| 1.171180e-28| 7.657482e-14| 2| 6|0|n|29| OK | | 3M | 5| 0| 8.615785e-23| 7.009690e-11| 6.147663e-28| 1.005584e-28| 8.763838e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 6.681719e-15| 2.499592e-07| 2.044388e-22| 3.653916e-24| 1.116895e-11| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 176618)=6.6893793479184e-13 , max( 275371)=0.0066719774611782 (local) sd 1: min( 75)=3.7394536425857e-10 , max( 203)=0.00017489406662918 (local) sd 2: min( 37)=8.6075763193471e-10 , max( 94)=0.00012519712807438 (local) sd 3: min( 0)=5.061077131701e-10 , max( 200)=8.874158794863e-05 (local) sd 4: min( 3)=1.0430498645465e-09 , max( 134)=0.0001263645999956 (local) sd 5: min( 72)=8.5443995511547e-10 , max( 199)=0.00017946135086062 (local) sd 6: min( 0)=3.6835063970328e-08 , max( 138)=0.11162274314462 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 1.755463e-14| 1.638191e-06| 5.825033e-28| 5.357582e-28| 3.296952e-13| 41| 543|2|n|28| OK | neumann fix solution. y[row=0][ncv=80875]= 8.1152e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 7.784726e-21| 3.217034e-10| 2.487571e-30| 1.238317e-30| 6.659461e-15| 19| 81|1|n|29| OK | neumann fix solution. y[row=0][ncv=122]= -7.1393e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 7.966413e-20| 8.646340e-10| 4.961120e-32| 4.349999e-32| 1.501006e-15| 19| 81|1|n|29| OK | neumann fix solution. y[row=0][ncv=46]= -7.3173e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 6.207917e-22| 1.082357e-10| 8.033887e-31| 7.984408e-31| 5.525032e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=79]= 1.3683e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 7.622351e-21| 3.939459e-10| 2.842843e-31| 1.864597e-31| 2.630602e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=152]= 1.2927e-07 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.925267e-20| 4.187912e-10| 1.525467e-30| 5.085350e-31| 6.123426e-15| 13| 39|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= -4.9619e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 8.782615e-17| 4.466035e-08| 2.136018e-21| 1.538707e-21| 2.137420e-10| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=95]= -3.3087e-05 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-2.97208e-17 PRESSURE SOLVER(geom_index= 1): sum_C_dp=2.05498e-22 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-2.85965e-21 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-6.5615e-23 PRESSURE SOLVER(geom_index= 4): sum_C_dp=1.47101e-22 PRESSURE SOLVER(geom_index= 5): sum_C_dp=1.80708e-22 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-6.69822e-19 Face Momentum (sd= 0): max value of div(mf) (cv=180172) = 9.340170e-15 norm_L2 of div(momentum) = 2.314777e-14. Face Momentum (sd= 1): max value of div(mf) (cv=199) = 6.045991e-16 norm_L2 of div(momentum) = 1.121714e-15. Face Momentum (sd= 2): max value of div(mf) (cv=147) = 1.262861e-16 norm_L2 of div(momentum) = 2.878543e-16. Face Momentum (sd= 3): max value of div(mf) (cv=198) = 4.153309e-16 norm_L2 of div(momentum) = 9.145764e-16. Face Momentum (sd= 4): max value of div(mf) (cv=47) = 2.953845e-16 norm_L2 of div(momentum) = 6.646921e-16. Face Momentum (sd= 5): max value of div(mf) (cv=126) = 3.580258e-16 norm_L2 of div(momentum) = 9.112942e-16. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 1.912447e-11 norm_L2 of div(momentum) = 4.006623e-11. nsd = 0 min_dtHy = 0.107786 (nCV = 275371 ) max_dtHy = 341.147 (nCV = 81502 ) nsd = 1 min_dtHy = 6.2193 (nCV = 203 ) max_dtHy = 75.0668 (nCV = 195 ) nsd = 2 min_dtHy = 7.20113 (nCV = 161 ) max_dtHy = 118.294 (nCV = 203 ) nsd = 3 min_dtHy = 11.7457 (nCV = 200 ) max_dtHy = 89.6466 (nCV = 151 ) nsd = 4 min_dtHy = 8.98817 (nCV = 134 ) max_dtHy = 138.138 (nCV = 202 ) nsd = 5 min_dtHy = 6.35751 (nCV = 199 ) max_dtHy = 75.6553 (nCV = 194 ) nsd = 6 min_dtHy = 0.00179328 (nCV = 138 ) max_dtHy = 0.127275 (nCV = 212 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 8.105487e+08| 2.147331e+06| 1.706261e+03| 6.318832e+02| 3.336017e+03| 5| 45|0|n|26| OK | nsd = 0 min_dtke = 5.59898e-06 (nCV = 55265 ) max_dtke = 0.595111 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.712879e-16| 2.716831e-07| 5.563175e-37| 3.963096e-40| 3.774527e-19| 4| 24|0|n|28| OK | |turb| 0| 1| 4.337503e-12| 1.913024e-04| 6.262794e-43| 9.867801e-40| 3.558329e-19| 19| 354|2|n|28| BAD | Filter: K,E,momentum: sd = 0 isolating K from zero= 186 E from zero= 259658 E from infinity= 190509 nsd = 1 min_dtke = 0.00093649 (nCV = 6 ) max_dtke = 0.00617166 (nCV = 208 ) |turb| 1| 0| 5.390662e-22| 1.021634e-10| 1.395383e-39| 1.167711e-50| 3.711811e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 6.186393e-18| 2.391753e-08| 4.744902e-46| 2.445379e-47| 3.740407e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 196 E from infinity= 182 nsd = 2 min_dtke = 0.000251812 (nCV = 65 ) max_dtke = 0.00543205 (nCV = 203 ) |turb| 2| 0| 7.655194e-23| 6.454385e-11| 1.302240e-38| 3.894148e-39| 3.238192e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 3.942337e-17| 6.135889e-08| 1.473689e-45| 7.191797e-43| 1.096014e-21| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 171 E from infinity= 168 nsd = 3 min_dtke = 0.000917504 (nCV = 68 ) max_dtke = 0.00604719 (nCV = 194 ) |turb| 3| 0| 5.068319e-23| 6.086482e-11| 5.938562e-40| 6.768372e-52| 2.144692e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 2.882284e-18| 1.843309e-08| 1.476391e-46| 1.728744e-47| 3.401780e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 198 E from infinity= 186 nsd = 4 min_dtke = 0.000421678 (nCV = 33 ) max_dtke = 0.00906987 (nCV = 202 ) |turb| 4| 0| 3.901592e-22| 9.898102e-11| 2.075122e-39| 3.179524e-50| 7.886085e-25| 2| 12|0|n|29| OK | |turb| 4| 1| 3.668136e-17| 4.786292e-08| 3.706237e-46| 1.192620e-45| 1.632648e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 172 E from infinity= 158 nsd = 5 min_dtke = 0.000911783 (nCV = 8 ) max_dtke = 0.00618151 (nCV = 205 ) |turb| 5| 0| 2.996245e-23| 5.691571e-11| 9.885899e-40| 4.706181e-50| 5.768656e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 3.138029e-18| 1.896866e-08| 2.846967e-46| 6.610349e-47| 4.169507e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 193 E from infinity= 181 nsd = 6 min_dtke = 0.000230091 (nCV = 66 ) max_dtke = 0.0035274 (nCV = 117 ) |turb| 6| 0| 4.179794e-23| 5.338410e-11| 1.045446e-28| 2.081432e-34| 6.342753e-17| 1| 6|0|n|29| OK | |turb| 6| 1| 2.993043e-16| 5.575076e-08| 5.754780e-30| 4.594700e-38| 9.124810e-19| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 181 E from infinity= 188 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00904766 del_p_mean=-5187.55 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.14263e-07 del_p_mean=-705.426 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.17521e-07 del_p_mean=-281 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.14392e-07 del_p_mean=-391.43 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.27973e-07 del_p_mean=-3193.06 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1338e-07 del_p_mean=-578.597 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.25326e-07 del_p_mean=-1152.95 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1210.806750536 max(solid,ncvloc= 87111,sd_id= 8) = 301.22978969935 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1210.806750536 max(solid,ncvloc= 87111,sd_id= 8) = 301.22978969935 slv : Fluid subdom(new) 0 slv : P static (new) : min( 149567) = 20957.115145986 , max( 173851) = 20957.115346778 slv : Density (new) : min( 267876) = 0.0035742267557067 , max( 132233) = 126185.48357717 slv : Velocity (new) : min( 222828) = 3.4896871575579e-12 , max( 173867) = 0.039532172909829 slv : Mach number (new) : min( 222828) = 1.3856171606283e-14 , max( 173867) = 0.00011446384917518 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 183011) = 4.0402769893137e-05 slv : Turbulent e (new) : min( 14767) = 1.9144736698575e-40 , max( 297533) = 0.58463207776112 slv : Temperature (new) : min( 132233) = 0.00057848186389946 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 12013) = -55675682.142227 , max( 2549) = 109503.41185363 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 58337.700736128 , max( 203) = 58337.700739329 slv : Density (new) : min( 11) = 0.63314304265088 , max( 182) = 18.100053850055 slv : Velocity (new) : min( 67) = 2.6005321020833e-10 , max( 203) = 0.00016786498238451 slv : Mach number (new) : min( 67) = 7.2513731580125e-13 , max( 203) = 6.1626990766904e-07 slv : Turbulent k (new) : min( 58) = 1.8293676019643e-18 , max( 208) = 3.749377874006e-05 slv : Turbulent e (new) : min( 58) = 4.6251555598676e-16 , max( 61) = 0.0094820875233256 slv : Temperature (new) : min( 182) = 11.226311396903 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 11) = -2544202.0276743 , max( 201) = -96617.422879073 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 20747.544373605 , max( 50) = 20747.544381788 slv : Density (new) : min( 5) = 0.21874435553152 , max( 38) = 359.25045005723 slv : Velocity (new) : min( 37) = 1.5913553936986e-09 , max( 94) = 0.0001213522954388 slv : Mach number (new) : min( 100) = 1.3171742687212e-11 , max( 94) = 4.1650936341475e-07 slv : Turbulent k (new) : min( 169) = 1.6202166118856e-16 , max( 98) = 3.7481334360522e-05 slv : Turbulent e (new) : min( 169) = 1.2216238503451e-13 , max( 13) = 0.028426318011971 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 1) = -1704344.0452617 , max( 95) = -76637.124192427 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 43460.015976532 , max( 201) = 43460.015977838 slv : Density (new) : min( 3) = 0.47421736756862 , max( 148) = 31.880759183734 slv : Velocity (new) : min( 0) = 5.0993250713478e-10 , max( 200) = 7.7574220856214e-05 slv : Mach number (new) : min( 0) = 1.4269851742775e-12 , max( 200) = 2.7852155970358e-07 slv : Turbulent k (new) : min( 1) = 1.6687460770259e-18 , max( 201) = 3.749841456015e-05 slv : Turbulent e (new) : min( 1) = 5.614476561552e-16 , max( 0) = 0.012594555111233 slv : Temperature (new) : min( 148) = 4.748198539401 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 8) = -2584054.9145737 , max( 203) = -99948.230574312 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 29319.33358679 , max( 198) = 29319.333593543 slv : Density (new) : min( 138) = 0.31133717030522 , max( 195) = 35.497614749617 slv : Velocity (new) : min( 3) = 1.0231234167027e-09 , max( 134) = 0.00010151505765548 slv : Mach number (new) : min( 3) = 2.8370511144949e-12 , max( 134) = 2.8677815163048e-07 slv : Turbulent k (new) : min( 4) = 5.1244787267503e-18 , max( 99) = 3.7501250228951e-05 slv : Turbulent e (new) : min( 4) = 2.4654859689035e-15 , max( 113) = 0.017961021687706 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 143) = -1708407.0900111 , max( 102) = -77446.231375983 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 51300.597570895 , max( 195) = 51300.597572644 slv : Density (new) : min( 71) = 0.55190978484094 , max( 192) = 24.505958805092 slv : Velocity (new) : min( 82) = 6.713296198676e-10 , max( 197) = 0.00014224315233593 slv : Mach number (new) : min( 82) = 1.8766042215774e-12 , max( 197) = 5.2501888647613e-07 slv : Turbulent k (new) : min( 71) = 1.2448746898138e-19 , max( 205) = 3.7493708349845e-05 slv : Turbulent e (new) : min( 71) = 3.6440844904264e-17 , max( 74) = 0.011028844380588 slv : Temperature (new) : min( 192) = 7.291524982436 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 15) = -2571016.2285502 , max( 201) = -98476.52622521 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 140) = 9311.2105479425 , max( 132) = 9311.2117908492 slv : Density (new) : min( 65) = 0.10093499500027 , max( 106) = 36.879191153907 slv : Velocity (new) : min( 70) = 2.6998410824132e-08 , max( 138) = 0.04661292219585 slv : Mach number (new) : min( 70) = 7.5331354077782e-11 , max( 138) = 0.00023645258527442 slv : Turbulent k (new) : min( 54) = 5.0353674741739e-16 , max( 209) = 3.7484318574178e-05 slv : Turbulent e (new) : min( 26) = 2.8431782615863e-13 , max( 15) = 0.053313170356718 slv : Temperature (new) : min( 106) = 0.87941207548504 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -1201530.8855704 , max( 212) = -56841.352764736 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0651031(nfa=66782, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 12668 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.051| 15| 0.003| 0.007| slv : | Calculate_inc | 88.926| 14| 6.352| 20.579| slv : | CollectEMT_Results | 0.000| 15| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.289| 555| 0.002| 0.073| slv : | Results_processing | 4.363| 14| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 15| 0.004| 0.021| slv : | build_sl_ordering_MDS | 0.268| 15| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.298| 105| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.014| 15| 0.068| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.903| 15| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.198| 15| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.329| 15| 0.022| 0.028| slv : | perform_stage_total | 85.911| 413| 0.208| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 21.995| 15| 1.466| 6.280| slv : | solve_3M_alg_MDS | 20.655| 105| 0.197| 6.185| slv : | solve_BG_MDS | 1.066| 15| 0.071| 0.150| slv : | solve_BG_alg_MDS | 0.771| 105| 0.007| 0.125| slv : | solve_BL_MDS | 20.241| 15| 1.349| 3.714| slv : | solve_CHT | 17.952| 15| 1.197| 3.491| slv : | solve_CHT_MDS | 17.433| 15| 1.162| 3.458| slv : | solve_CHT_alg_MDS | 13.983| 15| 0.932| 3.218| slv : | solve_DvGr_MDS | 25.444| 15| 1.696| 7.493| slv : | solve_DvGr_alg_MDS | 22.151| 105| 0.211| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 15| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 15| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 15| 0.000| 0.000| slv : | solve_YTurb_MDS | 11.953| 15| 0.797| 1.890| slv : | solve_YTurb_alg_MDS | 9.088| 210| 0.043| 1.508| slv : | update_BC_MDS | 0.040| 16| 0.002| 0.003| slv : | update_Mf_after_DvGr | 0.890| 15| 0.059| 0.082| slv : | update_VelPressure_MDS | 0.153| 15| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ Interpolator cache: total calls 2069316, optimised calls 1115183 (53.9 %) ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166301 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166301 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166304 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166304 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166489 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131235 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131237 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131240 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147948 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234536 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147951 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139522 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139523 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135112 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135114 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135116 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135117 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135118 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135119 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135120 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135120 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135121 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135124 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143426 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143426 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49307 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143427 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143427 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49309 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143428 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143428 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271397 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143429 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143429 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143430 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 143431 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49313 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95616 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95620 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95620 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95621 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95621 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95622 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95623 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62682 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62682 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62683 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62683 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62686 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62686 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62687 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62687 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62688 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62688 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60999 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60999 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 61000 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 61000 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79493 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79495 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79495 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79497 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79499 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79499 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79500 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79500 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79502 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79502 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72205 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245495 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245495 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245496 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245497 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245497 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245497 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245498 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245499 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245499 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 245500 ----------------------------------------------------------------------- Memory Working Set Current = 3855.95 Mb, Memory Working Set Peak = 3858.73 Mb Memory Private Bytes Current = 3982.35 Mb, Memory Private Bytes Peak = 3986.65 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Iteration : time = 71.3956 , count = 5 , time/count = 14.2791 Calculate_inc() : time = 69.8296 , count = 5 , time/count = 13.9659 TreatFlowEvolution() : time = 1.55308 , count = 5 , time/count = 0.310616 SolverPreview : time = 0 , count = 5 , time/count = 0 TreatGoals : time = 1.51418 , count = 5 , time/count = 0.302837 Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16619 ================== Tstep=15 =================== MWS[ 0]=7.61622e-05 MWS[ 1]=9.0662e-06 MWS[ 2]=5.32918e-06 MWS[ 3]=7.84634e-06 MWS[ 4]=6.35771e-06 MWS[ 5]=8.46468e-06 MWS[ 6]=0.000477224 tau_viscous_averaged = 0.00157332 tau_viscous_averaged = 0.00120061 tau_viscous_averaged = 0.000490508 tau_viscous_averaged = 0.000908688 tau_viscous_averaged = 0.000692766 tau_viscous_averaged = 0.00106231 tau_viscous_averaged = 0.000322694 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173867)=1.00 , max dt/dtG(ncv= 85415)=8.6 , dtG=0.0308634 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=3.80 , max dt/dtG(ncv= 195)=6.6 , dtG=0.0308634 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=1.59 , max dt/dtG(ncv= 199)=2.7 , dtG=0.0308634 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=2.81 , max dt/dtG(ncv= 148)=5.0 , dtG=0.0308634 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=2.23 , max dt/dtG(ncv= 202)=3.8 , dtG=0.0308634 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=3.37 , max dt/dtG(ncv= 192)=5.8 , dtG=0.0308634 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=0.47 , max dt/dtG(ncv= 212)=1.7 , dtG=0.0308634 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=180172) = 9.340170e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 5.358194e-28| 3.304300e-13| 5.825033e-30| 3.814825e-30| 2.860160e-14| 16| 54|1|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 6.4994e-13 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 1): max value of div(mf) (cv=199) = 6.045991e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 1.202017e-30| 6.678731e-15| 2.487571e-32| 1.656748e-32| 1.260071e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 1.5566e-11 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 2): max value of div(mf) (cv=147) = 1.262861e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 7.697274e-32| 1.832314e-15| 4.961120e-34| 1.172614e-34| 9.925891e-17| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 6.7678e-12 log10(resTarget_Lim / resTarget_Orig): 2.0 Face Momentum (sd= 3): max value of div(mf) (cv=198) = 4.153309e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 8.344662e-31| 5.811686e-15| 8.033887e-33| 6.679346e-33| 8.012499e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -1.6235e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 4): max value of div(mf) (cv=47) = 2.953845e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 4.174378e-31| 3.523451e-15| 2.842843e-33| 2.842535e-33| 4.874557e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -7.2979e-12 log10(resTarget_Lim / resTarget_Orig): 2.0 Face Momentum (sd= 5): max value of div(mf) (cv=126) = 3.580258e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 8.070343e-31| 6.957037e-15| 1.525467e-32| 9.478176e-33| 9.184035e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= 7.6904e-12 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 1.912447e-11 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.239558e-21| 2.098230e-10| 2.136018e-23| 1.531716e-23| 3.818849e-11| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=206]= 2.8107e-06 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 0): max value of div(mf) (cv=86654) = 5.071839e-16 norm_L2 of div(momentum) = 1.954540e-15. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.350168e-17 norm_L2 of div(momentum) = 1.320278e-16. Face Momentum (sd= 2): max value of div(mf) (cv=107) = 2.810462e-18 norm_L2 of div(momentum) = 1.087202e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 3.169062e-17 norm_L2 of div(momentum) = 8.917734e-17. Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.745594e-17 norm_L2 of div(momentum) = 5.427964e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 3.731339e-17 norm_L2 of div(momentum) = 1.036170e-16. Face Momentum (sd= 6): max value of div(mf) (cv=107) = 1.051138e-12 norm_L2 of div(momentum) = 3.920089e-12. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 37.0747 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 11.2794 % LOG: number of a-faces with weighted approximations in 1 subdomain: 42.1687 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 17.53 % LOG: number of a-faces with weighted approximations in 2 subdomain: 43.4856 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 17.8575 % LOG: number of a-faces with weighted approximations in 3 subdomain: 41.0385 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 19.145 % LOG: number of a-faces with weighted approximations in 4 subdomain: 49.4898 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 20.9678 % LOG: number of a-faces with weighted approximations in 5 subdomain: 36.8151 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 13.7803 % LOG: number of a-faces with weighted approximations in 6 subdomain: 41.3735 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 18.8149 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 104814| 128| 2230| 258207| 139| 0| 365390| 83| 91915|1.10074e-07 | 259329|1561.06 | 115812|0.00361124 | 182481|274299 | 336878|-1.34037e-05 | 334655|1.61197e-10 | | 1| 899| 51| 0| 0| 848| 0| 0| 899| 5| 874|0.00100798 | 321|1.84724 | 689|6.40997 | 893|57061.3 | 888|-1.9362e-09 | 291|-2.92133e-22 | | 2| 777| 131| 0| 0| 646| 0| 0| 777| 11| 140|0.000137003 | 666|3.90622 | 219|7.79354 | 395|11694.8 | 397|-7.03523e-10 | 136|-1.01872e-20 | | 3| 832| 57| 0| 0| 775| 0| 0| 832| 8| 671|0.000551646 | 219|3.07953 | 799|9.65997 | 819|427005 | 816|-4.11117e-10 | 19|-1.08873e-20 | | 4| 795| 67| 0| 0| 728| 0| 0| 795| 7| 763|0.000309175 | 15|2.63908 | 368|13.3235 | 382|21017.4 | 791|-6.5568e-10 | 597|-3.90729e-21 | | 5| 819| 65| 0| 0| 754| 0| 0| 819| 7| 795|0.000729552 | 513|3.76652 | 641|6.68416 | 814|54113.2 | 438|-5.03349e-09 | 345|-1.04818e-21 | | 6| 1062| 406| 0| 0| 656| 0| 0| 1062| 25| 241|0.000710329 | 171|12.4994 | 127|1.60591 | 807|12851.3 | 627|-9.91365e-05 | 213|-1.74196e-17 | LOG nsd = 0: numb_of_convergent=6, numb_of_divergent=13 Face Momentum (sd= 0): max value of div(mf) (cv=86654) = 5.071839e-16 norm_L2 of div(momentum) = 1.954540e-15. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.350168e-17 norm_L2 of div(momentum) = 1.320278e-16. LOG nsd = 2: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 2): max value of div(mf) (cv=107) = 2.810462e-18 norm_L2 of div(momentum) = 1.087202e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 3.169062e-17 norm_L2 of div(momentum) = 8.917734e-17. LOG nsd = 4: numb_of_convergent=0, numb_of_divergent=1 Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.745594e-17 norm_L2 of div(momentum) = 5.427964e-17. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=1 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 3.731339e-17 norm_L2 of div(momentum) = 1.036170e-16. LOG nsd = 6: numb_of_convergent=6, numb_of_divergent=6 Face Momentum (sd= 6): max value of div(mf) (cv=107) = 1.051138e-12 norm_L2 of div(momentum) = 3.920089e-12. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 2.317465e-15| 7.476331e-07| 2.644873e-24| 1.795213e-24| 2.823591e-12| 42| 576|2|n|26| OK | | 3M | 1| 0| 3.561094e-23| 4.478239e-11| 5.555718e-28| 1.173174e-28| 8.709300e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 3.414523e-22| 1.691771e-10| 4.315796e-28| 2.666832e-28| 1.676311e-13| 2| 6|0|n|29| OK | | 3M | 3| 0| 1.128322e-23| 3.313591e-11| 5.562452e-28| 2.760382e-29| 5.915925e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 1.298284e-22| 8.748156e-11| 4.289975e-28| 2.364552e-28| 1.083888e-13| 2| 6|0|n|29| OK | | 3M | 5| 0| 6.792041e-23| 5.904036e-11| 5.672611e-28| 5.712903e-29| 6.666215e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 8.851764e-18| 1.723722e-08| 2.347750e-24| 1.168155e-25| 2.823954e-12| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 266430)=1.5346075569123e-12 , max( 171034)=0.011953291083333 (local) sd 1: min( 75)=5.2409836922981e-10 , max( 203)=0.00023008077221239 (local) sd 2: min( 171)=3.0232816825441e-09 , max( 94)=0.00013508418198274 (local) sd 3: min( 0)=5.2868376422302e-10 , max( 200)=0.00010303724528362 (local) sd 4: min( 3)=2.4171531167896e-09 , max( 134)=0.00013304401962886 (local) sd 5: min( 73)=8.4380447668567e-10 , max( 197)=0.00018976550990984 (local) sd 6: min( 15)=4.1277570754779e-08 , max( 138)=0.044689853009039 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 2.593104e-13| 2.759027e-06| 3.513054e-25| 3.388527e-25| 9.844996e-12| 23| 117|1|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 1.2567e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 8.061953e-21| 3.645388e-10| 5.394383e-30| 5.072932e-30| 1.115882e-14| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -4.7707e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 4.576299e-20| 7.900865e-10| 1.065746e-31| 7.897982e-32| 2.035457e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=46]= -2.8076e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 5.855241e-22| 1.099434e-10| 1.764056e-30| 1.269724e-30| 6.180354e-15| 14| 42|0|n|29| OK | neumann fix solution. y[row=0][ncv=153]= 6.7651e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 8.048103e-21| 4.434293e-10| 4.309157e-31| 1.876306e-31| 2.901967e-15| 17| 63|1|n|29| OK | neumann fix solution. y[row=0][ncv=152]= 7.1399e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.761508e-20| 4.533519e-10| 3.318415e-30| 2.318239e-30| 6.993379e-15| 14| 42|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= -2.7648e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 2.536060e-17| 2.199928e-08| 2.419833e-24| 1.698093e-24| 9.810773e-12| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=74]= -3.1330e-06 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-4.72604e-17 PRESSURE SOLVER(geom_index= 1): sum_C_dp=8.56173e-23 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-9.48506e-22 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-3.77482e-23 PRESSURE SOLVER(geom_index= 4): sum_C_dp=3.15139e-22 PRESSURE SOLVER(geom_index= 5): sum_C_dp=5.84554e-23 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-6.99032e-20 Face Momentum (sd= 0): max value of div(mf) (cv=155926) = 4.900699e-13 norm_L2 of div(momentum) = 5.822860e-13. Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.606963e-15 norm_L2 of div(momentum) = 3.691884e-15. Face Momentum (sd= 2): max value of div(mf) (cv=147) = 1.626677e-16 norm_L2 of div(momentum) = 3.939110e-16. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 4.562746e-16 norm_L2 of div(momentum) = 1.366694e-15. Face Momentum (sd= 4): max value of div(mf) (cv=47) = 2.595821e-16 norm_L2 of div(momentum) = 6.543716e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 1.000744e-15 norm_L2 of div(momentum) = 1.796048e-15. Face Momentum (sd= 6): max value of div(mf) (cv=60) = 9.472846e-13 norm_L2 of div(momentum) = 2.162201e-12. nsd = 0 min_dtHy = 0.0349231 (nCV = 173867 ) max_dtHy = 112.886 (nCV = 82964 ) nsd = 1 min_dtHy = 5.39081 (nCV = 203 ) max_dtHy = 109.364 (nCV = 195 ) nsd = 2 min_dtHy = 8.85735 (nCV = 94 ) max_dtHy = 123.992 (nCV = 203 ) nsd = 3 min_dtHy = 13.5619 (nCV = 200 ) max_dtHy = 120.348 (nCV = 191 ) nsd = 4 min_dtHy = 10.6283 (nCV = 134 ) max_dtHy = 142.392 (nCV = 202 ) nsd = 5 min_dtHy = 6.04595 (nCV = 197 ) max_dtHy = 96.9261 (nCV = 194 ) nsd = 6 min_dtHy = 0.019868 (nCV = 138 ) max_dtHy = 1.39024 (nCV = 212 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 5.571432e+08| 1.686350e+06| 1.754732e+03| 6.128971e+02| 3.269531e+03| 5| 45|0|n|26| OK | nsd = 0 min_dtke = 4.14844e-06 (nCV = 55265 ) max_dtke = 0.653951 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 8.604794e-17| 2.648727e-07| 2.844941e-34| 1.754558e-36| 3.530671e-17| 3| 18|0|n|28| OK | |turb| 0| 1| 9.218707e-12| 2.478047e-04| 6.607612e-39| 3.401903e-40| 4.954858e-19| 5| 30|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 180 E from zero= 263504 E from infinity= 192452 nsd = 1 min_dtke = 0.000747356 (nCV = 6 ) max_dtke = 0.00670067 (nCV = 208 ) |turb| 1| 0| 7.148725e-23| 8.153004e-11| 1.912876e-39| 1.318976e-50| 4.471137e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 7.712579e-18| 2.893355e-08| 6.380223e-46| 5.217237e-47| 5.231917e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 195 E from infinity= 178 nsd = 2 min_dtke = 0.000253634 (nCV = 65 ) max_dtke = 0.00550543 (nCV = 203 ) |turb| 2| 0| 5.703789e-23| 5.609093e-11| 1.267940e-38| 4.128977e-39| 3.231219e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 3.843221e-17| 5.886903e-08| 1.415392e-45| 1.350926e-45| 2.498861e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 171 E from infinity= 169 nsd = 3 min_dtke = 0.00055915 (nCV = 68 ) max_dtke = 0.00602252 (nCV = 195 ) |turb| 3| 0| 5.000390e-23| 6.822746e-11| 1.320919e-39| 1.288258e-51| 3.267525e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 9.249797e-18| 3.220333e-08| 3.248383e-46| 2.874746e-46| 9.900318e-23| 3| 18|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 198 E from infinity= 179 nsd = 4 min_dtke = 0.000396563 (nCV = 33 ) max_dtke = 0.00859658 (nCV = 202 ) |turb| 4| 0| 2.973115e-22| 8.461592e-11| 1.821336e-39| 1.149609e-49| 1.143280e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 3.157229e-17| 4.647204e-08| 2.920929e-46| 1.612052e-45| 1.945167e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 173 E from infinity= 162 nsd = 5 min_dtke = 0.000646772 (nCV = 8 ) max_dtke = 0.00662474 (nCV = 205 ) |turb| 5| 0| 3.060627e-23| 5.983375e-11| 1.667332e-39| 4.508011e-50| 5.745432e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 6.632734e-18| 2.720853e-08| 4.749509e-46| 1.312862e-46| 8.809474e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 193 E from infinity= 177 nsd = 6 min_dtke = 0.000132265 (nCV = 66 ) max_dtke = 0.00227587 (nCV = 117 ) |turb| 6| 0| 1.808149e-22| 9.103209e-11| 1.270259e-31| 1.692226e-40| 3.487895e-20| 1| 6|0|n|29| OK | |turb| 6| 1| 1.551410e-16| 8.205078e-08| 1.143230e-34| 3.699927e-45| 2.113188e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 181 E from infinity= 180 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.0084351 del_p_mean=-2938.31 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15084e-07 del_p_mean=-1108.02 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.57907e-07 del_p_mean=-5512.73 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1499e-07 del_p_mean=-612.046 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.49658e-07 del_p_mean=-6710.44 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1417e-07 del_p_mean=-923.072 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.29371e-07 del_p_mean=-1284.95 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1201.0790696185 max(solid,ncvloc= 26737,sd_id= 8) = 300.79238488614 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1201.0790696185 max(solid,ncvloc= 26737,sd_id= 8) = 300.79238488614 slv : Fluid subdom(new) 0 slv : P static (new) : min( 173853) = 18018.808905381 , max( 173851) = 18018.810158479 slv : Density (new) : min( 267876) = 0.0030731000059979 , max( 132233) = 108493.56709092 slv : Velocity (new) : min( 250926) = 1.0074501160189e-11 , max( 173854) = 0.11632027405305 slv : Mach number (new) : min( 250926) = 4.0951436112216e-14 , max( 173857) = 0.00037464227830108 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 183011) = 4.0414234270501e-05 slv : Turbulent e (new) : min( 5062) = 1.1847008507982e-40 , max( 297533) = 0.72421617896395 slv : Temperature (new) : min( 132233) = 0.00057848186389946 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 12013) = -55190249.535593 , max( 14555) = 13486.021630348 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 57229.683047402 , max( 203) = 57229.683051466 slv : Density (new) : min( 11) = 0.62111765114838 , max( 182) = 17.756276505778 slv : Velocity (new) : min( 85) = 6.0353335556367e-10 , max( 203) = 0.00022812843616358 slv : Mach number (new) : min( 67) = 1.6842058101728e-12 , max( 203) = 8.4726199922666e-07 slv : Turbulent k (new) : min( 60) = 1.3536730790474e-17 , max( 208) = 3.7492146003033e-05 slv : Turbulent e (new) : min( 60) = 3.5562292324234e-15 , max( 61) = 0.0095858198398291 slv : Temperature (new) : min( 182) = 11.226311396903 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 10) = -3364091.6677863 , max( 201) = -100389.63970668 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 15234.813483233 , max( 50) = 15234.813491548 slv : Density (new) : min( 5) = 0.16062283792438 , max( 38) = 263.79572937364 slv : Velocity (new) : min( 171) = 5.1195127237402e-09 , max( 94) = 0.00016659625147698 slv : Mach number (new) : min( 171) = 1.415245466525e-11 , max( 94) = 5.7229657363348e-07 slv : Turbulent k (new) : min( 103) = 6.3346859435921e-18 , max( 98) = 3.7479630809925e-05 slv : Turbulent e (new) : min( 103) = 4.7944486421052e-15 , max( 13) = 0.028720772617852 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 1) = -2264563.1044164 , max( 95) = -77217.081681453 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 42847.969486236 , max( 201) = 42847.969487615 slv : Density (new) : min( 3) = 0.46753897436511 , max( 148) = 31.431783123332 slv : Velocity (new) : min( 0) = 6.4477726497804e-10 , max( 200) = 9.5824199407317e-05 slv : Mach number (new) : min( 0) = 1.8043321125077e-12 , max( 200) = 3.4804916543467e-07 slv : Turbulent k (new) : min( 3) = 1.8568871001107e-17 , max( 201) = 3.7497986240787e-05 slv : Turbulent e (new) : min( 3) = 6.3306076599601e-15 , max( 0) = 0.0126859089035 slv : Temperature (new) : min( 148) = 4.748198539401 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 8) = -3419804.8008218 , max( 196) = -103648.4746835 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 22608.892845084 , max( 198) = 22608.892850929 slv : Density (new) : min( 138) = 0.24008010622037 , max( 195) = 27.373124485238 slv : Velocity (new) : min( 6) = 2.0490760842632e-09 , max( 134) = 0.00015476464355332 slv : Mach number (new) : min( 6) = 5.6995782264743e-12 , max( 134) = 4.3720724236394e-07 slv : Turbulent k (new) : min( 166) = 1.4902841047749e-17 , max( 99) = 3.7500102915379e-05 slv : Turbulent e (new) : min( 166) = 7.623316209855e-15 , max( 113) = 0.019802730040351 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 143) = -2268828.9623005 , max( 102) = -77968.864895871 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 50377.525273612 , max( 195) = 50377.525276107 slv : Density (new) : min( 71) = 0.54197904998044 , max( 192) = 24.06501322656 slv : Velocity (new) : min( 80) = 1.3648686116288e-09 , max( 197) = 0.00018271244361353 slv : Mach number (new) : min( 80) = 3.8130455036988e-12 , max( 197) = 6.820635427173e-07 slv : Turbulent k (new) : min( 71) = 8.4065341852572e-19 , max( 205) = 3.7491889597279e-05 slv : Turbulent e (new) : min( 71) = 2.4885741568923e-16 , max( 74) = 0.011142907761484 slv : Temperature (new) : min( 192) = 7.291524982436 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 65) = -3403717.0797381 , max( 201) = -102188.97989773 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 140) = 8026.2566850369 , max( 132) = 8026.257883325 slv : Density (new) : min( 65) = 0.087005892319042 , max( 98) = 42.150037312608 slv : Velocity (new) : min( 15) = 5.3554731970325e-08 , max( 138) = 0.055067569448683 slv : Mach number (new) : min( 15) = 1.4952747733622e-10 , max( 138) = 0.00026531791481008 slv : Turbulent k (new) : min( 62) = 2.7766357344511e-16 , max( 209) = 3.7414086897249e-05 slv : Turbulent e (new) : min( 26) = 3.8510795002206e-14 , max( 15) = 0.059841125554447 slv : Temperature (new) : min( 98) = 0.66325838378557 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -1604241.9846831 , max( 212) = -54082.022151262 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0651957(nfa=66782, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 12929 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.054| 16| 0.003| 0.007| slv : | Calculate_inc | 104.772| 15| 6.985| 20.579| slv : | CollectEMT_Results | 0.000| 16| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.380| 590| 0.002| 0.073| slv : | Results_processing | 4.673| 15| 0.312| 0.336| slv : | build_sl_ordering_CHT | 0.056| 16| 0.003| 0.021| slv : | build_sl_ordering_MDS | 0.289| 16| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.321| 112| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.081| 16| 0.068| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 0.961| 16| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.211| 16| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.355| 16| 0.022| 0.028| slv : | perform_stage_total | 95.128| 440| 0.216| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 27.347| 16| 1.709| 6.280| slv : | solve_3M_alg_MDS | 25.922| 112| 0.231| 6.185| slv : | solve_BG_MDS | 1.351| 16| 0.084| 0.285| slv : | solve_BG_alg_MDS | 1.036| 112| 0.009| 0.256| slv : | solve_BL_MDS | 21.404| 16| 1.338| 3.714| slv : | solve_CHT | 18.741| 16| 1.171| 3.491| slv : | solve_CHT_MDS | 18.191| 16| 1.137| 3.458| slv : | solve_CHT_alg_MDS | 14.485| 16| 0.905| 3.218| slv : | solve_DvGr_MDS | 27.081| 16| 1.693| 7.493| slv : | solve_DvGr_alg_MDS | 23.550| 112| 0.210| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 16| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 16| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 16| 0.000| 0.000| slv : | solve_YTurb_MDS | 12.440| 16| 0.778| 1.890| slv : | solve_YTurb_alg_MDS | 9.360| 224| 0.042| 1.508| slv : | update_BC_MDS | 0.042| 17| 0.002| 0.003| slv : | update_Mf_after_DvGr | 0.965| 16| 0.060| 0.082| slv : | update_VelPressure_MDS | 0.163| 16| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234536 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166300 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166304 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166304 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166489 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166490 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166528 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271397 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279199 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279200 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279200 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279205 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279206 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279206 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279209 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49307 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49309 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49313 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250586 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250587 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222562 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222563 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222564 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222565 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222566 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222567 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222568 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222574 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213277 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213278 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213278 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213280 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213282 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213282 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213284 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240086 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303350 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240087 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303350 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303351 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240087 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303352 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240089 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303352 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240089 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303358 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240090 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303359 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240091 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303360 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303361 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303366 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22172 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22181 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229993 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229997 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60999 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60999 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 61000 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 61000 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186671 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186672 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186677 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186682 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186683 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186684 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186685 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186686 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186687 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186688 ----------------------------------------------------------------------- Memory Working Set Current = 3855.97 Mb, Memory Working Set Peak = 3858.75 Mb Memory Private Bytes Current = 3982.35 Mb, Memory Private Bytes Peak = 3986.67 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16561 ================== Tstep=16 =================== MWS[ 0]=0.000207797 MWS[ 1]=8.97925e-06 MWS[ 2]=4.56625e-06 MWS[ 3]=7.79045e-06 MWS[ 4]=5.58256e-06 MWS[ 5]=8.38774e-06 MWS[ 6]=0.000523438 tau_viscous_averaged = 0.00135286 tau_viscous_averaged = 0.00118584 tau_viscous_averaged = 0.000361877 tau_viscous_averaged = 0.000902206 tau_viscous_averaged = 0.000537815 tau_viscous_averaged = 0.00105044 tau_viscous_averaged = 0.000276602 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173854)=0.99 , max dt/dtG(ncv= 85415)=19.3 , dtG=0.0117639 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=9.83 , max dt/dtG(ncv= 195)=17.0 , dtG=0.0117639 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=3.08 , max dt/dtG(ncv= 199)=5.2 , dtG=0.0117639 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=7.30 , max dt/dtG(ncv= 148)=12.9 , dtG=0.0117639 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=4.53 , max dt/dtG(ncv= 202)=7.7 , dtG=0.0117639 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=8.73 , max dt/dtG(ncv= 192)=15.0 , dtG=0.0117639 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=1.06 , max dt/dtG(ncv= 204)=3.9 , dtG=0.0117639 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=155926) = 4.900699e-13 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 3.390570e-25| 9.890425e-12| 3.513054e-27| 2.552779e-27| 2.873814e-12| 8| 24|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 2.5634e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.606963e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 1.336681e-29| 1.718705e-14| 5.394383e-32| 2.485199e-32| 1.555280e-15| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 3.6369e-11 log10(resTarget_Lim / resTarget_Orig): 1.8 Face Momentum (sd= 2): max value of div(mf) (cv=147) = 1.626677e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 1.463841e-31| 2.537494e-15| 1.065746e-33| 2.086095e-34| 1.324811e-16| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 1.2225e-11 log10(resTarget_Lim / resTarget_Orig): 2.1 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 4.562746e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 1.860149e-30| 7.688895e-15| 1.764056e-32| 1.188868e-32| 1.069080e-15| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -2.1818e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 4): max value of div(mf) (cv=47) = 2.595821e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 4.114660e-31| 3.890353e-15| 4.309157e-33| 2.978997e-33| 4.994782e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -9.7618e-12 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 1.000744e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 2.427353e-30| 8.211468e-15| 3.318415e-32| 2.684556e-32| 1.573364e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= 2.1259e-11 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 6): max value of div(mf) (cv=60) = 9.472846e-13 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 4.445334e-24| 1.273182e-11| 2.419833e-26| 6.465635e-27| 7.806379e-13| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=206]= 1.2378e-07 log10(resTarget_Lim / resTarget_Orig): 1.9 Face Momentum (sd= 0): max value of div(mf) (cv=86803) = 7.288789e-15 norm_L2 of div(momentum) = 5.052808e-14. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.865467e-17 norm_L2 of div(momentum) = 1.613877e-16. Face Momentum (sd= 2): max value of div(mf) (cv=107) = 3.744834e-18 norm_L2 of div(momentum) = 1.450083e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 4.223363e-17 norm_L2 of div(momentum) = 1.189640e-16. Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.779529e-17 norm_L2 of div(momentum) = 5.558854e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 6.285798e-17 norm_L2 of div(momentum) = 1.722541e-16. Face Momentum (sd= 6): max value of div(mf) (cv=26) = 2.155411e-14 norm_L2 of div(momentum) = 8.058322e-14. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 35.5164 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 11.0312 % LOG: number of a-faces with weighted approximations in 1 subdomain: 38.8985 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 15.3965 % LOG: number of a-faces with weighted approximations in 2 subdomain: 41.7936 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 16.0019 % LOG: number of a-faces with weighted approximations in 3 subdomain: 39.531 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 17.4197 % LOG: number of a-faces with weighted approximations in 4 subdomain: 43.7075 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 19.3664 % LOG: number of a-faces with weighted approximations in 5 subdomain: 39.3836 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 16.5372 % LOG: number of a-faces with weighted approximations in 6 subdomain: 42.0436 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 18.1289 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 114448| 137| 1717| 249046| 170| 0| 365381| 92| 201404|1.04932e-07 | 259329|1712.77 | 161485|0.000427912 | 259694|464865 | 197354|-3.99632e-05 | 333969|5.82077e-11 | | 1| 899| 65| 0| 0| 834| 0| 0| 899| 6| 874|0.0010275 | 321|1.88301 | 689|0.653585 | 889|100242 | 889|-3.46218e-09 | 316|-2.89444e-22 | | 2| 777| 136| 0| 0| 641| 0| 0| 777| 11| 140|0.000186577 | 666|5.31969 | 219|7.79354 | 395|27673.6 | 394|-1.67506e-09 | 136|-1.9766e-19 | | 3| 832| 58| 0| 0| 774| 0| 0| 832| 6| 671|0.000559525 | 219|3.12352 | 804|1.58531 | 816|156165 | 816|-6.07287e-10 | 18|-4.22945e-20 | | 4| 795| 106| 0| 0| 689| 0| 0| 795| 8| 763|0.00040094 | 15|3.42238 | 736|12.025 | 382|76356.5 | 502|-1.37416e-09 | 426|-5.43917e-20 | | 5| 819| 67| 0| 0| 752| 0| 0| 819| 5| 795|0.00074292 | 513|3.83553 | 641|0.948682 | 804|85315.6 | 438|-6.72331e-09 | 308|-3.10425e-21 | | 6| 1062| 436| 0| 2| 624| 0| 0| 1062| 13| 241|0.000824049 | 171|14.5004 | 127|1.20014 | 807|32302.9 | 627|-0.000156931 | 16|-7.0438e-17 | LOG nsd = 0: numb_of_convergent=23, numb_of_divergent=29 Face Momentum (sd= 0): max value of div(mf) (cv=86803) = 7.288789e-15 norm_L2 of div(momentum) = 5.052808e-14. LOG nsd = 1: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.865467e-17 norm_L2 of div(momentum) = 1.613877e-16. LOG nsd = 2: numb_of_convergent=2, numb_of_divergent=0 Face Momentum (sd= 2): max value of div(mf) (cv=107) = 3.744834e-18 norm_L2 of div(momentum) = 1.450083e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 4.223363e-17 norm_L2 of div(momentum) = 1.189640e-16. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=1 Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.779529e-17 norm_L2 of div(momentum) = 5.558854e-17. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 6.285798e-17 norm_L2 of div(momentum) = 1.722541e-16. LOG nsd = 6: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 6): max value of div(mf) (cv=26) = 2.155411e-14 norm_L2 of div(momentum) = 8.058322e-14. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 1.562620e-14| 1.172258e-06| 2.289335e-23| 2.275783e-23| 9.141244e-12| 35| 345|2|n|26| OK | | 3M | 1| 0| 3.139166e-23| 4.342787e-11| 5.514678e-28| 3.763609e-29| 4.737893e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 5.328101e-22| 2.103430e-10| 4.293554e-28| 1.206964e-30| 1.045769e-14| 3| 9|0|n|29| OK | | 3M | 3| 0| 1.194669e-23| 2.846104e-11| 5.520131e-28| 1.796276e-29| 4.436071e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 2.645684e-22| 1.264059e-10| 4.261246e-28| 2.664392e-28| 1.340994e-13| 2| 6|0|n|29| OK | | 3M | 5| 0| 7.270411e-23| 5.758996e-11| 5.630476e-28| 5.725873e-29| 6.925574e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 4.428927e-18| 1.092673e-08| 3.276978e-24| 4.861356e-26| 1.281873e-12| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 266143)=1.7760092243559e-12 , max( 171034)=0.030727391931068 (local) sd 1: min( 70)=9.7070786403696e-10 , max( 203)=0.00026081236939643 (local) sd 2: min( 174)=3.5801734794658e-09 , max( 94)=0.00016287508266915 (local) sd 3: min( 0)=8.8612197927988e-10 , max( 200)=0.00011161015321916 (local) sd 4: min( 107)=2.8224210344007e-09 , max( 134)=0.00014071023389052 (local) sd 5: min( 72)=1.2905845513234e-09 , max( 197)=0.00020927408386839 (local) sd 6: min( 16)=3.4538328072641e-08 , max( 138)=0.043564945701026 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 6.764313e-13| 4.148948e-06| 1.391575e-23| 7.633912e-24| 1.111085e-10| 17| 63|1|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 5.0712e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 5.559488e-21| 2.911562e-10| 5.064400e-30| 1.617078e-30| 6.743724e-15| 19| 81|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -5.1844e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 3.598869e-20| 8.077934e-10| 3.128972e-32| 1.195732e-32| 7.097007e-16| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=20]= -4.5099e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 5.760822e-22| 1.099950e-10| 1.690436e-30| 9.727408e-31| 5.956188e-15| 14| 42|0|n|29| OK | neumann fix solution. y[row=0][ncv=93]= 8.6856e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 9.494075e-21| 4.894177e-10| 1.545214e-31| 7.540261e-32| 1.719258e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=148]= 7.7258e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.458344e-20| 4.450031e-10| 3.129122e-30| 1.812399e-30| 5.807869e-15| 14| 42|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= -1.3391e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 1.438761e-17| 1.672242e-08| 2.676205e-24| 2.290428e-24| 1.087329e-11| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=74]= -6.0103e-07 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-2.54458e-16 PRESSURE SOLVER(geom_index= 1): sum_C_dp=8.56674e-23 PRESSURE SOLVER(geom_index= 2): sum_C_dp=3.04752e-21 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-3.93118e-23 PRESSURE SOLVER(geom_index= 4): sum_C_dp=9.07569e-23 PRESSURE SOLVER(geom_index= 5): sum_C_dp=5.28725e-23 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-2.25406e-20 Face Momentum (sd= 0): max value of div(mf) (cv=155926) = 2.498217e-12 norm_L2 of div(momentum) = 2.797912e-12. Face Momentum (sd= 1): max value of div(mf) (cv=42) = 9.972467e-16 norm_L2 of div(momentum) = 2.220187e-15. Face Momentum (sd= 2): max value of div(mf) (cv=62) = 5.540359e-17 norm_L2 of div(momentum) = 1.220303e-16. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 3.944640e-16 norm_L2 of div(momentum) = 1.104560e-15. Face Momentum (sd= 4): max value of div(mf) (cv=43) = 3.144456e-16 norm_L2 of div(momentum) = 6.337144e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 9.108507e-16 norm_L2 of div(momentum) = 1.488812e-15. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 5.202106e-13 norm_L2 of div(momentum) = 1.689650e-12. nsd = 0 min_dtHy = 0.0122338 (nCV = 173854 ) max_dtHy = 41.3834 (nCV = 82964 ) nsd = 1 min_dtHy = 4.17282 (nCV = 203 ) max_dtHy = 106.16 (nCV = 195 ) nsd = 2 min_dtHy = 6.54189 (nCV = 94 ) max_dtHy = 117.308 (nCV = 172 ) nsd = 3 min_dtHy = 10.691 (nCV = 200 ) max_dtHy = 116.428 (nCV = 191 ) nsd = 4 min_dtHy = 8.46924 (nCV = 134 ) max_dtHy = 124.493 (nCV = 28 ) nsd = 5 min_dtHy = 4.81058 (nCV = 197 ) max_dtHy = 89.454 (nCV = 192 ) nsd = 6 min_dtHy = 0.0170424 (nCV = 138 ) max_dtHy = 1.21185 (nCV = 212 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 4.334423e+08| 1.412714e+06| 1.841704e+03| 5.603527e+02| 3.151297e+03| 5| 45|0|n|26| OK | nsd = 0 min_dtke = 3.32531e-06 (nCV = 55265 ) max_dtke = 0.691272 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 6.475982e-17| 2.512236e-07| 1.831006e-32| 2.813988e-37| 1.410420e-17| 3| 18|0|n|28| OK | |turb| 0| 1| 1.174575e-11| 3.048981e-04| 3.151871e-36| 3.367038e-37| 7.396861e-18| 4| 24|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 170 E from zero= 264810 E from infinity= 195627 nsd = 1 min_dtke = 0.000738427 (nCV = 6 ) max_dtke = 0.0067227 (nCV = 208 ) |turb| 1| 0| 6.099925e-23| 7.657897e-11| 1.832974e-39| 1.280330e-50| 4.418631e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 7.367428e-18| 2.833609e-08| 5.997579e-46| 4.286045e-47| 5.242257e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 194 E from infinity= 176 nsd = 2 min_dtke = 0.000250245 (nCV = 65 ) max_dtke = 0.00546143 (nCV = 203 ) |turb| 2| 0| 4.759242e-22| 7.294683e-11| 5.059146e-39| 1.172927e-47| 5.122623e-24| 2| 12|0|n|29| OK | |turb| 2| 1| 2.915491e-17| 5.435351e-08| 4.149266e-46| 1.802560e-43| 6.299497e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 171 E from infinity= 172 nsd = 3 min_dtke = 0.000554159 (nCV = 68 ) max_dtke = 0.00612038 (nCV = 195 ) |turb| 3| 0| 4.214880e-23| 6.295454e-11| 1.279281e-39| 1.806898e-51| 3.564389e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 8.518038e-18| 3.111448e-08| 3.099732e-46| 2.869159e-46| 9.543596e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 197 E from infinity= 179 nsd = 4 min_dtke = 0.000357617 (nCV = 33 ) max_dtke = 0.0077965 (nCV = 202 ) |turb| 4| 0| 1.210068e-22| 6.533492e-11| 1.044753e-39| 6.492678e-50| 1.053363e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 2.229288e-17| 4.474401e-08| 1.288046e-46| 1.062275e-45| 1.893468e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 173 E from infinity= 166 nsd = 5 min_dtke = 0.000639559 (nCV = 8 ) max_dtke = 0.00668675 (nCV = 205 ) |turb| 5| 0| 2.782266e-23| 5.758267e-11| 1.606296e-39| 5.523083e-50| 6.567362e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 6.850190e-18| 2.720038e-08| 4.501173e-46| 1.152069e-46| 7.651421e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 193 E from infinity= 175 nsd = 6 min_dtke = 0.000117692 (nCV = 66 ) max_dtke = 0.00203956 (nCV = 117 ) |turb| 6| 0| 8.750372e-23| 5.887139e-11| 2.345512e-31| 3.161661e-40| 9.207091e-20| 1| 6|0|n|29| OK | |turb| 6| 1| 7.822535e-17| 6.365453e-08| 2.534276e-34| 7.801474e-45| 3.503223e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 176 E from infinity= 183 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00925613 del_p_mean=-3900.54 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.18796e-07 del_p_mean=-2841.21 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16136e-07 del_p_mean=-24.3538 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1906e-07 del_p_mean=-2047.48 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15682e-07 del_p_mean=-54.2402 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.17669e-07 del_p_mean=-2377.54 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.26192e-07 del_p_mean=-933.365 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1191.3146600104 max(solid,ncvloc= 38762,sd_id= 8) = 309.56405799023 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1191.3146600104 max(solid,ncvloc= 38762,sd_id= 8) = 309.56405799023 slv : Fluid subdom(new) 0 slv : P static (new) : min( 173853) = 14118.263925015 , max( 173851) = 14118.269777392 slv : Density (new) : min( 267876) = 0.0024078640927114 , max( 132233) = 85007.895594434 slv : Velocity (new) : min( 118993) = 4.3800877273633e-13 , max( 173867) = 0.24359787759041 slv : Mach number (new) : min( 230311) = 2.2686877726161e-14 , max( 173867) = 0.0007053280573143 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 173855) = 9.634181741044e-05 slv : Turbulent e (new) : min( 5062) = 1.3778886043983e-40 , max( 297533) = 0.82976649266659 slv : Temperature (new) : min( 132233) = 0.00057848186389946 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 12013) = -51310101.850643 , max( 40602) = 4573.1132931741 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 54388.470365309 , max( 203) = 54388.470370501 slv : Density (new) : min( 11) = 0.5902817762411 , max( 182) = 16.874752176006 slv : Velocity (new) : min( 70) = 7.8924941016663e-10 , max( 203) = 0.00026462648993828 slv : Mach number (new) : min( 70) = 2.2017483218793e-12 , max( 203) = 9.9939487750477e-07 slv : Turbulent k (new) : min( 60) = 8.4883787945475e-18 , max( 208) = 3.7490367414757e-05 slv : Turbulent e (new) : min( 60) = 2.2731530362773e-15 , max( 61) = 0.0097601502833311 slv : Temperature (new) : min( 182) = 11.226311396903 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 67) = -4180658.6941843 , max( 201) = -105657.06975439 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 15210.459710092 , max( 50) = 15210.459718703 slv : Density (new) : min( 5) = 0.16036607257477 , max( 38) = 263.3740358982 slv : Velocity (new) : min( 174) = 2.5250875919206e-09 , max( 60) = 0.00016412219485544 slv : Mach number (new) : min( 174) = 7.0036841293786e-12 , max( 50) = 5.0814365072867e-07 slv : Turbulent k (new) : min( 103) = 1.6355158093299e-17 , max( 98) = 3.7477089608238e-05 slv : Turbulent e (new) : min( 103) = 1.6857683243922e-14 , max( 13) = 0.038933600586178 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 99) = -2817658.5645262 , max( 95) = -79545.895514428 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 40800.489382417 , max( 202) = 40800.489383868 slv : Density (new) : min( 3) = 0.44519773488332 , max( 148) = 29.929822789303 slv : Velocity (new) : min( 0) = 9.491381235782e-10 , max( 200) = 0.00010664888486161 slv : Mach number (new) : min( 0) = 2.6560495982062e-12 , max( 200) = 3.9348727637064e-07 slv : Turbulent k (new) : min( 53) = 1.1384071952524e-17 , max( 201) = 3.749749577049e-05 slv : Turbulent e (new) : min( 53) = 3.9335843143895e-15 , max( 0) = 0.012844377886053 slv : Temperature (new) : min( 148) = 4.748198539401 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 8) = -4241568.5939032 , max( 196) = -109024.28488423 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 22554.652596474 , max( 198) = 22554.652603922 slv : Density (new) : min( 138) = 0.23950413796201 , max( 195) = 27.307454525789 slv : Velocity (new) : min( 107) = 2.5060575789931e-09 , max( 134) = 0.00013362869526409 slv : Mach number (new) : min( 107) = 6.9515714688746e-12 , max( 198) = 3.9839244887162e-07 slv : Turbulent k (new) : min( 31) = 3.7741033841767e-17 , max( 99) = 3.7497967345714e-05 slv : Turbulent e (new) : min( 31) = 2.589118790914e-14 , max( 113) = 0.025492418473684 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 38) = -2821490.7270028 , max( 102) = -80259.357816889 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 47999.987543888 , max( 202) = 47999.98754704 slv : Density (new) : min( 71) = 0.51640066690773 , max( 192) = 22.929279055735 slv : Velocity (new) : min( 80) = 2.0319648614376e-09 , max( 197) = 0.00020671456633328 slv : Mach number (new) : min( 80) = 5.6767181929199e-12 , max( 197) = 7.8486212778314e-07 slv : Turbulent k (new) : min( 71) = 7.7589326353508e-18 , max( 205) = 3.7489877360382e-05 slv : Turbulent e (new) : min( 71) = 2.3389512986357e-15 , max( 74) = 0.011336061984969 slv : Temperature (new) : min( 192) = 7.291524982436 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 71) = -4223456.0708712 , max( 201) = -107517.06652408 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 137) = 7092.892091911 , max( 132) = 7092.8932792759 slv : Density (new) : min( 65) = 0.076888073193956 , max( 98) = 37.24845602565 slv : Velocity (new) : min( 0) = 5.7771188405767e-08 , max( 138) = 0.03229889399237 slv : Mach number (new) : min( 0) = 1.6113270634867e-10 , max( 138) = 0.00018992679569059 slv : Turbulent k (new) : min( 17) = 4.0889364320012e-14 , max( 179) = 4.2988170632831e-05 slv : Turbulent e (new) : min( 26) = 4.3280829672908e-13 , max( 15) = 0.069349823458446 slv : Temperature (new) : min( 98) = 0.66325838378557 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -2005041.7218024 , max( 212) = -52895.326146923 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0648998(nfa=525705, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13016 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.058| 17| 0.003| 0.007| slv : | Calculate_inc | 115.005| 16| 7.188| 20.579| slv : | CollectEMT_Results | 0.000| 17| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.435| 625| 0.002| 0.073| slv : | Results_processing | 4.982| 16| 0.311| 0.336| slv : | build_sl_ordering_CHT | 0.056| 17| 0.003| 0.021| slv : | build_sl_ordering_MDS | 0.312| 17| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.347| 119| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.145| 17| 0.067| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 1.018| 17| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.224| 17| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.377| 17| 0.022| 0.028| slv : | perform_stage_total | 101.584| 467| 0.218| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 30.719| 17| 1.807| 6.280| slv : | solve_3M_alg_MDS | 29.187| 119| 0.245| 6.185| slv : | solve_BG_MDS | 1.474| 17| 0.087| 0.285| slv : | solve_BG_alg_MDS | 1.148| 119| 0.010| 0.256| slv : | solve_BL_MDS | 22.568| 17| 1.328| 3.714| slv : | solve_CHT | 19.497| 17| 1.147| 3.491| slv : | solve_CHT_MDS | 18.914| 17| 1.113| 3.458| slv : | solve_CHT_alg_MDS | 14.962| 17| 0.880| 3.218| slv : | solve_DvGr_MDS | 28.145| 17| 1.656| 7.493| slv : | solve_DvGr_alg_MDS | 24.407| 119| 0.205| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 17| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 17| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 17| 0.000| 0.000| slv : | solve_YTurb_MDS | 12.868| 17| 0.757| 1.890| slv : | solve_YTurb_alg_MDS | 9.601| 238| 0.040| 1.508| slv : | update_BC_MDS | 0.045| 18| 0.002| 0.003| slv : | update_Mf_after_DvGr | 1.033| 17| 0.061| 0.082| slv : | update_VelPressure_MDS | 0.174| 17| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166474 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166476 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166481 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166482 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166489 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166490 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166528 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166601 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131235 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131237 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131240 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49307 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22172 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49309 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49313 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22181 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147948 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147951 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156861 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156862 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156863 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156863 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156864 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156864 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156865 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156866 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156867 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156868 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60999 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 60999 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 61000 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 61000 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62682 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62682 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62683 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62683 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62686 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62686 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62687 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62687 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62688 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 62688 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139516 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139519 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183364 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183365 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183368 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183368 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72205 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183389 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183389 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183390 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183390 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79287 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79289 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79289 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79314 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79314 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79316 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79440 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79442 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79442 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250586 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250587 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229993 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229997 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229998 ----------------------------------------------------------------------- Memory Working Set Current = 3855.99 Mb, Memory Working Set Peak = 3858.79 Mb Memory Private Bytes Current = 3982.35 Mb, Memory Private Bytes Peak = 3986.67 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16511 ================== Tstep=17 =================== MWS[ 0]=0.000385198 MWS[ 1]=8.75347e-06 MWS[ 2]=4.56254e-06 MWS[ 3]=7.60198e-06 MWS[ 4]=5.5758e-06 MWS[ 5]=8.18736e-06 MWS[ 6]=0.00028861 tau_viscous_averaged = 0.00106008 tau_viscous_averaged = 0.00113638 tau_viscous_averaged = 0.000363191 tau_viscous_averaged = 0.000866745 tau_viscous_averaged = 0.000539346 tau_viscous_averaged = 0.00100889 tau_viscous_averaged = 0.000253147 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173867)=1.00 , max dt/dtG(ncv= 85415)=30.8 , dtG=0.00575473 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=19.24, max dt/dtG(ncv= 195)=33.3 , dtG=0.00575473 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=6.32 , max dt/dtG(ncv= 199)=10.6 , dtG=0.00575473 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=14.35, max dt/dtG(ncv= 148)=25.4 , dtG=0.00575473 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=9.29 , max dt/dtG(ncv= 202)=15.8 , dtG=0.00575473 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=17.14, max dt/dtG(ncv= 192)=29.5 , dtG=0.00575473 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=3.05 , max dt/dtG(ncv= 204)=7.3 , dtG=0.00575473 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=155926) = 2.498217e-12 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 7.828309e-24| 1.125670e-10| 1.391575e-25| 7.486093e-26| 2.989926e-11| 8| 24|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 6.5092e-10 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 1): max value of div(mf) (cv=42) = 9.972467e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 4.838285e-30| 1.050431e-14| 5.064400e-32| 2.807422e-32| 1.638135e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 2.1472e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 2): max value of div(mf) (cv=62) = 5.540359e-17 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 1.300490e-32| 7.598751e-16| 3.128972e-34| 1.922717e-34| 1.279339e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 5.1857e-12 log10(resTarget_Lim / resTarget_Orig): 2.6 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 3.944640e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 1.213508e-30| 6.841812e-15| 1.690436e-32| 9.341418e-33| 9.473932e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -2.0541e-11 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 4): max value of div(mf) (cv=43) = 3.144456e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 3.901746e-31| 2.897442e-15| 1.545214e-33| 1.471050e-33| 3.519636e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -7.0587e-12 log10(resTarget_Lim / resTarget_Orig): 1.8 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 9.108507e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 1.615521e-30| 6.307201e-15| 3.129122e-32| 1.627173e-32| 1.199208e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= -1.6024e-11 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 5.202106e-13 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 2.584299e-24| 1.198656e-11| 2.676205e-26| 8.016898e-27| 8.775725e-13| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=206]= -8.2975e-08 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 0): max value of div(mf) (cv=150141) = 4.042881e-14 norm_L2 of div(momentum) = 2.748153e-13. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 4.326513e-17 norm_L2 of div(momentum) = 1.717564e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 3.511259e-18 norm_L2 of div(momentum) = 1.392050e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 3.746168e-17 norm_L2 of div(momentum) = 1.054727e-16. Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.249282e-17 norm_L2 of div(momentum) = 3.907791e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 5.253765e-17 norm_L2 of div(momentum) = 1.365215e-16. Face Momentum (sd= 6): max value of div(mf) (cv=50) = 2.403753e-14 norm_L2 of div(momentum) = 8.980016e-14. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 33.026 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 10.3691 % LOG: number of a-faces with weighted approximations in 1 subdomain: 44.062 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 17.8576 % LOG: number of a-faces with weighted approximations in 2 subdomain: 43.1472 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 16.2403 % LOG: number of a-faces with weighted approximations in 3 subdomain: 45.0586 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 19.5943 % LOG: number of a-faces with weighted approximations in 4 subdomain: 46.5986 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 20.3672 % LOG: number of a-faces with weighted approximations in 5 subdomain: 39.2123 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 16.8713 % LOG: number of a-faces with weighted approximations in 6 subdomain: 42.0436 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 18.4773 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 148706| 172| 1425| 215001| 214| 0| 365346| 209| 31757|0 | 259329|3140.83 | 71852|0.00136991 | 3|634987 | 197354|-0.000174202 | 335286|9.63499e-11 | | 1| 899| 63| 0| 0| 836| 0| 0| 899| 8| 877|0.00104283 | 321|1.98138 | 689|1.53573 | 897|2178.21 | 889|-4.50809e-09 | 324|-6.49732e-22 | | 2| 777| 139| 0| 0| 638| 0| 0| 777| 11| 140|0.000186876 | 666|5.3282 | 764|7.47913 | 395|68569 | 617|-2.02295e-09 | 682|-3.62291e-22 | | 3| 832| 57| 0| 0| 775| 0| 0| 832| 6| 671|0.000587604 | 219|3.28027 | 804|2.09292 | 805|31542.7 | 819|-8.91618e-10 | 18|-1.674e-21 | | 4| 795| 109| 0| 0| 686| 0| 0| 795| 7| 763|0.000401904 | 15|3.43061 | 368|13.3235 | 382|157950 | 502|-1.87396e-09 | 12|-4.0467e-20 | | 5| 819| 70| 0| 0| 749| 0| 0| 819| 5| 795|0.000779718 | 513|4.02552 | 641|1.73431 | 347|1714.33 | 438|-7.81885e-09 | 308|-1.36133e-20 | | 6| 1062| 412| 0| 2| 648| 0| 0| 1062| 12| 241|0.000932486 | 171|16.4086 | 127|1.12554 | 1042|72116.7 | 627|-4.06675e-05 | 215|-1.72493e-16 | LOG nsd = 0: numb_of_convergent=40, numb_of_divergent=37 Face Momentum (sd= 0): max value of div(mf) (cv=150141) = 4.042881e-14 norm_L2 of div(momentum) = 2.748153e-13. LOG nsd = 1: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 4.326513e-17 norm_L2 of div(momentum) = 1.717564e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 3.511259e-18 norm_L2 of div(momentum) = 1.392050e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 3.746168e-17 norm_L2 of div(momentum) = 1.054727e-16. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=2 Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.249282e-17 norm_L2 of div(momentum) = 3.907791e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 5.253765e-17 norm_L2 of div(momentum) = 1.365215e-16. LOG nsd = 6: numb_of_convergent=1, numb_of_divergent=2 Face Momentum (sd= 6): max value of div(mf) (cv=50) = 2.403753e-14 norm_L2 of div(momentum) = 8.980016e-14. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 6.651971e-14| 2.358391e-06| 1.003850e-22| 6.683214e-23| 1.861398e-11| 33| 279|2|n|26| OK | | 3M | 1| 0| 2.565207e-23| 3.885231e-11| 5.464374e-28| 4.299280e-29| 4.912379e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 5.373705e-22| 1.896145e-10| 4.271224e-28| 4.131200e-28| 1.662485e-13| 2| 6|0|n|29| OK | | 3M | 3| 0| 1.022256e-23| 2.839539e-11| 5.466289e-28| 1.131721e-29| 3.500872e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 3.449643e-22| 1.313348e-10| 4.239322e-28| 2.878138e-30| 1.466207e-14| 3| 9|0|n|29| OK | | 3M | 5| 0| 6.905720e-23| 5.647504e-11| 5.581155e-28| 6.187017e-29| 6.907910e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 3.212985e-18| 7.200617e-09| 1.046386e-24| 1.281396e-25| 2.243969e-12| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 118993)=2.1848409334442e-12 , max( 171034)=0.052110026165623 (local) sd 1: min( 72)=7.4171687255734e-10 , max( 203)=0.00029238970470238 (local) sd 2: min( 171)=3.8190151481764e-09 , max( 94)=0.00014321790533097 (local) sd 3: min( 0)=9.2837384075974e-10 , max( 200)=0.00011673273729068 (local) sd 4: min( 3)=2.9874523441882e-09 , max( 134)=0.00014062659113105 (local) sd 5: min( 72)=1.3709961401821e-09 , max( 197)=0.00023039058880467 (local) sd 6: min( 55)=4.32370724465e-08 , max( 138)=0.047851376622615 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 1.056019e-12| 5.213149e-06| 9.826193e-23| 5.456053e-23| 9.740506e-10| 11| 33|0|n|28| OK | neumann fix solution. y[row=0][ncv=80874]= 4.3828e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 5.301387e-21| 2.789410e-10| 4.201841e-30| 2.030411e-30| 7.393096e-15| 19| 81|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -5.2523e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 2.568241e-20| 7.193407e-10| 3.141496e-32| 9.832785e-33| 5.130890e-16| 17| 63|1|n|29| OK | neumann fix solution. y[row=0][ncv=20]= -4.6145e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 4.328802e-22| 9.821168e-11| 1.414955e-30| 6.248365e-31| 4.522722e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=79]= 8.5356e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 1.183724e-20| 5.065848e-10| 1.546447e-31| 4.412675e-32| 1.237423e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=152]= 5.9240e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.331359e-20| 4.370815e-10| 2.621220e-30| 2.107897e-30| 5.945926e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= -7.2599e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 2.423098e-17| 2.050543e-08| 2.203424e-25| 1.140562e-25| 2.151472e-12| 11| 33|0|n|29| OK | neumann fix solution. y[row=0][ncv=74]= 5.4406e-08 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-1.05987e-15 PRESSURE SOLVER(geom_index= 1): sum_C_dp=8.91664e-23 PRESSURE SOLVER(geom_index= 2): sum_C_dp=2.06303e-21 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-4.24087e-23 PRESSURE SOLVER(geom_index= 4): sum_C_dp=-1.33753e-22 PRESSURE SOLVER(geom_index= 5): sum_C_dp=4.8842e-23 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-1.80512e-20 Face Momentum (sd= 0): max value of div(mf) (cv=155926) = 3.384000e-12 norm_L2 of div(momentum) = 7.393484e-12. Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.101175e-15 norm_L2 of div(momentum) = 2.466083e-15. Face Momentum (sd= 2): max value of div(mf) (cv=120) = 7.093959e-17 norm_L2 of div(momentum) = 1.592205e-16. Face Momentum (sd= 3): max value of div(mf) (cv=198) = 3.639876e-16 norm_L2 of div(momentum) = 8.410660e-16. Face Momentum (sd= 4): max value of div(mf) (cv=159) = 1.434795e-16 norm_L2 of div(momentum) = 3.501618e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 9.860734e-16 norm_L2 of div(momentum) = 1.625107e-15. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 1.476778e-13 norm_L2 of div(momentum) = 3.541725e-13. nsd = 0 min_dtHy = 0.00594601 (nCV = 173867 ) max_dtHy = 22.3246 (nCV = 82964 ) nsd = 1 min_dtHy = 3.58473 (nCV = 203 ) max_dtHy = 103.141 (nCV = 195 ) nsd = 2 min_dtHy = 7.35683 (nCV = 60 ) max_dtHy = 117.415 (nCV = 172 ) nsd = 3 min_dtHy = 9.74098 (nCV = 200 ) max_dtHy = 114.082 (nCV = 191 ) nsd = 4 min_dtHy = 10.1471 (nCV = 134 ) max_dtHy = 127.551 (nCV = 202 ) nsd = 5 min_dtHy = 4.31284 (nCV = 197 ) max_dtHy = 87.094 (nCV = 192 ) nsd = 6 min_dtHy = 0.0298411 (nCV = 138 ) max_dtHy = 2.05581 (nCV = 212 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 3.700734e+08| 1.243665e+06| 1.991867e+03| 5.377673e+02| 3.085535e+03| 5| 45|0|n|26| OK | nsd = 0 min_dtke = 2.85908e-06 (nCV = 55265 ) max_dtke = 0.664828 (nCV = 38772 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 2.569806e-16| 2.343386e-07| 2.055019e-31| 1.922217e-31| 1.449045e-14| 2| 12|0|n|28| OK | |turb| 0| 1| 1.354851e-11| 3.367395e-04| 1.210189e-34| 2.067604e-36| 2.505410e-17| 4| 24|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 193 E from zero= 267424 E from infinity= 215263 nsd = 1 min_dtke = 0.000724403 (nCV = 6 ) max_dtke = 0.00672637 (nCV = 208 ) |turb| 1| 0| 4.954949e-23| 7.082537e-11| 1.600204e-39| 5.690132e-50| 6.439124e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 6.389249e-18| 2.703531e-08| 4.973005e-46| 6.401806e-47| 6.493368e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 194 E from infinity= 178 nsd = 2 min_dtke = 0.000183754 (nCV = 65 ) max_dtke = 0.00406103 (nCV = 203 ) |turb| 2| 0| 4.692395e-22| 7.551387e-11| 9.287784e-39| 2.217678e-39| 2.565615e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 5.935972e-17| 7.631739e-08| 7.602831e-46| 7.195929e-43| 1.203134e-21| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 171 E from infinity= 172 nsd = 3 min_dtke = 0.000546355 (nCV = 68 ) max_dtke = 0.00618308 (nCV = 195 ) |turb| 3| 0| 4.925221e-23| 6.153236e-11| 1.118641e-39| 1.756697e-49| 8.392975e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 7.770009e-18| 3.003942e-08| 2.584024e-46| 2.818163e-46| 9.305782e-23| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 196 E from infinity= 180 nsd = 4 min_dtke = 0.000275768 (nCV = 33 ) max_dtke = 0.00608408 (nCV = 202 ) |turb| 4| 0| 4.364573e-23| 5.957025e-11| 1.712811e-39| 2.986549e-49| 1.684956e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 3.306364e-17| 5.761436e-08| 2.103058e-46| 1.989798e-45| 2.166179e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 173 E from infinity= 170 nsd = 5 min_dtke = 0.000628052 (nCV = 8 ) max_dtke = 0.00678418 (nCV = 205 ) |turb| 5| 0| 2.315143e-23| 5.349455e-11| 1.415630e-39| 1.842746e-51| 3.004992e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 6.260824e-18| 2.651237e-08| 3.778832e-46| 2.864348e-46| 8.602678e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 192 E from infinity= 177 nsd = 6 min_dtke = 0.000101456 (nCV = 66 ) max_dtke = 0.00187151 (nCV = 115 ) |turb| 6| 0| 3.169415e-23| 5.050464e-11| 2.447904e-32| 1.196416e-39| 1.185169e-19| 1| 6|0|n|29| OK | |turb| 6| 1| 1.090488e-16| 6.934135e-08| 8.029526e-36| 1.968170e-45| 2.275102e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 171 E from infinity= 179 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.008915 del_p_mean=-2632.9 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.44351e-07 del_p_mean=-11850.8 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16198e-07 del_p_mean=-32.346 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.79988e-07 del_p_mean=-15101.1 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1577e-07 del_p_mean=-71.2361 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.48487e-07 del_p_mean=-11757.4 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.42204e-07 del_p_mean=-1530.6 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1181.4501764849 max(solid,ncvloc= 38762,sd_id= 8) = 315.0793125912 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1181.4501764849 max(solid,ncvloc= 38762,sd_id= 8) = 315.0793125912 slv : Fluid subdom(new) 0 slv : P static (new) : min( 173853) = 11485.356926649 , max( 173851) = 11485.373798243 slv : Density (new) : min( 267876) = 0.0019588239002603 , max( 146139) = 105575.98392178 slv : Velocity (new) : min( 118993) = 4.6805415778987e-12 , max( 173854) = 0.45935540334094 slv : Mach number (new) : min( 224181) = 5.9893065821342e-14 , max( 173854) = 0.0013306460262032 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 173855) = 0.00028484740830771 slv : Turbulent e (new) : min( 132256) = 1.7304317156993e-40 , max( 297533) = 1.0420493717275 slv : Temperature (new) : min( 146139) = 0.00037891980016468 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 95077) = -47968944.895752 , max( 1912) = 6090.8724017493 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 42537.659151385 , max( 203) = 42537.659157521 slv : Density (new) : min( 11) = 0.46166411433305 , max( 182) = 13.197879100307 slv : Velocity (new) : min( 70) = 9.9809236870815e-10 , max( 203) = 0.00035799510210615 slv : Mach number (new) : min( 70) = 2.7843520306462e-12 , max( 203) = 1.3816143793871e-06 slv : Turbulent k (new) : min( 60) = 4.3696837611168e-18 , max( 208) = 3.7488439396153e-05 slv : Turbulent e (new) : min( 60) = 1.2313128923846e-15 , max( 61) = 0.01025778543323 slv : Temperature (new) : min( 182) = 11.226311396903 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 67) = -4993812.1832881 , max( 201) = -112098.04488799 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 15178.113725094 , max( 50) = 15178.113735061 slv : Density (new) : min( 5) = 0.16002504418443 , max( 38) = 262.81395468973 slv : Velocity (new) : min( 67) = 3.976683718818e-09 , max( 60) = 0.00016760542584194 slv : Mach number (new) : min( 67) = 1.0997346098996e-11 , max( 50) = 6.3701822121989e-07 slv : Turbulent k (new) : min( 169) = 2.5094748403761e-16 , max( 98) = 3.7475599240774e-05 slv : Turbulent e (new) : min( 169) = 2.6158578016026e-13 , max( 13) = 0.038855527580568 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 99) = -3362356.7566054 , max( 95) = -83365.234985327 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 25699.355638792 , max( 202) = 25699.355640532 slv : Density (new) : min( 3) = 0.28042053151421 , max( 193) = 19.084212907631 slv : Velocity (new) : min( 38) = 1.0035013097042e-09 , max( 200) = 0.00017123951765691 slv : Mach number (new) : min( 38) = 2.8343524106651e-12 , max( 200) = 6.4490880560326e-07 slv : Turbulent k (new) : min( 3) = 1.5359213366126e-17 , max( 201) = 3.7496928961457e-05 slv : Turbulent e (new) : min( 3) = 5.5776772789349e-15 , max( 0) = 0.013464108032609 slv : Temperature (new) : min( 193) = 4.6904620302045 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 8) = -5050978.1386758 , max( 196) = -115622.3541667 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 22483.416516436 , max( 198) = 22483.416524955 slv : Density (new) : min( 138) = 0.23874769377186 , max( 195) = 27.221207308877 slv : Velocity (new) : min( 110) = 2.7579863415029e-09 , max( 134) = 0.00012348281227236 slv : Mach number (new) : min( 110) = 7.6726037725651e-12 , max( 198) = 5.0453211226264e-07 slv : Turbulent k (new) : min( 31) = 3.6178904013838e-17 , max( 99) = 3.7495840845114e-05 slv : Turbulent e (new) : min( 31) = 2.4879219046226e-14 , max( 113) = 0.025399595814616 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 38) = -3365901.2884878 , max( 102) = -84042.058384293 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 36242.561090459 , max( 202) = 36242.561094221 slv : Density (new) : min( 71) = 0.38991015781033 , max( 192) = 17.312833596208 slv : Velocity (new) : min( 80) = 2.2289024675723e-09 , max( 197) = 0.00028609492900125 slv : Mach number (new) : min( 80) = 6.2269045238115e-12 , max( 197) = 1.1104419317103e-06 slv : Turbulent k (new) : min( 71) = 7.4753026174182e-18 , max( 205) = 3.7487658114864e-05 slv : Turbulent e (new) : min( 71) = 2.3650682684513e-15 , max( 74) = 0.011885254521095 slv : Temperature (new) : min( 192) = 7.291524982436 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 71) = -5035748.1058284 , max( 201) = -114009.7685133 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 137) = 5562.2881277612 , max( 132) = 5562.2893887134 slv : Density (new) : min( 65) = 0.060296086259478 , max( 42) = 117.56541268448 slv : Velocity (new) : min( 55) = 7.90887598174e-08 , max( 138) = 0.073684892656514 slv : Mach number (new) : min( 55) = 2.2052052755912e-10 , max( 138) = 0.0003871655853654 slv : Turbulent k (new) : min( 54) = 4.0979740129851e-14 , max( 209) = 3.7239231600487e-05 slv : Turbulent e (new) : min( 110) = 5.3919677923275e-13 , max( 15) = 0.078396750458527 slv : Temperature (new) : min( 42) = 0.16479407662581 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -2404295.8667436 , max( 212) = -53846.028246316 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0650921(nfa=525705, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13059 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.061| 18| 0.003| 0.007| slv : | Calculate_inc | 122.435| 17| 7.202| 20.579| slv : | CollectEMT_Results | 0.000| 18| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.490| 658| 0.002| 0.073| slv : | Results_processing | 5.286| 17| 0.311| 0.336| slv : | build_sl_ordering_CHT | 0.056| 18| 0.003| 0.021| slv : | build_sl_ordering_MDS | 0.333| 18| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.369| 126| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.211| 18| 0.067| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 1.080| 18| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.237| 18| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.401| 18| 0.022| 0.028| slv : | perform_stage_total | 107.136| 494| 0.217| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 33.548| 18| 1.864| 6.280| slv : | solve_3M_alg_MDS | 31.932| 126| 0.253| 6.185| slv : | solve_BG_MDS | 1.595| 18| 0.089| 0.285| slv : | solve_BG_alg_MDS | 1.252| 126| 0.010| 0.256| slv : | solve_BL_MDS | 23.746| 18| 1.319| 3.714| slv : | solve_CHT | 20.239| 18| 1.124| 3.491| slv : | solve_CHT_MDS | 19.622| 18| 1.090| 3.458| slv : | solve_CHT_alg_MDS | 15.430| 18| 0.857| 3.218| slv : | solve_DvGr_MDS | 28.876| 18| 1.604| 7.493| slv : | solve_DvGr_alg_MDS | 24.971| 126| 0.198| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 18| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 18| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 18| 0.000| 0.000| slv : | solve_YTurb_MDS | 13.264| 18| 0.737| 1.890| slv : | solve_YTurb_alg_MDS | 9.823| 252| 0.039| 1.508| slv : | update_BC_MDS | 0.047| 19| 0.002| 0.003| slv : | update_Mf_after_DvGr | 1.103| 18| 0.061| 0.082| slv : | update_VelPressure_MDS | 0.184| 18| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131235 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131237 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131240 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166468 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166470 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234536 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166470 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166472 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166472 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166474 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166475 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95616 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49307 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95619 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49309 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95620 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95620 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95621 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95621 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95622 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95623 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49313 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222562 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22172 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222563 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222564 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222565 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222566 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222567 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222568 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271397 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222574 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22181 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111781 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111782 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111783 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111784 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213277 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111807 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213278 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111808 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213278 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111809 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213280 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111810 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213282 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111829 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213282 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 111831 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 213284 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229993 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218468 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218468 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218468 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218468 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218469 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218474 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218474 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218475 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229997 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218475 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 218476 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95182 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95184 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95184 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95185 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95185 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95186 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 95187 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139516 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139519 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72205 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79283 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79285 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79285 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79287 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79289 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79289 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79290 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79290 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79292 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79292 ----------------------------------------------------------------------- Memory Working Set Current = 3856.01 Mb, Memory Working Set Peak = 3858.80 Mb Memory Private Bytes Current = 3982.35 Mb, Memory Private Bytes Peak = 3986.67 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16576 ================== Tstep=18 =================== MWS[ 0]=0.000655151 MWS[ 1]=7.83854e-06 MWS[ 2]=4.55768e-06 MWS[ 3]=6.0333e-06 MWS[ 4]=5.56698e-06 MWS[ 5]=7.1143e-06 MWS[ 6]=0.000583066 tau_viscous_averaged = 0.000862432 tau_viscous_averaged = 0.000895901 tau_viscous_averaged = 0.000364784 tau_viscous_averaged = 0.000550498 tau_viscous_averaged = 0.00054114 tau_viscous_averaged = 0.000767684 tau_viscous_averaged = 0.000199197 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173854)=0.85 , max dt/dtG(ncv= 85415)=39.1 , dtG=0.00368389 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=23.69, max dt/dtG(ncv= 195)=41.0 , dtG=0.00368389 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=9.91 , max dt/dtG(ncv= 199)=16.7 , dtG=0.00368389 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=14.24, max dt/dtG(ncv= 148)=25.2 , dtG=0.00368389 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=14.57, max dt/dtG(ncv= 202)=24.8 , dtG=0.00368389 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=20.38, max dt/dtG(ncv= 192)=35.1 , dtG=0.00368389 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=2.60 , max dt/dtG(ncv= 204)=8.9 , dtG=0.00368389 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=155926) = 3.384000e-12 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 5.464592e-23| 9.748081e-10| 9.826193e-25| 4.827840e-25| 1.282632e-10| 8| 24|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 3.2367e-09 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.101175e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 5.964016e-30| 1.154855e-14| 4.201841e-32| 3.381609e-32| 1.825882e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 3.0564e-11 log10(resTarget_Lim / resTarget_Orig): 2.1 Face Momentum (sd= 2): max value of div(mf) (cv=120) = 7.093959e-17 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 2.262033e-32| 7.397679e-16| 3.141496e-34| 1.913930e-34| 1.277764e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 5.2054e-12 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 3): max value of div(mf) (cv=198) = 3.639876e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 7.027656e-31| 4.989344e-15| 1.414955e-32| 5.197203e-33| 7.076768e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -2.3389e-11 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 4): max value of div(mf) (cv=159) = 1.434795e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 1.162238e-31| 1.806098e-15| 1.546447e-33| 7.075411e-34| 2.496682e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -4.6624e-12 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 9.860734e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 1.914259e-30| 6.685169e-15| 2.621220e-32| 2.022821e-32| 1.363735e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= -2.4290e-11 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 1.476778e-13 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.036294e-25| 2.229321e-12| 2.203424e-27| 6.869513e-28| 2.556535e-13| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=206]= -3.0111e-08 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 0): max value of div(mf) (cv=88896) = 7.759074e-14 norm_L2 of div(momentum) = 6.988411e-13. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 4.579939e-17 norm_L2 of div(momentum) = 1.870512e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 3.572571e-18 norm_L2 of div(momentum) = 1.388960e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 2.826084e-17 norm_L2 of div(momentum) = 7.879026e-17. Face Momentum (sd= 4): max value of div(mf) (cv=138) = 7.141877e-18 norm_L2 of div(momentum) = 2.730881e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 5.519752e-17 norm_L2 of div(momentum) = 1.497236e-16. Face Momentum (sd= 6): max value of div(mf) (cv=107) = 6.916569e-15 norm_L2 of div(momentum) = 2.630055e-14. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 31.2765 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 9.91066 % LOG: number of a-faces with weighted approximations in 1 subdomain: 40.2754 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 18.3659 % LOG: number of a-faces with weighted approximations in 2 subdomain: 41.286 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 15.9887 % LOG: number of a-faces with weighted approximations in 3 subdomain: 40.0335 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 16.8245 % LOG: number of a-faces with weighted approximations in 4 subdomain: 45.5782 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 20.6428 % LOG: number of a-faces with weighted approximations in 5 subdomain: 40.0685 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 16.3264 % LOG: number of a-faces with weighted approximations in 6 subdomain: 39.196 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 17.624 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 164753| 174| 1956| 198436| 199| 0| 365344| 250| 28188|0 | 259329|3065.34 | 25709|0 | 3|636886 | 197354|-0.000356816 | 259381|5.82077e-11 | | 1| 899| 85| 0| 0| 814| 0| 0| 899| 6| 876|0.000473797 | 321|2.53338 | 877|1.79477 | 893|19535.5 | 889|-7.9165e-09 | 319|-1.49524e-21 | | 2| 777| 132| 0| 0| 645| 0| 0| 777| 6| 140|0.000187274 | 666|5.33956 | 219|7.79354 | 395|154193 | 617|-3.30156e-09 | 423|-3.67658e-19 | | 3| 832| 78| 0| 0| 754| 0| 0| 832| 7| 804|0.00087449 | 219|5.20778 | 804|2.19272 | 819|128009 | 819|-2.65276e-09 | 18|-1.0366e-21 | | 4| 795| 117| 0| 0| 678| 0| 0| 795| 6| 763|0.000403177 | 15|3.44148 | 368|13.3235 | 382|154756 | 502|-2.08367e-09 | 426|-4.0319e-21 | | 5| 819| 75| 0| 0| 744| 0| 0| 819| 5| 641|0.000745386 | 513|5.33143 | 796|1.8302 | 814|13097.4 | 438|-1.38282e-08 | 308|-1.66486e-21 | | 6| 1062| 464| 0| 0| 598| 0| 0| 1062| 13| 230|0.000222389 | 171|20.9238 | 127|0.792498 | 1042|76197.1 | 627|-0.000222617 | 230|-2.95325e-18 | LOG nsd = 0: numb_of_convergent=55, numb_of_divergent=50 Face Momentum (sd= 0): max value of div(mf) (cv=88896) = 7.759074e-14 norm_L2 of div(momentum) = 6.988411e-13. LOG nsd = 1: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 4.579939e-17 norm_L2 of div(momentum) = 1.870512e-16. LOG nsd = 2: numb_of_convergent=0, numb_of_divergent=1 Face Momentum (sd= 2): max value of div(mf) (cv=26) = 3.572571e-18 norm_L2 of div(momentum) = 1.388960e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 2.826084e-17 norm_L2 of div(momentum) = 7.879026e-17. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=1 Face Momentum (sd= 4): max value of div(mf) (cv=138) = 7.141877e-18 norm_L2 of div(momentum) = 2.730881e-17. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 5.519752e-17 norm_L2 of div(momentum) = 1.497236e-16. LOG nsd = 6: numb_of_convergent=1, numb_of_divergent=1 Face Momentum (sd= 6): max value of div(mf) (cv=107) = 6.916569e-15 norm_L2 of div(momentum) = 2.630055e-14. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 5.918670e-13| 4.516486e-06| 3.569461e-22| 3.280432e-22| 4.160480e-11| 31| 213|2|n|26| OK | | 3M | 1| 0| 3.905352e-23| 4.858479e-11| 5.552867e-28| 7.828216e-29| 6.541232e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 5.638029e-22| 1.862331e-10| 4.242886e-28| 3.920912e-28| 1.558919e-13| 2| 6|0|n|29| OK | | 3M | 3| 0| 2.723863e-23| 4.197382e-11| 5.415436e-28| 2.784738e-29| 5.248825e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 4.097789e-22| 1.384972e-10| 4.211500e-28| 3.676284e-28| 1.717350e-13| 2| 6|0|n|29| OK | | 3M | 5| 0| 1.143000e-22| 7.281474e-11| 5.533109e-28| 1.015260e-28| 9.114578e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 7.237720e-18| 1.043937e-08| 5.448249e-24| 2.943438e-26| 8.211532e-13| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 262486)=4.526689576001e-12 , max( 171034)=0.13401846221203 (local) sd 1: min( 72)=1.0790772938928e-09 , max( 203)=0.00038636328569466 (local) sd 2: min( 67)=3.5562979288746e-09 , max( 94)=0.00012780219898301 (local) sd 3: min( 0)=1.4303348996046e-09 , max( 200)=0.00016848146332582 (local) sd 4: min( 107)=2.1193030296607e-09 , max( 134)=0.00013825042670755 (local) sd 5: min( 72)=1.5462027206906e-09 , max( 197)=0.00030231023888982 (local) sd 6: min( 65)=1.8435536378925e-07 , max( 138)=0.053394453293501 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 3.658299e-12| 8.178175e-06| 5.273017e-22| 3.583886e-22| 2.925850e-09| 10| 30|0|n|28| OK | neumann fix solution. y[row=0][ncv=80874]= 2.8983e-07 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 5.017431e-21| 2.891426e-10| 1.681989e-30| 1.640917e-30| 6.930100e-15| 19| 81|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -6.6305e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 1.910521e-20| 6.245405e-10| 3.155433e-32| 1.744029e-32| 8.291963e-16| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=134]= -6.3159e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 3.600980e-22| 8.387345e-11| 2.268826e-31| 1.506203e-31| 2.212612e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=153]= 9.6943e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 8.238799e-21| 4.323373e-10| 1.546880e-31| 5.873220e-32| 1.449823e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=148]= 5.6462e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.341901e-20| 4.187380e-10| 8.666064e-31| 2.957454e-31| 3.508669e-15| 13| 39|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= -1.7289e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 8.509708e-18| 1.274283e-08| 2.202574e-24| 8.775876e-25| 5.435898e-12| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=82]= 1.8307e-07 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-5.56993e-15 PRESSURE SOLVER(geom_index= 1): sum_C_dp=2.21802e-22 PRESSURE SOLVER(geom_index= 2): sum_C_dp=8.48581e-22 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-1.93523e-22 PRESSURE SOLVER(geom_index= 4): sum_C_dp=-1.11102e-22 PRESSURE SOLVER(geom_index= 5): sum_C_dp=4.66224e-23 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-3.51442e-20 Face Momentum (sd= 0): max value of div(mf) (cv=28691) = 1.735571e-12 norm_L2 of div(momentum) = 1.894664e-11. Face Momentum (sd= 1): max value of div(mf) (cv=42) = 9.754906e-16 norm_L2 of div(momentum) = 2.193322e-15. Face Momentum (sd= 2): max value of div(mf) (cv=62) = 6.043252e-17 norm_L2 of div(momentum) = 1.452269e-16. Face Momentum (sd= 3): max value of div(mf) (cv=159) = 1.644558e-16 norm_L2 of div(momentum) = 4.918261e-16. Face Momentum (sd= 4): max value of div(mf) (cv=43) = 2.492874e-16 norm_L2 of div(momentum) = 5.162942e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 3.092435e-16 norm_L2 of div(momentum) = 5.602303e-16. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 3.744639e-13 norm_L2 of div(momentum) = 9.371189e-13. nsd = 0 min_dtHy = 0.00318927 (nCV = 173854 ) max_dtHy = 13.1259 (nCV = 82964 ) nsd = 1 min_dtHy = 2.70243 (nCV = 203 ) max_dtHy = 93.6045 (nCV = 195 ) nsd = 2 min_dtHy = 6.88296 (nCV = 60 ) max_dtHy = 117.522 (nCV = 172 ) nsd = 3 min_dtHy = 6.52687 (nCV = 200 ) max_dtHy = 94.5991 (nCV = 191 ) nsd = 4 min_dtHy = 10.6309 (nCV = 134 ) max_dtHy = 130.155 (nCV = 202 ) nsd = 5 min_dtHy = 3.20597 (nCV = 197 ) max_dtHy = 77.9148 (nCV = 192 ) nsd = 6 min_dtHy = 0.0133688 (nCV = 138 ) max_dtHy = 0.982606 (nCV = 212 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 3.395432e+08| 1.110420e+06| 2.196396e+03| 5.375870e+02| 3.038817e+03| 5| 45|0|n|26| OK | nsd = 0 min_dtke = 2.24018e-06 (nCV = 55265 ) max_dtke = 0.629064 (nCV = 37633 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.464315e-14| 3.308119e-07| 1.982048e-30| 2.143020e-34| 1.342410e-16| 3| 18|0|n|28| OK | |turb| 0| 1| 2.116316e-11| 4.102359e-04| 3.370122e-33| 5.026159e-37| 1.714917e-17| 4| 24|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 156 E from zero= 269472 E from infinity= 227105 nsd = 1 min_dtke = 0.000688441 (nCV = 6 ) max_dtke = 0.00671342 (nCV = 208 ) |turb| 1| 0| 2.352430e-23| 5.513736e-11| 8.135539e-40| 1.186170e-50| 3.651227e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 4.689604e-18| 2.381735e-08| 2.016342e-46| 4.942477e-47| 5.573129e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 197 E from infinity= 180 nsd = 2 min_dtke = 0.00018346 (nCV = 65 ) max_dtke = 0.00416821 (nCV = 203 ) |turb| 2| 0| 4.457759e-22| 6.898939e-11| 9.240362e-39| 5.345977e-39| 3.978544e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 6.217814e-17| 7.466697e-08| 7.546972e-46| 4.962536e-45| 3.561530e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 171 E from infinity= 170 nsd = 3 min_dtke = 0.000520249 (nCV = 68 ) max_dtke = 0.00616325 (nCV = 195 ) |turb| 3| 0| 4.773677e-22| 6.753794e-11| 2.782649e-40| 4.410731e-50| 4.786177e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 7.403944e-18| 2.882484e-08| 4.068453e-47| 8.424554e-47| 5.521431e-23| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 200 E from infinity= 183 nsd = 4 min_dtke = 0.000275107 (nCV = 33 ) max_dtke = 0.00623898 (nCV = 202 ) |turb| 4| 0| 4.124732e-23| 5.892669e-11| 1.702399e-39| 1.514554e-49| 1.492399e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 3.503028e-17| 5.810391e-08| 2.084772e-46| 7.080501e-46| 1.603179e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 173 E from infinity= 171 nsd = 5 min_dtke = 0.000598413 (nCV = 8 ) max_dtke = 0.00681044 (nCV = 205 ) |turb| 5| 0| 1.752500e-23| 4.613311e-11| 6.147036e-40| 4.941654e-51| 4.081377e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 5.459829e-18| 2.538217e-08| 1.236748e-46| 2.808869e-46| 8.636283e-23| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 194 E from infinity= 179 nsd = 6 min_dtke = 8.96544e-05 (nCV = 66 ) max_dtke = 0.00188447 (nCV = 160 ) |turb| 6| 0| 2.663490e-22| 5.958275e-11| 4.463336e-31| 1.074426e-39| 1.512121e-19| 1| 6|0|n|29| OK | |turb| 6| 1| 1.063306e-16| 7.219697e-08| 5.978505e-34| 2.538408e-45| 2.469037e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 171 E from infinity= 174 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00988944 del_p_mean=-3062.53 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.39985e-07 del_p_mean=-8230.89 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16303e-07 del_p_mean=-46.012 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.34234e-07 del_p_mean=-3994.45 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15878e-07 del_p_mean=-91.8121 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.44733e-07 del_p_mean=-8167.83 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.29654e-07 del_p_mean=-778.092 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1171.5068906001 max(solid,ncvloc= 38764,sd_id= 8) = 315.17977617177 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1171.5068906001 max(solid,ncvloc= 38764,sd_id= 8) = 315.17977617177 slv : Fluid subdom(new) 0 slv : P static (new) : min( 173853) = 8422.808106222 , max( 173851) = 8422.8625688146 slv : Density (new) : min( 267876) = 0.0014365101367134 , max( 146139) = 77424.505127636 slv : Velocity (new) : min( 112730) = 7.2439856699137e-12 , max( 173867) = 1.1103310541925 slv : Mach number (new) : min( 223107) = 5.1932986405492e-14 , max( 173867) = 0.0032149198226846 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 173855) = 0.00062255756244907 slv : Turbulent e (new) : min( 132256) = 2.1271153536653e-40 , max( 297533) = 1.2619117678793 slv : Temperature (new) : min( 146139) = 0.00037891980016468 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 95077) = -49467167.249024 , max( 1912) = 8022.7924051836 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 34306.768012303 , max( 203) = 34306.768019917 slv : Density (new) : min( 11) = 0.37233369174756 , max( 157) = 12.484228781838 slv : Velocity (new) : min( 70) = 1.2052519978106e-09 , max( 203) = 0.00045579237989046 slv : Mach number (new) : min( 70) = 3.3622597995492e-12 , max( 203) = 1.8037129573926e-06 slv : Turbulent k (new) : min( 60) = 1.8503857736676e-17 , max( 208) = 3.7485928973193e-05 slv : Turbulent e (new) : min( 60) = 6.6667467457272e-15 , max( 61) = 0.013097010607267 slv : Temperature (new) : min( 157) = 9.5716262095397 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 67) = -5798064.8518228 , max( 201) = -119340.66011048 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 15132.101752749 , max( 50) = 15132.101763918 slv : Density (new) : min( 5) = 0.15953993331549 , max( 38) = 262.01724248258 slv : Velocity (new) : min( 67) = 3.2909829190898e-09 , max( 60) = 0.00016465017382059 slv : Mach number (new) : min( 67) = 9.1010703204406e-12 , max( 50) = 7.5715314349744e-07 slv : Turbulent k (new) : min( 5) = 1.5313954340961e-16 , max( 98) = 3.7474292329628e-05 slv : Turbulent e (new) : min( 5) = 1.5872715613297e-13 , max( 13) = 0.038789986010292 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 99) = -3899156.3888255 , max( 202) = -88212.472091755 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 21704.908718436 , max( 202) = 21704.908720619 slv : Density (new) : min( 3) = 0.23683481115277 , max( 193) = 16.117956611657 slv : Velocity (new) : min( 0) = 1.6910019439845e-09 , max( 200) = 0.00018373152524085 slv : Mach number (new) : min( 0) = 4.7320668323317e-12 , max( 200) = 7.0675374487139e-07 slv : Turbulent k (new) : min( 1) = 4.8974120730711e-18 , max( 201) = 3.7495943155184e-05 slv : Turbulent e (new) : min( 1) = 2.8115599557881e-15 , max( 0) = 0.021318899150163 slv : Temperature (new) : min( 193) = 4.6904620302045 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 9) = -5855378.3091188 , max( 196) = -123129.19343557 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 22391.604415706 , max( 198) = 22391.604425079 slv : Density (new) : min( 138) = 0.2377727562094 , max( 195) = 27.110048214106 slv : Velocity (new) : min( 107) = 1.6371231084596e-09 , max( 134) = 0.00011687476711592 slv : Mach number (new) : min( 107) = 4.5412277783239e-12 , max( 198) = 6.0467666185017e-07 slv : Turbulent k (new) : min( 31) = 2.7426069328182e-17 , max( 99) = 3.7493290863252e-05 slv : Turbulent e (new) : min( 31) = 1.8919895919711e-14 , max( 111) = 0.02533720589259 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 38) = -3902323.5606957 , max( 102) = -89013.654408715 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 28074.732395566 , max( 198) = 28074.732400182 slv : Density (new) : min( 71) = 0.30203779782606 , max( 156) = 14.131865256745 slv : Velocity (new) : min( 80) = 2.2191601095988e-09 , max( 197) = 0.00036415867428531 slv : Mach number (new) : min( 80) = 6.1996872122332e-12 , max( 197) = 1.4499995266774e-06 slv : Turbulent k (new) : min( 71) = 2.2429857314309e-17 , max( 205) = 3.7484624709171e-05 slv : Turbulent e (new) : min( 71) = 9.3986106471043e-15 , max( 74) = 0.015720492238173 slv : Temperature (new) : min( 156) = 6.9196444643687 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 11) = -5841748.9272126 , max( 201) = -121344.30059619 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 137) = 4784.1956566028 , max( 179) = 4784.1970049096 slv : Density (new) : min( 65) = 0.05186144171446 , max( 42) = 101.11952822203 slv : Velocity (new) : min( 37) = 1.4841095502069e-07 , max( 138) = 0.031429029293558 slv : Mach number (new) : min( 70) = 4.7276664079501e-10 , max( 138) = 0.00022987230098634 slv : Turbulent k (new) : min( 56) = 8.1457150670393e-15 , max( 125) = 3.7214090542161e-05 slv : Turbulent e (new) : min( 36) = 5.8640203151032e-12 , max( 15) = 0.099856972788784 slv : Temperature (new) : min( 42) = 0.16479407662581 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -2800019.4461634 , max( 212) = -56258.176293915 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0653409(nfa=525705, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13077 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.064| 19| 0.003| 0.007| slv : | Calculate_inc | 128.950| 18| 7.164| 20.579| slv : | CollectEMT_Results | 0.000| 19| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.581| 690| 0.002| 0.073| slv : | Results_processing | 5.595| 18| 0.311| 0.336| slv : | build_sl_ordering_CHT | 0.056| 19| 0.003| 0.021| slv : | build_sl_ordering_MDS | 0.355| 19| 0.019| 0.033| slv : | build_sl_ordering_fluid | 0.392| 133| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.276| 19| 0.067| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 1.137| 19| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.250| 19| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.422| 19| 0.022| 0.028| slv : | perform_stage_total | 112.045| 521| 0.215| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 35.698| 19| 1.879| 6.280| slv : | solve_3M_alg_MDS | 33.996| 133| 0.256| 6.185| slv : | solve_BG_MDS | 1.727| 19| 0.091| 0.285| slv : | solve_BG_alg_MDS | 1.369| 133| 0.010| 0.256| slv : | solve_BL_MDS | 24.944| 19| 1.313| 3.714| slv : | solve_CHT | 21.005| 19| 1.106| 3.491| slv : | solve_CHT_MDS | 20.356| 19| 1.071| 3.458| slv : | solve_CHT_alg_MDS | 15.919| 19| 0.838| 3.218| slv : | solve_DvGr_MDS | 29.579| 19| 1.557| 7.493| slv : | solve_DvGr_alg_MDS | 25.437| 133| 0.191| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 19| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 19| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 19| 0.000| 0.000| slv : | solve_YTurb_MDS | 13.698| 19| 0.721| 1.890| slv : | solve_YTurb_alg_MDS | 10.080| 266| 0.038| 1.508| slv : | update_BC_MDS | 0.050| 20| 0.002| 0.003| slv : | update_Mf_after_DvGr | 1.169| 19| 0.062| 0.082| slv : | update_VelPressure_MDS | 0.194| 19| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166468 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166470 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166470 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166471 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166471 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234536 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166472 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166472 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131235 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131237 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108451 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108453 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131240 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108455 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108456 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108457 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108458 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49307 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108461 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108462 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49309 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271397 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49313 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250586 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147948 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250587 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22172 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22173 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22178 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22179 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147951 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22180 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 22181 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34967 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34967 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34968 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34969 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34969 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34969 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34969 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34969 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34970 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 34971 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28217 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28218 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28219 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28220 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28223 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28224 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28225 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28226 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28227 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 28228 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139516 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139519 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 72205 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79232 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303350 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79232 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303350 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79234 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303351 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303352 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303352 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303358 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79243 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303359 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79243 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303360 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79245 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303361 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 79255 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303366 ----------------------------------------------------------------------- Memory Working Set Current = 3856.03 Mb, Memory Working Set Peak = 3858.82 Mb Memory Private Bytes Current = 3982.35 Mb, Memory Private Bytes Peak = 3986.67 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16541 ================== Tstep=19 =================== MWS[ 0]=0.00135613 MWS[ 1]=8.96248e-06 MWS[ 2]=4.55077e-06 MWS[ 3]=5.54463e-06 MWS[ 4]=5.5556e-06 MWS[ 5]=6.44935e-06 MWS[ 6]=0.000230647 tau_viscous_averaged = 0.000632493 tau_viscous_averaged = 0.00072747 tau_viscous_averaged = 0.000366583 tau_viscous_averaged = 0.000468278 tau_viscous_averaged = 0.000542998 tau_viscous_averaged = 0.000598719 tau_viscous_averaged = 0.000177136 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173867)=1.00 , max dt/dtG(ncv= 85415)=82.1 , dtG=0.00127849 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=55.42, max dt/dtG(ncv= 195)=95.9 , dtG=0.00127849 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=28.69, max dt/dtG(ncv= 199)=48.4 , dtG=0.00127849 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=34.92, max dt/dtG(ncv= 148)=61.8 , dtG=0.00127849 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=42.11, max dt/dtG(ncv= 202)=71.6 , dtG=0.00127849 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=45.82, max dt/dtG(ncv= 192)=79.0 , dtG=0.00127849 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=11.98, max dt/dtG(ncv= 204)=23.2 , dtG=0.00127849 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=28691) = 1.735571e-12 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 3.589213e-22| 2.927868e-09| 5.273017e-24| 2.416229e-24| 3.757313e-10| 8| 24|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 1.5035e-08 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 1): max value of div(mf) (cv=42) = 9.754906e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 4.714201e-30| 1.058414e-14| 1.681989e-32| 8.164409e-33| 8.913931e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 3.4308e-11 log10(resTarget_Lim / resTarget_Orig): 1.8 Face Momentum (sd= 2): max value of div(mf) (cv=62) = 6.043252e-17 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 1.745844e-32| 8.879244e-16| 3.155433e-34| 2.588404e-34| 1.482828e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 6.0149e-12 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 3): max value of div(mf) (cv=159) = 1.644558e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 2.408361e-31| 2.844542e-15| 2.268826e-33| 1.461363e-33| 3.747175e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -1.5019e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 4): max value of div(mf) (cv=43) = 2.492874e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 2.575940e-31| 2.387392e-15| 1.546880e-33| 1.124295e-33| 3.076575e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -6.0653e-12 log10(resTarget_Lim / resTarget_Orig): 2.0 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 3.092435e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 2.527658e-31| 3.439742e-15| 8.666064e-33| 8.519972e-33| 8.250167e-16| 5| 15|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= -4.9228e-12 log10(resTarget_Lim / resTarget_Orig): 2.7 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 3.744639e-13 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 7.873205e-25| 5.166670e-12| 2.202574e-26| 7.026571e-27| 8.097871e-13| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=200]= -7.2673e-08 log10(resTarget_Lim / resTarget_Orig): 2.7 Face Momentum (sd= 0): max value of div(mf) (cv=88896) = 2.004828e-13 norm_L2 of div(momentum) = 1.563231e-12. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 2.213033e-17 norm_L2 of div(momentum) = 9.249677e-17. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 4.104122e-18 norm_L2 of div(momentum) = 1.615117e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.480215e-17 norm_L2 of div(momentum) = 4.171671e-17. Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.095187e-17 norm_L2 of div(momentum) = 3.415767e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 4.131280e-17 norm_L2 of div(momentum) = 1.012276e-16. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 3.136948e-14 norm_L2 of div(momentum) = 8.687224e-14. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 29.4528 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 9.38417 % LOG: number of a-faces with weighted approximations in 1 subdomain: 39.5869 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 17.1557 % LOG: number of a-faces with weighted approximations in 2 subdomain: 46.0237 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 17.3531 % LOG: number of a-faces with weighted approximations in 3 subdomain: 43.0486 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 19.7871 % LOG: number of a-faces with weighted approximations in 4 subdomain: 46.7687 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 21.9943 % LOG: number of a-faces with weighted approximations in 5 subdomain: 41.0959 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 17.057 % LOG: number of a-faces with weighted approximations in 6 subdomain: 43.3836 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 20.5089 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 193390| 147| 1887| 169941| 153| 0| 365371| 279| 28188|0 | 259329|6783.09 | 121410|0.00250363 | 3|635421 | 197354|-0.00194842 | 40191|1.58451e-11 | | 1| 899| 91| 0| 0| 808| 0| 0| 899| 7| 876|0.000254309 | 321|3.14119 | 689|2.94296 | 889|49904 | 888|-1.22359e-08 | 319|-1.12352e-20 | | 2| 777| 127| 0| 0| 650| 0| 0| 777| 8| 140|0.000187844 | 666|5.35579 | 219|7.79354 | 395|150149 | 617|-3.13031e-09 | 243|-1.97487e-19 | | 3| 832| 75| 0| 0| 757| 0| 0| 832| 8| 804|0.00103543 | 219|6.16619 | 804|3.06573 | 830|32992.1 | 819|-3.40383e-09 | 18|-1.41012e-22 | | 4| 795| 125| 0| 0| 670| 0| 0| 795| 7| 763|0.00040483 | 15|3.45559 | 368|13.3235 | 382|150635 | 502|-2.10654e-09 | 412|-3.20828e-20 | | 5| 819| 81| 0| 0| 738| 0| 0| 819| 10| 641|0.000458958 | 513|6.88251 | 641|3.11374 | 804|25922.5 | 438|-2.03483e-08 | 354|-2.52582e-20 | | 6| 1062| 421| 0| 1| 640| 0| 0| 1062| 13| 230|0.000258558 | 171|24.3268 | 127|0.910003 | 1042|75122.7 | 747|-3.73001e-05 | 225|-9.25983e-18 | LOG nsd = 0: numb_of_convergent=75, numb_of_divergent=72 Face Momentum (sd= 0): max value of div(mf) (cv=88896) = 2.004828e-13 norm_L2 of div(momentum) = 1.563231e-12. LOG nsd = 1: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 2.213033e-17 norm_L2 of div(momentum) = 9.249677e-17. LOG nsd = 2: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 2): max value of div(mf) (cv=26) = 4.104122e-18 norm_L2 of div(momentum) = 1.615117e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.480215e-17 norm_L2 of div(momentum) = 4.171671e-17. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.095187e-17 norm_L2 of div(momentum) = 3.415767e-17. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 4.131280e-17 norm_L2 of div(momentum) = 1.012276e-16. LOG nsd = 6: numb_of_convergent=0, numb_of_divergent=1 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 3.136948e-14 norm_L2 of div(momentum) = 8.687224e-14. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 2.220837e-11| 1.802705e-05| 2.086013e-21| 1.552478e-21| 6.171190e-11| 33| 279|2|n|26| OK | | 3M | 1| 0| 6.079408e-23| 5.887757e-11| 8.932286e-28| 8.777737e-29| 6.124495e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 4.610399e-22| 1.806373e-10| 4.208259e-28| 2.577612e-28| 1.591485e-13| 2| 6|0|n|29| OK | | 3M | 3| 0| 1.646856e-23| 3.610554e-11| 5.371194e-28| 1.795164e-29| 4.345214e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 3.317779e-22| 1.276200e-10| 4.178963e-28| 3.465804e-28| 1.877602e-13| 2| 6|0|n|29| OK | | 3M | 5| 0| 1.555175e-22| 8.505225e-11| 5.825101e-28| 7.956263e-29| 8.185629e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 3.687799e-18| 6.755120e-09| 9.303798e-25| 3.991775e-26| 1.349281e-12| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 262486)=3.7795956916174e-12 , max( 171034)=0.3869759319613 (local) sd 1: min( 72)=7.4829595958971e-10 , max( 203)=0.00047470543770861 (local) sd 2: min( 168)=4.1028719885582e-09 , max( 94)=0.00012141360257743 (local) sd 3: min( 0)=1.2059765755476e-09 , max( 200)=0.00017798117754928 (local) sd 4: min( 3)=3.4551009214311e-09 , max( 134)=0.00013541868706253 (local) sd 5: min( 72)=1.6491333657973e-09 , max( 197)=0.00036744071381356 (local) sd 6: min( 65)=1.0253234833728e-07 , max( 138)=0.047926796971276 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 1.311576e-11| 1.450798e-05| 4.915583e-21| 2.965399e-21| 7.927132e-09| 10| 30|0|n|28| OK | neumann fix solution. y[row=0][ncv=80875]= 1.1400e-06 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 4.658213e-21| 3.010434e-10| 1.895883e-30| 5.895289e-31| 4.261474e-15| 19| 81|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -5.0299e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 1.534101e-20| 5.689871e-10| 3.167386e-32| 2.462606e-32| 8.455400e-16| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=16]= -6.0750e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 2.626366e-22| 7.390933e-11| 1.171583e-31| 9.128936e-32| 1.759287e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=93]= 8.8989e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 5.549426e-21| 3.596522e-10| 1.544776e-31| 7.532950e-32| 1.638371e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=152]= 5.8875e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.076550e-20| 3.703410e-10| 3.563368e-31| 2.244322e-31| 3.702200e-15| 12| 36|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= -2.0803e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 1.455974e-17| 1.448512e-08| 4.521911e-26| 2.412787e-26| 8.297341e-13| 11| 33|0|n|29| OK | neumann fix solution. y[row=0][ncv=107]= 1.6089e-06 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-5.5293e-14 PRESSURE SOLVER(geom_index= 1): sum_C_dp=3.52475e-22 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-1.91069e-22 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-2.29423e-22 PRESSURE SOLVER(geom_index= 4): sum_C_dp=-1.88383e-22 PRESSURE SOLVER(geom_index= 5): sum_C_dp=-1.29482e-22 PRESSURE SOLVER(geom_index= 6): sum_C_dp=7.18491e-21 Face Momentum (sd= 0): max value of div(mf) (cv=193434) = 4.846475e-12 norm_L2 of div(momentum) = 5.448560e-11. Face Momentum (sd= 1): max value of div(mf) (cv=42) = 6.279053e-16 norm_L2 of div(momentum) = 1.379649e-15. Face Momentum (sd= 2): max value of div(mf) (cv=116) = 1.523133e-16 norm_L2 of div(momentum) = 3.065273e-16. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.239159e-16 norm_L2 of div(momentum) = 3.234043e-16. Face Momentum (sd= 4): max value of div(mf) (cv=98) = 1.547515e-16 norm_L2 of div(momentum) = 3.823173e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 2.176692e-16 norm_L2 of div(momentum) = 4.666078e-16. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 7.447642e-14 norm_L2 of div(momentum) = 1.642863e-13. nsd = 0 min_dtHy = 0.00129399 (nCV = 173867 ) max_dtHy = 6.34127 (nCV = 82964 ) nsd = 1 min_dtHy = 2.125 (nCV = 203 ) max_dtHy = 75.9505 (nCV = 195 ) nsd = 2 min_dtHy = 6.68981 (nCV = 60 ) max_dtHy = 117.793 (nCV = 172 ) nsd = 3 min_dtHy = 6.07792 (nCV = 201 ) max_dtHy = 96.8497 (nCV = 0 ) nsd = 4 min_dtHy = 11.0236 (nCV = 128 ) max_dtHy = 130.369 (nCV = 202 ) nsd = 5 min_dtHy = 2.55244 (nCV = 197 ) max_dtHy = 83.2879 (nCV = 74 ) nsd = 6 min_dtHy = 0.0314261 (nCV = 138 ) max_dtHy = 2.32545 (nCV = 16 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 3.007427e+08| 1.019441e+06| 2.417141e+03| 2.159536e+03| 6.190803e+03| 4| 36|0|n|26| OK | nsd = 0 min_dtke = 1.8224e-06 (nCV = 55265 ) max_dtke = 0.602909 (nCV = 37633 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.837698e-12| 1.560591e-06| 3.539226e-29| 2.018437e-31| 3.188773e-15| 3| 18|0|n|28| OK | |turb| 0| 1| 3.621681e-10| 4.997969e-04| 2.574417e-31| 5.689309e-33| 6.757517e-16| 4| 24|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 208 E from zero= 274081 E from infinity= 241211 nsd = 1 min_dtke = 0.000538437 (nCV = 6 ) max_dtke = 0.00632968 (nCV = 208 ) |turb| 1| 0| 2.334502e-23| 5.458773e-11| 1.676800e-39| 3.658259e-51| 3.026197e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 7.273434e-18| 2.972260e-08| 5.427153e-46| 2.237558e-46| 7.087904e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 197 E from infinity= 182 nsd = 2 min_dtke = 0.00018307 (nCV = 65 ) max_dtke = 0.00432465 (nCV = 203 ) |turb| 2| 0| 4.386002e-22| 6.965764e-11| 9.172054e-39| 3.692565e-39| 3.361653e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 5.862900e-17| 7.394849e-08| 7.468708e-46| 4.747472e-44| 5.129037e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 172 E from infinity= 172 nsd = 3 min_dtke = 0.000327695 (nCV = 68 ) max_dtke = 0.00451425 (nCV = 194 ) |turb| 3| 0| 2.141771e-23| 4.906454e-11| 3.956534e-40| 1.750354e-49| 7.617493e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 1.795807e-17| 4.594649e-08| 4.829890e-47| 2.512933e-46| 1.250077e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 200 E from infinity= 183 nsd = 4 min_dtke = 0.000274238 (nCV = 33 ) max_dtke = 0.0064651 (nCV = 202 ) |turb| 4| 0| 3.147531e-23| 5.200784e-11| 1.686832e-39| 1.099217e-49| 1.146461e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 3.160124e-17| 5.469528e-08| 2.056405e-46| 1.832707e-45| 2.316881e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 173 E from infinity= 169 nsd = 5 min_dtke = 0.000451836 (nCV = 8 ) max_dtke = 0.00617464 (nCV = 203 ) |turb| 5| 0| 1.634247e-23| 4.554310e-11| 5.099901e-40| 4.675972e-50| 5.293067e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 9.432858e-18| 3.369568e-08| 8.428140e-47| 1.234710e-46| 9.088647e-23| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 195 E from infinity= 181 nsd = 6 min_dtke = 7.03123e-05 (nCV = 66 ) max_dtke = 0.00170473 (nCV = 120 ) |turb| 6| 0| 2.213931e-22| 6.157568e-11| 1.700048e-32| 7.031677e-40| 9.060818e-20| 1| 6|0|n|29| OK | |turb| 6| 1| 1.616389e-16| 9.200242e-08| 3.561162e-36| 4.421739e-45| 3.766499e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 171 E from infinity= 172 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.0133303 del_p_mean=-3840.34 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.17865e-07 del_p_mean=-1445.82 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16666e-07 del_p_mean=-92.7715 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.14661e-07 del_p_mean=-244.321 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15971e-07 del_p_mean=-109.33 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15247e-07 del_p_mean=-762.853 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1621e-07 del_p_mean=-193.172 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1161.5590661502 max(solid,ncvloc= 38764,sd_id= 8) = 314.43187729439 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1161.5590661502 max(solid,ncvloc= 38764,sd_id= 8) = 314.43187729439 slv : Fluid subdom(new) 0 slv : P static (new) : min( 173853) = 4582.3892837464 , max( 173851) = 4582.60266711 slv : Density (new) : min( 267876) = 0.00078154157967599 , max( 146139) = 42123.246140819 slv : Velocity (new) : min( 113848) = 3.0467809166793e-11 , max( 173854) = 3.8329428348074 slv : Mach number (new) : min( 223013) = 1.618978849854e-13 , max( 173854) = 0.011103146092776 slv : Turbulent k (new) : min( 76) = 1e-40 , max( 173853) = 0.0057744975789911 slv : Turbulent e (new) : min( 132256) = 2.9005325387413e-40 , max( 297533) = 1.6935978152626 slv : Temperature (new) : min( 146139) = 0.00037891980016468 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 95077) = -50857635.785045 , max( 1912) = 9499.4258218171 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 32860.950493014 , max( 203) = 32860.950501923 slv : Density (new) : min( 11) = 0.35664213565863 , max( 157) = 11.958095959417 slv : Velocity (new) : min( 70) = 1.2222306031724e-09 , max( 203) = 0.00046826921038463 slv : Mach number (new) : min( 70) = 3.4096245683812e-12 , max( 203) = 1.9072361968594e-06 slv : Turbulent k (new) : min( 60) = 2.8166571967511e-17 , max( 208) = 3.7482985138431e-05 slv : Turbulent e (new) : min( 60) = 1.258286253651e-14 , max( 61) = 0.016216802897749 slv : Temperature (new) : min( 157) = 9.5716262095397 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 67) = -6593671.6530097 , max( 201) = -127185.60249215 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 15039.33024424 , max( 50) = 15039.330256206 slv : Density (new) : min( 5) = 0.1585618299055 , max( 38) = 260.4108737617 slv : Velocity (new) : min( 67) = 3.0851790877491e-09 , max( 60) = 0.00016167894888297 slv : Mach number (new) : min( 67) = 8.531928763861e-12 , max( 50) = 8.7173883222187e-07 slv : Turbulent k (new) : min( 169) = 2.0695131677717e-16 , max( 98) = 3.7472883641002e-05 slv : Turbulent e (new) : min( 169) = 2.1684158209764e-13 , max( 13) = 0.038751508198763 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 99) = -4428234.4917127 , max( 202) = -93819.474285616 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 21460.587972599 , max( 202) = 21460.587975233 slv : Density (new) : min( 3) = 0.23416888620652 , max( 193) = 15.93652524854 slv : Velocity (new) : min( 0) = 1.3054843742175e-09 , max( 200) = 0.00016532977440928 slv : Mach number (new) : min( 0) = 3.653241990252e-12 , max( 200) = 6.5206712026087e-07 slv : Turbulent k (new) : min( 3) = 3.8157038596404e-17 , max( 201) = 3.749513103178e-05 slv : Turbulent e (new) : min( 3) = 2.6047525925716e-14 , max( 0) = 0.025189595553069 slv : Temperature (new) : min( 193) = 4.6904620302045 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 9) = -6658339.9764821 , max( 196) = -131258.53477257 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 22282.274173668 , max( 198) = 22282.274183531 slv : Density (new) : min( 138) = 0.23661179639161 , max( 195) = 26.977679488895 slv : Velocity (new) : min( 110) = 2.8497041014056e-09 , max( 134) = 0.00011331116965223 slv : Mach number (new) : min( 110) = 7.9277587818741e-12 , max( 198) = 6.999368810676e-07 slv : Turbulent k (new) : min( 9) = 4.1343600399853e-17 , max( 99) = 3.7490347156259e-05 slv : Turbulent e (new) : min( 9) = 2.7542974050165e-14 , max( 111) = 0.025416605109755 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 38) = -4430950.6281872 , max( 102) = -94683.86132489 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 27311.879481746 , max( 198) = 27311.879487384 slv : Density (new) : min( 71) = 0.29383075917415 , max( 156) = 13.747871050603 slv : Velocity (new) : min( 82) = 2.4743242172462e-09 , max( 197) = 0.00035081762205877 slv : Mach number (new) : min( 82) = 6.9166131423653e-12 , max( 197) = 1.4386285607743e-06 slv : Turbulent k (new) : min( 71) = 2.6856482598214e-17 , max( 197) = 3.748149934824e-05 slv : Turbulent e (new) : min( 71) = 1.4527454851551e-14 , max( 74) = 0.020267295146064 slv : Temperature (new) : min( 156) = 6.9196444643687 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 11) = -6646742.9008316 , max( 201) = -129311.03924891 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 137) = 4591.0237734127 , max( 179) = 4591.0253446517 slv : Density (new) : min( 65) = 0.049767429493982 , max( 42) = 97.036619577236 slv : Velocity (new) : min( 65) = 1.0832094762773e-07 , max( 138) = 0.075472429927222 slv : Mach number (new) : min( 65) = 3.0161478094347e-10 , max( 138) = 0.00044125784568995 slv : Turbulent k (new) : min( 165) = 8.7687889148343e-15 , max( 125) = 3.7209532828134e-05 slv : Turbulent e (new) : min( 165) = 1.7323831400463e-14 , max( 15) = 0.11597848330167 slv : Temperature (new) : min( 42) = 0.16479407662581 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -3191498.9481141 , max( 212) = -59335.977770192 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0658061(nfa=525705, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13099 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.067| 20| 0.003| 0.007| slv : | Calculate_inc | 134.849| 19| 7.097| 20.579| slv : | CollectEMT_Results | 0.000| 20| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.689| 724| 0.002| 0.073| slv : | Results_processing | 5.909| 19| 0.311| 0.336| slv : | build_sl_ordering_CHT | 0.056| 20| 0.003| 0.021| slv : | build_sl_ordering_MDS | 0.379| 20| 0.019| 0.033| slv : | build_sl_ordering_fluid | 0.418| 140| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.345| 20| 0.067| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 1.197| 20| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.263| 20| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.442| 20| 0.022| 0.028| slv : | perform_stage_total | 117.805| 548| 0.215| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 38.581| 20| 1.929| 6.280| slv : | solve_3M_alg_MDS | 36.793| 140| 0.263| 6.185| slv : | solve_BG_MDS | 1.875| 20| 0.094| 0.285| slv : | solve_BG_alg_MDS | 1.499| 140| 0.011| 0.256| slv : | solve_BL_MDS | 26.242| 20| 1.312| 3.714| slv : | solve_CHT | 21.707| 20| 1.085| 3.491| slv : | solve_CHT_MDS | 21.026| 20| 1.051| 3.458| slv : | solve_CHT_alg_MDS | 16.333| 20| 0.817| 3.218| slv : | solve_DvGr_MDS | 30.293| 20| 1.515| 7.493| slv : | solve_DvGr_alg_MDS | 25.930| 140| 0.185| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 20| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 20| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 20| 0.000| 0.000| slv : | solve_YTurb_MDS | 14.120| 20| 0.706| 1.890| slv : | solve_YTurb_alg_MDS | 10.322| 280| 0.037| 1.508| slv : | update_BC_MDS | 0.053| 21| 0.003| 0.003| slv : | update_Mf_after_DvGr | 1.236| 20| 0.062| 0.082| slv : | update_VelPressure_MDS | 0.204| 20| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ Interpolator cache: total calls 2174087, optimised calls 1203209 (55.3 %) ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271397 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166463 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166468 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166470 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166470 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250586 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166471 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250587 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166471 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166472 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236520 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236520 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236520 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236520 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 236521 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279199 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279200 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279200 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279205 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279206 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279206 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 279209 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 260311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275531 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275531 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275531 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275532 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275532 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275532 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275532 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275532 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 275533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303350 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303350 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303351 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303352 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303352 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303358 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303359 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303360 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303361 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303366 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222562 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285705 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222563 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285706 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222564 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285706 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222565 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222566 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285706 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256375 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222567 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285707 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256375 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222568 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285707 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256375 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285707 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285709 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222574 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285710 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256680 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 285710 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256681 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256681 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266718 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256686 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266719 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 256686 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266719 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266720 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266721 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266723 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266723 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266724 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266725 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 266726 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49307 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49308 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49309 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49310 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49311 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49312 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 49313 ----------------------------------------------------------------------- Memory Working Set Current = 3856.05 Mb, Memory Working Set Peak = 3858.84 Mb Memory Private Bytes Current = 3982.35 Mb, Memory Private Bytes Peak = 3986.67 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Iteration : time = 38.3224 , count = 5 , time/count = 7.66448 Calculate_inc() : time = 36.7628 , count = 5 , time/count = 7.35256 TreatFlowEvolution() : time = 1.54467 , count = 5 , time/count = 0.308933 SolverPreview : time = 0 , count = 5 , time/count = 0 TreatGoals : time = 1.50577 , count = 5 , time/count = 0.301154 Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16507 ================== Tstep=20 =================== MWS[ 0]=0.00345305 MWS[ 1]=9.0117e-06 MWS[ 2]=4.5368e-06 MWS[ 3]=5.51334e-06 MWS[ 4]=5.54202e-06 MWS[ 5]=6.17588e-06 MWS[ 6]=0.00054257 tau_viscous_averaged = 0.000344122 tau_viscous_averaged = 0.000700736 tau_viscous_averaged = 0.000368485 tau_viscous_averaged = 0.000465499 tau_viscous_averaged = 0.000544641 tau_viscous_averaged = 0.000585638 tau_viscous_averaged = 0.000171803 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173854)=0.80 , max dt/dtG(ncv= 85415)=118.5 , dtG=0.000718287 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=142.52, max dt/dtG(ncv= 195)=246.7 , dtG=0.000718287 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=77.01, max dt/dtG(ncv= 199)=129.8 , dtG=0.000718287 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=92.70, max dt/dtG(ncv= 148)=164.0 , dtG=0.000718287 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=112.75, max dt/dtG(ncv= 202)=191.8 , dtG=0.000718287 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=119.73, max dt/dtG(ncv= 192)=206.2 , dtG=0.000718287 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=18.99, max dt/dtG(ncv= 204)=59.6 , dtG=0.000718287 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=193434) = 4.846475e-12 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 2.968673e-21| 7.932226e-09| 4.915583e-23| 4.330208e-23| 1.660534e-09| 7| 21|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 4.7712e-08 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 1): max value of div(mf) (cv=42) = 6.279053e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 1.871411e-30| 6.639973e-15| 1.895883e-32| 1.038189e-32| 9.961574e-16| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 1.4134e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 2): max value of div(mf) (cv=116) = 1.523133e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 8.775441e-32| 1.358077e-15| 3.167386e-34| 1.024626e-34| 9.228126e-17| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 5.6722e-12 log10(resTarget_Lim / resTarget_Orig): 1.8 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.239159e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 1.039223e-31| 1.965582e-15| 1.171583e-33| 7.919467e-34| 2.759228e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -7.3203e-12 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 4): max value of div(mf) (cv=98) = 1.547515e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 1.361440e-31| 2.115641e-15| 1.544776e-33| 1.088639e-33| 3.020300e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -3.7895e-12 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 2.176692e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 1.925316e-31| 3.526434e-15| 3.563368e-33| 1.978520e-33| 4.219951e-16| 5| 15|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= -9.0484e-13 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 7.447642e-14 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 2.389180e-26| 8.730124e-13| 4.521911e-28| 1.911096e-28| 1.348101e-13| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=200]= -9.0070e-09 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 0): max value of div(mf) (cv=88896) = 7.779797e-13 norm_L2 of div(momentum) = 6.597379e-12. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 2.628556e-17 norm_L2 of div(momentum) = 1.044354e-16. Face Momentum (sd= 2): max value of div(mf) (cv=107) = 2.660153e-18 norm_L2 of div(momentum) = 1.016206e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.091432e-17 norm_L2 of div(momentum) = 3.070731e-17. Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.081600e-17 norm_L2 of div(momentum) = 3.359152e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 1.882325e-17 norm_L2 of div(momentum) = 4.849482e-17. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 5.030738e-15 norm_L2 of div(momentum) = 1.429957e-14. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 27.342 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 8.87764 % LOG: number of a-faces with weighted approximations in 1 subdomain: 41.8244 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 17.2211 % LOG: number of a-faces with weighted approximations in 2 subdomain: 40.6091 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 15.5871 % LOG: number of a-faces with weighted approximations in 3 subdomain: 40.0335 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 16.7142 % LOG: number of a-faces with weighted approximations in 4 subdomain: 46.2585 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 20.5861 % LOG: number of a-faces with weighted approximations in 5 subdomain: 41.0959 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 17.6047 % LOG: number of a-faces with weighted approximations in 6 subdomain: 40.3685 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 19.892 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 227745| 105| 1497| 136074| 97| 0| 365413| 359| 24055|0 | 259329|2740.75 | 28648|0 | 353042|648125 | 197354|-0.012583 | 40026|696.509 | | 1| 899| 89| 0| 0| 810| 0| 0| 899| 7| 876|0.000189632 | 321|3.27939 | 689|3.19719 | 897|5611.58 | 889|-1.20999e-08 | 248|-5.64269e-21 | | 2| 777| 131| 0| 0| 646| 0| 0| 777| 8| 140|0.000189002 | 666|5.38883 | 219|7.79354 | 404|7481.04 | 617|-2.6325e-09 | 679|-1.89634e-20 | | 3| 832| 76| 0| 0| 756| 0| 0| 832| 8| 804|0.00104721 | 219|6.23639 | 804|2.65533 | 816|14354.3 | 819|-2.95113e-09 | 18|-9.32027e-20 | | 4| 795| 127| 0| 0| 668| 0| 0| 795| 7| 763|0.000406817 | 15|3.47255 | 368|13.3235 | 369|12041.4 | 502|-1.9361e-09 | 426|-4.01154e-21 | | 5| 819| 86| 0| 0| 733| 0| 0| 819| 6| 641|0.000453842 | 513|7.07475 | 641|2.98365 | 802|3285.35 | 438|-1.695e-08 | 166|-4.30264e-20 | | 6| 1062| 426| 0| 0| 636| 0| 0| 1062| 12| 230|0.000269438 | 171|25.3504 | 127|1.09815 | 1055|121721 | 747|-0.000213642 | 61|-6.11701e-17 | LOG nsd = 0: numb_of_convergent=123, numb_of_divergent=134 Face Momentum (sd= 0): max value of div(mf) (cv=88896) = 7.779797e-13 norm_L2 of div(momentum) = 6.597379e-12. LOG nsd = 1: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 2.628556e-17 norm_L2 of div(momentum) = 1.044354e-16. LOG nsd = 2: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 2): max value of div(mf) (cv=107) = 2.660153e-18 norm_L2 of div(momentum) = 1.016206e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.091432e-17 norm_L2 of div(momentum) = 3.070731e-17. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.081600e-17 norm_L2 of div(momentum) = 3.359152e-17. LOG nsd = 5: numb_of_convergent=2, numb_of_divergent=0 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 1.882325e-17 norm_L2 of div(momentum) = 4.849482e-17. LOG nsd = 6: numb_of_convergent=2, numb_of_divergent=0 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 5.030738e-15 norm_L2 of div(momentum) = 1.429957e-14. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 3.914194e-09| 1.943716e-04| 2.468222e-20| 1.436405e-20| 1.728223e-10| 42| 576|2|n|26| OK | | 3M | 1| 0| 5.432456e-23| 5.611658e-11| 8.898292e-28| 1.194852e-28| 6.877795e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 4.574448e-22| 1.727320e-10| 3.928420e-28| 3.403114e-28| 1.485797e-13| 2| 6|0|n|29| OK | | 3M | 3| 0| 1.635254e-23| 3.124104e-11| 5.077292e-28| 2.024302e-29| 4.562675e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 2.485352e-22| 1.119766e-10| 3.910638e-28| 3.235825e-30| 1.805014e-14| 3| 9|0|n|29| OK | | 3M | 5| 0| 1.128953e-22| 7.690093e-11| 5.188543e-28| 1.009872e-28| 9.166303e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 5.530090e-18| 8.269291e-09| 4.988283e-24| 1.391839e-25| 1.280068e-12| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 262486)=5.3609966538914e-12 , max( 171034)=1.7231523739933 (local) sd 1: min( 72)=9.6951884777847e-10 , max( 203)=0.00050098418892728 (local) sd 2: min( 171)=4.4587785922705e-09 , max( 94)=0.00012005636970621 (local) sd 3: min( 0)=1.1446620214676e-09 , max( 200)=0.00017217852112695 (local) sd 4: min( 107)=2.3921823862992e-09 , max( 134)=0.00013572736190889 (local) sd 5: min( 72)=1.5714565536702e-09 , max( 197)=0.00037909186702177 (local) sd 6: min( 2)=1.1016361263677e-07 , max( 138)=0.055749656279229 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 1.107508e-10| 3.965707e-05| 1.289308e-19| 4.402610e-20| 3.016074e-08| 10| 30|0|n|28| OK | neumann fix solution. y[row=0][ncv=80875]= 6.4410e-06 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 2.838307e-21| 2.587003e-10| 4.046348e-30| 2.840639e-30| 8.567388e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -4.8266e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 1.255907e-20| 5.487374e-10| 7.112894e-32| 1.902285e-32| 8.539009e-16| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=143]= -3.2277e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 2.481470e-22| 6.956124e-11| 2.546686e-31| 2.325622e-31| 2.868799e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=93]= 8.6401e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 5.137895e-21| 3.465578e-10| 3.462649e-31| 2.138902e-31| 2.813895e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=159]= 2.0464e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 1.001837e-20| 3.720167e-10| 6.451609e-31| 3.501512e-31| 2.568376e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= -1.7090e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 6.450326e-18| 1.061271e-08| 2.822323e-24| 1.828293e-24| 7.351475e-12| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=60]= 8.7629e-07 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-1.02977e-12 PRESSURE SOLVER(geom_index= 1): sum_C_dp=2.37455e-22 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-2.27789e-22 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-1.0425e-22 PRESSURE SOLVER(geom_index= 4): sum_C_dp=-6.8483e-23 PRESSURE SOLVER(geom_index= 5): sum_C_dp=-1.18577e-22 PRESSURE SOLVER(geom_index= 6): sum_C_dp=5.62851e-20 Face Momentum (sd= 0): max value of div(mf) (cv=173587) = 2.290352e-11 norm_L2 of div(momentum) = 2.099319e-10. Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.275683e-15 norm_L2 of div(momentum) = 2.872608e-15. Face Momentum (sd= 2): max value of div(mf) (cv=145) = 6.657648e-17 norm_L2 of div(momentum) = 1.842508e-16. Face Momentum (sd= 3): max value of div(mf) (cv=198) = 2.218821e-16 norm_L2 of div(momentum) = 5.135311e-16. Face Momentum (sd= 4): max value of div(mf) (cv=98) = 2.306396e-16 norm_L2 of div(momentum) = 5.663904e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 3.767223e-16 norm_L2 of div(momentum) = 6.737038e-16. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 5.587051e-13 norm_L2 of div(momentum) = 1.464548e-12. nsd = 0 min_dtHy = 0.000579864 (nCV = 173854 ) max_dtHy = 3.73551 (nCV = 80875 ) nsd = 1 min_dtHy = 3.10809 (nCV = 203 ) max_dtHy = 111.657 (nCV = 195 ) nsd = 2 min_dtHy = 10.0163 (nCV = 60 ) max_dtHy = 177.578 (nCV = 174 ) nsd = 3 min_dtHy = 9.55709 (nCV = 201 ) max_dtHy = 150.718 (nCV = 149 ) nsd = 4 min_dtHy = 16.9364 (nCV = 134 ) max_dtHy = 201.666 (nCV = 202 ) nsd = 5 min_dtHy = 3.98057 (nCV = 197 ) max_dtHy = 130.469 (nCV = 74 ) nsd = 6 min_dtHy = 0.019869 (nCV = 138 ) max_dtHy = 1.48546 (nCV = 65 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 2.913859e+08| 9.446539e+05| 2.648332e+03| 2.102192e+03| 5.943803e+03| 4| 36|0|n|26| OK | nsd = 0 min_dtke = 1.33646e-06 (nCV = 55265 ) max_dtke = 0.477338 (nCV = 37633 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.048218e-08| 1.028933e-04| 9.251214e-28| 5.337572e-31| 5.695316e-15| 4| 24|0|n|28| OK | |turb| 0| 1| 3.739561e-06| 2.586995e-03| 4.359470e-29| 1.981001e-31| 3.636381e-15| 5| 30|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 287 E from zero= 280911 E from infinity= 262437 nsd = 1 min_dtke = 0.000434253 (nCV = 6 ) max_dtke = 0.00609446 (nCV = 206 ) |turb| 1| 0| 2.383765e-23| 5.640689e-11| 2.394185e-39| 1.448895e-50| 4.139942e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 1.236872e-17| 3.797793e-08| 7.834486e-46| 2.859751e-46| 9.522917e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 197 E from infinity= 178 nsd = 2 min_dtke = 0.000182515 (nCV = 65 ) max_dtke = 0.00450335 (nCV = 203 ) |turb| 2| 0| 4.402394e-22| 7.092259e-11| 9.014584e-39| 2.295854e-39| 2.321922e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 6.066963e-17| 7.603463e-08| 7.296888e-46| 1.336516e-45| 2.844467e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 173 E from infinity= 173 nsd = 3 min_dtke = 0.000276762 (nCV = 68 ) max_dtke = 0.00401944 (nCV = 195 ) |turb| 3| 0| 1.869276e-23| 4.835900e-11| 5.217256e-40| 1.276774e-50| 4.547878e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 2.689018e-17| 5.535942e-08| 6.298306e-47| 6.441577e-46| 1.854953e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 198 E from infinity= 182 nsd = 4 min_dtke = 0.000273118 (nCV = 33 ) max_dtke = 0.00672783 (nCV = 202 ) |turb| 4| 0| 2.755548e-23| 4.899933e-11| 1.669830e-39| 1.283608e-49| 1.197756e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 2.685207e-17| 5.173011e-08| 2.025379e-46| 1.502608e-45| 2.078550e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 171 E from infinity= 168 nsd = 5 min_dtke = 0.000350009 (nCV = 8 ) max_dtke = 0.00559253 (nCV = 203 ) |turb| 5| 0| 1.793649e-23| 4.775916e-11| 6.692710e-40| 1.486807e-50| 4.858878e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 1.753863e-17| 4.446460e-08| 1.014165e-46| 2.366573e-46| 1.331761e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 194 E from infinity= 178 nsd = 6 min_dtke = 6.04759e-05 (nCV = 66 ) max_dtke = 0.00183028 (nCV = 120 ) |turb| 6| 0| 2.062459e-22| 6.101182e-11| 6.795964e-31| 1.156392e-40| 4.745512e-20| 1| 6|0|n|29| OK | |turb| 6| 1| 2.427364e-16| 1.075498e-07| 7.877110e-34| 7.082100e-45| 3.868410e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 168 E from infinity= 168 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.0101603 del_p_mean=-1311.49 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.13765e-07 del_p_mean=-250.297 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.19402e-07 del_p_mean=-434.73 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.13964e-07 del_p_mean=-111.76 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16138e-07 del_p_mean=-140.667 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.12876e-07 del_p_mean=-184.074 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.47239e-07 del_p_mean=-1113.84 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1151.6148193193 max(solid,ncvloc= 38764,sd_id= 8) = 313.81626893365 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1151.6148193193 max(solid,ncvloc= 38764,sd_id= 8) = 313.81626893365 slv : Fluid subdom(new) 0 slv : P static (new) : min( 173853) = 3270.4660826376 , max( 173851) = 3271.9233435518 slv : Density (new) : min( 267876) = 0.0005578677862337 , max( 146139) = 30067.756836089 slv : Velocity (new) : min( 113825) = 5.5541918675055e-11 , max( 173867) = 16.362659892693 slv : Mach number (new) : min( 228750) = 6.3317639910344e-13 , max( 173867) = 0.047377437064592 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 173853) = 0.31499503183116 slv : Turbulent e (new) : min( 173614) = 1.3974469119544e-40 , max( 173876) = 35.104595060905 slv : Temperature (new) : min( 146139) = 0.00037891980016468 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 95077) = -52176596.648214 , max( 1912) = 10698.515129737 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 32610.653803249 , max( 203) = 32610.653813239 slv : Density (new) : min( 11) = 0.3539256486243 , max( 157) = 11.867013024014 slv : Velocity (new) : min( 70) = 1.1506523236585e-09 , max( 203) = 0.00047406068275928 slv : Mach number (new) : min( 70) = 3.2099445245665e-12 , max( 203) = 1.9949292186274e-06 slv : Turbulent k (new) : min( 60) = 2.2025498458636e-17 , max( 203) = 3.7480601808787e-05 slv : Turbulent e (new) : min( 60) = 1.0272375547634e-14 , max( 61) = 0.016909984624176 slv : Temperature (new) : min( 157) = 9.5716262095397 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 67) = -7380770.2267672 , max( 201) = -135601.00602291 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 14604.60060372 , max( 50) = 14604.600616093 slv : Density (new) : min( 5) = 0.15397841254426 , max( 38) = 252.88338924187 slv : Velocity (new) : min( 171) = 4.5180167820824e-09 , max( 60) = 0.00016559650750195 slv : Mach number (new) : min( 171) = 1.2489670626025e-11 , max( 50) = 1.0444775421247e-06 slv : Turbulent k (new) : min( 5) = 1.5577776260282e-16 , max( 98) = 3.7471360579357e-05 slv : Turbulent e (new) : min( 5) = 1.6295161000159e-13 , max( 13) = 0.038825231889579 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 99) = -4949907.4632343 , max( 202) = -100093.71443378 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 21348.828311352 , max( 202) = 21348.828314294 slv : Density (new) : min( 3) = 0.23294941191387 , max( 193) = 15.85353308346 slv : Velocity (new) : min( 0) = 1.2152397727905e-09 , max( 200) = 0.00015764336412583 slv : Mach number (new) : min( 0) = 3.4007032591589e-12 , max( 200) = 6.39651281625e-07 slv : Turbulent k (new) : min( 1) = 2.9116773441358e-17 , max( 201) = 3.7494386150189e-05 slv : Turbulent e (new) : min( 1) = 2.0017257075183e-14 , max( 0) = 0.025429237508605 slv : Temperature (new) : min( 193) = 4.6904620302045 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 59) = -7455806.1508747 , max( 196) = -139916.26000486 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 22141.607272515 , max( 198) = 22141.607282591 slv : Density (new) : min( 138) = 0.23511807775599 , max( 195) = 26.807370724841 slv : Velocity (new) : min( 107) = 1.7537281927112e-09 , max( 134) = 0.0001224223278538 slv : Mach number (new) : min( 107) = 4.8646794753654e-12 , max( 198) = 8.2751083864132e-07 slv : Turbulent k (new) : min( 31) = 3.9040436335766e-17 , max( 99) = 3.7487038812875e-05 slv : Turbulent e (new) : min( 31) = 2.7175192473301e-14 , max( 111) = 0.025515316551237 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 38) = -4952126.0263335 , max( 102) = -100993.07463126 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 27127.805877053 , max( 198) = 27127.805883334 slv : Density (new) : min( 71) = 0.29185043091002 , max( 156) = 13.655214659886 slv : Velocity (new) : min( 80) = 1.7309040651402e-09 , max( 197) = 0.00035395031679188 slv : Mach number (new) : min( 80) = 4.8356419853781e-12 , max( 197) = 1.5006642870787e-06 slv : Turbulent k (new) : min( 71) = 3.0775256886741e-17 , max( 197) = 3.7479148928563e-05 slv : Turbulent e (new) : min( 71) = 1.7112211004282e-14 , max( 74) = 0.02080977602456 slv : Temperature (new) : min( 156) = 6.9196444643687 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 11) = -7444151.7360943 , max( 201) = -137822.54496932 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 137) = 3477.1886726096 , max( 179) = 3477.190305337 slv : Density (new) : min( 65) = 0.037693281572737 , max( 162) = 235.71623544671 slv : Velocity (new) : min( 162) = 1.3889940138324e-07 , max( 138) = 0.018858664082006 slv : Mach number (new) : min( 70) = 4.441833495292e-10 , max( 138) = 0.00021626263752449 slv : Turbulent k (new) : min( 62) = 4.2123751415765e-16 , max( 125) = 3.7207109617813e-05 slv : Turbulent e (new) : min( 26) = 5.0239967688972e-13 , max( 15) = 0.12074784749566 slv : Temperature (new) : min( 162) = 0.051381466907157 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -3578782.5141118 , max( 212) = -62893.087629672 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0660542(nfa=159750, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13147 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.070| 21| 0.003| 0.007| slv : | Calculate_inc | 141.535| 20| 7.077| 20.579| slv : | CollectEMT_Results | 0.000| 21| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.747| 756| 0.002| 0.073| slv : | Results_processing | 6.220| 20| 0.311| 0.336| slv : | build_sl_ordering_CHT | 0.056| 21| 0.003| 0.021| slv : | build_sl_ordering_MDS | 0.402| 21| 0.019| 0.033| slv : | build_sl_ordering_fluid | 0.443| 147| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.416| 21| 0.067| 0.078| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 1.259| 21| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.277| 21| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.463| 21| 0.022| 0.028| slv : | perform_stage_total | 126.250| 575| 0.220| 7.493| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 44.086| 21| 2.099| 6.280| slv : | solve_3M_alg_MDS | 42.211| 147| 0.287| 6.185| slv : | solve_BG_MDS | 2.002| 21| 0.095| 0.285| slv : | solve_BG_alg_MDS | 1.606| 147| 0.011| 0.256| slv : | solve_BL_MDS | 27.566| 21| 1.313| 3.714| slv : | solve_CHT | 22.403| 21| 1.067| 3.491| slv : | solve_CHT_MDS | 21.690| 21| 1.033| 3.458| slv : | solve_CHT_alg_MDS | 16.749| 21| 0.798| 3.218| slv : | solve_DvGr_MDS | 30.996| 21| 1.476| 7.493| slv : | solve_DvGr_alg_MDS | 26.432| 147| 0.180| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 21| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 21| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 21| 0.000| 0.000| slv : | solve_YTurb_MDS | 14.607| 21| 0.696| 1.890| slv : | solve_YTurb_alg_MDS | 10.628| 294| 0.036| 1.508| slv : | update_BC_MDS | 0.055| 22| 0.003| 0.003| slv : | update_Mf_after_DvGr | 1.302| 21| 0.062| 0.082| slv : | update_VelPressure_MDS | 0.215| 21| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234536 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183364 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183365 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183368 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183368 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183389 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183389 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271397 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183390 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183390 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222562 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222563 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222564 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222565 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222566 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222567 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222568 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222574 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166459 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166459 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166461 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166462 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166463 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166467 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166468 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 180961 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177438 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177438 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177438 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177439 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177439 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171097 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171099 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171099 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171101 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171101 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171103 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171103 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171106 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171106 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 171108 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177779 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177779 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177780 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177786 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177786 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189286 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189289 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189289 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189290 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189291 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189291 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189292 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189293 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189294 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189296 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186671 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186672 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186677 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186682 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250583 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186683 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186684 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186685 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250584 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186686 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186687 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 186688 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250586 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 250587 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240085 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240086 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240087 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240087 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240089 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240089 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240090 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 240091 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 195987 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196009 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196009 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196010 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196011 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196011 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196012 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196013 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196014 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 196016 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229993 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229997 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229998 ----------------------------------------------------------------------- Memory Working Set Current = 3856.06 Mb, Memory Working Set Peak = 3858.86 Mb Memory Private Bytes Current = 3983.01 Mb, Memory Private Bytes Peak = 3986.67 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16510 ================== Tstep=21 =================== MWS[ 0]=0.0124542 MWS[ 1]=9.08835e-06 MWS[ 2]=4.47074e-06 MWS[ 3]=5.49896e-06 MWS[ 4]=5.5245e-06 MWS[ 5]=6.16194e-06 MWS[ 6]=0.000117988 tau_viscous_averaged = 0.000245642 tau_viscous_averaged = 0.000698451 tau_viscous_averaged = 0.000363467 tau_viscous_averaged = 0.000465213 tau_viscous_averaged = 0.000545816 tau_viscous_averaged = 0.000584235 tau_viscous_averaged = 0.000134467 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173867)=1.00 , max dt/dtG(ncv= 85415)=458.9 , dtG=0.000127816 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=798.36, max dt/dtG(ncv= 195)=1381.7 , dtG=0.000127816 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=426.90, max dt/dtG(ncv= 199)=719.6 , dtG=0.000127816 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=520.64, max dt/dtG(ncv= 148)=920.9 , dtG=0.000127816 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=634.95, max dt/dtG(ncv= 202)=1080.5 , dtG=0.000127816 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=671.37, max dt/dtG(ncv= 192)=1156.3 , dtG=0.000127816 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 209)=153.05, max dt/dtG(ncv= 204)=265.0 , dtG=0.000127816 Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=173587) = 2.290352e-11 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 4.407135e-20| 3.018022e-08| 1.289308e-21| 7.747162e-22| 6.871832e-09| 7| 21|0|n|28| OK | neumann fix solution. y[row=0][ncv=81502]= 3.1534e-07 log10(resTarget_Lim / resTarget_Orig): 2.7 Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.275683e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 8.086754e-30| 1.335495e-14| 4.046348e-32| 1.412203e-32| 1.172280e-15| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 3.1113e-11 log10(resTarget_Lim / resTarget_Orig): 1.9 Face Momentum (sd= 2): max value of div(mf) (cv=145) = 6.657648e-17 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 3.030963e-32| 1.068047e-15| 7.112894e-34| 2.518999e-34| 1.468555e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 4.0045e-12 log10(resTarget_Lim / resTarget_Orig): 2.6 Face Momentum (sd= 3): max value of div(mf) (cv=198) = 2.218821e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 2.619514e-31| 3.158779e-15| 2.546686e-33| 2.000157e-33| 4.384348e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -1.1701e-11 log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 4): max value of div(mf) (cv=98) = 2.306396e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 2.899293e-31| 3.346880e-15| 3.462649e-33| 2.544781e-33| 4.620513e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -5.7879e-12 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 3.767223e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 3.208581e-31| 2.910111e-15| 6.451609e-33| 3.976908e-33| 5.938574e-16| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= 9.4489e-12 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 5.587051e-13 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 1.899560e-24| 8.030605e-12| 2.822323e-26| 2.139999e-26| 1.425337e-12| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=200]= -1.2075e-07 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 0): max value of div(mf) (cv=90494) = 3.050443e-12 norm_L2 of div(momentum) = 2.794588e-11. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 2.912854e-17 norm_L2 of div(momentum) = 1.216505e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 4.032412e-18 norm_L2 of div(momentum) = 1.593455e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.734582e-17 norm_L2 of div(momentum) = 4.880545e-17. Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.642609e-17 norm_L2 of div(momentum) = 5.136479e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 2.577831e-17 norm_L2 of div(momentum) = 6.740208e-17. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 5.321296e-14 norm_L2 of div(momentum) = 1.513492e-13. Flow alg-view 0 in phis-view 0 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 25.4133 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 8.29892 % LOG: number of a-faces with weighted approximations in 1 subdomain: 41.9966 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 17.6246 % LOG: number of a-faces with weighted approximations in 2 subdomain: 45.5161 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 17.9428 % LOG: number of a-faces with weighted approximations in 3 subdomain: 44.7236 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 19.7319 % LOG: number of a-faces with weighted approximations in 4 subdomain: 49.8299 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 22.007 % LOG: number of a-faces with weighted approximations in 5 subdomain: 40.5822 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 17.4049 % LOG: number of a-faces with weighted approximations in 6 subdomain: 45.3936 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 20.6528 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 254086| 96| 1529| 109757| 50| 0| 365422| 370| 50226|0 | 334687|20439.4 | 173353|5.43263e-05 | 3|627299 | 197351|-0.119435 | 23488|-0 | | 1| 899| 83| 0| 0| 816| 0| 0| 899| 7| 876|0.000179791 | 321|3.30456 | 689|1.72383 | 897|9364.33 | 888|-1.19425e-08 | 248|-1.11272e-21 | | 2| 777| 122| 0| 0| 655| 0| 0| 777| 8| 140|0.000194628 | 666|5.54924 | 219|7.79354 | 404|24553.3 | 617|-1.44921e-09 | 243|-9.34729e-20 | | 3| 832| 69| 0| 0| 763| 0| 0| 832| 6| 804|0.0010527 | 219|6.26904 | 804|1.27141 | 816|121332 | 819|-2.63116e-09 | 128|-2.62335e-20 | | 4| 795| 123| 0| 0| 672| 0| 0| 795| 6| 763|0.000409401 | 15|3.49461 | 368|13.3235 | 372|12811.1 | 502|-1.76595e-09 | 430|-1.62688e-19 | | 5| 819| 82| 0| 0| 737| 0| 0| 819| 5| 641|0.000422235 | 513|7.12275 | 641|1.5516 | 815|2830.3 | 438|-1.56941e-08 | 308|-1.86419e-20 | | 6| 1062| 482| 0| 0| 580| 0| 0| 1062| 13| 676|0.000140773 | 171|33.4708 | 127|1.34943 | 1042|72068.9 | 747|-1.33482e-05 | 60|-1.01083e-17 | LOG nsd = 0: numb_of_convergent=157, numb_of_divergent=181 Face Momentum (sd= 0): max value of div(mf) (cv=90494) = 3.050443e-12 norm_L2 of div(momentum) = 2.794588e-11. LOG nsd = 1: numb_of_convergent=2, numb_of_divergent=0 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 2.912854e-17 norm_L2 of div(momentum) = 1.216505e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 4.032412e-18 norm_L2 of div(momentum) = 1.593455e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.734582e-17 norm_L2 of div(momentum) = 4.880545e-17. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=1 Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.642609e-17 norm_L2 of div(momentum) = 5.136479e-17. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 2.577831e-17 norm_L2 of div(momentum) = 6.740208e-17. LOG nsd = 6: numb_of_convergent=2, numb_of_divergent=1 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 5.321296e-14 norm_L2 of div(momentum) = 1.513492e-13. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 2.043616e-06| 3.546567e-03| 4.509435e-19| 2.449188e-16| 2.212892e-08| 45| 735|2|n|26| BAD | | 3M | 1| 0| 4.685980e-23| 5.440272e-11| 9.074350e-28| 7.994792e-29| 5.757953e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 3.835932e-22| 1.672361e-10| 3.871788e-28| 2.618945e-28| 1.292401e-13| 2| 6|0|n|29| OK | | 3M | 3| 0| 9.989658e-24| 2.910319e-11| 5.049900e-28| 1.277332e-29| 3.693652e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 2.109863e-22| 1.041675e-10| 3.877174e-28| 3.411698e-28| 1.541779e-13| 2| 6|0|n|29| OK | | 3M | 5| 0| 8.650599e-23| 7.020997e-11| 5.174411e-28| 9.066330e-29| 8.413577e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 8.864323e-18| 8.713317e-09| 2.944758e-25| 1.508125e-25| 7.857383e-13| 4| 12|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 262486)=2.0472488976333e-11 , max( 173860)=9.4328354340016 (local) sd 1: min( 72)=1.2646272929695e-09 , max( 203)=0.0005167818154337 (local) sd 2: min( 168)=3.5667585841621e-09 , max( 94)=0.00011387467170407 (local) sd 3: min( 0)=1.0754600961625e-09 , max( 200)=0.00017098134069811 (local) sd 4: min( 2)=2.415676189357e-09 , max( 134)=0.00013387021441684 (local) sd 5: min( 72)=1.6199305095412e-09 , max( 197)=0.00039626659455056 (local) sd 6: min( 70)=8.4139796167194e-08 , max( 138)=0.042253977533653 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 1.493049e-09| 1.384345e-04| 8.113441e-18| 7.947581e-18| 3.360864e-07| 8| 24|0|n|28| OK | neumann fix solution. y[row=0][ncv=85415]= 4.2652e-05 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 8.327427e-21| 3.641793e-10| 4.158154e-30| 1.467073e-30| 5.470800e-15| 17| 63|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= 2.6147e-10 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 1.358719e-20| 5.402292e-10| 6.527260e-32| 2.219533e-32| 8.815414e-16| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=143]= -2.2538e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 2.159111e-22| 7.220376e-11| 2.517178e-31| 1.829589e-31| 2.412917e-15| 16| 54|1|n|29| OK | neumann fix solution. y[row=0][ncv=93]= 9.4685e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 5.893490e-21| 3.565825e-10| 3.433912e-31| 1.969909e-31| 2.873255e-15| 14| 42|0|n|29| OK | neumann fix solution. y[row=0][ncv=152]= 1.3111e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 9.488444e-21| 3.562286e-10| 6.363086e-31| 2.316947e-31| 2.058540e-15| 17| 63|1|n|29| OK | neumann fix solution. y[row=0][ncv=56]= -1.8033e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 3.196857e-17| 1.762867e-08| 4.104806e-27| 2.147404e-27| 2.851944e-13| 16| 54|1|n|29| OK | neumann fix solution. y[row=0][ncv=164]= -2.4095e-06 PRESSURE SOLVER(geom_index= 0): sum_C_dp=-6.89114e-11 PRESSURE SOLVER(geom_index= 1): sum_C_dp=1.30997e-22 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-5.69625e-22 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-1.01904e-22 PRESSURE SOLVER(geom_index= 4): sum_C_dp=-3.80753e-23 PRESSURE SOLVER(geom_index= 5): sum_C_dp=-5.83757e-23 PRESSURE SOLVER(geom_index= 6): sum_C_dp=-8.7625e-19 Face Momentum (sd= 0): max value of div(mf) (cv=193434) = 3.625902e-10 norm_L2 of div(momentum) = 2.820267e-09. Face Momentum (sd= 1): max value of div(mf) (cv=199) = 6.573151e-16 norm_L2 of div(momentum) = 1.592781e-15. Face Momentum (sd= 2): max value of div(mf) (cv=145) = 8.398939e-17 norm_L2 of div(momentum) = 2.044980e-16. Face Momentum (sd= 3): max value of div(mf) (cv=198) = 2.143682e-16 norm_L2 of div(momentum) = 5.356790e-16. Face Momentum (sd= 4): max value of div(mf) (cv=95) = 2.142023e-16 norm_L2 of div(momentum) = 4.691886e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 3.589389e-16 norm_L2 of div(momentum) = 6.402736e-16. Face Momentum (sd= 6): max value of div(mf) (cv=156) = 2.442477e-14 norm_L2 of div(momentum) = 6.212843e-14. nsd = 0 min_dtHy = 0.000128079 (nCV = 173867 ) max_dtHy = 1.03569 (nCV = 80875 ) nsd = 1 min_dtHy = 3.05872 (nCV = 203 ) max_dtHy = 103.011 (nCV = 195 ) nsd = 2 min_dtHy = 9.69853 (nCV = 60 ) max_dtHy = 179.876 (nCV = 172 ) nsd = 3 min_dtHy = 9.83323 (nCV = 201 ) max_dtHy = 152.075 (nCV = 191 ) nsd = 4 min_dtHy = 14.8026 (nCV = 134 ) max_dtHy = 192.86 (nCV = 202 ) nsd = 5 min_dtHy = 3.95964 (nCV = 197 ) max_dtHy = 130.766 (nCV = 74 ) nsd = 6 min_dtHy = 0.0792831 (nCV = 138 ) max_dtHy = 6.8219 (nCV = 15 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 2.878054e+08| 8.971128e+05| 2.871299e+03| 2.001627e+03| 5.637340e+03| 4| 36|0|n|26| OK | nsd = 0 min_dtke = 7.27107e-07 (nCV = 55265 ) max_dtke = 0.274258 (nCV = 37633 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 2.199880e-05| 4.726858e-03| 2.528919e-25| 1.426713e-27| 2.417630e-13| 5| 30|0|n|28| OK | |turb| 0| 1| 3.882304e-01| 6.279228e-01| 1.546881e-25| 5.225455e-27| 5.012326e-13| 6| 36|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 311 E from zero= 283276 E from infinity= 273584 nsd = 1 min_dtke = 0.000415952 (nCV = 6 ) max_dtke = 0.00605426 (nCV = 206 ) |turb| 1| 0| 2.539523e-23| 5.782841e-11| 2.640065e-39| 1.456535e-50| 4.393387e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 1.404960e-17| 4.001274e-08| 8.776960e-46| 3.100621e-46| 1.067063e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 197 E from infinity= 181 nsd = 2 min_dtke = 0.000181396 (nCV = 65 ) max_dtke = 0.00472637 (nCV = 203 ) |turb| 2| 0| 3.970226e-22| 6.301103e-11| 8.156702e-39| 3.100232e-39| 2.990671e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 5.453161e-17| 7.202309e-08| 6.410716e-46| 4.750551e-44| 5.360130e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 171 E from infinity= 175 nsd = 3 min_dtke = 0.000273647 (nCV = 68 ) max_dtke = 0.00416069 (nCV = 195 ) |turb| 3| 0| 1.700762e-23| 4.627736e-11| 5.139730e-40| 2.151001e-49| 9.063444e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 2.575586e-17| 5.447129e-08| 6.172977e-47| 3.885131e-46| 1.519944e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 198 E from infinity= 181 nsd = 4 min_dtke = 0.000271785 (nCV = 33 ) max_dtke = 0.00705733 (nCV = 202 ) |turb| 4| 0| 2.197355e-23| 4.617889e-11| 1.647170e-39| 1.840384e-49| 1.731909e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 2.587324e-17| 5.009287e-08| 1.984929e-46| 1.639624e-45| 2.293617e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 171 E from infinity= 166 nsd = 5 min_dtke = 0.000340499 (nCV = 8 ) max_dtke = 0.0055826 (nCV = 203 ) |turb| 5| 0| 1.615474e-23| 4.566956e-11| 6.844714e-40| 1.835842e-49| 8.191027e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 1.716546e-17| 4.419139e-08| 1.032462e-46| 2.625296e-46| 1.329693e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 193 E from infinity= 179 nsd = 6 min_dtke = 5.80359e-05 (nCV = 66 ) max_dtke = 0.00200693 (nCV = 120 ) |turb| 6| 0| 7.568431e-22| 8.718185e-11| 2.585787e-33| 3.797276e-40| 5.092581e-20| 1| 6|0|n|29| OK | |turb| 6| 1| 2.349923e-16| 1.125444e-07| 1.418271e-37| 1.702252e-44| 4.755287e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 167 E from infinity= 171 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.0102237 del_p_mean=-950.629 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.14021e-07 del_p_mean=-321.223 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.1692e-07 del_p_mean=-121.061 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.14147e-07 del_p_mean=-145.307 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16288e-07 del_p_mean=-168.13 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.13305e-07 del_p_mean=-284.774 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.30481e-07 del_p_mean=-505.365 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1141.6656269299 max(solid,ncvloc= 38764,sd_id= 8) = 313.37346001 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1141.6656269299 max(solid,ncvloc= 38764,sd_id= 8) = 313.37346001 slv : Fluid subdom(new) 0 slv : P static (new) : min( 173853) = 2310.3375120265 , max( 173851) = 2328.1299684216 slv : Density (new) : min( 267876) = 0.00039573843796074 , max( 81543) = 24598.814609934 slv : Velocity (new) : min( 84519) = 6.6158491347962e-12 , max( 173854) = 115.55211967196 slv : Mach number (new) : min( 91590) = 2.1102948668027e-12 , max( 173854) = 0.33472768088184 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 173853) = 7.6966092969672 slv : Turbulent e (new) : min( 132263) = 9.2362844965309e-41 , max( 173850) = 6751.0315168658 slv : Temperature (new) : min( 81543) = 0.00032855729505034 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 77711) = -53717270.328342 , max( 1912) = 11812.764070282 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 32289.431035039 , max( 203) = 32289.431045522 slv : Density (new) : min( 11) = 0.35043939602574 , max( 157) = 11.750120097103 slv : Velocity (new) : min( 70) = 1.0617446044352e-09 , max( 203) = 0.00048798704809581 slv : Mach number (new) : min( 70) = 2.9619209985675e-12 , max( 203) = 2.1268494638453e-06 slv : Turbulent k (new) : min( 60) = 1.6375812718266e-17 , max( 203) = 3.7478376537815e-05 slv : Turbulent e (new) : min( 60) = 7.6960631157309e-15 , max( 61) = 0.017019811365703 slv : Temperature (new) : min( 157) = 9.5716262095397 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 67) = -8159199.2034278 , max( 201) = -144371.98169533 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 47) = 14483.539277541 , max( 50) = 14483.539290526 slv : Density (new) : min( 5) = 0.15270204550194 , max( 38) = 250.78717316582 slv : Velocity (new) : min( 67) = 4.073249089827e-09 , max( 60) = 0.00017766800288923 slv : Mach number (new) : min( 67) = 1.126439343825e-11 , max( 50) = 1.1818988374289e-06 slv : Turbulent k (new) : min( 169) = 1.87423713075e-16 , max( 98) = 3.7469827160335e-05 slv : Turbulent e (new) : min( 169) = 2.0347379208834e-13 , max( 13) = 0.039798889841241 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 99) = -5464385.0070118 , max( 202) = -106666.87170778 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 21203.520953217 , max( 202) = 21203.520956396 slv : Density (new) : min( 3) = 0.23136387929889 , max( 193) = 15.745628566484 slv : Velocity (new) : min( 0) = 1.165563136283e-09 , max( 200) = 0.00015651115220748 slv : Mach number (new) : min( 0) = 3.2616891292254e-12 , max( 200) = 6.5528504949816e-07 slv : Turbulent k (new) : min( 3) = 2.98578800393e-17 , max( 201) = 3.7493597426559e-05 slv : Turbulent e (new) : min( 3) = 2.0722144869706e-14 , max( 0) = 0.025514840981645 slv : Temperature (new) : min( 193) = 4.6904620302045 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 59) = -8247183.7377669 , max( 196) = -148929.70200616 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 21973.477150323 , max( 198) = 21973.477160755 slv : Density (new) : min( 138) = 0.23333273170305 , max( 195) = 26.603811585621 slv : Velocity (new) : min( 3) = 3.6924063329374e-09 , max( 134) = 0.00011878752442337 slv : Mach number (new) : min( 3) = 1.0238789701236e-11 , max( 198) = 9.4690356373105e-07 slv : Turbulent k (new) : min( 9) = 7.3629070781066e-18 , max( 99) = 3.7483392498302e-05 slv : Turbulent e (new) : min( 9) = 4.9605282556677e-15 , max( 111) = 0.025649867569228 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 38) = -5466001.2411596 , max( 102) = -107759.16009022 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 26843.032172968 , max( 198) = 26843.032179847 slv : Density (new) : min( 71) = 0.28878673572918 , max( 156) = 13.511869264708 slv : Velocity (new) : min( 82) = 2.1016143396168e-09 , max( 197) = 0.00037080172563334 slv : Mach number (new) : min( 82) = 5.8747569377771e-12 , max( 197) = 1.629407905019e-06 slv : Turbulent k (new) : min( 71) = 2.3049184811342e-17 , max( 197) = 3.7476774076667e-05 slv : Turbulent e (new) : min( 71) = 1.2903185131422e-14 , max( 74) = 0.020926963132506 slv : Temperature (new) : min( 156) = 6.9196444643687 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 11) = -8234012.5650291 , max( 201) = -146729.54586427 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 137) = 2971.8233610976 , max( 179) = 2971.8252828662 slv : Density (new) : min( 65) = 0.032215043723442 , max( 162) = 201.45788647069 slv : Velocity (new) : min( 70) = 9.3553207694807e-08 , max( 138) = 0.15748715992921 slv : Mach number (new) : min( 70) = 2.610335052636e-10 , max( 138) = 0.00098961670061756 slv : Turbulent k (new) : min( 11) = 7.5662485494023e-15 , max( 125) = 3.7204517252905e-05 slv : Turbulent e (new) : min( 11) = 3.2510404034363e-11 , max( 15) = 0.15919846390656 slv : Temperature (new) : min( 162) = 0.051381466907157 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -3962680.8937622 , max( 212) = -66868.970417948 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.064268(nfa=66782, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13160 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.073| 22| 0.003| 0.007| slv : | Calculate_inc | 150.901| 21| 7.186| 20.579| slv : | CollectEMT_Results | 0.000| 22| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.802| 788| 0.002| 0.073| slv : | Results_processing | 6.532| 21| 0.311| 0.336| slv : | build_sl_ordering_CHT | 0.056| 22| 0.003| 0.021| slv : | build_sl_ordering_MDS | 0.422| 22| 0.019| 0.033| slv : | build_sl_ordering_fluid | 0.464| 154| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.498| 22| 0.068| 0.083| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 1.321| 22| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.289| 22| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.491| 22| 0.022| 0.028| slv : | perform_stage_total | 137.363| 602| 0.228| 8.246| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 52.331| 22| 2.379| 8.246| slv : | solve_3M_alg_MDS | 50.369| 154| 0.327| 8.152| slv : | solve_BG_MDS | 2.126| 22| 0.097| 0.285| slv : | solve_BG_alg_MDS | 1.711| 154| 0.011| 0.256| slv : | solve_BL_MDS | 28.853| 22| 1.311| 3.714| slv : | solve_CHT | 23.086| 22| 1.049| 3.491| slv : | solve_CHT_MDS | 22.340| 22| 1.015| 3.458| slv : | solve_CHT_alg_MDS | 17.162| 22| 0.780| 3.218| slv : | solve_DvGr_MDS | 31.608| 22| 1.437| 7.493| slv : | solve_DvGr_alg_MDS | 26.849| 154| 0.174| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 22| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 22| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 22| 0.000| 0.000| slv : | solve_YTurb_MDS | 15.154| 22| 0.689| 1.890| slv : | solve_YTurb_alg_MDS | 11.003| 308| 0.036| 1.508| slv : | update_BC_MDS | 0.058| 23| 0.003| 0.003| slv : | update_Mf_after_DvGr | 1.366| 22| 0.062| 0.082| slv : | update_VelPressure_MDS | 0.225| 22| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 0 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 3; avid_sd 7 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108193 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131235 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222562 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108194 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222563 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108195 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131237 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222564 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222565 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234533 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222566 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108202 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234536 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131240 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222567 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108202 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222568 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203162 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 234537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222574 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166458 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166458 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166459 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166459 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166461 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166462 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166463 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229993 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229994 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229995 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229996 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229997 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 229998 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127143 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127143 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127145 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127145 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127145 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127147 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127147 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127149 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127149 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127149 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183364 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189286 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183365 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189289 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183368 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189289 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183368 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189290 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189291 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189291 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183389 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189292 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183389 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189293 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183390 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189294 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 183390 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 189296 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177438 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177438 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177438 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177439 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177439 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177779 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177779 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177780 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177786 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 177786 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161258 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161258 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161259 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161260 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161260 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161260 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161261 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161261 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161262 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 161262 ----------------------------------------------------------------------- Memory Working Set Current = 3856.21 Mb, Memory Working Set Peak = 3859.00 Mb Memory Private Bytes Current = 3983.01 Mb, Memory Private Bytes Peak = 3987.32 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16442 ================== Tstep=22 =================== MWS[ 0]=0.0740759 MWS[ 1]=9.30914e-06 MWS[ 2]=4.45218e-06 MWS[ 3]=5.48022e-06 MWS[ 4]=5.50348e-06 MWS[ 5]=6.42133e-06 MWS[ 6]=0.000910897 tau_viscous_averaged = 0.000174255 tau_viscous_averaged = 0.000694556 tau_viscous_averaged = 0.000362728 tau_viscous_averaged = 0.000464182 tau_viscous_averaged = 0.000546265 tau_viscous_averaged = 0.00058079 tau_viscous_averaged = 0.000116132 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173854)=0.58 , max dt/dtG(ncv= 85415)=1078.4 , dtG=3.26346e-05 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=3108.36, max dt/dtG(ncv= 195)=5381.1 , dtG=3.26346e-05 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=1668.77, max dt/dtG(ncv= 199)=2812.6 , dtG=3.26346e-05 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=2034.59, max dt/dtG(ncv= 148)=3598.8 , dtG=3.26346e-05 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=2489.04, max dt/dtG(ncv= 202)=4235.2 , dtG=3.26346e-05 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=2614.17, max dt/dtG(ncv= 192)=4501.6 , dtG=3.26346e-05 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=222.40, max dt/dtG(ncv= 204)=883.8 , dtG=3.26346e-05 Flow alg-view 0 in phys-view 0 isn't Neumann (not Multi Phase treating) Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=193434) = 3.625902e-10 Flow alg-view 0 is not Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 7.953905e-18| 3.362641e-07| 8.113441e-20| 3.182030e-20| 4.253328e-08| 8| 24|0|n|28| OK | log10(resTarget_Lim / resTarget_Orig): 2.2 Face Momentum (sd= 1): max value of div(mf) (cv=199) = 6.573151e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 2.459618e-30| 7.350479e-15| 4.158154e-32| 2.107297e-32| 1.418860e-15| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= -1.9568e-11 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 2): max value of div(mf) (cv=145) = 8.398939e-17 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 3.778438e-32| 1.148855e-15| 6.527260e-34| 2.914977e-34| 1.580831e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 4.3577e-12 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 3): max value of div(mf) (cv=198) = 2.143682e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 2.853873e-31| 3.039857e-15| 2.517178e-33| 1.927046e-33| 4.304221e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -1.1705e-11 log10(resTarget_Lim / resTarget_Orig): 2.1 Face Momentum (sd= 4): max value of div(mf) (cv=95) = 2.142023e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 1.917873e-31| 2.967498e-15| 3.433912e-33| 2.227337e-33| 4.322144e-16| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -5.3649e-12 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 3.589389e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 3.675836e-31| 2.794407e-15| 6.363086e-33| 3.222199e-33| 5.352666e-16| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= 8.8515e-12 log10(resTarget_Lim / resTarget_Orig): 2.4 Face Momentum (sd= 6): max value of div(mf) (cv=156) = 2.442477e-14 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 3.361467e-27| 3.523818e-13| 4.104806e-29| 3.212961e-29| 5.521613e-14| 6| 18|0|n|29| OK | neumann fix solution. y[row=0][ncv=206]= 6.8942e-09 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 0): max value of div(mf) (cv=90494) = 1.755560e-11 norm_L2 of div(momentum) = 1.783825e-10. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.785341e-17 norm_L2 of div(momentum) = 1.488884e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 4.341609e-18 norm_L2 of div(momentum) = 1.714112e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.702694e-17 norm_L2 of div(momentum) = 4.790374e-17. Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.556233e-17 norm_L2 of div(momentum) = 4.803389e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 2.302774e-17 norm_L2 of div(momentum) = 6.058337e-17. Face Momentum (sd= 6): max value of div(mf) (cv=26) = 1.553602e-15 norm_L2 of div(momentum) = 5.677485e-15. Flow alg-view 0 in phys-view 0 isn't Neumann (not Multi Phase treating) Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 23.9448 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 7.94604 % LOG: number of a-faces with weighted approximations in 1 subdomain: 38.21 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 17.1171 % LOG: number of a-faces with weighted approximations in 2 subdomain: 41.9628 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 15.7568 % LOG: number of a-faces with weighted approximations in 3 subdomain: 41.541 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 16.7298 % LOG: number of a-faces with weighted approximations in 4 subdomain: 46.2585 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 20.1999 % LOG: number of a-faces with weighted approximations in 5 subdomain: 41.6096 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 17.4612 % LOG: number of a-faces with weighted approximations in 6 subdomain: 41.541 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 18.5001 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 272937| 95| 767| 91644| 75| 0| 365423| 412| 50403|0 | 334687|68225.6 | 103946|0 | 3|621423 | 197369|-1.37215 | 17338|-0 | | 1| 899| 92| 2| 0| 804| 1| 0| 897| 6| 876|0.000154553 | 321|3.33744 | 876|2.99248 | 897|17796.7 | 888|-1.2114e-08 | 248|-1.24843e-20 | | 2| 777| 121| 0| 0| 656| 0| 0| 777| 8| 140|0.000196255 | 666|5.59562 | 764|3.86402 | 404|69946.2 | 371|-1.59016e-09 | 667|-9.58194e-20 | | 3| 832| 71| 0| 0| 761| 0| 0| 832| 7| 804|0.00105991 | 219|6.312 | 803|3.70926 | 819|10736.2 | 819|-2.42375e-09 | 18|-2.82213e-20 | | 4| 795| 116| 0| 0| 679| 0| 0| 795| 6| 763|0.000412534 | 15|3.52135 | 368|13.3235 | 372|44587.4 | 502|-1.55291e-09 | 431|-3.03295e-19 | | 5| 819| 81| 0| 0| 738| 0| 0| 819| 6| 797|0.000322113 | 513|7.19832 | 642|3.66079 | 804|8180.45 | 438|-1.56725e-08 | 363|-1.38474e-19 | | 6| 1062| 486| 0| 0| 576| 0| 0| 1062| 13| 676|0.000164711 | 171|39.1625 | 127|1.34494 | 1042|70254.5 | 747|-0.000924527 | 79|-1.78993e-17 | LOG nsd = 0: numb_of_convergent=173, numb_of_divergent=181 Face Momentum (sd= 0): max value of div(mf) (cv=90494) = 1.755560e-11 norm_L2 of div(momentum) = 1.783825e-10. LOG nsd = 1: numb_of_convergent=2, numb_of_divergent=0 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.785341e-17 norm_L2 of div(momentum) = 1.488884e-16. Face Momentum (sd= 2): max value of div(mf) (cv=26) = 4.341609e-18 norm_L2 of div(momentum) = 1.714112e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.702694e-17 norm_L2 of div(momentum) = 4.790374e-17. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 4): max value of div(mf) (cv=41) = 1.556233e-17 norm_L2 of div(momentum) = 4.803389e-17. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 2.302774e-17 norm_L2 of div(momentum) = 6.058337e-17. LOG nsd = 6: numb_of_convergent=1, numb_of_divergent=1 Face Momentum (sd= 6): max value of div(mf) (cv=26) = 1.553602e-15 norm_L2 of div(momentum) = 5.677485e-15. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 1.157493e-03| 8.976892e-02| 2.278046e-17| 4.665851e-16| 3.277727e-08| 45| 735|2|n|26| BAD | | 3M | 1| 0| 4.782824e-23| 5.477144e-11| 9.567754e-28| 5.977904e-29| 5.821999e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 5.069552e-22| 1.821423e-10| 3.843607e-28| 2.965042e-28| 1.519147e-13| 2| 6|0|n|29| OK | | 3M | 3| 0| 1.176787e-23| 2.984973e-11| 5.022853e-28| 1.439460e-29| 3.744791e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 1.714469e-22| 9.210977e-11| 3.844567e-28| 3.025563e-28| 1.564944e-13| 2| 6|0|n|29| OK | | 3M | 5| 0| 8.282966e-23| 6.959331e-11| 5.649314e-28| 1.156208e-28| 9.119324e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 9.615025e-17| 2.685994e-08| 2.048933e-23| 1.728282e-25| 2.344074e-12| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 84519)=7.0863025189037e-11 , max( 173859)=50.916165966052 (local) sd 1: min( 70)=1.2185265239785e-09 , max( 203)=0.0005369831348362 (local) sd 2: min( 171)=4.6839704402568e-09 , max( 94)=0.00011682778234793 (local) sd 3: min( 0)=1.1496331746416e-09 , max( 200)=0.00017539184960249 (local) sd 4: min( 107)=2.8652484554396e-09 , max( 134)=0.00013435945444219 (local) sd 5: min( 80)=1.7556482808148e-09 , max( 197)=0.0004248476934512 (local) sd 6: min( 71)=1.4748627076039e-07 , max( 138)=0.073045195553751 Flow alg-view 0 is not Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 2.407473e-08| 5.731583e-04| 1.772388e-15| 5.093623e-16| 2.196632e-06| 7| 21|0|n|28| OK | Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 5.101721e-21| 3.063419e-10| 4.526086e-30| 3.763178e-30| 1.003604e-14| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -5.2307e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 1.154003e-20| 5.075651e-10| 6.392678e-32| 6.354209e-32| 1.656950e-15| 18| 72|1|n|29| OK | neumann fix solution. y[row=0][ncv=147]= -4.3246e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 2.966330e-22| 7.968645e-11| 2.472064e-31| 1.739348e-31| 2.410920e-15| 16| 54|1|n|29| OK | neumann fix solution. y[row=0][ncv=93]= 1.0984e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 4.491743e-21| 3.309090e-10| 3.387809e-31| 2.829959e-31| 4.144091e-15| 12| 36|0|n|29| OK | neumann fix solution. y[row=0][ncv=148]= 7.1036e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 7.679751e-21| 3.454423e-10| 7.415232e-31| 4.687601e-31| 2.858677e-15| 14| 42|0|n|29| OK | neumann fix solution. y[row=0][ncv=124]= -9.4438e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 8.104706e-18| 1.399138e-08| 1.011554e-23| 7.283070e-24| 1.458624e-11| 5| 15|0|n|29| OK | neumann fix solution. y[row=0][ncv=60]= 3.8001e-07 Filter(LC, geom_index= 0): isolating pressure from zero=1 (in AUSM_cvs=0) Filter(LC, geom_index= 0): isolating pressure from infinity =1 (in AUSM_cvs=0) PRESSURE SOLVER(geom_index= 0): sum_C_dp=-2.14621e-15 PRESSURE SOLVER(geom_index= 1): sum_C_dp=3.00239e-22 PRESSURE SOLVER(geom_index= 2): sum_C_dp=-1.114e-21 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-1.26144e-22 PRESSURE SOLVER(geom_index= 4): sum_C_dp=2.37718e-23 PRESSURE SOLVER(geom_index= 5): sum_C_dp=-6.81995e-23 PRESSURE SOLVER(geom_index= 6): sum_C_dp=4.06996e-20 Face Momentum (sd= 0): max value of div(mf) (cv=173853) = 1.614932e-08 norm_L2 of div(momentum) = 2.792036e-08. Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.427395e-15 norm_L2 of div(momentum) = 3.241685e-15. Face Momentum (sd= 2): max value of div(mf) (cv=62) = 1.162949e-16 norm_L2 of div(momentum) = 2.578961e-16. Face Momentum (sd= 3): max value of div(mf) (cv=102) = 2.117994e-16 norm_L2 of div(momentum) = 5.684255e-16. Face Momentum (sd= 4): max value of div(mf) (cv=43) = 3.142671e-16 norm_L2 of div(momentum) = 7.822415e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 4.704715e-16 norm_L2 of div(momentum) = 7.539021e-16. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 1.203903e-12 norm_L2 of div(momentum) = 3.036995e-12. nsd = 0 min_dtHy = 1.90658e-05 (nCV = 173854 ) max_dtHy = 0.17413 (nCV = 80875 ) nsd = 1 min_dtHy = 2.96345 (nCV = 203 ) max_dtHy = 101.464 (nCV = 195 ) nsd = 2 min_dtHy = 9.6002 (nCV = 60 ) max_dtHy = 180.412 (nCV = 172 ) nsd = 3 min_dtHy = 9.87832 (nCV = 201 ) max_dtHy = 150.708 (nCV = 191 ) nsd = 4 min_dtHy = 16.3351 (nCV = 134 ) max_dtHy = 202.189 (nCV = 202 ) nsd = 5 min_dtHy = 3.79904 (nCV = 197 ) max_dtHy = 125.487 (nCV = 74 ) nsd = 6 min_dtHy = 0.00963759 (nCV = 138 ) max_dtHy = 0.884581 (nCV = 70 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 3.019365e+08| 8.538113e+05| 3.044336e+03| 1.923397e+03| 5.462873e+03| 4| 36|0|n|26| OK | nsd = 0 min_dtke = 5.18993e-07 (nCV = 55265 ) max_dtke = 0.141792 (nCV = 37633 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 2.681199e+00| 1.659030e+00| 4.019733e-22| 1.324882e-24| 6.843139e-12| 5| 30|0|n|28| OK | |turb| 0| 1| 1.153409e+06| 1.082415e+03| 8.677778e-21| 4.432746e-23| 4.234310e-11| 6| 36|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 409 E from zero= 285793 E from infinity= 280587 nsd = 1 min_dtke = 0.000412784 (nCV = 6 ) max_dtke = 0.00643569 (nCV = 208 ) |turb| 1| 0| 2.574040e-23| 5.420319e-11| 2.908448e-39| 1.266578e-50| 4.075319e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 1.136903e-17| 3.680501e-08| 1.015633e-45| 1.554801e-46| 9.522917e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 196 E from infinity= 176 nsd = 2 min_dtke = 0.000176153 (nCV = 65 ) max_dtke = 0.00491756 (nCV = 203 ) |turb| 2| 0| 3.876240e-22| 6.526591e-11| 8.394516e-39| 2.476219e-39| 2.431494e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 6.132334e-17| 7.577930e-08| 6.543673e-46| 2.579969e-45| 2.916329e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 169 E from infinity= 172 nsd = 3 min_dtke = 0.000272222 (nCV = 68 ) max_dtke = 0.00436624 (nCV = 195 ) |turb| 3| 0| 1.549429e-23| 4.428711e-11| 4.964364e-40| 1.842571e-49| 8.574729e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 2.432569e-17| 5.322738e-08| 5.922377e-47| 3.603314e-46| 1.418615e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 197 E from infinity= 179 nsd = 4 min_dtke = 0.000270069 (nCV = 33 ) max_dtke = 0.00746638 (nCV = 202 ) |turb| 4| 0| 1.983271e-23| 4.411733e-11| 1.621590e-39| 3.195742e-49| 1.840154e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 2.434260e-17| 4.873180e-08| 1.939251e-46| 1.163789e-45| 2.295943e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 169 E from infinity= 166 nsd = 5 min_dtke = 0.000338204 (nCV = 8 ) max_dtke = 0.00559286 (nCV = 203 ) |turb| 5| 0| 2.017344e-23| 4.662180e-11| 7.983955e-40| 1.305930e-50| 4.295442e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 2.042389e-17| 4.571360e-08| 1.308865e-46| 2.859751e-46| 1.330727e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 193 E from infinity= 180 nsd = 6 min_dtke = 4.39539e-05 (nCV = 66 ) max_dtke = 0.00158423 (nCV = 120 ) |turb| 6| 0| 5.448139e-22| 7.413709e-11| 1.285341e-29| 3.030802e-40| 7.309158e-20| 1| 6|0|n|29| OK | |turb| 6| 1| 3.502319e-16| 1.281785e-07| 4.197824e-32| 2.404538e-44| 7.196811e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 163 E from infinity= 171 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00819476 del_p_mean=-267.028 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.14357e-07 del_p_mean=-412.042 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16159e-07 del_p_mean=-25.9934 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.14648e-07 del_p_mean=-236.276 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16826e-07 del_p_mean=-267.327 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.13564e-07 del_p_mean=-342.544 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.18175e-07 del_p_mean=-167.428 CorrMeanPressure, view=0: view_mass= 1.11517e-07 View 0(0) T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1131.7178111912 max(solid,ncvloc= 38764,sd_id= 8) = 313.17613128316 View 0(1) T_solid: View 0(2) T_solid: View 0(3) T_solid: View 0(4) T_solid: View 0(5) T_solid: View 0(6) T_solid: View 0(7) T_solid: View 0(8) T_solid: View 0(9) T_solid: View 0(10) T_solid: slv : Global T_solid:min(solid,ncvloc= 90143,sd_id= 8) = -1131.7178111912 max(solid,ncvloc= 38764,sd_id= 8) = 313.17613128316 slv : Fluid subdom(new) 0 slv : P static (new) : min( 173853) = 1927.7927875527 , max( 173851) = 2293.9151163913 slv : Density (new) : min( 267876) = 0.00035050938929642 , max( 81543) = 27831.577271595 slv : Velocity (new) : min( 149832) = 6.5711820541924e-11 , max( 173867) = 512.62540505274 slv : Mach number (new) : min( 227714) = 4.0197652601477e-11 , max( 173867) = 1.4842866639575 slv : Turbulent k (new) : min( 5062) = 1e-40 , max( 173853) = 444.6103152137 slv : Turbulent e (new) : min( 110366) = 6.1213339713863e-41 , max( 173855) = 4655448.8091206 slv : Temperature (new) : min( 81543) = 0.00025720480221919 , max( 267876) = 20422.88269142 slv : Total enthalpy, Y-shifted (new): min( 77711) = -58263113.253086 , max( 1912) = 12847.795884924 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 1 slv : P static (new) : min( 146) = 31877.38917743 , max( 203) = 31877.389188819 slv : Density (new) : min( 11) = 0.34596747765896 , max( 157) = 11.60017811444 slv : Velocity (new) : min( 70) = 8.9326706173003e-10 , max( 203) = 0.00050524873979025 slv : Mach number (new) : min( 70) = 2.4919236287284e-12 , max( 203) = 2.2897864915388e-06 slv : Turbulent k (new) : min( 60) = 1.7503541830131e-17 , max( 203) = 3.747608093178e-05 slv : Turbulent e (new) : min( 60) = 8.3078913474069e-15 , max( 61) = 0.017168854791182 slv : Temperature (new) : min( 157) = 9.5716262095397 , max( 11) = 320.93354444872 slv : Total enthalpy, Y-shifted (new): min( 67) = -8929165.0452841 , max( 201) = -153560.33155863 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 2 slv : P static (new) : min( 155) = 14457.54590194 , max( 50) = 14457.545915967 slv : Density (new) : min( 5) = 0.15242799359075 , max( 38) = 250.33708944887 slv : Velocity (new) : min( 171) = 4.1359495869271e-09 , max( 60) = 0.00018058153414257 slv : Mach number (new) : min( 171) = 1.1433478572153e-11 , max( 50) = 1.2982812688243e-06 slv : Turbulent k (new) : min( 5) = 1.871480596055e-16 , max( 98) = 3.7468219979705e-05 slv : Turbulent e (new) : min( 5) = 2.0327890706581e-13 , max( 13) = 0.039944463483836 slv : Temperature (new) : min( 38) = 0.20115786824405 , max( 5) = 330.36763176638 slv : Total enthalpy, Y-shifted (new): min( 99) = -5971805.2086653 , max( 202) = -113372.83332662 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 3 slv : P static (new) : min( 200) = 20967.2445348 , max( 202) = 20967.244538256 slv : Density (new) : min( 3) = 0.22878573065941 , max( 193) = 15.570170880539 slv : Velocity (new) : min( 0) = 1.2164807690007e-09 , max( 200) = 0.00016013293279724 slv : Mach number (new) : min( 0) = 3.4041760387297e-12 , max( 200) = 6.9542300621852e-07 slv : Turbulent k (new) : min( 1) = 1.8325219639254e-17 , max( 201) = 3.749276150891e-05 slv : Turbulent e (new) : min( 1) = 1.2750996921365e-14 , max( 0) = 0.025641426800719 slv : Temperature (new) : min( 193) = 4.6904620302045 , max( 3) = 319.21263231575 slv : Total enthalpy, Y-shifted (new): min( 59) = -9031244.463942 , max( 196) = -158267.29170025 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 4 slv : P static (new) : min( 196) = 21706.150156138 , max( 198) = 21706.150167213 slv : Density (new) : min( 138) = 0.23049403041802 , max( 195) = 26.280152433283 slv : Velocity (new) : min( 107) = 2.9302884147895e-09 , max( 134) = 0.00013150608718206 slv : Mach number (new) : min( 107) = 8.1283484907034e-12 , max( 198) = 1.0619734047887e-06 slv : Turbulent k (new) : min( 31) = 4.9121522276833e-17 , max( 100) = 3.7480434187408e-05 slv : Turbulent e (new) : min( 31) = 3.467292739967e-14 , max( 111) = 0.025817002393668 slv : Temperature (new) : min( 195) = 2.8768854272823 , max( 138) = 328.0127794452 slv : Total enthalpy, Y-shifted (new): min( 38) = -5972699.6514178 , max( 204) = -114707.44017454 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 5 slv : P static (new) : min( 199) = 26500.48830345 , max( 198) = 26500.488310912 slv : Density (new) : min( 71) = 0.28510152888811 , max( 156) = 13.339444333418 slv : Velocity (new) : min( 80) = 1.7139937153321e-09 , max( 197) = 0.00039642177920919 slv : Mach number (new) : min( 80) = 4.7883993916569e-12 , max( 197) = 1.8115593414436e-06 slv : Turbulent k (new) : min( 71) = 2.8339914055414e-17 , max( 197) = 3.7474343445634e-05 slv : Turbulent e (new) : min( 71) = 1.6033302418785e-14 , max( 74) = 0.021124016526717 slv : Temperature (new) : min( 156) = 6.9196444643687 , max( 71) = 323.7590920707 slv : Total enthalpy, Y-shifted (new): min( 11) = -9016431.2160731 , max( 201) = -155986.198905 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : Fluid subdom(new) 6 slv : P static (new) : min( 137) = 2804.3950466135 , max( 179) = 2804.3969498367 slv : Density (new) : min( 65) = 0.030400093555342 , max( 115) = 192.75994050722 slv : Velocity (new) : min( 115) = 8.298062029604e-08 , max( 138) = 0.077037084998452 slv : Mach number (new) : min( 71) = 5.2098301106754e-10 , max( 138) = 0.00048408508932177 slv : Turbulent k (new) : min( 64) = 1.2970633858575e-13 , max( 125) = 3.7203754305449e-05 slv : Turbulent e (new) : min( 64) = 6.5085173653691e-10 , max( 15) = 0.18607153554633 slv : Temperature (new) : min( 115) = 0.050674582940608 , max( 65) = 321.31577392625 slv : Total enthalpy, Y-shifted (new): min( 65) = -4343795.63506 , max( 212) = -71269.362036558 slv : MASS FLUXES AT OPENINGS: MF=0, AP=0 slv : DvGr statistics: min alpha=0.0694769(nfa=66782, geom_slice=0) slv : Approximations in solid correction reasons: slv : Operator was corrected 13174 times slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.077| 23| 0.003| 0.007| slv : | Calculate_inc | 162.931| 22| 7.406| 20.579| slv : | CollectEMT_Results | 0.000| 23| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.089| 1| 0.089| 0.089| slv : | LiSy_make_portrait | 1.850| 821| 0.002| 0.073| slv : | Results_processing | 6.833| 22| 0.311| 0.336| slv : | build_sl_ordering_CHT | 0.056| 23| 0.002| 0.021| slv : | build_sl_ordering_MDS | 0.423| 23| 0.018| 0.033| slv : | build_sl_ordering_fluid | 0.466| 161| 0.003| 0.033| slv : | calc_Convolutions_MDS | 1.569| 23| 0.068| 0.083| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 1.382| 23| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.302| 23| 0.013| 0.017| slv : | init_Hy_group_MDS | 0.512| 23| 0.022| 0.028| slv : | perform_stage_total | 147.762| 629| 0.235| 8.246| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 59.956| 23| 2.607| 8.246| slv : | solve_3M_alg_MDS | 57.887| 161| 0.360| 8.152| slv : | solve_BG_MDS | 2.256| 23| 0.098| 0.285| slv : | solve_BG_alg_MDS | 1.831| 161| 0.011| 0.256| slv : | solve_BL_MDS | 30.127| 23| 1.310| 3.714| slv : | solve_CHT | 23.784| 23| 1.034| 3.491| slv : | solve_CHT_MDS | 23.006| 23| 1.000| 3.458| slv : | solve_CHT_alg_MDS | 17.584| 23| 0.765| 3.218| slv : | solve_DvGr_MDS | 32.143| 23| 1.398| 7.493| slv : | solve_DvGr_alg_MDS | 27.223| 161| 0.169| 7.232| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.000| 23| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 23| 0.000| 0.000| slv : | solve_YTd_MDS | 0.000| 23| 0.000| 0.000| slv : | solve_YTurb_MDS | 15.715| 23| 0.683| 1.890| slv : | solve_YTurb_alg_MDS | 11.372| 322| 0.035| 1.508| slv : | update_BC_MDS | 0.060| 24| 0.003| 0.003| slv : | update_Mf_after_DvGr | 1.428| 23| 0.062| 0.082| slv : | update_VelPressure_MDS | 0.235| 23| 0.010| 0.011| slv : +----------------------------------+------------+-------+------------+------------+ ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 4; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 1 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 5 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 2; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 2 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 4 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 6; avid_sd 6 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166452 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166454 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166458 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166458 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166459 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166459 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166460 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166460 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 166461 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131235 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131236 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131237 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131239 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83367 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131240 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83369 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131241 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83371 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83374 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 83376 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 131242 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147948 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147949 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147950 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 147951 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156519 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156522 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156523 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156523 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156537 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156538 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156539 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156540 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156540 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 156541 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139516 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139517 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139518 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 139519 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108193 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108194 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108195 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108196 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108197 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108202 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108202 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108203 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 108204 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271396 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271397 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271398 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 271399 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203160 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 203162 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222562 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222563 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120576 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222564 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120577 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222565 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120577 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222566 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120578 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222567 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120579 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222568 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120580 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120580 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222573 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120581 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 222574 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120585 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 120586 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127039 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127039 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127041 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127041 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135105 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127041 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135105 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135106 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151817 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135106 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127054 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151821 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135106 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127056 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151821 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135107 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127056 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151827 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135107 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127057 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151827 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135107 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 127058 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151827 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135108 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151828 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 135108 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151828 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151831 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 151831 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293609 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293610 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293611 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 293612 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4872 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4875 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4876 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303350 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303350 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4877 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303351 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303352 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4878 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303352 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 4879 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303358 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303359 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303360 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303361 ERROR in CFparQueryList::ApplyWFaceInfo INFINITE value P:\NGP\source.core\rpr_lib\v_calc_params.cpp(1325). ParamID 9; DomainIndex 0; avid_sd 303366 ----------------------------------------------------------------------- Memory Working Set Current = 3856.22 Mb, Memory Working Set Peak = 3859.01 Mb Memory Private Bytes Current = 3983.01 Mb, Memory Private Bytes Peak = 3987.32 Mb Process Threads Number: 48 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1712.38 Mb, allocated count = 16529 ================== Tstep=23 =================== MWS[ 0]=0.309275 MWS[ 1]=9.57674e-06 MWS[ 2]=4.44818e-06 MWS[ 3]=5.4496e-06 MWS[ 4]=5.4699e-06 MWS[ 5]=6.82106e-06 MWS[ 6]=0.000432845 tau_viscous_averaged = 0.000154321 tau_viscous_averaged = 0.000688247 tau_viscous_averaged = 0.000363923 tau_viscous_averaged = 0.000460982 tau_viscous_averaged = 0.000544608 tau_viscous_averaged = 0.000575367 tau_viscous_averaged = 0.00011342 dt(mass,momentum; nsd= 0): min dt/dtG(ncv= 173867)=1.00 , max dt/dtG(ncv= 85415)=12019.9, dtG=1.67825e-06 dt(mass,momentum; nsd= 1): min dt/dtG(ncv= 203)=59882.75, max dt/dtG(ncv= 195)=103684.2, dtG=1.67825e-06 dt(mass,momentum; nsd= 2): min dt/dtG(ncv= 93)=32545.90, max dt/dtG(ncv= 199)=54873.3, dtG=1.67825e-06 dt(mass,momentum; nsd= 3): min dt/dtG(ncv= 201)=39289.82, max dt/dtG(ncv= 148)=69499.6, dtG=1.67825e-06 dt(mass,momentum; nsd= 4): min dt/dtG(ncv= 100)=48250.40, max dt/dtG(ncv= 202)=82112.4, dtG=1.67825e-06 dt(mass,momentum; nsd= 5): min dt/dtG(ncv= 197)=50360.77, max dt/dtG(ncv= 192)=86713.9, dtG=1.67825e-06 dt(mass,momentum; nsd= 6): min dt/dtG(ncv= 138)=6921.68, max dt/dtG(ncv= 204)=16939.2, dtG=1.67825e-06 Flow alg-view 0 in phys-view 0 isn't Neumann (not Multi Phase treating) Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Face Momentum (sd= 0): max value of div(mf) (cv=173853) = 1.614932e-08 Flow alg-view 0 is not Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| | BG | 0| 7.795466e-16| 2.226309e-06| 1.772388e-17| 5.626167e-18| 5.235225e-07| 7| 21|0|n|28| OK | log10(resTarget_Lim / resTarget_Orig): 2.6 Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.427395e-15 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 1| 1.028277e-29| 1.532777e-14| 4.526086e-32| 1.861204e-32| 1.345824e-15| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=158]= 3.6292e-11 log10(resTarget_Lim / resTarget_Orig): 1.8 Face Momentum (sd= 2): max value of div(mf) (cv=62) = 1.162949e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 2| 5.346874e-32| 1.631765e-15| 6.392678e-34| 1.809061e-34| 1.225074e-16| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=92]= 7.7535e-12 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 3): max value of div(mf) (cv=102) = 2.117994e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 3| 3.215919e-31| 3.196416e-15| 2.472064e-33| 1.899702e-33| 4.273252e-16| 8| 24|0|n|29| OK | neumann fix solution. y[row=0][ncv=193]= -1.1908e-11 log10(resTarget_Lim / resTarget_Orig): 2.1 Face Momentum (sd= 4): max value of div(mf) (cv=43) = 3.142671e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 4| 6.115420e-31| 5.361433e-15| 3.387809e-33| 6.415472e-34| 2.101223e-16| 5| 15|0|n|29| OK | neumann fix solution. y[row=0][ncv=94]= -1.3885e-12 log10(resTarget_Lim / resTarget_Orig): 1.9 Face Momentum (sd= 5): max value of div(mf) (cv=195) = 4.704715e-16 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 5| 4.172213e-31| 3.107915e-15| 7.415232e-33| 4.255409e-33| 6.132778e-16| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=155]= -9.6055e-12 log10(resTarget_Lim / resTarget_Orig): 2.5 Face Momentum (sd= 6): max value of div(mf) (cv=206) = 1.203903e-12 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) | BG | 6| 8.268419e-24| 1.627953e-11| 1.011554e-25| 8.347678e-26| 2.815668e-12| 7| 21|0|n|29| OK | neumann fix solution. y[row=0][ncv=200]= -2.8819e-07 log10(resTarget_Lim / resTarget_Orig): 2.3 Face Momentum (sd= 0): max value of div(mf) (cv=173853) = 4.983159e-10 norm_L2 of div(momentum) = 2.448503e-09. Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.343820e-17 norm_L2 of div(momentum) = 1.396584e-16. Face Momentum (sd= 2): max value of div(mf) (cv=107) = 3.584692e-18 norm_L2 of div(momentum) = 1.350504e-17. Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.690605e-17 norm_L2 of div(momentum) = 4.756978e-17. Face Momentum (sd= 4): max value of div(mf) (cv=4) = 1.326654e-17 norm_L2 of div(momentum) = 2.546606e-17. Face Momentum (sd= 5): max value of div(mf) (cv=153) = 2.687129e-17 norm_L2 of div(momentum) = 6.981388e-17. Face Momentum (sd= 6): max value of div(mf) (cv=201) = 1.045519e-13 norm_L2 of div(momentum) = 2.987626e-13. Flow alg-view 0 in phys-view 0 isn't Neumann (not Multi Phase treating) Flow alg-view 0 in phis-view 1 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 2 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 3 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 4 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 5 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected Flow alg-view 0 in phis-view 6 is Neumann (not Multi Phase treating) Flow rate discrepancy at boundary is corrected LOG: number of a-faces with weighted approximations in 0 subdomain: 23.4963 percent LOG: Rate of a-faces corrected to CUp1st in 0 subdomain: 7.79507 % LOG: number of a-faces with weighted approximations in 1 subdomain: 42.1687 percent LOG: Rate of a-faces corrected to CUp1st in 1 subdomain: 19.0661 % LOG: number of a-faces with weighted approximations in 2 subdomain: 45.5161 percent LOG: Rate of a-faces corrected to CUp1st in 2 subdomain: 17.2829 % LOG: number of a-faces with weighted approximations in 3 subdomain: 43.8861 percent LOG: Rate of a-faces corrected to CUp1st in 3 subdomain: 18.4 % LOG: number of a-faces with weighted approximations in 4 subdomain: 49.3197 percent LOG: Rate of a-faces corrected to CUp1st in 4 subdomain: 22.139 % LOG: number of a-faces with weighted approximations in 5 subdomain: 40.7534 percent LOG: Rate of a-faces corrected to CUp1st in 5 subdomain: 18.6287 % LOG: number of a-faces with weighted approximations in 6 subdomain: 42.7136 percent LOG: Rate of a-faces corrected to CUp1st in 6 subdomain: 20.3956 % slv : SolveBL stage |nsd|Real WF|NormalF|Cycle F|CriticF| EdgeF |CyclBrF|ExtParF|RWFnumSt|StLvlNum| nfw | alp_U_min | nfw | alp_U_max | nfw | alp_T_min | nfw | alp_T_max | nfw | BL_s_min | nfw | BL_s_max | | 0| 365518| 279848| 99| 769| 84741| 61| 0| 365419| 420| 50145|0 | 334687|45538.1 | 93689|0 | 353439|866468 | 193843|-40.7676 | 193652|1.13687e-13 | | 1| 899| 97| 0| 0| 802| 0| 0| 899| 6| 876|0.000162107 | 321|3.38058 | 876|0.909699 | 321|1703.27 | 888|-1.2802e-08 | 319|-8.09387e-21 | | 2| 777| 136| 0| 0| 641| 0| 0| 777| 8| 333|6.27468e-07 | 666|5.60568 | 764|1.63505 | 775|48516.7 | 186|-4.69379e-09 | 333|-0 | | 3| 832| 67| 0| 0| 765| 0| 0| 832| 6| 804|0.00107185 | 219|6.38313 | 814|2.35147 | 830|16411.1 | 819|-2.28842e-09 | 135|-8.343e-21 | | 4| 795| 119| 0| 0| 676| 0| 0| 795| 7| 763|0.000417614 | 15|3.56471 | 368|13.3235 | 382|20591.7 | 502|-1.37472e-09 | 430|-2.62098e-20 | | 5| 819| 82| 0| 0| 737| 0| 0| 819| 6| 797|0.000365813 | 513|7.29136 | 797|1.50168 | 815|3604.77 | 438|-1.58268e-08 | 308|-3.90232e-21 | | 6| 1062| 491| 0| 0| 571| 0| 0| 1062| 12| 676|0.000174545 | 171|41.5006 | 127|0.92738 | 1042|68155.2 | 747|-0.000222122 | 631|-1.10791e-16 | LOG nsd = 0: numb_of_convergent=353, numb_of_divergent=352 Face Momentum (sd= 0): max value of div(mf) (cv=173853) = 4.983159e-10 norm_L2 of div(momentum) = 2.448503e-09. LOG nsd = 1: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 1): max value of div(mf) (cv=107) = 3.343820e-17 norm_L2 of div(momentum) = 1.396584e-16. Face Momentum (sd= 2): max value of div(mf) (cv=107) = 3.584692e-18 norm_L2 of div(momentum) = 1.350504e-17. LOG nsd = 3: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 3): max value of div(mf) (cv=192) = 1.690605e-17 norm_L2 of div(momentum) = 4.756978e-17. LOG nsd = 4: numb_of_convergent=1, numb_of_divergent=0 Face Momentum (sd= 4): max value of div(mf) (cv=4) = 1.326654e-17 norm_L2 of div(momentum) = 2.546606e-17. LOG nsd = 5: numb_of_convergent=1, numb_of_divergent=1 Face Momentum (sd= 5): max value of div(mf) (cv=153) = 2.687129e-17 norm_L2 of div(momentum) = 6.981388e-17. LOG nsd = 6: numb_of_convergent=2, numb_of_divergent=1 Face Momentum (sd= 6): max value of div(mf) (cv=201) = 1.045519e-13 norm_L2 of div(momentum) = 2.987626e-13. +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ | 3M | 0| 0| 1.000408e+00| 2.310975e+00| 4.728110e-16| 1.067991e-13| 4.752139e-07| 45| 735|2|n|26| BAD | | 3M | 1| 0| 5.654671e-23| 6.094910e-11| 1.021254e-27| 4.481432e-29| 5.252697e-14| 2| 6|0|n|29| OK | | 3M | 2| 0| 5.382601e-22| 1.847501e-10| 3.822506e-28| 3.118551e-28| 1.163416e-13| 2| 6|0|n|29| OK | | 3M | 3| 0| 8.919145e-24| 2.828279e-11| 4.997831e-28| 1.021056e-29| 3.134848e-14| 2| 6|0|n|29| OK | | 3M | 4| 0| 1.465363e-22| 8.633700e-11| 3.810891e-28| 2.657102e-28| 1.304467e-13| 2| 6|0|n|29| OK | | 3M | 5| 0| 7.339311e-23| 6.740462e-11| 6.430668e-28| 1.096711e-28| 8.676466e-14| 2| 6|0|n|29| OK | | 3M | 6| 0| 4.894229e-18| 8.603075e-09| 4.637340e-24| 1.764262e-25| 2.217988e-12| 2| 6|0|n|29| OK | Velocity (predicted): (local) sd 0: min( 149832)=1.8147496458764e-10 , max( 171033)=292.46428278681 (local) sd 1: min( 72)=1.0978986622835e-09 , max( 203)=0.00056045510565683 (local) sd 2: min( 70)=1.9168488132949e-09 , max( 94)=0.00011867260125384 (local) sd 3: min( 0)=1.1731095506612e-09 , max( 200)=0.00018106667335642 (local) sd 4: min( 2)=1.8708079286358e-09 , max( 134)=0.00013439622828097 (local) sd 5: min( 72)=1.6178440310631e-09 , max( 197)=0.00045239063697466 (local) sd 6: min( 115)=9.3911119559137e-08 , max( 138)=0.054879199107631 Flow alg-view 0 is not Neumann (not for Phase Change + Nested Iters) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |DVGR| 0| 2.555718e-07| 1.866597e-03| 7.457397e-14| 2.316885e-14| 1.335005e-05| 7| 21|0|n|28| OK | Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 1| 3.977733e-21| 2.882619e-10| 4.976959e-30| 3.303085e-30| 8.312201e-15| 17| 63|1|n|29| OK | neumann fix solution. y[row=0][ncv=51]= -2.9983e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 2| 8.599177e-21| 4.909978e-10| 6.411438e-32| 2.939830e-32| 8.576967e-16| 17| 63|1|n|29| OK | neumann fix solution. y[row=0][ncv=116]= -2.3014e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 3| 2.650547e-22| 8.219538e-11| 2.384109e-31| 1.481627e-31| 2.178410e-15| 16| 54|1|n|29| OK | neumann fix solution. y[row=0][ncv=93]= 8.6656e-09 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 4| 2.957385e-21| 2.820245e-10| 3.286054e-31| 1.743278e-31| 2.340371e-15| 16| 54|1|n|29| OK | neumann fix solution. y[row=0][ncv=152]= 2.1636e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 5| 8.130600e-21| 3.363147e-10| 9.264991e-31| 4.184866e-31| 3.080754e-15| 15| 45|0|n|29| OK | neumann fix solution. y[row=0][ncv=56]= -1.4283e-08 Flow alg-view 0 is Neumann (not for Phase Change + Nested Iters) |DVGR| 6| 2.161798e-17| 1.661865e-08| 5.186705e-25| 2.056453e-25| 2.431198e-12| 10| 30|0|n|29| OK | neumann fix solution. y[row=0][ncv=60]= 3.2301e-06 Filter(LC, geom_index= 0): isolating pressure from zero=3 (in AUSM_cvs=0) Filter(LC, geom_index= 0): isolating pressure from infinity =303239 (in AUSM_cvs=0) PRESSURE SOLVER(geom_index= 0): sum_C_dp=1.7364e-10 PRESSURE SOLVER(geom_index= 1): sum_C_dp=1.94378e-22 PRESSURE SOLVER(geom_index= 2): sum_C_dp=3.50854e-22 PRESSURE SOLVER(geom_index= 3): sum_C_dp=-9.78533e-23 PRESSURE SOLVER(geom_index= 4): sum_C_dp=-3.311e-23 PRESSURE SOLVER(geom_index= 5): sum_C_dp=-5.39344e-23 PRESSURE SOLVER(geom_index= 6): sum_C_dp=1.38079e-18 Face Momentum (sd= 0): max value of div(mf) (cv=173853) = 9.069032e-06 norm_L2 of div(momentum) = 1.166519e-05. Face Momentum (sd= 1): max value of div(mf) (cv=42) = 1.102915e-15 norm_L2 of div(momentum) = 2.712848e-15. Face Momentum (sd= 2): max value of div(mf) (cv=16) = 1.645523e-16 norm_L2 of div(momentum) = 3.209214e-16. Face Momentum (sd= 3): max value of div(mf) (cv=198) = 1.923541e-16 norm_L2 of div(momentum) = 4.859815e-16. Face Momentum (sd= 4): max value of div(mf) (cv=98) = 2.552690e-16 norm_L2 of div(momentum) = 5.483110e-16. Face Momentum (sd= 5): max value of div(mf) (cv=195) = 4.136891e-16 norm_L2 of div(momentum) = 6.658921e-16. Face Momentum (sd= 6): max value of div(mf) (cv=206) = 2.167758e-13 norm_L2 of div(momentum) = 5.002002e-13. nsd = 0 min_dtHy = 4.24825e-06 (nCV = 173867 ) max_dtHy = 0.0417053 (nCV = 80875 ) nsd = 1 min_dtHy = 2.84817 (nCV = 203 ) max_dtHy = 97.8529 (nCV = 195 ) nsd = 2 min_dtHy = 9.12635 (nCV = 60 ) max_dtHy = 180.702 (nCV = 172 ) nsd = 3 min_dtHy = 9.8298 (nCV = 201 ) max_dtHy = 147.813 (nCV = 0 ) nsd = 4 min_dtHy = 14.9745 (nCV = 134 ) max_dtHy = 192.936 (nCV = 202 ) nsd = 5 min_dtHy = 3.5755 (nCV = 197 ) max_dtHy = 118.138 (nCV = 74 ) nsd = 6 min_dtHy = 0.0195107 (nCV = 138 ) max_dtHy = 1.86043 (nCV = 70 ) +----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| |CHT | 0| 3.321855e+08| 8.297065e+05| 3.170122e+03| 1.751155e+03| 5.371496e+03| 4| 36|0|n|26| OK | slvD: nsd= 0 CAV: in 0.00428699% cvs terms with explicit derivs are skiped due to Mach cross. nsd = 0 min_dtke = 3.68127e-07 (nCV = 55265 ) max_dtke = 0.0397248 (nCV = 82964 ) +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |Name|view| n_y| Initial res | Initial resL1| Target res | Final res | Final res L1 |Visits|Iter|R|F|CL|Status| +----+----+----+--------------+--------------+--------------+--------------+--------------+------+----+-+-+--+------+ |turb| 0| 0| 1.198570e+04| 1.107124e+02| 3.077937e-19| 2.940693e-19| 4.430042e-09| 5| 30|0|n|28| OK | |turb| 0| 1| 2.976053e+11| 5.508728e+05| 1.156971e-16| 2.814758e-20| 1.054392e-09| 7| 42|0|n|28| OK | Filter: K,E,momentum: sd = 0 isolating K from zero= 853 E from zero= 286059 E from infinity= 281269 nsd = 1 min_dtke = 0.000408718 (nCV = 6 ) max_dtke = 0.00676907 (nCV = 208 ) |turb| 1| 0| 2.434166e-23| 5.290879e-11| 3.254689e-39| 2.118277e-51| 3.235213e-25| 2| 12|0|n|29| OK | |turb| 1| 1| 1.120664e-17| 3.660608e-08| 1.202845e-45| 1.276860e-46| 8.494111e-23| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 1 isolating K from zero= 0 E from zero= 194 E from infinity= 177 nsd = 2 min_dtke = 0.000174692 (nCV = 65 ) max_dtke = 0.00525165 (nCV = 203 ) |turb| 2| 0| 3.790013e-22| 6.149837e-11| 8.466348e-39| 1.269174e-39| 1.881792e-19| 1| 6|0|n|29| OK | |turb| 2| 1| 4.959502e-17| 7.011469e-08| 6.586117e-46| 2.328772e-45| 3.152075e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 2 isolating K from zero= 0 E from zero= 169 E from infinity= 173 nsd = 3 min_dtke = 0.000270369 (nCV = 68 ) max_dtke = 0.00447956 (nCV = 195 ) |turb| 3| 0| 1.966434e-23| 4.547917e-11| 4.767771e-40| 1.832626e-49| 7.813383e-25| 2| 12|0|n|29| OK | |turb| 3| 1| 3.127557e-17| 5.502745e-08| 5.630369e-47| 4.101945e-46| 1.493061e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 3 isolating K from zero= 0 E from zero= 196 E from infinity= 180 nsd = 4 min_dtke = 0.000268018 (nCV = 33 ) max_dtke = 0.00795905 (nCV = 202 ) |turb| 4| 0| 1.782059e-23| 4.173266e-11| 1.574351e-39| 8.093009e-50| 1.055786e-24| 2| 12|0|n|29| OK | |turb| 4| 1| 2.291677e-17| 4.721447e-08| 1.859690e-46| 2.302811e-45| 2.591143e-22| 16| 306|2|n|29| BAD | Filter: K,E,momentum: sd = 4 isolating K from zero= 0 E from zero= 168 E from infinity= 164 nsd = 5 min_dtke = 0.000334653 (nCV = 8 ) max_dtke = 0.0060588 (nCV = 205 ) |turb| 5| 0| 1.542487e-23| 4.301825e-11| 1.014330e-39| 1.326627e-50| 4.564034e-25| 2| 12|0|n|29| OK | |turb| 5| 1| 1.569075e-17| 4.260438e-08| 1.874621e-46| 2.851092e-46| 1.470314e-22| 17| 312|2|n|29| BAD | Filter: K,E,momentum: sd = 5 isolating K from zero= 0 E from zero= 192 E from infinity= 181 nsd = 6 min_dtke = 3.75669e-05 (nCV = 66 ) max_dtke = 0.00138268 (nCV = 120 ) |turb| 6| 0| 4.839188e-22| 7.445937e-11| 9.384867e-31| 1.520968e-40| 4.321377e-20| 1| 6|0|n|29| OK | |turb| 6| 1| 6.794380e-16| 1.618437e-07| 6.920488e-34| 5.960864e-44| 7.687642e-22| 2| 12|0|n|29| OK | Filter: K,E,momentum: sd = 6 isolating K from zero= 0 E from zero= 156 E from infinity= 169 CorrMeanPressure, view=0: apriory_view_mass= 0.00725245 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 0.00847115 del_p_mean=-325.233 CorrMeanPressure, view=0: view_mass= 0.00725245 del_p_mean=-325.232 CorrMeanPressure, view=0: view_mass= 0.00725245 CorrMeanPressure, view=0: apriory_view_mass= 1.12898e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15437e-07 del_p_mean=-701.088 CorrMeanPressure, view=0: view_mass= 1.12898e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1595e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.16193e-07 del_p_mean=-30.2097 CorrMeanPressure, view=0: view_mass= 1.1595e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.1337e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.15188e-07 del_p_mean=-330.849 CorrMeanPressure, view=0: view_mass= 1.1337e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.15405e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.26299e-07 del_p_mean=-1872.28 CorrMeanPressure, view=0: view_mass= 1.15405e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.12115e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.13994e-07 del_p_mean=-436.658 CorrMeanPressure, view=0: view_mass= 1.12115e-07 CorrMeanPressure, view=0: apriory_view_mass= 1.11517e-07 CorrMeanPressure, view=0: delta_p= 0. CorrMeanPressure, view=0: view_mass= 1.85774e-07 del_p_mean=-1120.96 CorrMeanPressure, view=0: view_mass= 1.11517e-07 Filter(nsd=0): momentum: bounding above (Mach "X:\902204_CoMPAS\ME.Drawings\PoECan\Simulations\1\1.fld" store res: FILE SAVED: 1.fld. Total save fld took 12.69 sec. real fld size=117.39 Mb CPT size=120.943 MB (126817480 bytes). OK ERROR: P:\NGP\source.core\solver\solver\b_main.c(1566): SOLVER ABNORMALLY TERMINATED Free memory: slv : +----------------------------------+------------+-------+------------+------------+ slv : | Collector name | Total Time | Count | Avg Time | Max Time | slv : +----------------------------------+------------+-------+------------+------------+ slv : | CHT_MDS_import_export | 0.144| 44| 0.003| 0.007| slv : | Calculate_inc | 619.329| 44| 14.076| 44.554| slv : | CollectEMT_Results | 0.000| 44| 0.000| 0.000| slv : | HeatPathCalculator_Dynamic | 0.183| 2| 0.091| 0.094| slv : | LiSy_make_portrait | 3.274| 1500| 0.002| 0.073| slv : | Results_processing | 13.374| 43| 0.311| 0.336| slv : | build_sl_ordering_CHT | 0.057| 43| 0.001| 0.021| slv : | build_sl_ordering_MDS | 0.814| 43| 0.019| 0.033| slv : | build_sl_ordering_fluid | 0.905| 301| 0.003| 0.033| slv : | calc_Convolutions_MDS | 2.942| 43| 0.068| 0.083| slv : | calc_wall_dist | 1.122| 7| 0.160| 0.458| slv : | create_Gr_operators_MDS | 2.586| 43| 0.060| 0.071| slv : | create_Gr_operators_portrait_MDS | 0.597| 43| 0.014| 0.020| slv : | init_Hy_group_MDS | 1.066| 43| 0.025| 0.036| slv : | perform_stage_total | 574.244| 1174| 0.489| 29.428| slv : | precalc_at_start_MDS | 11.677| 2| 5.839| 10.133| slv : | solve_3M_MDS | 311.562| 43| 7.246| 29.428| slv : | solve_3M_alg_MDS | 307.769| 301| 1.022| 29.330| slv : | solve_BG_MDS | 18.538| 44| 0.421| 2.494| slv : | solve_BG_alg_MDS | 17.896| 308| 0.058| 2.472| slv : | solve_BL_MDS | 54.433| 43| 1.266| 3.714| slv : | solve_CHT | 37.778| 43| 0.879| 3.491| slv : | solve_CHT_MDS | 36.363| 43| 0.846| 3.458| slv : | solve_CHT_alg_MDS | 25.927| 43| 0.603| 3.218| slv : | solve_DvGr_MDS | 134.375| 43| 3.125| 8.368| slv : | solve_DvGr_alg_MDS | 126.043| 301| 0.419| 8.129| slv : | solve_INPR_MDS | 0.000| 1| 0.000| 0.000| slv : | solve_PS+QJ | 0.000| 0| 0.000| 0.000| slv : | solve_YLMA_MDS | 0.001| 43| 0.000| 0.000| slv : | solve_YNOx_MDS | 0.000| 43| 0.000| 0.000| slv : | solve_YTd_MDS | 0.001| 43| 0.000| 0.000| slv : | solve_YTurb_MDS | 39.825| 43| 0.926| 2.061| slv : | solve_YTurb_alg_MDS | 31.733| 602| 0.053| 1.587| slv : | update_BC_MDS | 0.113| 45| 0.003| 0.003| slv : | update_Mf_after_DvGr | 2.764| 43| 0.064| 0.082| slv : | update_VelPressure_MDS | 0.445| 43| 0.010| 0.012| slv : +----------------------------------+------------+-------+------------+------------+ alg : alg : size = 699071 alg : assembling_nnz_PardisoLU 0.007 43 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.004 43 alg : build_fine_select_omega 0.046 43 alg : build_select_pivot_nonzeros 0.276 43 alg : build_select_vectors 0.055 43 alg : calc_residual_LU 1.784 7460 alg : call_MG_solver 25.366 43 alg : clean_coarse_levels 0.001 43 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 43 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 43 alg : init_coarse_levels 0.561 43 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.378 43 alg : mg_cycle 25.201 45 alg : numerical_PardisoLU 0.061 43 alg : perform_prolongation 0.230 4712 alg : perform_restriction 0.214 4712 alg : prepare_MG 0.378 43 alg : run_smoothing 23.763 7417 alg : smoother_coarse 10.761 40887 alg : smoother_fine 11.335 2094 alg : solve_MG 25.366 43 alg : solve_PardisoLU 0.353 2052 alg : symbolic_PardisoLU 0.025 1 alg : update_mg_status 0.046 9469 alg : alg : size = 213 alg : assembling_nnz_PardisoCholesky 0.000 32 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 32 alg : build_fine_select_omega 0.001 43 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.001 43 alg : calc_residual_LU 0.205 1392 alg : call_MG_solver 0.216 43 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.004 32 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.003 43 alg : mg_cycle 0.212 46 alg : numerical_PardisoCholesky 0.001 32 alg : perform_prolongation 0.013 1031 alg : perform_restriction 0.005 1031 alg : prepare_MG 0.003 43 alg : run_smoothing 0.183 1349 alg : smoother_coarse 0.002 2445 alg : smoother_fine 0.009 1050 alg : solve_MG 0.216 43 alg : solve_PardisoCholesky 0.003 759 alg : symbolic_PardisoCholesky 0.000 1 alg : update_mg_status 0.000 2108 alg : alg : size = 213 alg : assembling_nnz_PardisoCholesky 0.001 32 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 32 alg : build_fine_select_omega 0.001 45 alg : build_select_pivot_nonzeros 0.001 45 alg : build_select_vectors 0.001 45 alg : calc_residual_LU 0.032 874 alg : call_MG_solver 0.156 45 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.000 45 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 45 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.111 32 alg : init_fine_EMT_solver 0.000 45 alg : init_fine_level 0.004 45 alg : mg_cycle 0.153 46 alg : numerical_PardisoCholesky 0.002 32 alg : perform_prolongation 0.004 595 alg : perform_restriction 0.003 595 alg : prepare_MG 0.004 45 alg : run_smoothing 0.031 829 alg : smoother_coarse 0.001 1227 alg : smoother_fine 0.002 714 alg : solve_MG 0.156 45 alg : solve_PardisoCholesky 0.002 407 alg : symbolic_PardisoCholesky 0.106 1 alg : update_mg_status 0.000 1236 alg : alg : size = 213 alg : assembling_nnz_PardisoLU 0.001 32 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.000 32 alg : build_fine_select_omega 0.003 86 alg : build_select_pivot_nonzeros 0.001 86 alg : build_select_vectors 0.002 86 alg : calc_residual_LU 0.012 315 alg : call_MG_solver 0.029 86 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.000 86 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 86 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.006 32 alg : init_fine_EMT_solver 0.000 86 alg : init_fine_level 0.006 86 alg : mg_cycle 0.021 88 alg : numerical_PardisoLU 0.002 32 alg : perform_prolongation 0.001 90 alg : perform_restriction 0.001 90 alg : prepare_MG 0.007 86 alg : run_smoothing 0.013 229 alg : smoother_coarse 0.000 414 alg : smoother_fine 0.005 1038 alg : solve_MG 0.029 86 alg : solve_PardisoLU 0.000 45 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 273 alg : alg : size = 213 alg : assembling_nnz_PardisoLU 0.003 31 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 31 alg : build_fine_select_omega 0.004 74 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.002 43 alg : calc_residual_LU 0.036 859 alg : call_MG_solver 0.077 43 alg : clean_coarse_levels 0.000 31 alg : clean_fine_level 0.001 43 alg : init_RB_coarse_nonzeros 0.000 31 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 31 alg : init_coarse_levels 0.017 31 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.008 43 alg : mg_cycle 0.072 54 alg : numerical_PardisoLU 0.006 31 alg : perform_prolongation 0.003 509 alg : perform_restriction 0.004 509 alg : prepare_MG 0.008 43 alg : run_smoothing 0.043 816 alg : smoother_coarse 0.002 855 alg : smoother_fine 0.006 1071 alg : solve_MG 0.078 43 alg : solve_PardisoLU 0.003 257 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 1073 alg : alg : size = 206 alg : assembling_nnz_PardisoCholesky 0.000 32 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 32 alg : build_fine_select_omega 0.001 43 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.001 43 alg : calc_residual_LU 0.127 2303 alg : call_MG_solver 0.190 43 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.004 32 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.003 43 alg : mg_cycle 0.186 60 alg : numerical_PardisoCholesky 0.001 32 alg : perform_prolongation 0.007 1743 alg : perform_restriction 0.016 1743 alg : prepare_MG 0.003 43 alg : run_smoothing 0.148 2260 alg : smoother_coarse 0.004 4182 alg : smoother_fine 0.016 1875 alg : solve_MG 0.190 43 alg : solve_PardisoCholesky 0.006 1286 alg : symbolic_PardisoCholesky 0.000 1 alg : update_mg_status 0.000 3546 alg : alg : size = 206 alg : assembling_nnz_PardisoCholesky 0.001 33 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 33 alg : build_fine_select_omega 0.001 45 alg : build_select_pivot_nonzeros 0.001 45 alg : build_select_vectors 0.001 45 alg : calc_residual_LU 0.029 961 alg : call_MG_solver 0.159 45 alg : clean_coarse_levels 0.001 33 alg : clean_fine_level 0.000 45 alg : init_RB_coarse_nonzeros 0.000 33 alg : init_RB_fine_nonzeros 0.000 45 alg : init_coarse_EMT_solver 0.000 33 alg : init_coarse_levels 0.112 33 alg : init_fine_EMT_solver 0.000 45 alg : init_fine_level 0.003 45 alg : mg_cycle 0.155 46 alg : numerical_PardisoCholesky 0.002 33 alg : perform_prolongation 0.004 665 alg : perform_restriction 0.004 665 alg : prepare_MG 0.003 45 alg : run_smoothing 0.031 916 alg : smoother_coarse 0.001 1386 alg : smoother_fine 0.002 765 alg : solve_MG 0.159 45 alg : solve_PardisoCholesky 0.002 460 alg : symbolic_PardisoCholesky 0.106 1 alg : update_mg_status 0.000 1376 alg : alg : size = 206 alg : assembling_nnz_PardisoLU 0.002 66 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.000 66 alg : build_fine_select_omega 0.005 86 alg : build_select_pivot_nonzeros 0.001 86 alg : build_select_vectors 0.002 86 alg : calc_residual_LU 0.031 1144 alg : call_MG_solver 0.085 86 alg : clean_coarse_levels 0.000 66 alg : clean_fine_level 0.000 86 alg : init_RB_coarse_nonzeros 0.000 66 alg : init_RB_fine_nonzeros 0.000 86 alg : init_coarse_EMT_solver 0.000 66 alg : init_coarse_levels 0.009 66 alg : init_fine_EMT_solver 0.000 86 alg : init_fine_level 0.008 86 alg : mg_cycle 0.075 124 alg : numerical_PardisoLU 0.002 66 alg : perform_prolongation 0.003 608 alg : perform_restriction 0.003 608 alg : prepare_MG 0.009 86 alg : run_smoothing 0.058 1058 alg : smoother_coarse 0.003 4560 alg : smoother_fine 0.026 6576 alg : solve_MG 0.085 86 alg : solve_PardisoLU 0.002 304 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 1343 alg : alg : size = 206 alg : assembling_nnz_PardisoLU 0.001 30 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 30 alg : build_fine_select_omega 0.005 73 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.002 43 alg : calc_residual_LU 0.014 184 alg : call_MG_solver 0.034 43 alg : clean_coarse_levels 0.000 30 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 30 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 30 alg : init_coarse_levels 0.013 30 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.008 43 alg : mg_cycle 0.029 43 alg : numerical_PardisoLU 0.005 30 alg : perform_prolongation 0.001 64 alg : perform_restriction 0.001 64 alg : prepare_MG 0.008 43 alg : run_smoothing 0.013 141 alg : smoother_coarse 0.000 96 alg : smoother_fine 0.001 231 alg : solve_MG 0.034 43 alg : solve_PardisoLU 0.001 32 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 173 alg : alg : size = 205 alg : assembling_nnz_PardisoCholesky 0.001 32 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 32 alg : build_fine_select_omega 0.001 43 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.001 43 alg : calc_residual_LU 0.233 2366 alg : call_MG_solver 0.361 43 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.006 32 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.003 43 alg : mg_cycle 0.323 67 alg : numerical_PardisoCholesky 0.001 32 alg : perform_prolongation 0.041 1793 alg : perform_restriction 0.009 1793 alg : prepare_MG 0.003 43 alg : run_smoothing 0.255 2323 alg : smoother_coarse 0.004 4320 alg : smoother_fine 0.017 1956 alg : solve_MG 0.361 43 alg : solve_PardisoCholesky 0.006 1330 alg : symbolic_PardisoCholesky 0.001 1 alg : update_mg_status 0.000 3653 alg : alg : size = 205 alg : assembling_nnz_PardisoCholesky 0.001 33 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 33 alg : build_fine_select_omega 0.001 45 alg : build_select_pivot_nonzeros 0.004 45 alg : build_select_vectors 0.001 45 alg : calc_residual_LU 0.034 824 alg : call_MG_solver 0.163 45 alg : clean_coarse_levels 0.000 33 alg : clean_fine_level 0.000 45 alg : init_RB_coarse_nonzeros 0.000 33 alg : init_RB_fine_nonzeros 0.000 45 alg : init_coarse_EMT_solver 0.000 33 alg : init_coarse_levels 0.113 33 alg : init_fine_EMT_solver 0.000 45 alg : init_fine_level 0.006 45 alg : mg_cycle 0.160 46 alg : numerical_PardisoCholesky 0.002 33 alg : perform_prolongation 0.004 558 alg : perform_restriction 0.005 558 alg : prepare_MG 0.006 45 alg : run_smoothing 0.036 779 alg : smoother_coarse 0.001 1155 alg : smoother_fine 0.002 675 alg : solve_MG 0.163 45 alg : solve_PardisoCholesky 0.002 383 alg : symbolic_PardisoCholesky 0.106 1 alg : update_mg_status 0.000 1162 alg : alg : size = 205 alg : assembling_nnz_PardisoLU 0.002 68 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 68 alg : build_fine_select_omega 0.003 86 alg : build_select_pivot_nonzeros 0.001 86 alg : build_select_vectors 0.001 86 alg : calc_residual_LU 0.040 1590 alg : call_MG_solver 0.119 86 alg : clean_coarse_levels 0.000 68 alg : clean_fine_level 0.000 86 alg : init_RB_coarse_nonzeros 0.000 68 alg : init_RB_fine_nonzeros 0.000 86 alg : init_coarse_EMT_solver 0.000 68 alg : init_coarse_levels 0.011 68 alg : init_fine_EMT_solver 0.000 86 alg : init_fine_level 0.006 86 alg : mg_cycle 0.108 146 alg : numerical_PardisoLU 0.003 68 alg : perform_prolongation 0.005 882 alg : perform_restriction 0.005 882 alg : prepare_MG 0.006 86 alg : run_smoothing 0.084 1504 alg : smoother_coarse 0.005 6966 alg : smoother_fine 0.038 9852 alg : solve_MG 0.119 86 alg : solve_PardisoLU 0.005 441 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 1915 alg : alg : size = 205 alg : assembling_nnz_PardisoLU 0.003 32 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 32 alg : build_fine_select_omega 0.005 75 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.002 43 alg : calc_residual_LU 0.014 209 alg : call_MG_solver 0.046 43 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.016 32 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.007 43 alg : mg_cycle 0.037 43 alg : numerical_PardisoLU 0.005 32 alg : perform_prolongation 0.002 82 alg : perform_restriction 0.003 82 alg : prepare_MG 0.007 43 alg : run_smoothing 0.014 166 alg : smoother_coarse 0.000 123 alg : smoother_fine 0.002 252 alg : solve_MG 0.046 43 alg : solve_PardisoLU 0.001 41 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 207 alg : alg : size = 208 alg : assembling_nnz_PardisoCholesky 0.000 32 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 32 alg : build_fine_select_omega 0.001 43 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.001 43 alg : calc_residual_LU 0.126 2114 alg : call_MG_solver 0.237 43 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.004 32 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.003 43 alg : mg_cycle 0.167 50 alg : numerical_PardisoCholesky 0.001 32 alg : perform_prolongation 0.006 1611 alg : perform_restriction 0.006 1611 alg : prepare_MG 0.003 43 alg : run_smoothing 0.142 2071 alg : smoother_coarse 0.003 3621 alg : smoother_fine 0.012 1440 alg : solve_MG 0.237 43 alg : solve_PardisoCholesky 0.004 1201 alg : symbolic_PardisoCholesky 0.000 1 alg : update_mg_status 0.000 3272 alg : alg : size = 208 alg : assembling_nnz_PardisoCholesky 0.000 33 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 33 alg : build_fine_select_omega 0.001 45 alg : build_select_pivot_nonzeros 0.001 45 alg : build_select_vectors 0.001 45 alg : calc_residual_LU 0.030 1094 alg : call_MG_solver 0.157 45 alg : clean_coarse_levels 0.001 33 alg : clean_fine_level 0.000 45 alg : init_RB_coarse_nonzeros 0.000 33 alg : init_RB_fine_nonzeros 0.000 45 alg : init_coarse_EMT_solver 0.000 33 alg : init_coarse_levels 0.112 33 alg : init_fine_EMT_solver 0.000 45 alg : init_fine_level 0.004 45 alg : mg_cycle 0.155 46 alg : numerical_PardisoCholesky 0.002 33 alg : perform_prolongation 0.004 769 alg : perform_restriction 0.003 769 alg : prepare_MG 0.004 45 alg : run_smoothing 0.031 1049 alg : smoother_coarse 0.001 1611 alg : smoother_fine 0.002 852 alg : solve_MG 0.158 45 alg : solve_PardisoCholesky 0.002 535 alg : symbolic_PardisoCholesky 0.107 1 alg : update_mg_status 0.000 1584 alg : alg : size = 208 alg : assembling_nnz_PardisoLU 0.001 73 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 73 alg : build_fine_select_omega 0.003 86 alg : build_select_pivot_nonzeros 0.001 86 alg : build_select_vectors 0.002 86 alg : calc_residual_LU 0.036 1444 alg : call_MG_solver 0.104 86 alg : clean_coarse_levels 0.000 73 alg : clean_fine_level 0.000 86 alg : init_RB_coarse_nonzeros 0.000 73 alg : init_RB_fine_nonzeros 0.000 86 alg : init_coarse_EMT_solver 0.000 73 alg : init_coarse_levels 0.010 73 alg : init_fine_EMT_solver 0.000 86 alg : init_fine_level 0.007 86 alg : mg_cycle 0.093 138 alg : numerical_PardisoLU 0.003 73 alg : perform_prolongation 0.004 796 alg : perform_restriction 0.004 796 alg : prepare_MG 0.007 86 alg : run_smoothing 0.074 1358 alg : smoother_coarse 0.004 6132 alg : smoother_fine 0.033 8676 alg : solve_MG 0.104 86 alg : solve_PardisoLU 0.002 398 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 1730 alg : alg : size = 208 alg : assembling_nnz_PardisoLU 0.001 30 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 30 alg : build_fine_select_omega 0.004 73 alg : build_select_pivot_nonzeros 0.002 43 alg : build_select_vectors 0.001 43 alg : calc_residual_LU 0.015 176 alg : call_MG_solver 0.036 43 alg : clean_coarse_levels 0.000 30 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 30 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 30 alg : init_coarse_levels 0.013 30 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.006 43 alg : mg_cycle 0.031 43 alg : numerical_PardisoLU 0.005 30 alg : perform_prolongation 0.000 60 alg : perform_restriction 0.001 60 alg : prepare_MG 0.006 43 alg : run_smoothing 0.015 133 alg : smoother_coarse 0.000 90 alg : smoother_fine 0.001 219 alg : solve_MG 0.036 43 alg : solve_PardisoLU 0.001 30 alg : symbolic_PardisoLU 0.001 1 alg : update_mg_status 0.000 163 alg : alg : size = 204 alg : assembling_nnz_PardisoCholesky 0.001 32 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 32 alg : build_fine_select_omega 0.001 43 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.001 43 alg : calc_residual_LU 0.293 2475 alg : call_MG_solver 0.459 43 alg : clean_coarse_levels 0.014 32 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.005 32 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.003 43 alg : mg_cycle 0.417 68 alg : numerical_PardisoCholesky 0.001 32 alg : perform_prolongation 0.009 1873 alg : perform_restriction 0.072 1873 alg : prepare_MG 0.003 43 alg : run_smoothing 0.319 2432 alg : smoother_coarse 0.004 4740 alg : smoother_fine 0.021 2187 alg : solve_MG 0.459 43 alg : solve_PardisoCholesky 0.006 1382 alg : symbolic_PardisoCholesky 0.000 1 alg : update_mg_status 0.000 3814 alg : alg : size = 204 alg : assembling_nnz_PardisoCholesky 0.001 33 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 33 alg : build_fine_select_omega 0.001 45 alg : build_select_pivot_nonzeros 0.001 45 alg : build_select_vectors 0.001 45 alg : calc_residual_LU 0.031 854 alg : call_MG_solver 0.158 45 alg : clean_coarse_levels 0.000 33 alg : clean_fine_level 0.000 45 alg : init_RB_coarse_nonzeros 0.000 33 alg : init_RB_fine_nonzeros 0.000 45 alg : init_coarse_EMT_solver 0.000 33 alg : init_coarse_levels 0.112 33 alg : init_fine_EMT_solver 0.000 45 alg : init_fine_level 0.003 45 alg : mg_cycle 0.155 46 alg : numerical_PardisoCholesky 0.002 33 alg : perform_prolongation 0.003 574 alg : perform_restriction 0.004 574 alg : prepare_MG 0.004 45 alg : run_smoothing 0.033 809 alg : smoother_coarse 0.001 1161 alg : smoother_fine 0.002 717 alg : solve_MG 0.158 45 alg : solve_PardisoCholesky 0.002 385 alg : symbolic_PardisoCholesky 0.106 1 alg : update_mg_status 0.000 1194 alg : alg : size = 204 alg : assembling_nnz_PardisoLU 0.001 46 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.000 46 alg : build_fine_select_omega 0.003 86 alg : build_select_pivot_nonzeros 0.001 86 alg : build_select_vectors 0.001 86 alg : calc_residual_LU 0.036 1357 alg : call_MG_solver 0.101 86 alg : clean_coarse_levels 0.000 46 alg : clean_fine_level 0.000 86 alg : init_RB_coarse_nonzeros 0.000 46 alg : init_RB_fine_nonzeros 0.000 86 alg : init_coarse_EMT_solver 0.000 46 alg : init_coarse_levels 0.007 46 alg : init_fine_EMT_solver 0.000 86 alg : init_fine_level 0.006 86 alg : mg_cycle 0.091 138 alg : numerical_PardisoLU 0.002 46 alg : perform_prolongation 0.004 739 alg : perform_restriction 0.005 739 alg : prepare_MG 0.006 86 alg : run_smoothing 0.072 1271 alg : smoother_coarse 0.004 5970 alg : smoother_fine 0.033 8496 alg : solve_MG 0.101 86 alg : solve_PardisoLU 0.004 371 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 1616 alg : alg : size = 204 alg : assembling_nnz_PardisoLU 0.004 31 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 31 alg : build_fine_select_omega 0.003 74 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.003 43 alg : calc_residual_LU 0.020 335 alg : call_MG_solver 0.048 43 alg : clean_coarse_levels 0.000 31 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 31 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 31 alg : init_coarse_levels 0.015 31 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.008 43 alg : mg_cycle 0.043 43 alg : numerical_PardisoLU 0.004 31 alg : perform_prolongation 0.001 183 alg : perform_restriction 0.002 183 alg : prepare_MG 0.008 43 alg : run_smoothing 0.021 292 alg : smoother_coarse 0.001 354 alg : smoother_fine 0.002 327 alg : solve_MG 0.048 43 alg : solve_PardisoLU 0.002 118 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 410 alg : alg : size = 210 alg : assembling_nnz_PardisoCholesky 0.000 32 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 32 alg : build_fine_select_omega 0.001 43 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.001 43 alg : calc_residual_LU 0.326 2600 alg : call_MG_solver 0.393 43 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.004 32 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.003 43 alg : mg_cycle 0.389 70 alg : numerical_PardisoCholesky 0.001 32 alg : perform_prolongation 0.008 1961 alg : perform_restriction 0.009 1961 alg : prepare_MG 0.003 43 alg : run_smoothing 0.355 2557 alg : smoother_coarse 0.004 5271 alg : smoother_fine 0.023 2532 alg : solve_MG 0.393 43 alg : solve_PardisoCholesky 0.007 1435 alg : symbolic_PardisoCholesky 0.000 1 alg : update_mg_status 0.000 3992 alg : alg : size = 210 alg : assembling_nnz_PardisoCholesky 0.000 33 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.000 33 alg : build_fine_select_omega 0.001 45 alg : build_select_pivot_nonzeros 0.001 45 alg : build_select_vectors 0.002 45 alg : calc_residual_LU 0.031 1008 alg : call_MG_solver 0.160 45 alg : clean_coarse_levels 0.000 33 alg : clean_fine_level 0.000 45 alg : init_RB_coarse_nonzeros 0.000 33 alg : init_RB_fine_nonzeros 0.000 45 alg : init_coarse_EMT_solver 0.000 33 alg : init_coarse_levels 0.113 33 alg : init_fine_EMT_solver 0.000 45 alg : init_fine_level 0.004 45 alg : mg_cycle 0.157 46 alg : numerical_PardisoCholesky 0.002 33 alg : perform_prolongation 0.003 698 alg : perform_restriction 0.003 698 alg : prepare_MG 0.005 45 alg : run_smoothing 0.034 963 alg : smoother_coarse 0.001 1443 alg : smoother_fine 0.002 807 alg : solve_MG 0.160 45 alg : solve_PardisoCholesky 0.003 479 alg : symbolic_PardisoCholesky 0.108 1 alg : update_mg_status 0.000 1442 alg : alg : size = 210 alg : assembling_nnz_PardisoLU 0.001 61 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 61 alg : build_fine_select_omega 0.003 86 alg : build_select_pivot_nonzeros 0.001 86 alg : build_select_vectors 0.002 86 alg : calc_residual_LU 0.029 929 alg : call_MG_solver 0.073 86 alg : clean_coarse_levels 0.000 61 alg : clean_fine_level 0.000 86 alg : init_RB_coarse_nonzeros 0.000 61 alg : init_RB_fine_nonzeros 0.000 86 alg : init_coarse_EMT_solver 0.000 61 alg : init_coarse_levels 0.009 61 alg : init_fine_EMT_solver 0.000 86 alg : init_fine_level 0.007 86 alg : mg_cycle 0.065 114 alg : numerical_PardisoLU 0.003 61 alg : perform_prolongation 0.002 475 alg : perform_restriction 0.003 475 alg : prepare_MG 0.007 86 alg : run_smoothing 0.050 843 alg : smoother_coarse 0.002 3444 alg : smoother_fine 0.020 5064 alg : solve_MG 0.073 86 alg : solve_PardisoLU 0.001 238 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 1067 alg : alg : size = 210 alg : assembling_nnz_PardisoLU 0.002 32 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.001 32 alg : build_fine_select_omega 0.006 75 alg : build_select_pivot_nonzeros 0.001 43 alg : build_select_vectors 0.001 43 alg : calc_residual_LU 0.012 194 alg : call_MG_solver 0.032 43 alg : clean_coarse_levels 0.000 32 alg : clean_fine_level 0.001 43 alg : init_RB_coarse_nonzeros 0.000 32 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 32 alg : init_coarse_levels 0.012 32 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.006 43 alg : mg_cycle 0.029 43 alg : numerical_PardisoLU 0.003 32 alg : perform_prolongation 0.002 72 alg : perform_restriction 0.001 72 alg : prepare_MG 0.006 43 alg : run_smoothing 0.011 151 alg : smoother_coarse 0.000 108 alg : smoother_fine 0.001 237 alg : solve_MG 0.033 43 alg : solve_PardisoLU 0.001 36 alg : symbolic_PardisoLU 0.000 1 alg : update_mg_status 0.000 187 alg : alg : size = 303243 alg : assembling_nnz_PardisoCholesky 0.005 38 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.001 38 alg : build_fine_select_omega 0.009 43 alg : build_select_pivot_nonzeros 0.605 43 alg : build_select_vectors 0.020 43 alg : calc_residual_LU 7.603 13500 alg : call_MG_solver 123.079 43 alg : clean_coarse_levels 0.001 38 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 38 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 38 alg : init_coarse_levels 0.208 38 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.635 43 alg : mg_cycle 117.287 77 alg : numerical_PardisoCholesky 0.047 38 alg : perform_prolongation 0.439 10113 alg : perform_restriction 0.385 10113 alg : prepare_MG 0.636 43 alg : run_smoothing 120.496 13457 alg : smoother_coarse 20.088 105597 alg : smoother_fine 92.995 11319 alg : solve_MG 123.079 43 alg : solve_PardisoCholesky 1.118 6868 alg : symbolic_PardisoCholesky 0.026 1 alg : update_mg_status 0.059 20303 alg : alg : size = 303243 alg : assembling_nnz_PardisoCholesky 0.005 38 alg : assembling_portrait_PardisoCholesky 0.000 1 alg : build_coarse_select_omega 0.002 38 alg : build_fine_select_omega 0.008 45 alg : build_select_pivot_nonzeros 0.077 45 alg : build_select_vectors 0.021 45 alg : calc_residual_LU 1.303 8877 alg : call_MG_solver 17.769 44 alg : clean_coarse_levels 0.001 38 alg : clean_fine_level 0.000 44 alg : init_RB_coarse_nonzeros 0.000 38 alg : init_RB_fine_nonzeros 0.000 45 alg : init_coarse_EMT_solver 0.000 38 alg : init_coarse_levels 0.243 38 alg : init_fine_EMT_solver 0.000 45 alg : init_fine_level 0.107 45 alg : mg_cycle 17.732 69 alg : numerical_PardisoCholesky 0.048 38 alg : perform_prolongation 0.295 6610 alg : perform_restriction 0.253 6610 alg : prepare_MG 0.107 45 alg : run_smoothing 16.114 8832 alg : smoother_coarse 8.278 42933 alg : smoother_fine 6.538 4608 alg : solve_MG 17.769 44 alg : solve_PardisoCholesky 0.733 4457 alg : symbolic_PardisoCholesky 0.129 1 alg : update_mg_status 0.039 13289 alg : alg : size = 303243 alg : assembling_nnz_PardisoLU 0.008 75 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.003 75 alg : build_fine_select_omega 0.155 86 alg : build_select_pivot_nonzeros 0.435 86 alg : build_select_vectors 0.039 86 alg : calc_residual_LU 2.133 3999 alg : call_MG_solver 30.259 86 alg : clean_coarse_levels 0.001 75 alg : clean_fine_level 0.000 86 alg : init_RB_coarse_nonzeros 0.000 75 alg : init_RB_fine_nonzeros 0.000 86 alg : init_coarse_EMT_solver 0.000 75 alg : init_coarse_levels 0.451 75 alg : init_fine_EMT_solver 0.000 86 alg : init_fine_level 0.631 86 alg : mg_cycle 28.411 113 alg : numerical_PardisoLU 0.133 75 alg : perform_prolongation 0.170 2463 alg : perform_restriction 0.140 2463 alg : prepare_MG 0.631 86 alg : run_smoothing 28.981 3913 alg : smoother_coarse 3.300 15504 alg : smoother_fine 23.756 6528 alg : solve_MG 30.259 86 alg : solve_PardisoLU 0.254 1141 alg : symbolic_PardisoLU 0.026 1 alg : update_mg_status 0.029 5039 alg : alg : size = 303243 alg : assembling_nnz_PardisoLU 0.006 35 alg : assembling_portrait_PardisoLU 0.000 1 alg : build_coarse_select_omega 0.022 35 alg : build_fine_select_omega 0.249 78 alg : build_select_pivot_nonzeros 0.359 43 alg : build_select_vectors 0.056 43 alg : calc_residual_LU 12.468 76451 alg : call_MG_solver 306.677 43 alg : clean_coarse_levels 0.001 35 alg : clean_fine_level 0.000 43 alg : init_RB_coarse_nonzeros 0.000 35 alg : init_RB_fine_nonzeros 0.000 43 alg : init_coarse_EMT_solver 0.000 35 alg : init_coarse_levels 0.392 35 alg : init_fine_EMT_solver 0.000 43 alg : init_fine_level 0.552 43 alg : mg_cycle 242.174 107 alg : numerical_PardisoLU 0.058 35 alg : perform_prolongation 1.812 49180 alg : perform_restriction 1.653 49180 alg : prepare_MG 0.552 43 alg : run_smoothing 297.462 76408 alg : smoother_coarse 108.158 495480 alg : smoother_fine 176.577 29505 alg : solve_MG 306.677 43 alg : solve_PardisoLU 4.140 22408 alg : symbolic_PardisoLU 0.021 1 alg : update_mg_status 0.472 98467 ----------------------------------------------------------------------- Start to free mesher data... MMP (msh): locals=1, allc_sz=70.42 MB, used_sz=68.47 MB, blks-min-max=46/46 MMP (brx): locals=0, allc_sz=0.00 MB, used_sz=0.00 MB, blks-min-max=0/0 MMP (bcf): locals=20, allc_sz=494.28 MB, used_sz=481.46 MB, blks-min-max=31/70 MMP (xsl): locals=0, allc_sz=0.00 MB, used_sz=0.00 MB, blks-min-max=0/0 Free xsl... OK Time=0.004 s Free ray collector... OK Time=0.000 s Free ray intersector...OK Time=0.000 s Free body sets... OK Time=0.000 s Free Geometry DB takes 0.000 s Free mesh conn... OK Time=0.000 s Free geomsd... OK Time=0.001 s Free mbricks... OK Time=0.002 s Free hash info... OK Time=0.002 s Free bricks-x... OK Time=0.002 s Free bcf... OK Time=0.019 s Free mesh h... OK Time=0.000 s Free bricks arr.. OK Time=0.000 s Free bricks tree... OK Time=0.000 s Free mesh pools... OK Time=0.026 s Free bodies mapper... OK Time=0.002 s Free geom crits... OK Time=0.000 s Free cpt regions... OK Time=0.000 s Free peculiar surfs... OK Time=0.000 s Free sw-geometries... OK Time=0.000 s Total free mesher data time: 0.060 s ----------------------------------------------------------------------- Free memory: OK (0.402 s) ----------------------------------------------------------------------- Memory Working Set Current = 2129.06 Mb, Memory Working Set Peak = 4011.39 Mb Memory Private Bytes Current = 2335.60 Mb, Memory Private Bytes Peak = 4224.37 Mb Process Threads Number: 50 Process Threads Number Peak: 50 ----------------------------------------------------------------------- Free memory: ----------------------------------------------------------------------- Start to free mesher data... MMP (msh): locals=0, allc_sz=0.00 MB, used_sz=0.00 MB, blks-min-max=0/0 MMP (brx): locals=0, allc_sz=0.00 MB, used_sz=0.00 MB, blks-min-max=0/0 MMP (bcf): locals=0, allc_sz=0.00 MB, used_sz=0.00 MB, blks-min-max=0/0 MMP (xsl): locals=0, allc_sz=0.00 MB, used_sz=0.00 MB, blks-min-max=0/0 Free xsl... OK Time=0.000 s Free ray collector... OK Time=0.000 s Free ray intersector...OK Time=0.000 s Free body sets... OK Time=0.000 s Free Geometry DB takes 0.000 s Free mesh conn... OK Time=0.000 s Free geomsd... OK Time=0.000 s Free mbricks... OK Time=0.000 s Free hash info... OK Time=0.000 s Free bricks-x... OK Time=0.000 s Free mesh h... OK Time=0.000 s Free bricks arr.. OK Time=0.000 s Free bricks tree... OK Time=0.000 s Free mesh pools... OK Time=0.000 s Free bodies mapper... OK Time=0.000 s Free geom crits... OK Time=0.000 s Free cpt regions... OK Time=0.000 s Free peculiar surfs... OK Time=0.000 s Free sw-geometries... OK Time=0.000 s Total free mesher data time: 0.001 s ----------------------------------------------------------------------- Free memory: OK (0.005 s) ----------------------------------------------------------------------- Memory Working Set Current = 2126.45 Mb, Memory Working Set Peak = 4011.39 Mb Memory Private Bytes Current = 2337.01 Mb, Memory Private Bytes Peak = 4224.37 Mb Process Threads Number: 50 Process Threads Number Peak: 50 ----------------------------------------------------------------------- Algebra Pool : mem_usage = 1950.06 Mb, allocated count = 0 finished solver summary thread Log ended at 02.08.2023 07:38:39