/*-------------------------------------------------------------------- * * $Id: grdmath.h.in 12822 2014-01-31 23:39:56Z remko $ * * Copyright (c) 1991-2014 by P. Wessel, W. H. F. Smith, R. Scharroo, * F. Wobbe, and J. Luis * See LICENSE.TXT file for copying and redistribution conditions. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; version 3 or any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Lesser General Public License for more details. * * Contact info: gmt.soest.hawaii.edu *-------------------------------------------------------------------- * * grdmath.h is automatically generated by CMake. Do NOT edit manually! */ #define GRDMATH_N_OPERATORS 161 void grdmath_init (void (*ops[]) (struct GMT_CTRL *, struct GRDMATH_INFO *, struct GRDMATH_STACK **, unsigned int), unsigned int n_args[], unsigned int n_out[]) { /* Operator function # of operands # of outputs */ ops[0] = grd_ABS; n_args[0] = 1; n_out[0] = 1; ops[1] = grd_ACOS; n_args[1] = 1; n_out[1] = 1; ops[2] = grd_ACOSH; n_args[2] = 1; n_out[2] = 1; ops[3] = grd_ACOT; n_args[3] = 1; n_out[3] = 1; ops[4] = grd_ACSC; n_args[4] = 1; n_out[4] = 1; ops[5] = grd_ADD; n_args[5] = 2; n_out[5] = 1; ops[6] = grd_AND; n_args[6] = 2; n_out[6] = 1; ops[7] = grd_ASEC; n_args[7] = 1; n_out[7] = 1; ops[8] = grd_ASIN; n_args[8] = 1; n_out[8] = 1; ops[9] = grd_ASINH; n_args[9] = 1; n_out[9] = 1; ops[10] = grd_ATAN; n_args[10] = 1; n_out[10] = 1; ops[11] = grd_ATAN2; n_args[11] = 2; n_out[11] = 1; ops[12] = grd_ATANH; n_args[12] = 1; n_out[12] = 1; ops[13] = grd_BEI; n_args[13] = 1; n_out[13] = 1; ops[14] = grd_BER; n_args[14] = 1; n_out[14] = 1; ops[15] = grd_BITAND; n_args[15] = 2; n_out[15] = 1; ops[16] = grd_BITLEFT; n_args[16] = 2; n_out[16] = 1; ops[17] = grd_BITNOT; n_args[17] = 1; n_out[17] = 1; ops[18] = grd_BITOR; n_args[18] = 2; n_out[18] = 1; ops[19] = grd_BITRIGHT; n_args[19] = 2; n_out[19] = 1; ops[20] = grd_BITTEST; n_args[20] = 2; n_out[20] = 1; ops[21] = grd_BITXOR; n_args[21] = 2; n_out[21] = 1; ops[22] = grd_CAZ; n_args[22] = 2; n_out[22] = 1; ops[23] = grd_CBAZ; n_args[23] = 2; n_out[23] = 1; ops[24] = grd_CDIST; n_args[24] = 2; n_out[24] = 1; ops[25] = grd_CEIL; n_args[25] = 1; n_out[25] = 1; ops[26] = grd_CHICRIT; n_args[26] = 2; n_out[26] = 1; ops[27] = grd_CHIDIST; n_args[27] = 2; n_out[27] = 1; ops[28] = grd_CORRCOEFF; n_args[28] = 2; n_out[28] = 1; ops[29] = grd_COS; n_args[29] = 1; n_out[29] = 1; ops[30] = grd_COSD; n_args[30] = 1; n_out[30] = 1; ops[31] = grd_COSH; n_args[31] = 1; n_out[31] = 1; ops[32] = grd_COT; n_args[32] = 1; n_out[32] = 1; ops[33] = grd_COTD; n_args[33] = 1; n_out[33] = 1; ops[34] = grd_CPOISS; n_args[34] = 2; n_out[34] = 1; ops[35] = grd_CSC; n_args[35] = 1; n_out[35] = 1; ops[36] = grd_CSCD; n_args[36] = 1; n_out[36] = 1; ops[37] = grd_CURV; n_args[37] = 1; n_out[37] = 1; ops[38] = grd_D2DX2; n_args[38] = 1; n_out[38] = 1; ops[39] = grd_D2DY2; n_args[39] = 1; n_out[39] = 1; ops[40] = grd_D2DXY; n_args[40] = 1; n_out[40] = 1; ops[41] = grd_D2R; n_args[41] = 1; n_out[41] = 1; ops[42] = grd_DDX; n_args[42] = 1; n_out[42] = 1; ops[43] = grd_DDY; n_args[43] = 1; n_out[43] = 1; ops[44] = grd_DEG2KM; n_args[44] = 1; n_out[44] = 1; ops[45] = grd_DILOG; n_args[45] = 1; n_out[45] = 1; ops[46] = grd_DIV; n_args[46] = 2; n_out[46] = 1; ops[47] = grd_DUP; n_args[47] = 1; n_out[47] = 2; ops[48] = grd_ERF; n_args[48] = 1; n_out[48] = 1; ops[49] = grd_ERFC; n_args[49] = 1; n_out[49] = 1; ops[50] = grd_EQ; n_args[50] = 2; n_out[50] = 1; ops[51] = grd_ERFINV; n_args[51] = 1; n_out[51] = 1; ops[52] = grd_EXCH; n_args[52] = 2; n_out[52] = 2; ops[53] = grd_EXP; n_args[53] = 1; n_out[53] = 1; ops[54] = grd_FACT; n_args[54] = 1; n_out[54] = 1; ops[55] = grd_EXTREMA; n_args[55] = 1; n_out[55] = 1; ops[56] = grd_FCRIT; n_args[56] = 3; n_out[56] = 1; ops[57] = grd_FDIST; n_args[57] = 3; n_out[57] = 1; ops[58] = grd_FLIPLR; n_args[58] = 1; n_out[58] = 1; ops[59] = grd_FLIPUD; n_args[59] = 1; n_out[59] = 1; ops[60] = grd_FLOOR; n_args[60] = 1; n_out[60] = 1; ops[61] = grd_FMOD; n_args[61] = 2; n_out[61] = 1; ops[62] = grd_GE; n_args[62] = 2; n_out[62] = 1; ops[63] = grd_GT; n_args[63] = 2; n_out[63] = 1; ops[64] = grd_HYPOT; n_args[64] = 2; n_out[64] = 1; ops[65] = grd_I0; n_args[65] = 1; n_out[65] = 1; ops[66] = grd_I1; n_args[66] = 1; n_out[66] = 1; ops[67] = grd_IFELSE; n_args[67] = 3; n_out[67] = 1; ops[68] = grd_IN; n_args[68] = 2; n_out[68] = 1; ops[69] = grd_INRANGE; n_args[69] = 3; n_out[69] = 1; ops[70] = grd_INSIDE; n_args[70] = 1; n_out[70] = 1; ops[71] = grd_INV; n_args[71] = 1; n_out[71] = 1; ops[72] = grd_ISFINITE; n_args[72] = 1; n_out[72] = 1; ops[73] = grd_ISNAN; n_args[73] = 1; n_out[73] = 1; ops[74] = grd_J0; n_args[74] = 1; n_out[74] = 1; ops[75] = grd_J1; n_args[75] = 1; n_out[75] = 1; ops[76] = grd_JN; n_args[76] = 2; n_out[76] = 1; ops[77] = grd_K0; n_args[77] = 1; n_out[77] = 1; ops[78] = grd_K1; n_args[78] = 1; n_out[78] = 1; ops[79] = grd_KEI; n_args[79] = 1; n_out[79] = 1; ops[80] = grd_KER; n_args[80] = 1; n_out[80] = 1; ops[81] = grd_KM2DEG; n_args[81] = 1; n_out[81] = 1; ops[82] = grd_KN; n_args[82] = 2; n_out[82] = 1; ops[83] = grd_KURT; n_args[83] = 1; n_out[83] = 1; ops[84] = grd_LDIST; n_args[84] = 1; n_out[84] = 1; ops[85] = grd_LDIST2; n_args[85] = 2; n_out[85] = 1; ops[86] = grd_LE; n_args[86] = 2; n_out[86] = 1; ops[87] = grd_LOG; n_args[87] = 1; n_out[87] = 1; ops[88] = grd_LOG10; n_args[88] = 1; n_out[88] = 1; ops[89] = grd_LOG1P; n_args[89] = 1; n_out[89] = 1; ops[90] = grd_LOG2; n_args[90] = 1; n_out[90] = 1; ops[91] = grd_LMSSCL; n_args[91] = 1; n_out[91] = 1; ops[92] = grd_LOWER; n_args[92] = 1; n_out[92] = 1; ops[93] = grd_LRAND; n_args[93] = 2; n_out[93] = 1; ops[94] = grd_LT; n_args[94] = 2; n_out[94] = 1; ops[95] = grd_MAD; n_args[95] = 1; n_out[95] = 1; ops[96] = grd_MAX; n_args[96] = 2; n_out[96] = 1; ops[97] = grd_MEAN; n_args[97] = 1; n_out[97] = 1; ops[98] = grd_MED; n_args[98] = 1; n_out[98] = 1; ops[99] = grd_MIN; n_args[99] = 2; n_out[99] = 1; ops[100] = grd_MOD; n_args[100] = 2; n_out[100] = 1; ops[101] = grd_MODE; n_args[101] = 1; n_out[101] = 1; ops[102] = grd_MUL; n_args[102] = 2; n_out[102] = 1; ops[103] = grd_NAN; n_args[103] = 2; n_out[103] = 1; ops[104] = grd_NEG; n_args[104] = 1; n_out[104] = 1; ops[105] = grd_NEQ; n_args[105] = 2; n_out[105] = 1; ops[106] = grd_NORM; n_args[106] = 1; n_out[106] = 1; ops[107] = grd_NOT; n_args[107] = 1; n_out[107] = 1; ops[108] = grd_NRAND; n_args[108] = 2; n_out[108] = 1; ops[109] = grd_OR; n_args[109] = 2; n_out[109] = 1; ops[110] = grd_PDIST; n_args[110] = 1; n_out[110] = 1; ops[111] = grd_PDIST2; n_args[111] = 2; n_out[111] = 1; ops[112] = grd_POP; n_args[112] = 1; n_out[112] = 0; ops[113] = grd_PLM; n_args[113] = 3; n_out[113] = 1; ops[114] = grd_PLMg; n_args[114] = 3; n_out[114] = 1; ops[115] = grd_POW; n_args[115] = 2; n_out[115] = 1; ops[116] = grd_PQUANT; n_args[116] = 2; n_out[116] = 1; ops[117] = grd_PSI; n_args[117] = 1; n_out[117] = 1; ops[118] = grd_PV; n_args[118] = 3; n_out[118] = 1; ops[119] = grd_QV; n_args[119] = 3; n_out[119] = 1; ops[120] = grd_R2; n_args[120] = 2; n_out[120] = 1; ops[121] = grd_R2D; n_args[121] = 1; n_out[121] = 1; ops[122] = grd_RAND; n_args[122] = 2; n_out[122] = 1; ops[123] = grd_RINT; n_args[123] = 1; n_out[123] = 1; ops[124] = grd_ROTX; n_args[124] = 2; n_out[124] = 1; ops[125] = grd_ROTY; n_args[125] = 2; n_out[125] = 1; ops[126] = grd_SDIST; n_args[126] = 2; n_out[126] = 1; ops[127] = grd_SAZ; n_args[127] = 2; n_out[127] = 1; ops[128] = grd_SBAZ; n_args[128] = 2; n_out[128] = 1; ops[129] = grd_SEC; n_args[129] = 1; n_out[129] = 1; ops[130] = grd_SECD; n_args[130] = 1; n_out[130] = 1; ops[131] = grd_SIGN; n_args[131] = 1; n_out[131] = 1; ops[132] = grd_SIN; n_args[132] = 1; n_out[132] = 1; ops[133] = grd_SINC; n_args[133] = 1; n_out[133] = 1; ops[134] = grd_SIND; n_args[134] = 1; n_out[134] = 1; ops[135] = grd_SINH; n_args[135] = 1; n_out[135] = 1; ops[136] = grd_SKEW; n_args[136] = 1; n_out[136] = 1; ops[137] = grd_SQR; n_args[137] = 1; n_out[137] = 1; ops[138] = grd_SQRT; n_args[138] = 1; n_out[138] = 1; ops[139] = grd_STD; n_args[139] = 1; n_out[139] = 1; ops[140] = grd_STEP; n_args[140] = 1; n_out[140] = 1; ops[141] = grd_STEPX; n_args[141] = 1; n_out[141] = 1; ops[142] = grd_STEPY; n_args[142] = 1; n_out[142] = 1; ops[143] = grd_SUB; n_args[143] = 2; n_out[143] = 1; ops[144] = grd_SUM; n_args[144] = 1; n_out[144] = 1; ops[145] = grd_TAN; n_args[145] = 1; n_out[145] = 1; ops[146] = grd_TAND; n_args[146] = 1; n_out[146] = 1; ops[147] = grd_TANH; n_args[147] = 1; n_out[147] = 1; ops[148] = grd_TAPER; n_args[148] = 2; n_out[148] = 1; ops[149] = grd_TN; n_args[149] = 2; n_out[149] = 1; ops[150] = grd_TCRIT; n_args[150] = 2; n_out[150] = 1; ops[151] = grd_TDIST; n_args[151] = 2; n_out[151] = 1; ops[152] = grd_UPPER; n_args[152] = 1; n_out[152] = 1; ops[153] = grd_XOR; n_args[153] = 2; n_out[153] = 1; ops[154] = grd_Y0; n_args[154] = 1; n_out[154] = 1; ops[155] = grd_Y1; n_args[155] = 1; n_out[155] = 1; ops[156] = grd_YLM; n_args[156] = 2; n_out[156] = 2; ops[157] = grd_YLMg; n_args[157] = 2; n_out[157] = 2; ops[158] = grd_YN; n_args[158] = 2; n_out[158] = 1; ops[159] = grd_ZCRIT; n_args[159] = 1; n_out[159] = 1; ops[160] = grd_ZDIST; n_args[160] = 1; n_out[160] = 1; } /* vim: set ft=c: */