%
% PURPOSE: Display the sim parameters.
%
  disp(sprintf(' %-15f: (vel) Foward speed, knots.', vel/kph2mps))
%  disp(sprintf(' %-15f: (deltaR) Rudder angle, Deg.', deltaR/d2r))
%  disp(sprintf(' %-15f: (tdeltaR) Rudder slew stop time, Sec.', tdeltaR))
  disp(sprintf(' %-15f: (Tp) Thrust, Newtons.', Tp))
  disp(sprintf(' %-15f: (mass) Mass, kg.', mass))
  disp(sprintf(' %-15f: (len) Length, Meters.', len ))
  disp(sprintf(' %-15f: (dia) Diameter, Meters.', dia))
  disp(sprintf(' %-15f: (dia) Diameter, Inches.',dia/in2m))
  disp(sprintf(' %-15f: (xG) x CG offset, Meters.',xG    ))
  disp(sprintf(' %-15f: (xPcp) Dist from pivot to ring CP, Meters.',xPcp    ))
  disp(sprintf(' %-15f: (xPcp) Dist from pivot to ring CP, In.', xPcp/in2m    ))
  disp(sprintf(' %-15f: (aR)  Dist from c.l. to rudder actuator base, m', aR))
  disp(sprintf(' %-15f: (rR2) Dist from c.l. to rudder actuator pivot, m', rR2))
  disp(sprintf(' %-15f: (rR1) Body x Dist from Tailcone Pivot to Rudder Actuator Pivot, m', rR1))
  disp(sprintf(' %-15f: (Ts) Control System Sampling Interval, Sec.', Ts))
  disp(sprintf(' %-15f: (maxDeltaR) Max. Rudder Deflection, Deg.',...
                         maxDeltaR*r2d))
  disp(sprintf(' %-15f: (maxActDisp) Max Act. Displacement, counts.',...
                         maxActDisp))
  disp(sprintf(' %-15f: (maxActRate) Max Actuator Displacement Rate, Counts/Sec', maxActRate))
  disp(sprintf(' %-15f: (maxActDispTs) Max Act. Displacment in one Ts, Counts/sample', maxActDispTs))
  disp(sprintf(' %-15f: (ampsAct) Actuator current, full on, amps.', ampsAct))

  disp(sprintf(' %-15f: (ControlArea) Control surface Area, Meters^2.',...
                         ControlArea   ))
  disp(sprintf(' %-15f: (ControlArea) Control surface Area, Inches^2.',...
                         ControlArea/in2m^2))
  disp(sprintf(' %-15f: (TotalArea) Area of ring and struts, M^2.', TotalArea))
  disp(sprintf(' %-15f: (Ar) Ring/strut aspect ratio.', Ar   ))
  disp(sprintf(' %-15f: (Cdc) Crossflow drag coefficient', Cdc   ))
  disp(sprintf(' %-15f: (Cd0) Constant component of drag coeff.', Cd0   ))
  disp(sprintf(' %-15f: (Ef) Oswald efficiency factor.', Ef   ))
  disp(sprintf(' %-15f: (dCl) Coeff. of lift slope.', dCl   ))
  disp(sprintf(' %-15f: (xR) Distance from CG to CP of ring, Meters.', xR   ))
  disp(sprintf(' %-15f: (xP) Distance from CG to pivot point, Meters.', xP   ))
  disp(sprintf(' %-15f: (Izz) Inertia about (principal) z axis, kg-m^2.',Izz ))
  disp(sprintf(' %-15f: (Ixx) Inertia about (principal) x axis, kg-m^2.', Ixx))
  disp(sprintf(' %-15f: (Xudot) Deriv of X wrto u-dot, kg.',  Xudot  ))
  disp(sprintf(' %-15f: (Xrv) Deriv of x wrto rv, kg.',  Xrv  ))
  disp(sprintf(' %-15f: (Xrr) Deriv of x wrto rr, N-sec^2.',  Xrr  ))
  disp(sprintf(' %-15f: (Xuu) Deriv of x wrto uu, kg/m.',  Xuu  ))
  disp(sprintf(' %-15f: (Xvv) Deriv of x wrto vv, kg/m.',  Xvv  ))
  disp(sprintf(' %-15f: (Nr) Deriv of N wrto r, kg-m.',  Nr  ))
  disp(sprintf(' %-15f: (Nv) Deriv of N wrto v (Munk Moment), kg.',  Nv  ))
  disp(sprintf(' %-15f: (Yr) Deriv of Y wrto r, kg.', Yr  ))
  disp(sprintf(' %-15f: (Yv) Deriv of Y wrto v, kg/m.', Yv   ))
  disp(sprintf(' %-15f: (Yvdot) Deriv of Y wrto v-dot (Added Mass),kg.', Yvdot))
  disp(sprintf(' %-15f: (Nrdot) Deriv of N wrto r-dot (Added Inr),kg-m^2.',...
                         Nrdot))
  disp(sprintf(' %-15f: (Yrdot) Deriv of Y wrto r-dot.',  Yrdot  ))
  disp(sprintf(' %-15f: (Nvdot) Deriv of N wrto v-dot.',  Nvdot  ))
  disp(sprintf(' %-15f: (Yvabsr) Deriv of Y wrto r|v|.',  Yvabsr  ))
  disp(sprintf(' %-15f: (Yvabsv) Deriv of Y wrto v|v|.',  Yvabsv  ))
  disp(sprintf(' %-15f: (Nvabsv) Deriv of N wrto v|v|.',  Nvabsv  ))
  disp(sprintf(' %-15f: (Nrabsr) Deriv of N wrto r|r|.',  Nrabsr  ))



