* TDiff 7.0 - thermal analysis (default)
* Applies to both steady-state and time-varying calculations
* Field Precision LLC, Copyright 2010
* Variables: &T, &Fxz, &Fyr, &FMag, &K, &Cp, &Qs
* Stored quantities
*    T: temperarure (degC)
*    CondUp: thermal conductivity in upper triangle (W/m-degC)
*    CondDn: thermal conductivity in lower triangle (W/m-degC)
*    CpUp: specific heat in upper triangle (J/kg-degC)
*    CpDn: specific heat in lower triangle (J/kg-degC)
*    QUp: thermal source in upper triangle (W/m3)
*    QDn: thermal source in lower triangle (W/m3)

* Region quantities
*  1) $RegCond: thermal conductivity (W/m-degC)
*  2) $RegDens: mass density (kg/m3)
*  3) $RegCp: specific heat (J/kg-degC)
*  4) $RegSource: thermal source (W/m3)
*  5) $RegEmiss: Emissivity of radiative regions
*  6) $RegTSurr: Temperature bodies surrounding radiative regions (degC)
*  7) $RegRadArea: Exposed surface area of radiative region (m2)
*  8) $RegWb: fluid mass flow rate of perfusive region (kg/m3-s)
*  9) $RegCb: specific heat of fluid (J/kg-degC)
* 10) $RegTb: temperature of fluid (degC or degK)

PROGPARAM
END

RUNPARAM
* Time of data dump for a dynamic solution
  $Time = 0.0
END

REALTIMEPARAM
END

INTERPOLATION
  T = &T
  Fx/Fz = &Fxz
  Fy/Fr = &Fyr
  |F| = &FMag
  Cond = &K
  PDens = &Qs
END

VECTOR
  FVector = &Fxz;&Fyr
END

VOLUME
  Power = &Qs
END

SURFACE
  Power = &Fxz;&Fyr
END

ENDFILE