1 #include "workflow\TCalculateCmd.h"
    2 
    3 extern TSteering Steering;
    4 
    5 TCalculateCmd::TCalculateCmd ( TCmdTag ct ) : TCmd(ct)
    6 {
    7         bNoMeasure= TRUE;
    8         float hwb;
    9         switch ((ECmdParam)ct.P1)
   10         {
   11                 case Difference:
   12                         Steering.dCalcResult= Steering.dCalcArg[2] - Steering.dCalcArg[1];
   13                         break;
   14 
   15                 case Opposite:
   16                         Steering.dCalcResult= 2.0 * Steering.dPeakPoint - Steering.dCalcArg[1];
   17                         break;
   18 
   19                 case Hwb:
   20                         hwb= Steering.dCalcArg[2] - Steering.dCalcArg[1];
   21                         if ( (mGetUnit() == utGrad) || (mGetUnit() == utMinuten) )
   22                                 hwb *= 60.0;// FEHLER? muss bei Grad nicht mit 3600 multipliziert werden
   23                         Steering.SetHwb( hwb );
   24                         break;
   25 
   26                 case Middle:
   27                         Steering.dCalcResult= (Steering.dCalcArg[1] + Steering.dCalcArg[2]) / 2.0;
   28                         break;
   29         }
   30         eStep= CReady;
   31 }
   32 
   33 bool TCalculateCmd::GetShowData ( LPSTR buffer )
   34 {
   35         buffer[0]= 0;
   36         if ( eStep == CReady )
   37         {
   38                 #ifdef GermanVersion
   39                         sprintf(buffer, "\"Calculate\"-Kommando erfolgreich.");
   40                 #else
   41                         sprintf(buffer, "\"Calculate\"-Command ready.");
   42                 #endif
   43         }
   44         return true;
   45 }
   46 
   47 void TCalculateCmd::GetName ( LPSTR aName )
   48 {
   49         strcpy( aName, "Calculate" );
   50 }
   51