dev_TPBLPFC_numberconnection_typedef.c

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*/
 
#include <p33CH512MP506S1.h>
 
#include "dev_TPBLPFC_numberconnection_typedef.h"
 
#include "dev_TPBLPFC_typedef.h"
 
 
void dev_connect_numbers(void)
{  
  Phase_Values_PH1.Phase_Voltage.Rectified = primary_vac_values.Data[0];
  if(Phase_Values_PH1.Phase_Voltage.Rectified > Phase_Values_PH1.Phase_Voltage.Max_Peak)
      Phase_Values_PH1.Phase_Voltage.Max_Peak = Phase_Values_PH1.Phase_Voltage.Rectified;
  Phase_Values_PH1.Phase_Voltage.Vin_div_Averaged2 = primary_vac_values.Data[3];
    
  Phase_Values_PH2.Phase_Voltage.Rectified = primary_vac_values.Data[1];
  Phase_Values_PH2.Phase_Voltage.Vin_div_Averaged2 = primary_vac_values.Data[4];
  
  Phase_Values_PH1.ACcontrol_Status_Flags_perPhase.value = (primary_vac_values.Data[6] & 0x001F);
  Phase_Values_PH2.ACcontrol_Status_Flags_perPhase.value = ((primary_vac_values.Data[6] >> 5) & 0x001F);
  
  Phase_Values_PH1.Phase_Voltage.Filtered = primary_vac_values.Data[7];
  Phase_Values_PH2.Phase_Voltage.Filtered = primary_vac_values.Data[8];
 
  //Phase 3 is considered at AC acquisition board, measured and transfered
  //but there is no physical connection --> values are not relevant
//  Phase_Values_PH3.Phase_Voltage.Rectified = spi_vac_values.Data[2];
//  Phase_Values_PH3.Phase_Voltage.Vin_div_Averaged2 = spi_vac_values.Data[5];  
//  Phase_Values_PH3.ACcontrol_Status_Flags_perPhase.value = ((spi_vac_values.Data[6]>>10) & 0x001F);
 
}
 
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------