PixelDACScanRange.cc

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//
// This class collects the information
// about the range of DAC settings used
// in scans of the DACs.
//
//
//

#include "CalibFormats/SiPixelObjects/interface/PixelDACScanRange.h"
#include "CalibFormats/SiPixelObjects/interface/PixelDACNames.h"
#include <iostream>
#include <assert.h>

using namespace pos;

PixelDACScanRange::PixelDACScanRange(std::string name, unsigned int first, 
                                     unsigned int last, unsigned int step,
                                     unsigned int index, bool mixValuesAcrossROCs){

  uniformSteps_=true;
  relative_=false;
  negative_=false;

  first_=first;
  last_=last;
  step_=step;
  
  name_=name;
  index_=index;
  mixValuesAcrossROCs_=mixValuesAcrossROCs;
  if (first_==last_) assert( mixValuesAcrossROCs==false );
  while(first<=last){
    values_.push_back(first);
    first+=step;
    //FIXME should have a better reporting
    assert(values_.size()<1000);
  }

  setDACChannel(name);

}

PixelDACScanRange::PixelDACScanRange(std::string name, 
                     const std::vector<unsigned int>& values,
                                     unsigned int index, bool mixValuesAcrossROCs){

  uniformSteps_=false;
  relative_=false;
  negative_=false;

  name_=name;
  values_=values;
  mixValuesAcrossROCs_=mixValuesAcrossROCs;
  assert( mixValuesAcrossROCs==false );

  setDACChannel(name);

}


void PixelDACScanRange::setDACChannel(std::string name){

  if (name==pos::k_DACName_Vdd)                {
    dacchannel_=pos::k_DACAddress_Vdd          ;
  } else if (name==pos::k_DACName_Vana)        {
    dacchannel_=pos::k_DACAddress_Vana         ;
  } else if (name==pos::k_DACName_Vsf)         {
    dacchannel_=pos::k_DACAddress_Vsf          ;
  } else if (name==pos::k_DACName_Vcomp)       {
    dacchannel_=pos::k_DACAddress_Vcomp        ;
  } else if (name==pos::k_DACName_Vleak)       {
    dacchannel_=pos::k_DACAddress_Vleak        ;
  } else if (name==pos::k_DACName_VrgPr)       {
    dacchannel_=pos::k_DACAddress_VrgPr        ;
  } else if (name==pos::k_DACName_VwllPr)      {
    dacchannel_=pos::k_DACAddress_VwllPr       ;
  } else if (name==pos::k_DACName_VrgSh)       {
    dacchannel_=pos::k_DACAddress_VrgSh        ;
  } else if (name==pos::k_DACName_VwllSh)      {
    dacchannel_=pos::k_DACAddress_VwllSh       ;
  } else if (name==pos::k_DACName_VHldDel)     {
    dacchannel_=pos::k_DACAddress_VHldDel      ;
  } else if (name==pos::k_DACName_Vtrim)       {
    dacchannel_=pos::k_DACAddress_Vtrim        ;
  } else if (name==pos::k_DACName_VcThr)       {
    dacchannel_=pos::k_DACAddress_VcThr        ;
  } else if (name==pos::k_DACName_VIbias_bus)  {
    dacchannel_=pos::k_DACAddress_VIbias_bus   ;
  } else if (name==pos::k_DACName_VIbias_sf)   {
    dacchannel_=pos::k_DACAddress_VIbias_sf    ;
  } else if (name==pos::k_DACName_VOffsetOp)   {
    dacchannel_=pos::k_DACAddress_VOffsetOp    ;
  } else if (name==pos::k_DACName_VbiasOp)     {
    dacchannel_=pos::k_DACAddress_VbiasOp      ;
  } else if (name==pos::k_DACName_VOffsetRO)   {
    dacchannel_=pos::k_DACAddress_VOffsetRO    ;
  } else if (name==pos::k_DACName_VIon)        {
    dacchannel_=pos::k_DACAddress_VIon         ;
  } else if (name==pos::k_DACName_VIbias_PH)   {
    dacchannel_=pos::k_DACAddress_VIbias_PH    ;
  } else if (name==pos::k_DACName_VIbias_DAC)  {
    dacchannel_=pos::k_DACAddress_VIbias_DAC   ;
  } else if (name==pos::k_DACName_VIbias_roc)  {
    dacchannel_=pos::k_DACAddress_VIbias_roc   ;
  } else if (name==pos::k_DACName_VIColOr)     {
    dacchannel_=pos::k_DACAddress_VIColOr      ;
  } else if (name==pos::k_DACName_Vnpix)       {
    dacchannel_=pos::k_DACAddress_Vnpix        ;
  } else if (name==pos::k_DACName_VsumCol)     {
    dacchannel_=pos::k_DACAddress_VsumCol      ;
  } else if (name==pos::k_DACName_Vcal)        {
    dacchannel_=pos::k_DACAddress_Vcal         ;
  } else if (name==pos::k_DACName_CalDel)      {
    dacchannel_=pos::k_DACAddress_CalDel       ;
  } else if (name==pos::k_DACName_WBC)         {
    dacchannel_=pos::k_DACAddress_WBC          ;
  } else if (name==pos::k_DACName_ChipContReg) {
    dacchannel_=pos::k_DACAddress_ChipContReg  ;
  } else {
    std::cout << __LINE__ << "]\t[PixelDACScanRange::setDACChannel()]\t\t\t    " 
              << "The dac name: " << name << " is unknown!" << std::endl;
    assert(0);
  }
}