AraEvent/AtriEventHkData.cxx
00001 00002 00003 00004 00005 00006 00007 00008 00009 #include "AtriEventHkData.h" 00010 #include "TMath.h" 00011 #include <iostream> 00012 #include <fstream> 00013 #include <cstring> 00014 ClassImp(AtriEventHkData); 00015 00016 AtriEventHkData::AtriEventHkData() 00017 { 00018 //Default Constructor 00019 } 00020 00021 AtriEventHkData::~AtriEventHkData() { 00022 //Default Destructor 00023 } 00024 00025 00026 AtriEventHkData::AtriEventHkData(AraEventHk_t *theHk) 00027 :RawAraGenericHeader(&(theHk->gHdr)) 00028 { 00029 unixTime=theHk->unixTime; 00030 unixTimeUs=theHk->unixTimeUs; 00031 firmwareVersion=theHk->firmwareVersion; 00032 firmwareVersionMaj = (firmwareVersion & 0xf000) >> 12; 00033 firmwareVersionMid = (firmwareVersion & 0xf00) >> 8; 00034 firmwareVersionMin = (firmwareVersion & 0xff); 00035 00036 memcpy(wilkinsonCounter,theHk->wilkinsonCounter,DDA_PER_ATRI*sizeof(UShort_t)); 00037 memcpy(wilkinsonDelay,theHk->wilkinsonDelay,DDA_PER_ATRI*sizeof(UShort_t)); 00038 ppsCounter=theHk->ppsCounter; 00039 clockCounter=theHk->clockCounter; 00040 00041 memcpy(l1ScalerSurface,theHk->l1ScalerSurface,ANTS_PER_TDA*sizeof(uint16_t)); 00042 memcpy(l1Scaler,theHk->l1Scaler,NUM_L1_SCALERS*sizeof(uint16_t)); 00043 memcpy(l2Scaler,theHk->l2Scaler,NUM_L2_SCALERS*sizeof(uint16_t)); 00044 memcpy(l3Scaler,theHk->l3Scaler,NUM_L3_SCALERS*sizeof(uint16_t)); 00045 memcpy(l4Scaler,theHk->l4Scaler,NUM_L4_SCALERS*sizeof(uint16_t)); 00046 memcpy(t1Scaler,theHk->t1Scaler,NUM_T1_SCALERS*sizeof(uint16_t)); 00047 memcpy(thresholdDac,theHk->thresholdDac,NUM_L1_SCALERS*sizeof(uint16_t)); 00048 memcpy(surfaceThresholdDac,theHk->surfaceThresholdDac,ANTS_PER_TDA*sizeof(uint16_t)); 00049 memcpy(vdlyDac,theHk->vdlyDac,DDA_PER_ATRI*sizeof(UShort_t)); 00050 memcpy(vadjDac,theHk->vadjDac,DDA_PER_ATRI*sizeof(UShort_t)); 00051 00052 if(firmwareVersionMaj > 0 || firmwareVersionMid >= 10){ 00053 evReadoutError = theHk->evReadoutError; 00054 evReadoutCountAvg = theHk->evReadoutCountAvg; 00055 evReadoutCountMin = theHk->evReadoutCountMin; 00056 blockBuffCountAvg = theHk->blockBuffCountAvg; 00057 blockBuffCountMax = theHk->blockBuffCountMax; 00058 digDeadTime = theHk->digDeadTime; 00059 buffDeadTime = theHk->buffDeadTime; 00060 totalDeadTime = theHk->totalDeadTime; 00061 } 00062 else{ 00063 evReadoutError=0; 00064 evReadoutCountAvg=0; 00065 evReadoutCountMin=0; 00066 blockBuffCountAvg=0; 00067 blockBuffCountMax=0; 00068 digDeadTime=0; 00069 buffDeadTime=0; 00070 totalDeadTime=0; 00071 } 00072 00073 00074 } 00075 00076 AtriEventHkData::AtriEventHkData(AraEventHk2_7_t *theHk) 00077 :RawAraGenericHeader(&(theHk->gHdr)) 00078 { 00079 unixTime=theHk->unixTime; 00080 unixTimeUs=theHk->unixTimeUs; 00081 firmwareVersion=theHk->firmwareVersion; 00082 firmwareVersion=theHk->firmwareVersion; 00083 firmwareVersionMaj = (firmwareVersion & 0xf000) >> 12; 00084 firmwareVersionMid = (firmwareVersion & 0xf00) >> 8; 00085 firmwareVersionMin = (firmwareVersion & 0xff); 00086 00087 memcpy(wilkinsonCounter,theHk->wilkinsonCounter,DDA_PER_ATRI*sizeof(UShort_t)); 00088 memcpy(wilkinsonDelay,theHk->wilkinsonDelay,DDA_PER_ATRI*sizeof(UShort_t)); 00089 ppsCounter=theHk->ppsCounter; 00090 clockCounter=theHk->clockCounter; 00091 00092 memcpy(vdlyDac,theHk->vdlyDac,DDA_PER_ATRI*sizeof(UShort_t)); 00093 memcpy(vadjDac,theHk->vadjDac,DDA_PER_ATRI*sizeof(UShort_t)); 00094 00095 evReadoutError=0; 00096 evReadoutCountAvg=0; 00097 evReadoutCountMin=0; 00098 blockBuffCountAvg=0; 00099 blockBuffCountMax=0; 00100 digDeadTime=0; 00101 buffDeadTime=0; 00102 totalDeadTime=0; 00103 00104 } 00105 00106 Double_t AtriEventHkData::wilkinsonCounterNs(Int_t dda){ 00107 if(dda >= DDA_PER_ATRI || dda < 0) return -1; 00108 Double_t wilkNs = wilkinsonCounter[dda]*(20.83/64.); 00109 return wilkNs; 00110 00111 } 00112 00113 00114 Double_t AtriEventHkData::getSingleChannelRateHz(Int_t tda, Int_t channel){ 00115 if(tda >= TDA_PER_ATRI || tda < 0) return -1; 00116 if(channel>= ANTS_PER_TDA || tda <0) return -1; 00117 uint8_t preScale=32; 00118 00119 return l1Scaler[tda*ANTS_PER_TDA+channel] * preScale; 00120 00121 } 00122 Double_t AtriEventHkData::getOneOfFourRateHz(Int_t tda){ 00123 if(tda >= TDA_PER_ATRI || tda < 0) return -1; 00124 uint8_t preScale=1; 00125 if(firmwareVersionMaj > 0 || firmwareVersionMid > 9 || firmwareVersionMin >= 40) preScale=64; 00126 00127 return l2Scaler[tda*4]*preScale; 00128 00129 00130 } 00131 Double_t AtriEventHkData::getTwoOfFourRateHz(Int_t tda){ 00132 if(tda >= TDA_PER_ATRI || tda < 0) return -1; 00133 return l2Scaler[tda*4+1]; 00134 00135 00136 } 00137 Double_t AtriEventHkData::getThreeOfFourRateHz(Int_t tda){ 00138 if(tda >= TDA_PER_ATRI || tda < 0) return -1; 00139 return l2Scaler[tda*4+2]; 00140 00141 00142 } 00143 Double_t AtriEventHkData::getThreeOfEightRateHz(Int_t tda_pair){ 00144 if(tda_pair > 1 || tda_pair <0) return -1; 00145 return l3Scaler[tda_pair]; 00146 00147 } 00148 00149 UInt_t AtriEventHkData::getSingleChannelThreshold(Int_t tda, Int_t channel) 00150 { 00152 00153 if(tda >= TDA_PER_ATRI || tda < 0) return -1; 00154 if(channel>= ANTS_PER_TDA || tda <0) return -1; 00155 return thresholdDac[channel+(tda*ANTS_PER_TDA)]; 00156 00157 }
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