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Copy pathVG_writeVBF.cpp
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VG_writeVBF.cpp
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#include "VBF/VBankFileWriter.h"
#include "VBF/VPacket.h"
#include "VBF/VArrayEvent.h"
#include "VBF/VDatum.h"
#include "VBF/VEventType.h"
#include "VBF/VSimulationHeader.h"
#include "VBF/VSimulationData.h"
#include "VBF/VCorsikaSimulationData.h"
#include "VBF/VConfigMaskUtil.h"
#include "VATime.h"
using namespace VConfigMaskUtil;
#include <iostream>
#include <cstdlib>
#include <fstream>
#include <string>
#include <sstream>
#include <vector>
#include <cmath>
#include <time.h>
#include <vector>
#include "TROOT.h"
#include "TRandom3.h"
#include "VG_writeVBF.h"
#define DEBUG(x) std::cerr << #x << " = " << x << std::endl
VG_writeVBF::VG_writeVBF(const int &numTel,
const std::vector<unsigned> &numPixTel,
const std::string &vbfFileName,
const long &vbfRunNumber,
const int &debugLevel):
fnbr_tel(numTel),
fnumPixV(numPixTel),
fVbfFileName(vbfFileName),
fRunNumber(vbfRunNumber),
fDebugLevel(debugLevel)
{
if (fnbr_tel ==0) {
std::cerr << "vbf constructor: number of telescope = 0" << std::endl;
std:: cerr << " shutting down" << std::endl;
exit(0);
}
if (fnumPixV.size() != fnbr_tel) {
std::cerr << "vbf constructor: number of pixel totals: "
<< fnumPixV.size() << " != number of telescopes"
<< std::endl;
std:: cerr << " shutting down" << std::endl;
exit(0);
}
initialize();
// make the configuration mask (brute force)
std::ostringstream os;
for (unsigned i=0;i<fnbr_tel;i++) {
os << i << ","; // may have an extra comma? at the end, works ok though
}
fConfigMaskAll = os.str(); // for all telescopes
fCMaskAll = (uint8_t)toDAQMask(parseConfigMask(fConfigMaskAll.c_str()));
if (fDebugLevel > 0) {
std::cerr << "************* in constructor ***********" << std::endl;
std::cerr << " fnbr_tel: " << fnbr_tel << std::endl;
std::cerr << " number of pixels in each telescope" << std::endl;
for (unsigned tel=0;tel<fnbr_tel;tel++) {
std::cerr << " " << fnumPixV[tel] << " ";
}
std::cerr << std::endl;
std::cerr << " parameters for VBankFileWriter " << std::endl;
std::cerr <<" fVbfFileName: " << fVbfFileName << std::endl;
std::cerr <<" fRunNumber: " << fRunNumber << std::endl;
std::cerr <<" fConfigMaskAll: " << fConfigMaskAll << std::endl;
std::cerr <<" writing VBankFileWriter " << std::endl;
}
// open vbf file for writing
pfWriter = new VBankFileWriter(fVbfFileName,fRunNumber,
parseConfigMask(fConfigMaskAll.c_str()));
if (pfWriter==NULL){
printf(" vbf file failed to open: %s\n",fVbfFileName.c_str());
exit(EXIT_FAILURE);
}
}
//********************** initialize() ********************
void VG_writeVBF::initialize() {
frand = new TRandom3();
setSeed(); // set to default seed
fCorsikaParticleIDType = 0; // initialize to kascade ID type
fFirstArgon = true;
fEventNumber = 0;
fPedEventCount = 0;
fPedFlag = true;
fPedFileName = "";
fPedTimeInterval = 1;
fFirstValidEventTimeStr = "2006-11-28 02:00:00.000000000 GPS";
fEventRatePerSec = 100.0;
fMeanTimeBetweenEventsSec = 1/fEventRatePerSec;
fEventTime = 0;
fPedEventTime = 0;
packet = 0;
ae = 0;
event = 0;
at = 0;
simu_data = 0;
cors_data = 0;
fEvType = new VEventType();
fEvType->setNewStyleCode(1);
fnumFADCSamples = 24;
fnumPmts = 0;
ftriggered_readout = false;
fnum_vevent = 0;
// initializations for VERITAS, have to change for different cameras
fmaxNumChannels = 500; // for veritas
// create vector containing all pixel locations
fTelPixV = new std::vector< std::vector<VPixelLocation> >(fnbr_tel);
// reserve sufficient space for ease in addressing vector later
for (unsigned tel=0;tel<fnbr_tel;tel++) {
(*fTelPixV)[tel].resize(fnumPixV[tel]);
}
// reserve sufficient space in telescope vectors
fTelSouth.resize(fnbr_tel);
fTelEast.resize(fnbr_tel);
fTelUp.resize(fnbr_tel);
aztel.resize(fnbr_tel);
eltel.resize(fnbr_tel);
}
//************************** setTelescopeLocations *************************************
void VG_writeVBF::setTelescopeLocations(const int & telId,
const float & telSouthLoc,
const float & telEastLoc,
const float & telUpLoc) {
fTelSouth[telId] = telSouthLoc;
fTelEast[telId] = telEastLoc;
fTelUp[telId] = telUpLoc;
}
//**************************** setPixelLocations ***********************************
void VG_writeVBF::setPixelLocations(const int &telId, const int &pixId,
const float &pixEastLocDeg,
const float &pixUpLocDeg,
const float &pixRadDeg) {
(*fTelPixV)[telId][pixId].fPixLocEastAtStowDeg = pixEastLocDeg;
(*fTelPixV)[telId][pixId].fPixLocUpAtStowDeg = pixUpLocDeg;
(*fTelPixV)[telId][pixId].fPixRadiusDeg = pixRadDeg;
}
//******************* makeSimulationHeader ********************************************
bool VG_writeVBF::makeSimulationHeader(std::string &configFilePlus,
const std::string &simulator,
const float &obserAltitudeM,
const uint32_t &simulationPackage,
const uint32_t &atmosphericModel) {
fSimConfigFile = configFilePlus;
std::string fSimulator = simulator;
uword32 fSimulationPackage = simulationPackage;
uword32 fAtmosphericModel = atmosphericModel;
fObsAlt = obserAltitudeM;
// create and store simulation header in event 0.
// use new packet variable, don't have to call make_packet
VPacket *packet=new VPacket();
// Get present time
uint32_t y,m,d;
time_t t1 = time(NULL);
tm *now = localtime(&t1);
y = now->tm_year + 1900;
m = now->tm_mon + 1;
d = now->tm_mday;
uword32 fDateOfSimsUTC = y*10000ULL + m*100ULL + d;
uword32 fDateOfArrayForSims = fDateOfSimsUTC;
// create VArrayConfiguration vector
std::vector<VArrayConfiguration> fArray;
for (unsigned tel=0;tel<fnbr_tel;tel++) {
VArrayConfiguration fArTel;
fArTel.fRelTelLocSouthM = fTelSouth[tel];
fArTel.fRelTelLocEastM = fTelEast[tel];
fArTel.fRelTelLocUpM = fTelUp[tel];
fArTel.fCamera = (*fTelPixV)[tel];
fArray.push_back(fArTel);
}
if (fDebugLevel>0) {
std::cerr << "************* in makeSimulationHeader *******"
<< std::endl;
std::cerr << " parameters for VSimulationHeader Constructor"
<< std::endl;
std::cerr << " fDateOfSimsUTC: " << fDateOfSimsUTC
<< std::endl;
std::cerr << " fSimulationPackage: " << fSimulationPackage
<< std::endl;
std::cerr << " fSimulator: " << fSimulator << std::endl;
std::cerr << " fDateOfArrayForSims: " << fDateOfArrayForSims
<< std::endl;
std::cerr << " fObsAlt: " << fObsAlt << std::endl;
std::cerr << " fSimConfigFile: " << fSimConfigFile
<< std::endl;
std::cerr << "print fArray with fDebugLevel >= 2" << std::endl;
}
if (fDebugLevel > 1) {
std::cerr << "**************in makeSimulationHeader *******"
<< std::endl;
std::cerr << " printing fArray, this may take some space"
<< std::endl;
std::cerr << " telescope locations south east up" << std::endl
<< std::endl;
for (unsigned tel = 0; tel < fnbr_tel;tel++) {
std::cerr << tel << " " << fArray[tel].fRelTelLocSouthM << " "
<< fArray[tel].fRelTelLocEastM << " "
<< fArray[tel].fRelTelLocUpM << std::endl << std::endl;
}
std::cerr << std::endl;
std::cerr << " pixel locations, telescope, East,Up Radius"
<< std::endl;
for (unsigned tel = 0; tel < fnbr_tel;tel++) {
for (unsigned pix = 0;pix < fnumPixV[tel];pix++) {
float east = fArray[tel].fCamera[pix].fPixLocEastAtStowDeg;
float up = fArray[tel].fCamera[pix].fPixLocEastAtStowDeg;
float rad = fArray[tel].fCamera[pix].fPixLocEastAtStowDeg;
std::cerr << tel << " " << pix << " "
<< east << " " << up << " " << rad << std::endl;
}
std::cerr << std::endl;
}
}
VSimulationHeader * pfSimHead =
new VSimulationHeader(fDateOfSimsUTC,fSimulationPackage,
fSimulator,fDateOfArrayForSims,
fAtmosphericModel,fObsAlt,fArray,
fSimConfigFile);
// Put the simulation header data into the packet
packet->put(VGetSimulationHeaderBankName(), pfSimHead);
if (!packet->has(VGetSimulationHeaderBankName()) ) {
showXErrorVbfWriter("VG_writeVBF: No SimulationHeader bank in packet \
but we just put one in");
}
// finally, write the packet into the file
pfWriter->writePacket(fEventNumber, packet);
// dispose of the packet, so that we don't leak memory
delete packet;
fEventNumber++; // increment event number
return true;
}
/************************ setPedestalParameters **********************************/
void VG_writeVBF::setPedestalParameters(const bool &makePedsFlag,
const int &pedTimeIntervalS,
const std::string &pedFileName) {
fPedFlag = makePedsFlag;
fPedTimeInterval = pedTimeIntervalS;
fPedFileName = pedFileName;
if (fDebugLevel > 0) {
std::cerr << "******** in setPedestalParameters ********" << std::endl;
DEBUG(fPedFlag); DEBUG(fPedTimeInterval); DEBUG(fPedFileName);
}
}
/************************** setFirstEventTimeString ********************************/
void VG_writeVBF::setFirstEventTimeString(const std::string &firstEventTime) {
fFirstValidEventTimeStr = firstEventTime;
if (fDebugLevel > 0) {
std::cerr << "********** in setFirstEventTimeString ******"
<< std::endl;
DEBUG(fFirstValidEventTimeStr);
std::cerr << std::endl;
}
}
/************************* setShowerFrequencyHz *********************************/
void VG_writeVBF::setShowerFrequencyHz(const double &showerfreq) {
fEventRatePerSec = showerfreq;
fMeanTimeBetweenEventsSec = 1.0/fEventRatePerSec;
if (fDebugLevel > 0) {
std::cerr << "******** in setShowerFrequencyHz ***** " << std::endl;
DEBUG(fEventRatePerSec);
}
}
/************************* makeEventTimeClasses *********************************/
bool VG_writeVBF::makeEventTimeClasses() {
// set initial event time
fEventTime = new VATime();
fEventTime->setFromString(fFirstValidEventTimeStr);
if (fDebugLevel > 0) {
std::cerr << "********** in makeEventTimeClasses ***********" << std::endl;
std::cerr << " fPedFlag: " << fPedFlag << std::endl;
std::cerr << " calling test_vatime for fEventTime" << std::endl;
testVATime(fEventTime);
}
if (fPedFlag) {
fPedEventTime = new VATime();
fPedEventTime->setFromString(fFirstValidEventTimeStr);
// make sure ns = 0
uint32_t fYear,fMonth,fDay,H,M,S,NS;
fPedEventTime->getCalendarDate(fYear,fMonth,fDay);
fPedEventTime->getTime(H,M,S,NS);
NS=0; //On the tick!
fPedEventTime->setFromCalendarDateAndTime(fYear,fMonth,fDay,
H,M,S,NS);
if (fDebugLevel > 0) {
std::cerr << " pedestal event time " << std::endl;
testVATime(fPedEventTime);
}
}
// this ensures that the first event will be a pedestal event
incrementEventTime();
return true;
}
/************************* setAzimElevTelDeg *********************************/
void VG_writeVBF::setAzimElevTelDeg(const unsigned &telId,
const float &azimDeg,
const float &elevDeg) {
aztel[telId] = azimDeg;
eltel[telId] = elevDeg;
}
/************************ makePacket **********************************/
bool VG_writeVBF::makePacket() {
if (fDebugLevel > 0) {
std::cerr << "*********in makePacket ******** " << std::endl;
std::cerr << " fpedestalevent: " << fpedestalevent
<< std::endl;
}
if (packet !=0) {
showXErrorVbfWriter("attempting to make packet with packet != 0");
}
packet = new VPacket();
// initialize parameters
fCMaskTrig = 0;
// set time for packet, depends on pedestal or data event
// all events and array trigger will have this time.
// set event type and GPS variables for later use.
if (fpedestalevent) {
fPedEventTime->getForVBF(fGPSYear,5,fGPSWords);
fEvType->trigger = VEventType::PED_TRIGGER;
}
else {
fEventTime->getForVBF(fGPSYear,5,fGPSWords);
fEvType->trigger = VEventType::L2_TRIGGER;
}
// time will be incremented in store_packet.
return true;
}
/************************* storePacket *********************************/
bool VG_writeVBF::storePacket() {
if (packet==0) {
showXErrorVbfWriter(" can't write packet, packet = 0");
}
pfWriter->writePacket(fEventNumber,packet);
delete packet;
packet = 0; // set pointers to zero
ae = 0;
at = 0;
fEventNumber++;
if (fpedestalevent) {
incrementPedTime();
fPedEventCount++;
}
else {
incrementEventTime();
}
if (events.size()) events.clear();
return true;
}
/********************** makeEvent ************************************/
bool VG_writeVBF::makeEvent() {
if (fDebugLevel > 0) {
std::cerr << "******** in make_event *******" << std::endl;
DEBUG(fEventNumber);
DEBUG(fcurrent_tel);
DEBUG(fnumFADCSamples);
DEBUG(fmaxNumChannels);
}
events.push_back(new VEvent());
event = events.back();
uint16_t rct = 1;
event->resizeClockTrigData(rct);
event->setEventNumber(fEventNumber);
event->setCompressedBit(true);
event->setNodeNumber((uint8_t)fcurrent_tel);
if (fDebugLevel > 0) {
std::cerr << "TRIGGERMASKEVENT: fCMaskTrig "
<< (unsigned)fCMaskTrig << std:: endl;
}
event->setTriggerMask(fCMaskTrig);
// initialize clock trigger boards
for (unsigned k=0;k<event->getNumClockTrigBoards();k++) {
for (unsigned l=0;l<7;l++) {
event->getClockTrigData(k)[l]=0;
}
}
event->resizeChannelData((uint16_t)fnumFADCSamples,
(uint16_t)fmaxNumChannels);
event->resizeChannelBits((uint16_t)fmaxNumChannels);
event->setFlags(1); // enable compression
// store event type and store GPS times
event->setEventType(*fEvType); // set in make_packet
event->getGPSTime()[0] = fGPSWords[0];
event->getGPSTime()[1] = fGPSWords[1];
event->getGPSTime()[2] = fGPSWords[2];
event->getGPSTime()[3] = fGPSWords[3];
event->getGPSTime()[4] = fGPSWords[4];
event->setGPSYear(fGPSYear);
// initialize event pixel variables, same for peds and data
for (unsigned k=0;k<fmaxNumChannels;k++) {
event->setTriggerBit(k,false); // no channels triggered
event->setHitBit(k,true); // all passed zero suppression
setPixel( (int)k);
setChargePedHigain();
// zero fadc samples also
for (unsigned fs=0;fs<fnumFADCSamples;fs++) {
int samnum = (int)fs;
int initzero = 0;
storeSample(samnum,initzero);
}
}
return true;
}
/*********************** storeEvent ***********************************/
bool VG_writeVBF::storeEvent() {
if (fDebugLevel > 0) {
std::cerr << "******** in store_event *******" << std::endl;
}
if (ae!=0) {
ae->addEvent(event);
}
else {
showXErrorVbfWriter("no arrayevent in store_event");
}
// increment count of stored events
fnum_vevent++;
return true;
}
/************************* makeArrayEvent *********************************/
bool VG_writeVBF::makeArrayEvent() {
if(fDebugLevel > 0) {
std::cerr << "************ in make_arrayevent() *****" << std::endl;
DEBUG(fEventNumber);
}
if (events.size()) {
std::cerr << " events.size non-zero, in make_arrayevent " <<
fEventNumber << std::endl;
events.clear();
}
fnum_vevent = 0;
if (ae == 0) {
ae = new VArrayEvent(fRunNumber);
}
else {
showXErrorVbfWriter("trying to create arrayevent with ae !=0");
}
return true;
}
/**************************** storeArrayEvent ******************************/
bool VG_writeVBF::storeArrayEvent() {
packet->putArrayEvent(ae);
if (!packet->hasArrayEvent()) {
showXErrorVbfWriter("packet has no arrayevent even thou one was written");
}
return true;
}
/*************************** storeSample *******************************/
void VG_writeVBF::storeSample(int &ti,int &iDC) {
// store time slice in event.
if (fDebugLevel > 3) {
std::cerr << "********* store_sample tel pix ti iDC: "
<< fcurrent_tel << " " << fcurrent_pix
<< " " << ti << " "
<< iDC << std::endl;
}
unsigned uti = (unsigned) ti;
uint8_t iDC_unsign = (uint8_t) iDC;
event->setSample(fcurrent_pix, uti,iDC_unsign);
}
/*************************** setChargePedHigain *******************************/
void VG_writeVBF::setChargePedHigain() {
uword16 chped = 0;
event->setCharge(fcurrent_pix,chped);
event->setPedestal(fcurrent_pix,chped);
event->setHiLo(fcurrent_pix,false); // initialize HiLo gain here also
}
/**************************** makeVSimulationData1 ******************************/
bool VG_writeVBF::makeVSimulationData1() {
float fEnergyGeV; // parameters for VSimulationData
float fObservationZenithDeg;
float fObservationAzimuthDeg;
float fPrimaryZenithDeg;
float fPrimaryAzimuthDeg;
float fCoreEastM;
float fCoreSouthM;
float fCoreElevationMASL;
uword32 fCORSIKAParticleID;
// fdim computes the positive difference between the two arguments
fObservationZenithDeg = fdimf(90.0,eltel[0]);
fObservationAzimuthDeg = aztel[0];
// set these to zero for now for pedestal events
fEnergyGeV=0.0; // parameters for VSimulationData
fPrimaryZenithDeg=0.0;
fPrimaryAzimuthDeg=0.0;
fCoreEastM=0.0;
fCoreSouthM=0.0;
fCoreElevationMASL=0.0;
fCORSIKAParticleID=1;
// kludges
float fRefZenithDeg=fPrimaryZenithDeg; //assumes point source
float fRefAzimuthDeg=fPrimaryAzimuthDeg; //assumes point sourcex
float fRefPositionAngleDeg=0;
simu_data = new VSimulationData(fCORSIKAParticleID,fEnergyGeV,
fObservationZenithDeg, fObservationAzimuthDeg,
fPrimaryZenithDeg, fPrimaryAzimuthDeg,
fRefZenithDeg,
fRefAzimuthDeg, fRefPositionAngleDeg,
fCoreEastM,fCoreSouthM,fCoreElevationMASL);
packet->putSimulationData(simu_data);
return true;
}
/**************************** makeVSimulationData ******************************/
bool VG_writeVBF::makeVSimulationData(const float &energyGeV,
const float &primaryZenithAngleDeg,
const float &primaryAzimuthDeg,
const float &primaryCoreEastM,
const float &primaryCoreSouthM,
const float &primaryCoreElevMASL,
const float &firstInteractionHeight,
const float &firstInteractionDepth,
const uint32_t &corsikaParticleID,
const u_int32_t &corsikaRunNumber,
const u_int32_t &fShowerID) {
float fEnergyGeV; // parameters for VSimulationData
float fObservationZenithDeg;
float fObservationAzimuthDeg;
float fPrimaryZenithDeg;
float fPrimaryAzimuthDeg;
float fCoreEastM;
float fCoreSouthM;
float fCoreElevationMASL;
float fFirstInteractionHeight;
float fFirstInteractionDepth;
uword32 fCORSIKAParticleID;
u_int32_t uShowerID;
u_int32_t uCorsikaRunNumber;
fEnergyGeV = energyGeV; // 0.0 default
fPrimaryZenithDeg = primaryZenithAngleDeg; // 0.0 default
fPrimaryAzimuthDeg = primaryAzimuthDeg; // 0.0 default
fCoreEastM = primaryCoreEastM; // 0.0 default
fCoreSouthM = primaryCoreSouthM; // 0.0 default
fCoreElevationMASL = primaryCoreElevMASL; // 0.0 default
fFirstInteractionHeight = firstInteractionHeight; // 0.0 default
fFirstInteractionDepth = firstInteractionDepth; // 0.0 default
fCORSIKAParticleID = corsikaParticleID; // 1 default
uShowerID = fShowerID; // 0 default
uCorsikaRunNumber = corsikaRunNumber; // 0 default
// if fCoreElevationMASL < 0.0, set to observatory height
if (fCoreElevationMASL < 0.0) {
fCoreElevationMASL = fObsAlt;
}
fObservationZenithDeg = 90.0 - eltel[0];
fObservationAzimuthDeg = aztel[0];
if (fCorsikaParticleIDType == 0) {
fCORSIKAParticleID = KascadeType2CorsikaType(fCORSIKAParticleID);
}
float fRefZenithDeg=fPrimaryZenithDeg; //assumes point source
float fRefAzimuthDeg=fPrimaryAzimuthDeg; //assumes point sourcex
float fRefPositionAngleDeg=0;
if (fDebugLevel > 0) {
std::cerr << "************** in makeVSimulationData ********" << std::endl;
std::cerr << " VSimulationData Parameters " << std::endl;
DEBUG(fCORSIKAParticleID); DEBUG(fEnergyGeV);
DEBUG(fObservationZenithDeg); DEBUG(fObservationAzimuthDeg);
DEBUG(fPrimaryZenithDeg); DEBUG(fPrimaryAzimuthDeg);
DEBUG(fRefZenithDeg); DEBUG(fRefAzimuthDeg);
DEBUG(fRefPositionAngleDeg); DEBUG(fCoreEastM);
DEBUG(fCoreSouthM); DEBUG(fCoreElevationMASL);
DEBUG(fFirstInteractionHeight); DEBUG(fFirstInteractionDepth);
DEBUG(uShowerID); DEBUG(uCorsikaRunNumber);
}
simu_data = new VSimulationData(fCORSIKAParticleID,fEnergyGeV,
fObservationZenithDeg, fObservationAzimuthDeg,
fPrimaryZenithDeg, fPrimaryAzimuthDeg,
fRefZenithDeg,
fRefAzimuthDeg, fRefPositionAngleDeg,
fCoreEastM,fCoreSouthM,fCoreElevationMASL);
packet->putSimulationData(simu_data);
cors_data = new VCorsikaSimulationData( fFirstInteractionHeight, fFirstInteractionDepth, uCorsikaRunNumber, uShowerID );
packet->putCorsikaSimulationData( cors_data );
if (!packet->has(VGetSimulationDataBankName()) ) {
showXErrorVbfWriter(" packet has no simulation_data_bank as it should ");
}
return true;
}
/*************************** makeArrayTrigger *******************************/
bool VG_writeVBF::makeArrayTrigger(const std::vector<int> &localTriggerV) {
fCMaskTrig = 0;
if (fDebugLevel > 0) {
std::cerr << "********* in makeArrayTrigger(localTriggerV) ******"
<< std::endl;
std::cerr << " making VArrayTrigger for data " << std::endl;
std::cerr << " trigger vector size: "
<< localTriggerV.size() << std::endl;
std::cerr << " local trigger vector " << std::endl;
for (unsigned i = 0;i<fnbr_tel;i++) {
std::cerr << " " << i << " " << localTriggerV[i] << std::endl;
}
std::cerr << std::endl;
}
if (localTriggerV.size() != fnbr_tel ) {
showXErrorVbfWriter("size of localTriggerV != fnbr_tel");
}
// make an array trigger when need indiv. telescope triggering
// information
if (at == 0) {
at = new VArrayTrigger();
}
else {
showXErrorVbfWriter("can't make VArrayTrigger since at != 0 ");
}
// make event types, for non-forced and forced
VEventType evtype_trig(VEventType::L2_TRIGGER,false,false,
VEventType::NOT_CALIBRATION,false);
ubyte rawcode_trig = evtype_trig.getBestNewStyleCode();
VEventType evtype_force(VEventType::L2_TRIGGER,true,false,
VEventType::NOT_CALIBRATION,false);
ubyte rawcode_force = evtype_force.getBestNewStyleCode();
// set up trig_tel and data_tel vectors
std::vector<unsigned> trig_tel;
std::vector<unsigned> data_tel;
// trig_bool[tel] = true if telescope,tel, triggered
std::vector<bool> trig_bool(fnbr_tel,false);
for (unsigned tel = 0;tel<fnbr_tel;tel++) {
if (localTriggerV[tel] > 0.5) {
trig_tel.push_back(tel);
data_tel.push_back(tel);
trig_bool[tel] = true;
}
else {
if (ftriggered_readout) {
data_tel.push_back(tel);
}
}
}
fnumTelsWithData = data_tel.size();
fnumTrigTels = trig_tel.size();
if (fDebugLevel > 0) {
std::cerr << " array trigger set parameters " << std::endl;
std::cerr << " fnumTelsWithData: " << " "
<< fnumTelsWithData << std::endl;
std::cerr << " fnumTrigTels: "
<< fnumTrigTels << std::endl;
std::cerr << " fEventNumber: " << fEventNumber
<< std::endl;
std::cerr << " fRunNumber: " <<fRunNumber
<< std::endl;
std::cerr << " eventtype: " << (unsigned int)rawcode_force
<< std::endl;
}
at->resizeSubarrayTelescopes((uint8_t)fnumTelsWithData);
at->resizeTriggerTelescopes((uint8_t)fnumTrigTels);
at->setEventNumber((uint32_t)fEventNumber);
at->setNodeNumber(255);
at->setRunNumber((uint32_t)fRunNumber);
at->setFlags(0);
at->setATFlags(0);
// telescope pointing done in optics.h prior to this call
// set gps time, if pedestal, gps arrays set in make_packet
at->getGPSTime()[0]=fGPSWords[0];
at->getGPSTime()[1]=fGPSWords[1];
at->getGPSTime()[2]=fGPSWords[2];
at->getGPSTime()[3]=fGPSWords[3];
at->getGPSTime()[4]=fGPSWords[4];
at->setGPSYear(fGPSYear);
// set rawevent code, always the same for non-ped array trigger
at->setRawEventTypeCode(rawcode_trig);
for (unsigned i=0;i < fnumTelsWithData;i++) {
unsigned tel = data_tel.at(i); // triggered telescope number
at->setSubarrayTelescopeId(i,(uint32_t)tel);
if (trig_bool[tel]) {
at->setSpecificRawEventTypeCode(i,rawcode_trig);
at->setShowerDelay(i,0);
at->setCompDelay(i,0);
at->setAltitude(i,eltel[tel]);
at->setAzimuth(i,aztel[tel]);
at->setTDCTime(i,0);
}
else {
if (ftriggered_readout) {
at->setSpecificRawEventTypeCode(i,rawcode_force);
at->setShowerDelay(i,0);
at->setCompDelay(i,0);
at->setAltitude(i,eltel[tel]);
at->setAzimuth(i,aztel[tel]);
at->setTDCTime(i,0);
}
}
}
// set trigger telescope ids and trigger mask
std::ostringstream os;
for (unsigned i=0;i<fnumTrigTels;i++) {
unsigned tel = trig_tel.at(i); // triggered telescope number
at->setTriggerTelescopeId(i,(uint32_t)tel);
os << tel << ",";
}
std::string trigger_config_mask (os.str());
//std::cout << "trigger_config_mask: " << trigger_config_mask << std::endl;
fCMaskTrig =
toDAQMask(parseConfigMask(trigger_config_mask.c_str()));
at->setTriggerMask(fCMaskTrig);
// set configuration mask, always use full array of telescopes
//uint8_t fCMask=(uint8_t)toDAQMask(parseConfigMask(fConfigMaskAll.c_str()));
at->setConfigMask(fCMaskAll);
if (fDebugLevel > 0) {
std::cerr << "SETTRIGMASK DATA: " << (unsigned)at->getTriggerMask()
<< std::endl;
std::cerr << " trigger_config_mask: " << trigger_config_mask
<< std::endl;
std::cerr << " fCMaskTrig: " << (unsigned)fCMaskTrig
<< std::endl;
std::cerr << " fCMaskAll: " << (unsigned)fCMaskAll << std::endl;
std::cerr << "************* end of makeArrayTrigger()" << std::endl;
}
return true;
}
/*************************** makeArrayTrigger *******************************/
bool VG_writeVBF::makeArrayTrigger() {
// make an array trigger where all telescopes trigger
// appropriate for making pedestal events
// set trigger mask to all telescope triggering
// then VEvent triggermask will be correct.
fCMaskTrig = fCMaskAll;
if (fDebugLevel > 0) {
std::cerr << "******** in makeArrayTrigger() ********** " << std::endl;
std::cerr << " making VArrayTrigger for peds " << std::endl;
}
if (at == 0) {
at = new VArrayTrigger();
}
else {
showXErrorVbfWriter("can't make new VArrayTrigger, at !=0");
}
std::vector<unsigned> ftrig_tel; //!< list of triggered telescopes
std::vector<unsigned> fdata_tel;
// all telescopes trigger for ped evt
for (unsigned tel = 0;tel<fnbr_tel;tel++) {
ftrig_tel.push_back(tel);
fdata_tel.push_back(tel);
}
fnumTelsWithData = fnbr_tel; // ok for peds
if (fDebugLevel > 0) {
std::cerr << " array trigger set parameters " << std::endl;
std::cerr << " fnumTelsWithData: " << fnumTelsWithData
<< std::endl;
std::cerr << " fEventNumber: " << fEventNumber
<< std::endl;
std::cerr << " fRunNumber: " <<fRunNumber
<< std::endl;
}
at->resizeSubarrayTelescopes((uint8_t)fnumTelsWithData);
at->resizeTriggerTelescopes((uint8_t)fnumTelsWithData);
at->setEventNumber((uint32_t)fEventNumber);
at->setNodeNumber(255);
at->setRunNumber((uint32_t)fRunNumber);
at->setFlags(0); // on set ATflags?
at->setATFlags(0);
// use same config as for simulation header
//uint8_t fCMask= (uint8_t)toDAQMask(parseConfigMask(fConfigMaskAll.c_str()));
at->setConfigMask(fCMaskAll);
// set gps time, if pedestal, gps arrays set in make_packet
at->getGPSTime()[0]=fGPSWords[0];
at->getGPSTime()[1]=fGPSWords[1];
at->getGPSTime()[2]=fGPSWords[2];
at->getGPSTime()[3]=fGPSWords[3];
at->getGPSTime()[4]=fGPSWords[4];
at->setGPSYear(fGPSYear);
VEventType evtype_ped(VEventType::PED_TRIGGER,true,false,
VEventType::NOT_CALIBRATION,false);
ubyte ped_evtype = evtype_ped.getBestNewStyleCode();
if (fDebugLevel > 0) {
std::cerr << " ped_eventtype (10): " << (unsigned int)ped_evtype
<< std::endl;
}
at->setRawEventTypeCode(ped_evtype);
uint32_t iz = 0;
for (unsigned tel=0;tel < fnumTelsWithData;tel++) {
at->setSubarrayTelescopeId(tel,(uint32_t)tel);
at->setTriggerTelescopeId(tel,(uint32_t)tel);
at->setSpecificRawEventTypeCode(tel,ped_evtype);
at->setShowerDelay(tel,iz);
at->setCompDelay(tel,iz);
at->setAltitude(tel,eltel[tel]);
at->setAzimuth(tel,aztel[tel]);
at->setTDCTime(tel,iz);
}
at->setTriggerMask(fCMaskAll);
if (fDebugLevel > 0) {
std::cerr << "fCMaskAll: " << (unsigned)fCMaskAll << std::endl;
std::cerr << "PED at->getTriggerMask: " << (unsigned)at->getTriggerMask()
<< std::endl;
std::cerr << "************* end of makeArrayTrigger()" << std::endl;
}
return true;
}
/*************************** storeArrayTrigger *******************************/
bool VG_writeVBF::storeArrayTrigger() {
if (fDebugLevel > 0) {
std::cerr << "*********** in store_arraytrigger() *****" << std::endl;
}