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#include "CondFormats/SiStripObjects/interface/CalibrationScanAnalysis.h"
#include "DataFormats/SiStripCommon/interface/SiStripHistoTitle.h"
#include "DataFormats/SiStripCommon/interface/SiStripEnumsAndStrings.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include <iostream>
#include <sstream>
#include <iomanip>
#include <cmath>
using namespace sistrip;
const float CalibrationScanAnalysis::minAmplitudeThreshold_ = 50;
const float CalibrationScanAnalysis::minBaselineThreshold_ = -50;
const float CalibrationScanAnalysis::maxBaselineThreshold_ = 50;
const float CalibrationScanAnalysis::maxChi2Threshold_ = 3;
const float CalibrationScanAnalysis::minDecayTimeThreshold_ = 30;
const float CalibrationScanAnalysis::maxDecayTimeThreshold_ = 250;
const float CalibrationScanAnalysis::minPeakTimeThreshold_ = 40;
const float CalibrationScanAnalysis::maxPeakTimeThreshold_ = 130;
const float CalibrationScanAnalysis::minRiseTimeThreshold_ = 10;
const float CalibrationScanAnalysis::maxRiseTimeThreshold_ = 100;
const float CalibrationScanAnalysis::minTurnOnThreshold_ = 5;
const float CalibrationScanAnalysis::maxTurnOnThreshold_ = 40;
const float CalibrationScanAnalysis::minISHAforVFSTune_ = 30;
const float CalibrationScanAnalysis::maxISHAforVFSTune_ = 110;
const float CalibrationScanAnalysis::VFSrange_ = 20;
CalibrationScanAnalysis::CalibrationScanAnalysis(const uint32_t& key, const bool& deconv)
: CommissioningAnalysis(key, "CalibrationScanAnalysis"), deconv_(deconv) {
isha_ = VInt(2, sistrip::invalid_);
vfs_ = VInt(2, sistrip::invalid_);
tunedAmplitude_ = VFloat(2, sistrip::invalid_);
tunedTail_ = VFloat(2, sistrip::invalid_);
tunedRiseTime_ = VFloat(2, sistrip::invalid_);
tunedDecayTime_ = VFloat(2, sistrip::invalid_);
tunedTurnOn_ = VFloat(2, sistrip::invalid_);
tunedPeakTime_ = VFloat(2, sistrip::invalid_);
tunedUndershoot_ = VFloat(2, sistrip::invalid_);
tunedBaseline_ = VFloat(2, sistrip::invalid_);
tunedSmearing_ = VFloat(2, sistrip::invalid_);
tunedChi2_ = VFloat(2, sistrip::invalid_);
tunedISHA_ = VInt(2, sistrip::invalid_);
tunedVFS_ = VInt(2, sistrip::invalid_);
}
// ----------------------------------------------------------------------------
//
CalibrationScanAnalysis::CalibrationScanAnalysis(const bool& deconv)
: CommissioningAnalysis("CalibrationScanAnalysis"), deconv_(deconv) {
isha_ = VInt(2, sistrip::invalid_);
vfs_ = VInt(2, sistrip::invalid_);
tunedAmplitude_ = VFloat(2, sistrip::invalid_);
tunedTail_ = VFloat(2, sistrip::invalid_);
tunedRiseTime_ = VFloat(2, sistrip::invalid_);
tunedDecayTime_ = VFloat(2, sistrip::invalid_);
tunedTurnOn_ = VFloat(2, sistrip::invalid_);
tunedPeakTime_ = VFloat(2, sistrip::invalid_);
tunedUndershoot_ = VFloat(2, sistrip::invalid_);
tunedBaseline_ = VFloat(2, sistrip::invalid_);
tunedSmearing_ = VFloat(2, sistrip::invalid_);
tunedChi2_ = VFloat(2, sistrip::invalid_);
tunedISHA_ = VInt(2, sistrip::invalid_);
tunedVFS_ = VInt(2, sistrip::invalid_);
}
// ----------------------------------------------------------------------------
//
void CalibrationScanAnalysis::addOneCalibrationPoint(const std::string& key) // key of form isha_%d_vfs_%d
{
amplitude_[key] = VFloat(2, sistrip::invalid_);
tail_[key] = VFloat(2, sistrip::invalid_);
riseTime_[key] = VFloat(2, sistrip::invalid_);
turnOn_[key] = VFloat(2, sistrip::invalid_);
peakTime_[key] = VFloat(2, sistrip::invalid_);
undershoot_[key] = VFloat(2, sistrip::invalid_);
baseline_[key] = VFloat(2, sistrip::invalid_);
smearing_[key] = VFloat(2, sistrip::invalid_);
chi2_[key] = VFloat(2, sistrip::invalid_);
decayTime_[key] = VFloat(2, sistrip::invalid_);
isvalid_[key] = VBool(2, sistrip::invalid_);
}
// ----------------------------------------------------------------------------
//
void CalibrationScanAnalysis::reset() {
isha_ = VInt(2, sistrip::invalid_);
vfs_ = VInt(2, sistrip::invalid_);
tunedAmplitude_ = VFloat(2, sistrip::invalid_);
tunedTail_ = VFloat(2, sistrip::invalid_);
tunedRiseTime_ = VFloat(2, sistrip::invalid_);
tunedDecayTime_ = VFloat(2, sistrip::invalid_);
tunedTurnOn_ = VFloat(2, sistrip::invalid_);
tunedPeakTime_ = VFloat(2, sistrip::invalid_);
tunedUndershoot_ = VFloat(2, sistrip::invalid_);
tunedBaseline_ = VFloat(2, sistrip::invalid_);
tunedSmearing_ = VFloat(2, sistrip::invalid_);
tunedChi2_ = VFloat(2, sistrip::invalid_);
tunedISHA_ = VInt(2, sistrip::invalid_);
tunedVFS_ = VInt(2, sistrip::invalid_);
for (const auto& key : amplitude_) {
amplitude_[key.first] = VFloat(2, sistrip::invalid_);
tail_[key.first] = VFloat(2, sistrip::invalid_);
riseTime_[key.first] = VFloat(2, sistrip::invalid_);
turnOn_[key.first] = VFloat(2, sistrip::invalid_);
peakTime_[key.first] = VFloat(2, sistrip::invalid_);
undershoot_[key.first] = VFloat(2, sistrip::invalid_);
baseline_[key.first] = VFloat(2, sistrip::invalid_);
smearing_[key.first] = VFloat(2, sistrip::invalid_);
chi2_[key.first] = VFloat(2, sistrip::invalid_);
decayTime_[key.first] = VFloat(2, sistrip::invalid_);
}
}
// ----------------------------------------------------------------------------
//
void CalibrationScanAnalysis::print(std::stringstream& ss, uint32_t iapv) {
header(ss);
ss << " Monitorables for APV number : " << iapv;
if (iapv == 0) {
ss << " (first of pair)";
} else if (iapv == 1) {
ss << " (second of pair)";
}
ss << std::endl;
ss << " Looking at key " << amplitude_.begin()->first << std::endl;
ss << " Amplitude of the pulse : " << amplitude_[amplitude_.begin()->first][iapv] << std::endl
<< " Baseline : " << baseline_[amplitude_.begin()->first][iapv] << std::endl
<< " Rise time : " << riseTime_[amplitude_.begin()->first][iapv] << std::endl
<< " Turn-on time : " << turnOn_[amplitude_.begin()->first][iapv] << std::endl
<< " Peak time : " << peakTime_[amplitude_.begin()->first][iapv] << std::endl
<< " Undershoot : " << undershoot_[amplitude_.begin()->first][iapv] << std::endl
<< " Time constant : " << decayTime_[amplitude_.begin()->first][iapv] << std::endl
<< " Smearing : " << smearing_[amplitude_.begin()->first][iapv] << std::endl
<< " Chi2 : " << chi2_[amplitude_.begin()->first][iapv] << std::endl;
if (deconvMode()) {
ss << "Data obtained in deconvolution mode." << std::endl;
} else {
ss << "Data obtained in peak mode." << std::endl;
}
}
bool CalibrationScanAnalysis::isValid() const { return true; }
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