#include <CSCXonStrip_MatchGatti.h>

Public Member Functions
	CSCXonStrip_MatchGatti (const edm::ParameterSet &ps)

void	findXOnStrip (const CSCDetId &id, const CSCLayer *layer, const CSCStripHit &stripHit, int centralStrip, float &xWithinChamber, float &stripWidth, const float &tpeak, float &xWithinStrip, float &sigma, int &quality_flag)
	Returns fitted local x position and its estimated error. More...

void	initChamberSpecs ()
	Use specs to setup Gatti parameters. More...

void	setConditions (const CSCRecoConditions *reco)
	Cache pointer to conditions data. More...

void	setupMatrix ()
	Set matrix for XT corrections and noise. More...

	~CSCXonStrip_MatchGatti ()

Private Member Functions
double	calculateXonStripError (float stripWidth, bool ME1_1)

double	calculateXonStripPosition (float stripWidth, bool ME1_1)

	CSCXonStrip_MatchGatti (const CSCXonStrip_MatchGatti &)

double	estimated2Gatti (double Xestimated, float StripWidth, bool ME1_1)

double	estimated2GattiCorrection (double Xestimated, float StripWidth, bool ME1_1)

void	getCorrectionValues (std::string Estimator)

void	hardcodedCorrectionInitialization ()

CSCXonStrip_MatchGatti &	operator= (const CSCXonStrip_MatchGatti &)

double	xfError_Noise (double noise)

double	xfError_XTasym (double XTasym)

Private Attributes
float	a11 [3]
	Store elements of auto-correlation matrices: 0 = left, 1 = middle, 2 = right. More...

float	a12 [3]

float	a13 [3]

float	a22 [3]

float	a23 [3]

float	a33 [3]

float	chargeSignal [3][3]

float	const_syst

float	const_syst_ME12

float	const_syst_ME13

float	const_syst_ME1a

float	const_syst_ME1b

float	const_syst_ME21

float	const_syst_ME22

float	const_syst_ME31

float	const_syst_ME32

float	const_syst_ME41

double	h

double	k_1

double	k_2

double	k_3

float	noise_level

float	noise_level_ME12

float	noise_level_ME13

float	noise_level_ME1a

float	noise_level_ME1b

float	noise_level_ME21

float	noise_level_ME22

float	noise_level_ME31

float	noise_level_ME32

float	noise_level_ME41

double	norm

double	q_sum

double	q_sumC

double	q_sumL

double	q_sumR

double	r

const CSCRecoConditions *	recoConditions_

const CSCChamberSpecs *	specs_

double	sqrt_k_3

float	stripWidth

bool	use3TimeBins

bool	useCalib

float	v11 [3]
	Store elements of matrices for chi^2 computation: 0 = left, 1 = middle, 2 = right. More...

float	v12 [3]

float	v13 [3]

float	v22 [3]

float	v23 [3]

float	v33 [3]

float	x_centralVal [n_val]

float	x_correction_ME1_1 [n_SW_ME1_1][n_val]

float	x_correction_noME1_1 [n_SW_noME1_1][n_val]

float	xt_asymmetry

float	xt_asymmetry_ME12

float	xt_asymmetry_ME13

float	xt_asymmetry_ME1a

float	xt_asymmetry_ME1b

float	xt_asymmetry_ME21

float	xt_asymmetry_ME22

float	xt_asymmetry_ME31

float	xt_asymmetry_ME32

float	xt_asymmetry_ME41

float	xt_l [3][3]
	x-talks 0 = left, 1 = middle, 2 = right ; and then second [] is for time bin tmax-1, tmax, tmax+1 More...

float	xt_lr0 [3]

float	xt_lr1 [3]

float	xt_lr2 [3]

float	xt_r [3][3]

float	xtalksOffset

Static Private Attributes
static const int	n_SW_ME1_1 = 6

static const int	n_SW_noME1_1 = 11

static const int	n_val = 501

Detailed Description

When having both strip and wire hit in a layer, use Gatti "matching" to calculate position ond error of strip hit.

Author: Stoyan Stoynev - NU

Definition at line 24 of file CSCXonStrip_MatchGatti.h.

Constructor & Destructor Documentation

◆ CSCXonStrip_MatchGatti() [1/2]

CSCXonStrip_MatchGatti::CSCXonStrip_MatchGatti ( const edm::ParameterSet & ps )

explicit

Definition at line 35 of file CSCXonStrip_MatchGatti.cc.

                                                                         : recoConditions_(nullptr) {
   useCalib = ps.getParameter<bool>("CSCUseCalibrations");
   xtalksOffset = ps.getParameter<double>("CSCStripxtalksOffset");
   noise_level_ME1a = ps.getParameter<double>("NoiseLevel_ME1a");
   xt_asymmetry_ME1a = ps.getParameter<double>("XTasymmetry_ME1a");
   const_syst_ME1a = ps.getParameter<double>("ConstSyst_ME1a");
   noise_level_ME1b = ps.getParameter<double>("NoiseLevel_ME1b");
   xt_asymmetry_ME1b = ps.getParameter<double>("XTasymmetry_ME1b");
   const_syst_ME1b = ps.getParameter<double>("ConstSyst_ME1b");
   noise_level_ME12 = ps.getParameter<double>("NoiseLevel_ME12");
   xt_asymmetry_ME12 = ps.getParameter<double>("XTasymmetry_ME12");
   const_syst_ME12 = ps.getParameter<double>("ConstSyst_ME12");
   noise_level_ME13 = ps.getParameter<double>("NoiseLevel_ME13");
   xt_asymmetry_ME13 = ps.getParameter<double>("XTasymmetry_ME13");
   const_syst_ME13 = ps.getParameter<double>("ConstSyst_ME13");
   noise_level_ME21 = ps.getParameter<double>("NoiseLevel_ME21");
   xt_asymmetry_ME21 = ps.getParameter<double>("XTasymmetry_ME21");
   const_syst_ME21 = ps.getParameter<double>("ConstSyst_ME21");
   noise_level_ME22 = ps.getParameter<double>("NoiseLevel_ME22");
   xt_asymmetry_ME22 = ps.getParameter<double>("XTasymmetry_ME22");
   const_syst_ME22 = ps.getParameter<double>("ConstSyst_ME22");
   noise_level_ME31 = ps.getParameter<double>("NoiseLevel_ME31");
   xt_asymmetry_ME31 = ps.getParameter<double>("XTasymmetry_ME31");
   const_syst_ME31 = ps.getParameter<double>("ConstSyst_ME31");
   noise_level_ME32 = ps.getParameter<double>("NoiseLevel_ME32");
   xt_asymmetry_ME32 = ps.getParameter<double>("XTasymmetry_ME32");
   const_syst_ME32 = ps.getParameter<double>("ConstSyst_ME32");
   noise_level_ME41 = ps.getParameter<double>("NoiseLevel_ME41");
   xt_asymmetry_ME41 = ps.getParameter<double>("XTasymmetry_ME41");
   const_syst_ME41 = ps.getParameter<double>("ConstSyst_ME41");
  
   getCorrectionValues("StringCurrentlyNotUsed");
 }

References const_syst_ME12, const_syst_ME13, const_syst_ME1a, const_syst_ME1b, const_syst_ME21, const_syst_ME22, const_syst_ME31, const_syst_ME32, const_syst_ME41, getCorrectionValues(), edm::ParameterSet::getParameter(), noise_level_ME12, noise_level_ME13, noise_level_ME1a, noise_level_ME1b, noise_level_ME21, noise_level_ME22, noise_level_ME31, noise_level_ME32, noise_level_ME41, useCalib, xt_asymmetry_ME12, xt_asymmetry_ME13, xt_asymmetry_ME1a, xt_asymmetry_ME1b, xt_asymmetry_ME21, xt_asymmetry_ME22, xt_asymmetry_ME31, xt_asymmetry_ME32, xt_asymmetry_ME41, and xtalksOffset.

◆ ~CSCXonStrip_MatchGatti()

CSCXonStrip_MatchGatti::~CSCXonStrip_MatchGatti ( )

Definition at line 69 of file CSCXonStrip_MatchGatti.cc.

69 {}

◆ CSCXonStrip_MatchGatti() [2/2]

CSCXonStrip_MatchGatti::CSCXonStrip_MatchGatti ( const CSCXonStrip_MatchGatti & )

private

Member Function Documentation

◆ calculateXonStripError()

double CSCXonStrip_MatchGatti::calculateXonStripError	(	float	stripWidth,
		bool	ME1_1
	)

private

Definition at line 622 of file CSCXonStrip_MatchGatti.cc.

                                                                                   {
   double min;
   if (q_sumR > q_sumL) {
     min = q_sumL;
   } else {
     min = q_sumR;
   }
  
   double xf = (q_sumR - q_sumL) / (q_sumC - min) / 2;
   double xf_ErrorNoise = xfError_Noise(noise_level);
   double xf_ErrorXTasym = xfError_XTasym(xt_asymmetry);
   // x_G = x_F + correction_functon(x_F)
   // as these are correlated the error should be simply d(x_G) = |d(x_F)| + [correction_functon(x_F+|d(x_F)|) - correction_functon(x_F)]
   double d_xf = std::sqrt(std::pow(xf_ErrorNoise, 2) + std::pow(xf_ErrorXTasym, 2));
   double d_corr =
       estimated2GattiCorrection(xf + d_xf, stripWidth, ME1_1) - estimated2GattiCorrection(xf, stripWidth, ME1_1);
   double x_shift = d_xf + d_corr;
   //  double x_shift = sqrt( pow( xf_ErrorNoise, 2) + pow( xf_ErrorXTasym, 2)) *
   //(1 + (estimated2GattiCorrection(xf+0.001, stripWidth, ME1_1) -
   //  estimated2GattiCorrection(xf, stripWidth, ME1_1))*1000.);
   double x_error = std::sqrt(std::pow(std::abs(x_shift) * stripWidth, 2) + std::pow(const_syst, 2));
   return x_error;
 }

References funct::abs(), const_syst, estimated2GattiCorrection(), min(), noise_level, funct::pow(), q_sumC, q_sumL, q_sumR, mathSSE::sqrt(), stripWidth, xfError_Noise(), xfError_XTasym(), and xt_asymmetry.

Referenced by findXOnStrip().

◆ calculateXonStripPosition()

double CSCXonStrip_MatchGatti::calculateXonStripPosition	(	float	stripWidth,
		bool	ME1_1
	)

private

Definition at line 646 of file CSCXonStrip_MatchGatti.cc.

                                                                                      {
   double x_estimated = -99.;
   double min;
   if (q_sumR > q_sumL) {
     min = q_sumL;
   } else {
     min = q_sumR;
   }
   //---- This is XF ( X Florida - after the first group that used it)
   x_estimated = (q_sumR - q_sumL) / (q_sumC - min) / 2;
   double x_gatti = estimated2Gatti(x_estimated, stripWidth, ME1_1);
   return x_gatti;
 }

References estimated2Gatti(), min(), q_sumC, q_sumL, q_sumR, and stripWidth.

Referenced by findXOnStrip().

◆ estimated2Gatti()

double CSCXonStrip_MatchGatti::estimated2Gatti	(	double	Xestimated,
		float	StripWidth,
		bool	ME1_1
	)

private

Definition at line 580 of file CSCXonStrip_MatchGatti.cc.

                                                                                                {
   double x_corr = estimated2GattiCorrection(x_estimated, stripWidth, ME1_1);
   double x_gatti = x_estimated + x_corr;
  
   return x_gatti;
 }

References estimated2GattiCorrection(), and stripWidth.

Referenced by calculateXonStripPosition().

◆ estimated2GattiCorrection()

double CSCXonStrip_MatchGatti::estimated2GattiCorrection	(	double	Xestimated,
		float	StripWidth,
		bool	ME1_1
	)

private

Definition at line 502 of file CSCXonStrip_MatchGatti.cc.

                                                                                                          {
   //---- 11 "nominal" strip widths : 0.6 - 1.6 cm; for ME1_1 just 6 "nominal" strip widths : 0.3 - 0.8 cm; see HardCodedCorrectionInitialization()
   //---- Calculate corrections at specific  Xestimated (linear interpolation between points)
   int n_SW;
   int min_SW;
   if (ME1_1) {
     n_SW = n_SW_ME1_1;
     min_SW = 3;  // min SW calculated is 0.3 cm
   } else {
     n_SW = n_SW_noME1_1;
     min_SW = 6;  // min SW calculated is 0.6 cm
   }
   int stripDown = int(10. * stripWidth) - min_SW;  // 0 is at min strip width calculated
   int stripUp = stripDown + 1;
   if (stripUp > n_SW - 1) {
     //---- to be checked...
     //if(stripUp>n_SW){
     //std::cout<<" Is strip width = "<<stripWidth<<" OK?" <<std::endl;
     //}
     stripUp = n_SW - 1;
   }
  
   double half_strip_width = 0.5;
   //const int Nbins = 501;
   const int n_bins = n_val;
   double corr_2_xestim = 999.;
   if (stripDown < 0) {
     corr_2_xestim = 1;
   } else {
     //---- Parametrized x_gatti minus x_estimated differences
  
     int xestim_bin = -999;
     double delta_strip_width = 999.;
     double delta_strip_widthUpDown = 999.;
     double diff_2_strip_width = 999.;
     delta_strip_width = stripWidth - int(stripWidth * 10) / 10.;
     delta_strip_widthUpDown = 0.1;
  
     if (std::abs(x_estimated) > 0.5) {
       if (std::abs(x_estimated) > 1.) {
         corr_2_xestim = 1.;  // for now; to be investigated
       } else {
         //if(std::abs(Xestimated)>0.55){
         //std::cout<<"X position from the estimated position above 0.55 (safty margin)?! "<<std::endl;
         //CorrToXc = 999.;
         //}
         xestim_bin = int((1. - std::abs(x_estimated)) / half_strip_width * n_bins);
         if (ME1_1) {
           diff_2_strip_width = x_correction_ME1_1[stripUp][xestim_bin] - x_correction_ME1_1[stripDown][xestim_bin];
           corr_2_xestim = x_correction_ME1_1[stripDown][xestim_bin] +
                           (delta_strip_width / delta_strip_widthUpDown) * diff_2_strip_width;
         } else {
           diff_2_strip_width = x_correction_noME1_1[stripUp][xestim_bin] - x_correction_noME1_1[stripDown][xestim_bin];
           corr_2_xestim = x_correction_noME1_1[stripDown][xestim_bin] +
                           (delta_strip_width / delta_strip_widthUpDown) * diff_2_strip_width;
         }
         corr_2_xestim = -corr_2_xestim;
       }
     } else {
       xestim_bin = int((std::abs(x_estimated) / half_strip_width) * n_bins);
       if (ME1_1) {
         diff_2_strip_width = x_correction_ME1_1[stripUp][xestim_bin] - x_correction_ME1_1[stripDown][xestim_bin];
         corr_2_xestim = x_correction_ME1_1[stripDown][xestim_bin] +
                         (delta_strip_width / delta_strip_widthUpDown) * diff_2_strip_width;
       } else {
         diff_2_strip_width = x_correction_noME1_1[stripUp][xestim_bin] - x_correction_noME1_1[stripDown][xestim_bin];
         corr_2_xestim = x_correction_noME1_1[stripDown][xestim_bin] +
                         (delta_strip_width / delta_strip_widthUpDown) * diff_2_strip_width;
       }
     }
     if (x_estimated < 0.) {
       corr_2_xestim = -corr_2_xestim;
     }
   }
  
   return corr_2_xestim;
 }

References funct::abs(), createfilelist::int, n_SW_ME1_1, n_SW_noME1_1, n_val, stripWidth, x_correction_ME1_1, and x_correction_noME1_1.

Referenced by calculateXonStripError(), and estimated2Gatti().

◆ findXOnStrip()

void CSCXonStrip_MatchGatti::findXOnStrip	(	const CSCDetId &	id,
		const CSCLayer *	layer,
		const CSCStripHit &	stripHit,
		int	centralStrip,
		float &	xWithinChamber,
		float &	stripWidth,
		const float &	tpeak,
		float &	xWithinStrip,
		float &	sigma,
		int &	quality_flag
	)

Returns fitted local x position and its estimated error.

Definition at line 74 of file CSCXonStrip_MatchGatti.cc.

                                                              {
   quality_flag = 0;
   // Initialize Gatti parameters using chamberSpecs
   // Cache specs_ info for ease of access
   specs_ = layer->chamber()->specs();
   stripWidth = sWidth;
   //initChamberSpecs();
   // Initialize output parameters
   xWithinStrip = xWithinChamber;
  
   CSCStripHit::ChannelContainer const& strips = stripHit.strips();
   int nStrips = strips.size();
   int centStrip = nStrips / 2 + 1;
   std::vector<float> const& adcs = stripHit.s_adc();
   int tmax = stripHit.tmax();
  
   //float t_peak = tpeak;
   //float t_zero = 0.;
   //float adc[4];
   //
   //if ( useCalib ) {
   //
   //  for ( int t = 0; t < 4; ++t ) {
   //    int k  = t + 4 * (centStrip-1);
   //    adc[t] = adcs[k];
   //  }
   //
   //  // t_peak from peak finder is now 'absolute' i.e. in ns from start of sca time bin 0
   //  t_peak = peakTimeFinder_->peakTime( tmax, adc, t_peak );
   //  // Just for completeness, the start time of the pulse is 133 ns earlier, according to Stan :)
   //  t_zero = t_peak - 133.;
   //  // and reset tpeak since that's the way it gets passed out of this function (Argh!)
   //  tpeak = t_peak;
   //  LogTrace("CSCRecHit|CSCXonStrip_MatchGatti") << "CSCXonStrip_MatchGatti: " <<
   //     id << " strip=" << centralStrip << ", t_zero=" << t_zero << ", t_peak=" << t_peak;
   //}
  
   //---- fill the charge matrix (3x3)
   float adc[4];
   int j = 0;
   for (int i = 1; i <= nStrips; ++i) {
     if (i > (centStrip - 2) && i < (centStrip + 2)) {
       std::vector<float> adcsFit;
       for (int t = 0; t < 4; ++t) {
         int k = t + 4 * (i - 1);
         adc[t] = adcs[k];
         if (t < 3)
           chargeSignal[j][t] = adc[t];
       }
       j++;
     }
   }
  
   // Load in x-talks:
  
   if (useCalib) {
     std::vector<float> xtalks;
     recoConditions_->crossTalk(id, centralStrip, xtalks);
     float dt = 50.f * tmax - tpeak;
     // XTalks; l,r are for left, right XTalk; lr0,1,2 are for what charge "remains" in the strip
     for (int t = 0; t < 3; ++t) {
       xt_l[0][t] = xtalks[0] * (50.f * (t - 1) + dt) + xtalks[1] + xtalksOffset;
       xt_r[0][t] = xtalks[2] * (50.f * (t - 1) + dt) + xtalks[3] + xtalksOffset;
       xt_l[1][t] = xtalks[4] * (50.f * (t - 1) + dt) + xtalks[5] + xtalksOffset;
       xt_r[1][t] = xtalks[6] * (50.f * (t - 1) + dt) + xtalks[7] + xtalksOffset;
       xt_l[2][t] = xtalks[8] * (50.f * (t - 1) + dt) + xtalks[9] + xtalksOffset;
       xt_r[2][t] = xtalks[10] * (50.f * (t - 1) + dt) + xtalks[11] + xtalksOffset;
  
       xt_lr0[t] = (1. - xt_l[0][t] - xt_r[0][t]);
       xt_lr1[t] = (1. - xt_l[1][t] - xt_r[1][t]);
       xt_lr2[t] = (1. - xt_l[2][t] - xt_r[2][t]);
     }
   } else {
     for (int t = 0; t < 3; ++t) {
       xt_l[0][t] = xtalksOffset;
       xt_r[0][t] = xtalksOffset;
       xt_l[1][t] = xtalksOffset;
       xt_r[1][t] = xtalksOffset;
       xt_l[2][t] = xtalksOffset;
       xt_r[2][t] = xtalksOffset;
  
       xt_lr0[t] = (1. - xt_l[0][t] - xt_r[0][t]);
       xt_lr1[t] = (1. - xt_l[1][t] - xt_r[1][t]);
       xt_lr2[t] = (1. - xt_l[2][t] - xt_r[2][t]);
     }
   }
  
   // vector containing noise starts at tmax - 1, and tmax > 3, but....
   int tbin = tmax - 4;
  
   // .... originally, suppose to have tmax in tbin 4 or 5, but noticed in MTCC lots of
   // hits with tmax == 3, so let's allow these, and shift down noise matrix by one element...
   // This is a patch because the calibration database doesn't have elements for tbin = 2,
   // e.g. there is no element e[tmax-1,tmax+1] = e[2,4].
  
   if (tmax < 4)
     tbin = 0;  // patch
  
   // Load in auto-correlation noise matrices
   if (useCalib) {
     std::vector<float> nmatrix;
     recoConditions_->noiseMatrix(id, centralStrip, nmatrix);
     for (int istrip = 0; istrip < 3; ++istrip) {
       a11[istrip] = nmatrix[0 + tbin * 3 + istrip * 15];
       a12[istrip] = nmatrix[1 + tbin * 3 + istrip * 15];
       a13[istrip] = nmatrix[2 + tbin * 3 + istrip * 15];
       a22[istrip] = nmatrix[3 + tbin * 3 + istrip * 15];
       a23[istrip] = nmatrix[4 + tbin * 3 + istrip * 15];
       a33[istrip] = nmatrix[6 + tbin * 3 + istrip * 15];
     }
   } else {
     // FIXME:  NO HARD WIRED VALUES !!!
     for (int istrip = 0; istrip < 3; ++istrip) {
       a11[istrip] = 10.0;
       a12[istrip] = 0.0;
       a13[istrip] = 0.0;
       a22[istrip] = 10.0;
       a23[istrip] = 0.0;
       a33[istrip] = 10.0;
     }
   }
  
   //---- Set up noise, XTalk matrices
   setupMatrix();
   //---- Calculate the coordinate within the strip and associate uncertainty
  
   static const std::string ME1a("ME1/a");
   static const std::string ME1b("ME1/b");
  
   bool ME1_1 = (ME1a == specs_->chamberTypeName() || ME1b == specs_->chamberTypeName());
  
   // due to cross talks and 3 time bin sum it is in principe possible that the center strip is not the maximum strip
   // in some cases the consequences could be quite extreme
   // take some measures against the extreme cases
   bool peakMismatch = false;
   std::vector<float> charges(3);
   charges[0] = q_sumL;
   charges[1] = q_sumC;
   charges[2] = q_sumR;
   int min_index = min_element(charges.begin(), charges.end()) - charges.begin();
   int max_index = max_element(charges.begin(), charges.end()) - charges.begin();
   if (1 != max_index && (1 == min_index ||
                          // the condition below means that if the initial position estimate within strip (|xF|)
                          // is above  1.1/2 = 0.55 "strip widths" peakMismatch is set to true (so special case);
                          // in normal cases |xF|<=0.5 (0.5 is at the edge of the "central" strip)
                          (charges[max_index] - charges[min_index]) > 1.1 * (q_sumC - charges[min_index]))) {
     peakMismatch = true;
     switch (max_index) {
       case 0:
         xWithinStrip = -1;
         break;
       case 2:
         xWithinStrip = 1;
         break;
       default:
         // should be an error message here
         xWithinStrip = 0;  // in case?
         break;
     }
   }
   // we don't have the needed information (it's similar to the "edge" strip case)
   //else if(stripHit.isNearDeadStrip()){
   else if (stripHit.deadStrip() > 0) {
     xWithinStrip = 0;
   } else {
     //
     xWithinStrip = float(calculateXonStripPosition(stripWidth, ME1_1));
   }
   xWithinChamber = xWithinChamber + (xWithinStrip * stripWidth);
   if (peakMismatch) {
     sigma = stripWidth / std::sqrt(12.f);
   } else {
     //---- error estimation
     int factorStripWidth = int(std::sqrt(stripWidth / 0.38f));
     int maxConsecutiveStrips = 8;
     if (factorStripWidth) {
       maxConsecutiveStrips /= factorStripWidth;
     }
     maxConsecutiveStrips++;
  
     struct ChamberTypes {
       std::map<std::string, int> chamberTypes;
       int operator()(std::string const& s) const {
         auto p = chamberTypes.find(s);
         return p != chamberTypes.end() ? (*p).second : 0;
       }
       ChamberTypes() {
         chamberTypes["ME1/a"] = 1;
         chamberTypes["ME1/b"] = 2;
         chamberTypes["ME1/2"] = 3;
         chamberTypes["ME1/3"] = 4;
         chamberTypes["ME2/1"] = 5;
         chamberTypes["ME2/2"] = 6;
         chamberTypes["ME3/1"] = 7;
         chamberTypes["ME3/2"] = 8;
         chamberTypes["ME4/1"] = 9;
         chamberTypes["ME4/2"] = 8;
       }
     };
     static const ChamberTypes chamberTypes;
  
     switch (chamberTypes(specs_->chamberTypeName())) {
       case 1:
         noise_level = noise_level_ME1a;
         xt_asymmetry = xt_asymmetry_ME1a;
         const_syst = const_syst_ME1a;
         break;
  
       case 2:
         noise_level = noise_level_ME1b;
         xt_asymmetry = xt_asymmetry_ME1b;
         const_syst = const_syst_ME1b;
         break;
  
       case 3:
         noise_level = noise_level_ME12;
         xt_asymmetry = xt_asymmetry_ME12;
         const_syst = const_syst_ME12;
         break;
  
       case 4:
         noise_level = noise_level_ME13;
         xt_asymmetry = xt_asymmetry_ME13;
         const_syst = const_syst_ME13;
         break;
  
       case 5:
         noise_level = noise_level_ME21;
         xt_asymmetry = xt_asymmetry_ME21;
         const_syst = const_syst_ME21;
         break;
  
       case 6:
         noise_level = noise_level_ME22;
         xt_asymmetry = xt_asymmetry_ME22;
         const_syst = const_syst_ME22;
         break;
  
       case 7:
         noise_level = noise_level_ME31;
         xt_asymmetry = xt_asymmetry_ME31;
         const_syst = const_syst_ME31;
         break;
  
       case 8:
         noise_level = noise_level_ME32;
         xt_asymmetry = xt_asymmetry_ME32;
         const_syst = const_syst_ME32;
         break;
  
       case 9:
         noise_level = noise_level_ME41;
         xt_asymmetry = xt_asymmetry_ME41;
         const_syst = const_syst_ME41;
         break;
  
       default:
         noise_level = noise_level_ME22;
         xt_asymmetry = xt_asymmetry_ME22;
         const_syst = const_syst_ME22;
     }
     if (0 == stripHit.deadStrip() && stripHit.numberOfConsecutiveStrips() < maxConsecutiveStrips &&
         std::abs(stripHit.closestMaximum()) > maxConsecutiveStrips / 2) {
       sigma = float(calculateXonStripError(stripWidth, ME1_1));
     } else {  //---- near dead strip or too close maxima or too wide strip cluster
       sigma = stripWidth / std::sqrt(12.f);
     }
   }
   quality_flag = 1;
 }

References a11, a12, a13, a22, a23, a33, funct::abs(), ecalLiteDTU::adc(), calculateXonStripError(), calculateXonStripPosition(), CSCLayer::chamber(), CSCChamberSpecs::chamberTypeName(), CosmicGenFilterHelix_cfi::charges, chargeSignal, CSCStripHit::closestMaximum(), const_syst, const_syst_ME12, const_syst_ME13, const_syst_ME1a, const_syst_ME1b, const_syst_ME21, const_syst_ME22, const_syst_ME31, const_syst_ME32, const_syst_ME41, CSCRecoConditions::crossTalk(), CSCStripHit::deadStrip(), dt, f, dqmMemoryStats::float, mps_fire::i, createfilelist::int, dqmiolumiharvest::j, dqmdumpme::k, hgcal_clustering::max_index(), HLT_FULL_cff::ME1a, noise_level, noise_level_ME12, noise_level_ME13, noise_level_ME1a, noise_level_ME1b, noise_level_ME21, noise_level_ME22, noise_level_ME31, noise_level_ME32, noise_level_ME41, CSCRecoConditions::noiseMatrix(), me0TriggerPseudoDigis_cff::nStrips, CSCStripHit::numberOfConsecutiveStrips(), AlCaHLTBitMon_ParallelJobs::p, q_sumC, q_sumL, q_sumR, recoConditions_, alignCSCRings::s, CSCStripHit::s_adc(), setupMatrix(), CSCChamber::specs(), specs_, mathSSE::sqrt(), AlCaHLTBitMon_QueryRunRegistry::string, DigiDM_cff::strips, CSCStripHit::strips(), stripWidth, submitPVValidationJobs::t, tmax, CSCStripHit::tmax(), useCalib, xt_asymmetry, xt_asymmetry_ME12, xt_asymmetry_ME13, xt_asymmetry_ME1a, xt_asymmetry_ME1b, xt_asymmetry_ME21, xt_asymmetry_ME22, xt_asymmetry_ME31, xt_asymmetry_ME32, xt_asymmetry_ME41, xt_l, xt_lr0, xt_lr1, xt_lr2, xt_r, and xtalksOffset.

Referenced by CSCMake2DRecHit::hitFromStripAndWire().

◆ getCorrectionValues()

void CSCXonStrip_MatchGatti::getCorrectionValues ( std::string Estimator )

private

Definition at line 500 of file CSCXonStrip_MatchGatti.cc.

500 { hardcodedCorrectionInitialization(); }

References hardcodedCorrectionInitialization().

Referenced by CSCXonStrip_MatchGatti().

◆ hardcodedCorrectionInitialization()

void CSCXonStrip_MatchGatti::hardcodedCorrectionInitialization ( )

private

Definition at line 11 of file HardCodedCorrectionInitialization.cc.

                                                                {
   //---- Corrections depend on strip width (SW), position within the strip (XFlorida is used) and type of chamber
  
   //---- Corrections for non-ME1_1 chambers (all have practically equal Gatti parameters):
  
   //---- min SW ~ 6.6 cm (ME1/2), max SW ~ 1.6 cm (ME234/2)
   //---- Corrections are calculated for N_SW_noME1_1 strip widths (0.6 - 1.6 cm)
   //---- and for 501 values in
   float corrections_noME1_1[n_SW_noME1_1][n_val] = {
       {0,           0.00019078,  0.000383855,
        0.000579201, 0.000776796, 0.000976616,
        0.00117891,  0.00138342,  0.00159008,
        0.00179887,  0.00200977,  0.00222304,
        0.00243835,  0.00265569,  0.00287502,
        0.00309646,  0.00332001,  0.00354547,
        0.00377282,  0.00400203,  0.00423336,
        0.0044665,   0.00470141,  0.00493807,
        0.00517666,  0.005417,    0.00565901,
        0.00590266,  0.00614806,  0.00639514,
        0.00664377,  0.00689391,  0.00714568,
        0.00739901,  0.00765376,  0.0079099,
        0.00816756,  0.00842663,  0.00868701,
        0.00894865,  0.00921171,  0.00947602,
        0.0097415,   0.0100081,   0.0102761,
        0.0105451,   0.0108152,   0.0110863,
        0.0113586,   0.0116318,   0.011906,
        0.0121811,   0.0124572,   0.0127341,
        0.0130118,   0.0132904,   0.0135697,
        0.0138497,   0.0141305,   0.014412,
        0.014694,    0.0149767,   0.01526,
        0.0155438,   0.015828,    0.0161128,
        0.016398,    0.0166836,   0.0169696,
        0.0172559,   0.0175426,   0.0178295,
        0.0181166,   0.018404,    0.0186915,
        0.0189791,   0.0192669,   0.0195548,
        0.0198427,   0.0201306,   0.0204185,
        0.0207063,   0.0209941,   0.0212817,
        0.0215692,   0.0218565,   0.0221436,
        0.0224305,   0.0227171,   0.0230034,
        0.0232894,   0.023575,    0.0238602,
        0.024145,    0.0244293,   0.0247132,
        0.0249966,   0.0252793,   0.0255616,
        0.0258432,   0.0261243,   0.0264046,
        0.0266843,   0.0269633,   0.0272415,
        0.027519,    0.0277957,   0.0280716,
        0.0283466,   0.0286207,   0.028894,
        0.0291663,   0.0294377,   0.0297081,
        0.0299776,   0.030246,    0.0305133,
        0.0307796,   0.0310449,   0.0313089,
        0.0315718,   0.0318336,   0.0320942,
        0.0323536,   0.0326117,   0.0328687,
        0.0331243,   0.0333786,   0.0336316,
        0.0338833,   0.0341336,   0.0343825,
        0.0346301,   0.0348763,   0.035121,
        0.0353642,   0.035606,    0.0358463,
        0.0360851,   0.0363223,   0.036558,
        0.0367921,   0.0370248,   0.0372557,
        0.037485,    0.0377128,   0.0379389,
        0.0381633,   0.038386,    0.0386071,
        0.0388265,   0.0390442,   0.0392601,
        0.0394742,   0.0396866,   0.0398974,
        0.0401062,   0.0403132,   0.0405184,
        0.0407219,   0.0409236,   0.0411233,
        0.0413211,   0.0415171,   0.0417113,
        0.0419036,   0.042094,    0.0422824,
        0.0424689,   0.0426535,   0.0428362,
        0.043017,    0.0431956,   0.0433724,
        0.0435472,   0.04372,     0.043891,
        0.0440598,   0.0442266,   0.0443913,
        0.0445541,   0.0447149,   0.0448738,
        0.0450305,   0.0451851,   0.0453376,
        0.0454882,   0.0456367,   0.0457831,
        0.0459275,   0.0460698,   0.0462099,
        0.0463479,   0.0464839,   0.0466178,
        0.0467496,   0.0468794,   0.0470071,
        0.0471324,   0.0472557,   0.0473769,
        0.047496,    0.047613,    0.0477279,
        0.0478407,   0.0479514,   0.0480598,
        0.0481661,   0.0482702,   0.0483723,
        0.0484722,   0.0485699,   0.0486656,
        0.0487591,   0.0488505,   0.0489397,
        0.0490268,   0.0491116,   0.0491943,
        0.0492749,   0.0493533,   0.0494296,
        0.0495037,   0.0495757,   0.0496456,
        0.0497133,   0.0497789,   0.0498423,
        0.0499037,   0.0499628,   0.0500198,
        0.0500746,   0.0501273,   0.0501778,
        0.0502262,   0.0502724,   0.0503165,
        0.0503585,   0.0503984,   0.0504361,
        0.0504717,   0.0505052,   0.0505366,
        0.0505658,   0.050593,    0.050618,
        0.0506409,   0.0506617,   0.0506803,
        0.0506969,   0.0507114,   0.0507237,
        0.050734,    0.0507422,   0.0507482,
        0.0507522,   0.0507541,   0.0507539,
        0.0507517,   0.0507473,   0.0507409,
        0.0507324,   0.0507219,   0.0507093,
        0.0506946,   0.0506779,   0.0506591,
        0.0506382,   0.0506154,   0.0505905,
        0.0505635,   0.0505345,   0.0505035,
        0.0504705,   0.0504355,   0.0503984,
        0.0503594,   0.0503183,   0.0502753,
        0.0502302,   0.0501832,   0.0501342,
        0.0500832,   0.0500302,   0.0499752,
        0.0499182,   0.0498592,   0.0497983,
        0.0497354,   0.0496705,   0.0496037,
        0.049535,    0.0494644,   0.0493918,
        0.0493173,   0.0492409,   0.0491626,
        0.0490824,   0.0490003,   0.0489162,
        0.0488301,   0.0487422,   0.0486524,
        0.0485607,   0.0484671,   0.0483717,
        0.0482745,   0.0481754,   0.0480744,
        0.0479716,   0.0478668,   0.0477601,
        0.0476517,   0.0475414,   0.0474293,
        0.0473154,   0.0471997,   0.0470823,
        0.046963,    0.0468417,   0.0467186,
        0.0465938,   0.0464672,   0.0463389,
        0.0462088,   0.046077,    0.0459434,
        0.0458078,   0.0456705,   0.0455315,
        0.0453908,   0.0452484,   0.0451043,
        0.0449585,   0.0448107,   0.0446612,
        0.04451,     0.0443572,   0.0442028,
        0.0440467,   0.0438887,   0.0437289,
        0.0435675,   0.0434045,   0.0432399,
        0.0430737,   0.0429056,   0.0427358,
        0.0425643,   0.0423913,   0.0422167,
        0.0420406,   0.0418625,   0.0416828,
        0.0415016,   0.0413188,   0.0411344,
        0.0409484,   0.0407606,   0.0405712,
        0.0403803,   0.040188,    0.0399941,
        0.0397982,   0.0396009,   0.0394021,
        0.0392018,   0.039,       0.0387963,
        0.0385912,   0.0383846,   0.0381765,
        0.037967,    0.0377555,   0.0375427,
        0.0373284,   0.0371128,   0.0368954,
        0.0366764,   0.0364561,   0.0362343,
        0.0360112,   0.0357861,   0.0355597,
        0.0353319,   0.0351028,   0.034872,
        0.0346396,   0.0344059,   0.0341709,
        0.0339343,   0.0336961,   0.0334565,
        0.0332157,   0.0329735,   0.0327294,
        0.0324841,   0.0322375,   0.0319897,
        0.0317399,   0.031489,    0.0312367,
        0.0309832,   0.0307279,   0.0304713,
        0.0302135,   0.0299544,   0.0296935,
        0.0294315,   0.0291682,   0.0289035,
        0.0286372,   0.0283698,   0.0281011,
        0.0278309,   0.0275592,   0.0272864,
        0.0270125,   0.0267367,   0.0264598,
        0.0261818,   0.0259024,   0.0256214,
        0.0253393,   0.0250561,   0.0247713,
        0.0244852,   0.024198,    0.0239095,
        0.0236194,   0.0233283,   0.0230361,
        0.0227422,   0.0224472,   0.0221511,
        0.0218536,   0.0215547,   0.0212548,
        0.0209538,   0.0206511,   0.0203474,
        0.0200426,   0.0197363,   0.0194288,
        0.0191203,   0.0188104,   0.0184992,
        0.0181871,   0.0178736,   0.0175588,
        0.017243,    0.016926,    0.0166075,
        0.0162881,   0.0159677,   0.0156456,
        0.0153226,   0.0149987,   0.014673,
        0.0143465,   0.0140191,   0.01369,
        0.01336,     0.0130291,   0.0126966,
        0.0123631,   0.0120288,   0.0116929,
        0.011356,    0.0110183,   0.0106789,
        0.0103387,   0.00999765,  0.00965491,
        0.00931136,  0.00896692,  0.00862087,
        0.00827404,  0.00792623,  0.00757693,
        0.00722686,  0.00687569,  0.00652318,
        0.0061699,   0.0058154,   0.00545971,
        0.00510328,  0.00474545,  0.00438662,
        0.00402707,  0.00366593,  0.00330401,
        0.00294123,  0.00257695,  0.00221198,
        0.00184591,  0.0014786,   0.00111061,
        0.000741268, 0.000370968, 0},
  
       {0,          0.00041187, 0.000826272, 0.00124349,  0.00166337,  0.00208575, 0.00251089, 0.00293832, 0.00336842,
        0.00380078, 0.00423553, 0.00467258,  0.00511179,  0.0055533,   0.00599674, 0.00644249, 0.00689004, 0.00733967,
        0.0077911,  0.00824439, 0.00869946,  0.00915618,  0.00961462,  0.0100746,  0.0105361,  0.010999,   0.0114635,
        0.0119291,  0.0123962,  0.0128644,   0.0133338,   0.0138042,   0.0142757,  0.0147481,  0.0152215,  0.0156957,
        0.0161706,  0.0166463,  0.0171227,   0.0175996,   0.018077,    0.018555,   0.0190333,  0.019512,   0.0199909,
        0.02047,    0.0209493,  0.0214287,   0.0219081,   0.0223875,   0.0228668,  0.023346,   0.0238249,  0.0243035,
        0.0247819,  0.0252598,  0.0257373,   0.0262142,   0.0266906,   0.0271664,  0.0276415,  0.0281158,  0.0285894,
        0.0290621,  0.0295338,  0.0300047,   0.0304745,   0.0309433,   0.0314108,  0.0318773,  0.0323424,  0.0328064,
        0.033269,   0.0337302,  0.03419,     0.0346482,   0.035105,    0.0355602,  0.0360138,  0.0364656,  0.0369159,
        0.0373642,  0.0378108,  0.0382556,   0.0386984,   0.0391394,   0.0395783,  0.0400153,  0.0404501,  0.0408829,
        0.0413135,  0.041742,   0.0421683,   0.0425922,   0.043014,    0.0434333,  0.0438504,  0.044265,   0.0446772,
        0.0450871,  0.0454943,  0.0458991,   0.0463013,   0.0467009,   0.047098,   0.0474923,  0.0478841,  0.0482731,
        0.0486594,  0.0490431,  0.0494237,   0.0498018,   0.050177,    0.0505493,  0.050919,   0.0512855,  0.0516492,
        0.0520102,  0.0523678,  0.0527228,   0.0530748,   0.0534235,   0.0537695,  0.0541124,  0.0544521,  0.0547889,
        0.0551226,  0.0554531,  0.0557806,   0.056105,    0.0564261,   0.0567442,  0.0570593,  0.0573708,  0.0576794,
        0.057985,   0.058287,   0.0585859,   0.0588818,   0.0591743,   0.0594634,  0.0597496,  0.0600325,  0.0603119,
        0.0605881,  0.0608613,  0.0611311,   0.0613974,   0.0616606,   0.0619207,  0.0621773,  0.0624305,  0.0626806,
        0.0629275,  0.0631709,  0.063411,    0.0636478,   0.0638816,   0.0641118,  0.0643387,  0.0645623,  0.0647828,
        0.065,      0.0652136,  0.065424,    0.0656312,   0.0658352,   0.0660359,  0.0662331,  0.066427,   0.0666178,
        0.0668053,  0.0669897,  0.0671705,   0.067348,    0.0675224,   0.0676935,  0.0678615,  0.0680262,  0.0681875,
        0.0683455,  0.0685004,  0.0686521,   0.0688006,   0.068946,    0.0690879,  0.0692266,  0.0693622,  0.0694946,
        0.0696238,  0.06975,    0.0698729,   0.0699928,   0.0701093,   0.0702226,  0.0703328,  0.0704399,  0.0705439,
        0.0706449,  0.0707427,  0.0708375,   0.0709291,   0.0710177,   0.0711031,  0.0711853,  0.0712646,  0.0713408,
        0.071414,   0.0714842,  0.0715514,   0.0716155,   0.0716767,   0.0717349,  0.0717901,  0.0718423,  0.0718916,
        0.0719379,  0.0719812,  0.0720216,   0.072059,    0.0720935,   0.0721251,  0.0721537,  0.0721795,  0.0722025,
        0.0722225,  0.0722397,  0.0722541,   0.0722656,   0.0722743,   0.0722801,  0.0722832,  0.0722835,  0.0722809,
        0.0722756,  0.0722675,  0.0722567,   0.0722431,   0.0722268,   0.0722078,  0.072186,   0.0721615,  0.0721344,
        0.0721045,  0.072072,   0.0720369,   0.071999,    0.0719584,   0.0719152,  0.0718694,  0.0718209,  0.0717699,
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        0.00227312, 0.00182046, 0.0013666,   0.000912158, 0.000456222, 0},
  
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        0.00260207, 0.00208368,  0.00156373, 0.00104362, 0.00052181, 0},
  
       {0,          0.000982554, 0.00196886, 0.00295871, 0.00395189,  0.00494819, 0.00594739, 0.00694928, 0.00795364,
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        0.134928,   0.134321,   0.133713,   0.133105,   0.132494,    0.131883,   0.13127,    0.130656,  0.130041,
        0.129424,   0.128806,   0.128187,   0.127567,   0.126946,    0.126323,   0.125699,   0.125074,  0.124447,
        0.12382,    0.123192,   0.122562,   0.121932,   0.121299,    0.120666,   0.120032,   0.119396,  0.11876,
        0.118122,   0.117483,   0.116844,   0.116203,   0.11556,     0.114918,   0.114273,   0.113628,  0.112983,
        0.112334,   0.111686,   0.111037,   0.110386,   0.109735,    0.109083,   0.108429,   0.107775,  0.107119,
        0.106462,   0.105805,   0.105147,   0.104487,   0.103827,    0.103166,   0.102503,   0.10184,   0.101176,
        0.10051,    0.0998443,  0.0991772,  0.0985088,  0.0978403,   0.0971705,  0.0964992,  0.095828,  0.0951555,
        0.0944816,  0.0938076,  0.0931325,  0.0924558,  0.0917791,   0.0911016,  0.0904222,  0.0897428, 0.0890629,
        0.0883808,  0.0876987,  0.0870165,  0.0863318,  0.085647,    0.0849623,  0.0842752,  0.0835879, 0.0829005,
        0.0822114,  0.0815214,  0.0808314,  0.0801402,  0.0794477,   0.0787551,  0.078062,   0.0773669, 0.0766717,
        0.0759766,  0.0752791,  0.0745814,  0.0738837,  0.0731845,   0.0724843,  0.0717841,  0.0710831, 0.0703804,
        0.0696777,  0.068975,   0.06827,    0.0675648,  0.0668596,   0.0661532,  0.0654455,  0.0647379, 0.06403,
        0.0633199,  0.0626098,  0.0618997,  0.061188,   0.0604755,   0.059763,   0.0590501,  0.0583352, 0.0576203,
        0.0569054,  0.0561889,  0.0554716,  0.0547543,  0.0540368,   0.0533171,  0.0525975,  0.0518779, 0.0511569,
        0.0504349,  0.049713,   0.048991,   0.0482668,  0.0475425,   0.0468182,  0.0460932,  0.0453666, 0.04464,
        0.0439134,  0.0431853,  0.0424565,  0.0417276,  0.0409988,   0.0402677,  0.0395366,  0.0388055, 0.0380737,
        0.0373404,  0.036607,   0.0358737,  0.0351392,  0.0344036,   0.0336681,  0.0329325,  0.0321953, 0.0314576,
        0.0307198,  0.0299821,  0.0292423,  0.0285024,  0.0277624,   0.0270223,  0.0262802,  0.0255381, 0.024796,
        0.0240535,  0.0233093,  0.022565,   0.0218208,  0.0210759,   0.0203296,  0.0195832,  0.0188369, 0.0180898,
        0.0173413,  0.0165928,  0.0158444,  0.0150951,  0.0143446,   0.013594,   0.0128435,  0.0120922, 0.0113396,
        0.010587,   0.00983434, 0.00908105, 0.00832639, 0.00757173,  0.00681707, 0.00606189, 0.0053052, 0.00454851,
        0.00379181, 0.00303483, 0.00227612, 0.00151741, 0.000758707, 0.}};
  
   //---- Corrections for ME1/1 chambers (very different parameters from the other chambers):
  
   //---- min SW ~ 3.15 cm, max SW ~ 7.6 cm
   //---- Corrections are calculated for N_SW_ME1_1 strip widths (0.3 - 0.8 cm)
   //---- and for 501 values in
   float corrections_ME1_1[n_SW_ME1_1][n_val] = {
       {0,
        -0.000153178,
        -0.000304723,
        -0.000454635,
        -0.000602913,
        -0.000749555,
        -0.000894561,
        -0.00103785,
        -0.00117926,
        -0.00131904,
        -0.0014572,
        -0.00159372,
        -0.00172861,
        -0.00186188,
        -0.00199351,
        -0.00212325,
        -0.00225135,
        -0.00237783,
        -0.00250269,
        -0.00262593,
        -0.00274755,
        -0.00286755,
        -0.00298594,
        -0.00310249,
        -0.00321741,
        -0.00333073,
        -0.00344243,
        -0.00355254,
        -0.00366104,
        -0.00376795,
        -0.00387325,
        -0.00397696,
        -0.00407892,
        -0.00417925,
        -0.004278,
        -0.00437517,
        -0.00447075,
        -0.00456477,
        -0.00465721,
        -0.00474808,
        -0.00483738,
        -0.00492512,
        -0.00501128,
        -0.00509574,
        -0.00517866,
        -0.00526003,
        -0.00533986,
        -0.00541815,
        -0.0054949,
        -0.00557013,
        -0.00564383,
        -0.005716,
        -0.00578666,
        -0.0058558,
        -0.00592344,
        -0.00598956,
        -0.0060541,
        -0.00611712,
        -0.00617865,
        -0.00623871,
        -0.00629728,
        -0.00635438,
        -0.00641001,
        -0.00646418,
        -0.00651689,
        -0.00656815,
        -0.00661796,
        -0.00666633,
        -0.00671326,
        -0.00675877,
        -0.00680284,
        -0.0068455,
        -0.00688674,
        -0.00692658,
        -0.00696502,
        -0.00700205,
        -0.00703765,
        -0.00707187,
        -0.00710472,
        -0.0071362,
        -0.00716631,
        -0.00719508,
        -0.00722249,
        -0.00724857,
        -0.00727331,
        -0.00729672,
        -0.00731881,
        -0.00733959,
        -0.00735907,
        -0.00737724,
        -0.00739412,
        -0.00740972,
        -0.00742404,
        -0.00743709,
        -0.00744888,
        -0.00745941,
        -0.0074687,
        -0.00747675,
        -0.00748356,
        -0.00748915,
        -0.00749352,
        -0.00749668,
        -0.00749865,
        -0.00749942,
        -0.00749901,
        -0.00749742,
        -0.00749466,
        -0.00749074,
        -0.00748567,
        -0.00747946,
        -0.00747211,
        -0.00746363,
        -0.00745404,
        -0.00744334,
        -0.00743153,
        -0.00741864,
        -0.00740466,
        -0.00738961,
        -0.00737348,
        -0.00735631,
        -0.00733808,
        -0.00731881,
        -0.00729852,
        -0.0072772,
        -0.00725487,
        -0.00723153,
        -0.0072072,
        -0.00718189,
        -0.0071556,
        -0.00712834,
        -0.00710012,
        -0.00707096,
        -0.00704085,
        -0.00700982,
        -0.00697785,
        -0.00694495,
        -0.00691116,
        -0.00687647,
        -0.0068409,
        -0.00680445,
        -0.00676714,
        -0.00672898,
        -0.00668997,
        -0.00665013,
        -0.00660946,
        -0.00656797,
        -0.00652568,
        -0.00648259,
        -0.00643872,
        -0.00639407,
        -0.00634865,
        -0.00630247,
        -0.00625554,
        -0.00620788,
        -0.00615949,
        -0.00611038,
        -0.00606056,
        -0.00601004,
        -0.0059588,
        -0.00590688,
        -0.0058543,
        -0.00580105,
        -0.00574716,
        -0.00569262,
        -0.00563746,
        -0.00558167,
        -0.00552528,
        -0.00546828,
        -0.0054107,
        -0.00535254,
        -0.0052938,
        -0.00523451,
        -0.00517467,
        -0.00511428,
        -0.00505337,
        -0.00499193,
        -0.00492995,
        -0.00486748,
        -0.00480451,
        -0.00474107,
        -0.00467715,
        -0.00461278,
        -0.00454795,
        -0.00448268,
        -0.00441698,
        -0.00435086,
        -0.00428433,
        -0.0042174,
        -0.00415007,
        -0.00408237,
        -0.00401429,
        -0.00394583,
        -0.00387701,
        -0.00380785,
        -0.00373836,
        -0.00366854,
        -0.00359842,
        -0.00352799,
        -0.00345726,
        -0.00338625,
        -0.00331496,
        -0.00324341,
        -0.00317161,
        -0.00309955,
        -0.00302726,
        -0.00295474,
        -0.00288199,
        -0.00280904,
        -0.00273588,
        -0.00266254,
        -0.00258902,
        -0.00251532,
        -0.00244147,
        -0.00236747,
        -0.00229332,
        -0.00221904,
        -0.00214463,
        -0.00207011,
        -0.00199549,
        -0.00192076,
        -0.00184594,
        -0.00177105,
        -0.00169609,
        -0.00162107,
        -0.001546,
        -0.00147088,
        -0.00139573,
        -0.00132056,
        -0.00124538,
        -0.00117018,
        -0.00109499,
        -0.00101981,
        -0.000944646,
        -0.000869513,
        -0.000794418,
        -0.000719369,
        -0.000644374,
        -0.000569442,
        -0.000494581,
        -0.000419799,
        -0.000345105,
        -0.000270507,
        -0.000196013,
        -0.000121632,
        -4.73709e-05,
        2.67578e-05,
        0.000100743,
        0.000174583,
        0.000248269,
        0.000321794,
        0.000395148,
        0.000468326,
        0.000541318,
        0.000614116,
        0.000686715,
        0.000759104,
        0.000831278,
        0.000903227,
        0.000974946,
        0.00104642,
        0.00111763,
        0.0011886,
        0.0012593,
        0.00132973,
        0.00139988,
        0.00146975,
        0.00153933,
        0.00160862,
        0.00167759,
        0.00174626,
        0.0018146,
        0.00188262,
        0.00195031,
        0.00201765,
        0.00208463,
        0.00215125,
        0.00221752,
        0.00228341,
        0.00234893,
        0.00241407,
        0.00247883,
        0.00254319,
        0.00260715,
        0.0026707,
        0.00273384,
        0.00279656,
        0.00285885,
        0.00292071,
        0.00298214,
        0.0030431,
        0.0031036,
        0.00316365,
        0.00322324,
        0.00328236,
        0.003341,
        0.00339916,
        0.00345684,
        0.00351402,
        0.00357071,
        0.0036269,
        0.00368257,
        0.00373773,
        0.00379238,
        0.0038465,
        0.00390008,
        0.00395313,
        0.00400564,
        0.00405758,
        0.00410897,
        0.0041598,
        0.00421006,
        0.00425977,
        0.00430889,
        0.00435745,
        0.00440542,
        0.0044528,
        0.00449959,
        0.00454579,
        0.00459138,
        0.00463637,
        0.00468075,
        0.00472452,
        0.00476766,
        0.00481018,
        0.00485207,
        0.00489333,
        0.00493396,
        0.00497394,
        0.00501327,
        0.00505193,
        0.00508994,
        0.00512729,
        0.00516398,
        0.0052,
        0.00523535,
        0.00527003,
        0.00530403,
        0.00533735,
        0.00536998,
        0.00540192,
        0.00543317,
        0.00546373,
        0.00549358,
        0.00552273,
        0.00555118,
        0.00557891,
        0.00560592,
        0.00563222,
        0.0056578,
        0.00568266,
        0.00570678,
        0.00573018,
        0.00575284,
        0.00577476,
        0.00579595,
        0.00581639,
        0.00583608,
        0.00585503,
        0.00587322,
        0.00589066,
        0.00590734,
        0.00592325,
        0.00593841,
        0.0059528,
        0.00596642,
        0.00597926,
        0.00599133,
        0.00600263,
        0.00601314,
        0.00602286,
        0.00603181,
        0.00603996,
        0.00604733,
        0.00605391,
        0.00605969,
        0.00606468,
        0.00606887,
        0.00607226,
        0.00607484,
        0.00607663,
        0.0060776,
        0.00607777,
        0.00607713,
        0.00607568,
        0.00607341,
        0.00607033,
        0.00606642,
        0.0060617,
        0.00605616,
        0.00604979,
        0.0060426,
        0.00603458,
        0.00602574,
        0.00601606,
        0.00600555,
        0.00599421,
        0.00598202,
        0.005969,
        0.00595514,
        0.00594044,
        0.0059249,
        0.00590852,
        0.00589129,
        0.00587322,
        0.0058543,
        0.00583454,
        0.00581392,
        0.00579246,
        0.00577014,
        0.00574698,
        0.00572296,
        0.00569809,
        0.00567236,
        0.00564578,
        0.00561834,
        0.00559004,
        0.00556088,
        0.00553087,
        0.00549999,
        0.00546825,
        0.00543566,
        0.00540219,
        0.00536787,
        0.00533268,
        0.00529663,
        0.00525971,
        0.00522193,
        0.00518328,
        0.00514376,
        0.00510338,
        0.00506213,
        0.00502001,
        0.004977,
        0.0049331,
        0.00488833,
        0.00484269,
        0.00479618,
        0.0047488,
        0.00470054,
        0.00465142,
        0.00460142,
        0.00455055,
        0.00449881,
        0.00444619,
        0.0043927,
        0.00433834,
        0.00428311,
        0.004227,
        0.00417002,
        0.00411217,
        0.00405344,
        0.00399384,
        0.00393331,
        0.0038719,
        0.00380962,
        0.00374647,
        0.00368244,
        0.00361755,
        0.00355177,
        0.00348513,
        0.00341761,
        0.00334922,
        0.00327996,
        0.00320982,
        0.00313882,
        0.00306694,
        0.00299419,
        0.00292049,
        0.00284593,
        0.00277049,
        0.00269419,
        0.00261701,
        0.00253897,
        0.00246005,
        0.00238027,
        0.00229962,
        0.0022181,
        0.00213572,
        0.00205247,
        0.00196832,
        0.00188325,
        0.00179732,
        0.00171052,
        0.00162285,
        0.00153432,
        0.00144493,
        0.00135468,
        0.00126357,
        0.00117159,
        0.00107876,
        0.000985051,
        0.000890399,
        0.000794889,
        0.000698521,
        0.000601296,
        0.000503215,
        0.000404279,
        0.000304488,
        0.000203844,
        0.000102348,
        0},
  
       {0,           6.5726e-05,  0.000133561,
        0.000203493, 0.000275507, 0.000349591,
        0.000425731, 0.000503913, 0.000584123,
        0.000666346, 0.00075057,  0.000836778,
        0.000924956, 0.00101512,  0.00110734,
        0.00120149,  0.00129755,  0.0013955,
        0.00149533,  0.00159703,  0.00170057,
        0.00180594,  0.00191312,  0.00202214,
        0.00213306,  0.00224575,  0.00236018,
        0.00247634,  0.00259421,  0.00271377,
        0.00283502,  0.00295792,  0.00308257,
        0.00320889,  0.00333682,  0.00346633,
        0.00359741,  0.00373004,  0.0038642,
        0.00399987,  0.00413719,  0.00427598,
        0.00441622,  0.00455789,  0.00470098,
        0.00484546,  0.00499132,  0.00513867,
        0.00528737,  0.00543738,  0.00558868,
        0.00574126,  0.00589509,  0.0060502,
        0.00620661,  0.00636422,  0.006523,
        0.00668292,  0.00684398,  0.00700614,
        0.00716953,  0.00733397,  0.00749946,
        0.00766597,  0.00783349,  0.00800198,
        0.00817156,  0.00834207,  0.00851349,
        0.00868581,  0.008859,    0.00903307,
        0.00920805,  0.00938383,  0.0095604,
        0.00973774,  0.00991582,  0.0100947,
        0.0102743,   0.0104545,   0.0106355,
        0.010817,    0.0109992,   0.011182,
        0.0113654,   0.0115494,   0.0117339,
        0.0119188,   0.0121043,   0.0122903,
        0.0124768,   0.0126636,   0.0128508,
        0.0130384,   0.0132265,   0.0134148,
        0.0136034,   0.0137924,   0.0139816,
        0.014171,    0.0143607,   0.0145506,
        0.0147407,   0.014931,    0.0151214,
        0.0153119,   0.0155025,   0.0156932,
        0.0158839,   0.0160747,   0.0162655,
        0.0164563,   0.0166471,   0.0168378,
        0.0170284,   0.017219,    0.0174094,
        0.0175997,   0.0177899,   0.0179799,
        0.0181697,   0.0183593,   0.0185486,
        0.0187377,   0.0189266,   0.0191151,
        0.0193033,   0.0194912,   0.0196788,
        0.019866,    0.0200528,   0.0202392,
        0.0204251,   0.0206106,   0.0207957,
        0.0209803,   0.0211643,   0.0213479,
        0.0215309,   0.0217134,   0.0218953,
        0.0220766,   0.0222573,   0.0224374,
        0.0226168,   0.0227956,   0.0229738,
        0.0231512,   0.0233279,   0.0235038,
        0.0236791,   0.0238536,   0.0240274,
        0.0242003,   0.0243724,   0.0245437,
        0.0247142,   0.0248839,   0.0250527,
        0.0252206,   0.0253875,   0.0255536,
        0.0257188,   0.0258831,   0.0260464,
        0.0262087,   0.02637,     0.0265304,
        0.0266898,   0.0268482,   0.0270055,
        0.0271617,   0.0273169,   0.0274711,
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        0.0717841,  0.0712572,  0.0707291,  0.0701999,  0.0696692,   0.0691378,  0.0686045,  0.0680709,  0.0675351,
        0.0669993,  0.066461,   0.0659226,  0.0653822,  0.0648413,   0.0642988,  0.0637555,  0.0632109,  0.062665,
        0.0621185,  0.0615702,  0.0610217,  0.0604709,  0.0599201,   0.0593672,  0.0588139,  0.0582592,  0.0577035,
        0.057147,   0.0565888,  0.0560305,  0.05547,    0.0549094,   0.0543469,  0.053784,   0.0532198,  0.0526544,
        0.0520886,  0.0515209,  0.0509531,  0.0503833,  0.0498132,   0.0492418,  0.0486693,  0.0480964,  0.0475216,
        0.0469468,  0.04637,    0.0457929,  0.0452147,  0.0446352,   0.0440555,  0.0434738,  0.0428921,  0.0423087,
        0.0417248,  0.04114,    0.0405538,  0.0399675,  0.0393792,   0.0387906,  0.038201,   0.0376103,  0.0370194,
        0.0364264,  0.0358334,  0.0352391,  0.0346439,  0.0340484,   0.033451,   0.0328536,  0.0322548,  0.0316552,
        0.0310553,  0.0304535,  0.0298517,  0.0292485,  0.0286446,   0.0280404,  0.0274343,  0.0268281,  0.0262208,
        0.0256125,  0.0250043,  0.0243939,  0.0237835,  0.0231721,   0.0225596,  0.0219471,  0.0213327,  0.0207181,
        0.0201029,  0.0194862,  0.0188694,  0.0182513,  0.0176325,   0.0170136,  0.0163927,  0.0157718,  0.0151501,
        0.0145272,  0.0139042,  0.0132797,  0.0126547,  0.0120296,   0.0114025,  0.0107755,  0.0101476,  0.00951858,
        0.00888951, 0.00825902, 0.00762794, 0.00699685, 0.00636378,  0.00573069, 0.00509707, 0.00446199, 0.00382691,
        0.00319078, 0.00255372, 0.00191665, 0.00127807, 0.000639035, 0}};
  
   for (int i = 0; i < n_SW_noME1_1; i++) {
     for (int j = 0; j < n_val; j++) {
       //---- maybe a vector later...
       x_correction_noME1_1[i][j] = corrections_noME1_1[i][j];
       if (i < n_SW_ME1_1) {
         x_correction_ME1_1[i][j] = corrections_ME1_1[i][j];
       }
     }
   }
 }

References mps_fire::i, dqmiolumiharvest::j, n_SW_ME1_1, n_SW_noME1_1, n_val, x_correction_ME1_1, and x_correction_noME1_1.

Referenced by getCorrectionValues().

◆ initChamberSpecs()

void CSCXonStrip_MatchGatti::initChamberSpecs ( )

Use specs to setup Gatti parameters.

Definition at line 474 of file CSCXonStrip_MatchGatti.cc.

                                               {
   // Not used directly but these are parameters used for extracting the correction values
   // in coordinate and error estimators
  
   // Distance between anode and cathode
   h = specs_->anodeCathodeSpacing();
   r = h / stripWidth;
  
   // Wire spacing
   double wspace = specs_->wireSpacing();
  
   // Wire radius
   double wradius = specs_->wireRadius();
  
   // Accepted parameters in Gatti function
   const double parm[5] = {.1989337e-02, -.6901542e-04, .8665786, 154.6177, -.680163e-03};
  
   k_3 = (parm[0] * wspace / h + parm[1]) *
         (parm[2] * wspace / wradius + parm[3] + parm[4] * (wspace / wradius) * (wspace / wradius));
  
   sqrt_k_3 = std::sqrt(k_3);
   norm = r * (0.5 / std::atan(sqrt_k_3));  // changed from norm to r * norm
   k_2 = M_PI_2 * (1. - sqrt_k_3 / 2.);
   k_1 = 0.25 * k_2 * sqrt_k_3 / std::atan(sqrt_k_3);
 }

References CSCChamberSpecs::anodeCathodeSpacing(), k_1, k_2, k_3, M_PI_2, norm, r, specs_, mathSSE::sqrt(), sqrt_k_3, stripWidth, CSCChamberSpecs::wireRadius(), and CSCChamberSpecs::wireSpacing().

◆ operator=()

CSCXonStrip_MatchGatti& CSCXonStrip_MatchGatti::operator= ( const CSCXonStrip_MatchGatti & )

private

◆ setConditions()

void CSCXonStrip_MatchGatti::setConditions ( const CSCRecoConditions * reco )

inline

Cache pointer to conditions data.

Definition at line 51 of file CSCXonStrip_MatchGatti.h.

51 { recoConditions_ = reco; }

References dt_dqm_sourceclient_common_cff::reco, and recoConditions_.

Referenced by CSCMake2DRecHit::setConditions().

◆ setupMatrix()

void CSCXonStrip_MatchGatti::setupMatrix ( )

Set matrix for XT corrections and noise.

Definition at line 358 of file CSCXonStrip_MatchGatti.cc.

                                          {
   //---- a??? and v??[] could be skipped for now...; not used yet
  
   /*
   double dd, a11t, a12t, a13t, a22t, a23t, a33t;
   double syserr = adcSystematics;
   double xtlk_err = xtalksSystematics;
   // Left strip
   a11t = a11[0] + syserr*syserr * ChargeSignal[0][0]*ChargeSignal[0][0] + xtlk_err*xtlk_err*ChargeSignal[1][0]*ChargeSignal[1][0];
   a12t = a12[0] + syserr*syserr * ChargeSignal[0][0]*ChargeSignal[0][1];
   a13t = a13[0] + syserr*syserr * ChargeSignal[0][0]*ChargeSignal[0][2];
   a22t = a22[0] + syserr*syserr * ChargeSignal[0][1]*ChargeSignal[0][1] + xtlk_err*xtlk_err*ChargeSignal[1][1]*ChargeSignal[1][1];
   a23t = a23[0] + syserr*syserr * ChargeSignal[0][1]*ChargeSignal[0][2];
   a33t = a33[0] + syserr*syserr * ChargeSignal[0][2]*ChargeSignal[0][2] + xtlk_err*xtlk_err*ChargeSignal[1][2]*ChargeSignal[1][2];
  
   dd     = (a11t*a33t*a22t - a11t*a23t*a23t - a33t*a12t*a12t 
                        + 2.* a12t*a13t*a23t - a13t*a13t*a22t );
  
   v11[0] = (a33t*a22t - a23t*a23t)/dd;
   v12[0] =-(a33t*a12t - a13t*a23t)/dd;
   v13[0] = (a12t*a23t - a13t*a22t)/dd;
   v22[0] = (a33t*a11t - a13t*a13t)/dd;
   v23[0] =-(a23t*a11t - a12t*a13t)/dd;
   v33[0] = (a22t*a11t - a12t*a12t)/dd;
      
   // Center strip
   a11t = a11[1] + syserr*syserr * ChargeSignal[1][0]*ChargeSignal[1][0] + xtlk_err*xtlk_err*(ChargeSignal[0][0]*ChargeSignal[0][0]+ChargeSignal[2][0]*ChargeSignal[2][0]);
   a12t = a12[1] + syserr*syserr * ChargeSignal[1][0]*ChargeSignal[1][1];
   a13t = a13[1] + syserr*syserr * ChargeSignal[1][0]*ChargeSignal[1][2];
   a22t = a22[1] + syserr*syserr * ChargeSignal[1][1]*ChargeSignal[1][1] + xtlk_err*xtlk_err*(ChargeSignal[0][1]*ChargeSignal[0][1]+ChargeSignal[2][1]*ChargeSignal[2][1]);
   a23t = a23[1] + syserr*syserr * ChargeSignal[1][1]*ChargeSignal[1][2];
   a33t = a33[1] + syserr*syserr * ChargeSignal[1][2]*ChargeSignal[1][2] + xtlk_err*xtlk_err*(ChargeSignal[0][2]*ChargeSignal[0][2]+ChargeSignal[2][2]*ChargeSignal[2][2]);
  
   dd     = (a11t*a33t*a22t - a11t*a23t*a23t - a33t*a12t*a12t
                        + 2.* a12t*a13t*a23t - a13t*a13t*a22t );
  
   v11[1] = (a33t*a22t - a23t*a23t)/dd;
   v12[1] =-(a33t*a12t - a13t*a23t)/dd;
   v13[1] = (a12t*a23t - a13t*a22t)/dd;
   v22[1] = (a33t*a11t - a13t*a13t)/dd;
   v23[1] =-(a23t*a11t - a12t*a13t)/dd;
   v33[1] = (a22t*a11t - a12t*a12t)/dd;
  
   // Right strip
   a11t = a11[2] + syserr*syserr * ChargeSignal[2][0]*ChargeSignal[2][0] + xtlk_err*xtlk_err*ChargeSignal[1][0]*ChargeSignal[1][0];
   a12t = a12[2] + syserr*syserr * ChargeSignal[2][0]*ChargeSignal[2][1];
   a13t = a13[2] + syserr*syserr * ChargeSignal[2][0]*ChargeSignal[2][2];
   a22t = a22[2] + syserr*syserr * ChargeSignal[2][1]*ChargeSignal[2][1] + xtlk_err*xtlk_err*ChargeSignal[1][1]*ChargeSignal[1][1];
   a23t = a23[2] + syserr*syserr * ChargeSignal[2][1]*ChargeSignal[2][2];
   a33t = a33[2] + syserr*syserr * ChargeSignal[2][2]*ChargeSignal[2][2] + xtlk_err*xtlk_err*ChargeSignal[1][2]*ChargeSignal[1][2];
  
   dd     = (a11t*a33t*a22t - a11t*a23t*a23t - a33t*a12t*a12t
                         +2.* a12t*a13t*a23t - a13t*a13t*a22t );
  
   v11[2] = (a33t*a22t - a23t*a23t)/dd;
   v12[2] =-(a33t*a12t - a13t*a23t)/dd;
   v13[2] = (a12t*a23t - a13t*a22t)/dd;
   v22[2] = (a33t*a11t - a13t*a13t)/dd;
   v23[2] =-(a23t*a11t - a12t*a13t)/dd;
   v33[2] = (a22t*a11t - a12t*a12t)/dd;
 */
   //---- Find the inverted XTalk matrix and apply it to the charge (3x3)
   //---- Thus the charge before the XTalk is obtained
   CLHEP::HepMatrix cross_talks_inv(3, 3);
   int err = 0;
   //---- q_sum is 3 time bins summed; L, C, R - left, central, right strips
   q_sum = q_sumL = q_sumC = q_sumR = 0.;
   double charge = 0.;
   for (int iTime = 0; iTime < 3; iTime++) {
     cross_talks_inv(1, 1) = xt_lr0[iTime];
     cross_talks_inv(1, 2) = xt_l[1][iTime];
     cross_talks_inv(1, 3) = 0.;
     cross_talks_inv(2, 1) = xt_r[0][iTime];
     cross_talks_inv(2, 2) = xt_lr1[iTime];
     cross_talks_inv(2, 3) = xt_l[2][iTime];
     cross_talks_inv(3, 1) = 0.;
     cross_talks_inv(3, 2) = xt_r[1][iTime];
     cross_talks_inv(3, 3) = xt_lr2[iTime];
     cross_talks_inv.invert(err);
     if (err != 0) {
       edm::LogWarning("FailedXTalkiInversionNoCrosstalkCorrection")
           << "Failed to invert XTalks matrix. No cross-talk correction for this rechit.";
       //edm::LogError("CSCRecHit") << "Failed to invert XTalks matrix. No cross-talk correction for this rechit.";
       return;
     }
     //---- "charge" is XT-corrected charge
     charge = chargeSignal[0][iTime] * cross_talks_inv(1, 1) + chargeSignal[1][iTime] * cross_talks_inv(1, 2) +
              chargeSignal[2][iTime] * cross_talks_inv(1, 3);
     //---- Negative charge? According to studies (and logic) - better use 0 charge
     //----- Later studies suggest that this only do harm. I am still worried about
     // charges of -50 ADC and below (0.5% of the cases) but let see
     //if(charge<0.){
     //charge = 0.;
     //}
     q_sum += charge;
     q_sumL += charge;
     charge = chargeSignal[0][iTime] * cross_talks_inv(2, 1) + chargeSignal[1][iTime] * cross_talks_inv(2, 2) +
              chargeSignal[2][iTime] * cross_talks_inv(2, 3);
     //if(charge<0.){
     //charge = 0.;
     //}
     q_sum += charge;
     q_sumC += charge;
     charge = chargeSignal[0][iTime] * cross_talks_inv(3, 1) + chargeSignal[1][iTime] * cross_talks_inv(3, 2) +
              chargeSignal[2][iTime] * cross_talks_inv(3, 3);
     //if(charge<0.){
     //charge = 0.;
     //}
     q_sum += charge;
     q_sumR += charge;
   }
 }

References ALCARECOTkAlJpsiMuMu_cff::charge, chargeSignal, submitPVResolutionJobs::err, q_sum, q_sumC, q_sumL, q_sumR, xt_l, xt_lr0, xt_lr1, xt_lr2, and xt_r.

Referenced by findXOnStrip().

◆ xfError_Noise()

double CSCXonStrip_MatchGatti::xfError_Noise ( double noise )

private

Definition at line 587 of file CSCXonStrip_MatchGatti.cc.

                                                          {
   double min, max;
   if (q_sumR > q_sumL) {
     min = q_sumL;
     max = q_sumR;
   } else {
     min = q_sumR;
     max = q_sumL;
   }
   //---- Error propagation...
   //---- Names here are fake! Due to technical features
   double dr_L2 = pow(q_sumR - q_sumL, 2);
   double dr_C2 = pow(q_sumC - min, 2);
   double dr_R2 = pow(q_sumC - max, 2);
   double error = std::sqrt(dr_L2 + dr_C2 + dr_R2) * noise / std::pow(q_sumC - min, 2) / 2;
  
   return error;
 }

References relativeConstraints::error, SiStripPI::max, min(), hgcalDigitizer_cfi::noise, funct::pow(), q_sumC, q_sumL, q_sumR, and mathSSE::sqrt().

Referenced by calculateXonStripError().

◆ xfError_XTasym()

double CSCXonStrip_MatchGatti::xfError_XTasym ( double XTasym )

private

Definition at line 606 of file CSCXonStrip_MatchGatti.cc.

                                                             {
   double min;
   if (q_sumR > q_sumL) {
     min = q_sumL;
   } else {
     min = q_sumR;
   }
   //---- Error propagation
   double dXTL = (std::pow(q_sumC, 2) + std::pow(q_sumR, 2) - q_sumL * q_sumR - q_sumR * q_sumC);
   double dXTR = (std::pow(q_sumC, 2) + std::pow(q_sumL, 2) - q_sumL * q_sumR - q_sumL * q_sumC);
   double dXT = std::sqrt(std::pow(dXTL, 2) + std::pow(dXTR, 2)) / std::pow((q_sumC - min), 2) / 2;
   double error = dXT * xt_asym;
  
   return error;
 }

References relativeConstraints::error, min(), funct::pow(), q_sumC, q_sumL, q_sumR, and mathSSE::sqrt().

Referenced by calculateXonStripError().

Member Data Documentation

◆ a11

float CSCXonStrip_MatchGatti::a11[3]

private

Store elements of auto-correlation matrices: 0 = left, 1 = middle, 2 = right.

Definition at line 75 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip().

◆ a12

float CSCXonStrip_MatchGatti::a12[3]

private

Definition at line 75 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip().

◆ a13

float CSCXonStrip_MatchGatti::a13[3]

private

Definition at line 75 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip().

◆ a22

float CSCXonStrip_MatchGatti::a22[3]

private

Definition at line 75 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip().

◆ a23

float CSCXonStrip_MatchGatti::a23[3]

private

Definition at line 75 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip().

◆ a33

float CSCXonStrip_MatchGatti::a33[3]

private

Definition at line 75 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip().

◆ chargeSignal

float CSCXonStrip_MatchGatti::chargeSignal[3][3]

private

Definition at line 65 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip(), and setupMatrix().

◆ const_syst

float CSCXonStrip_MatchGatti::const_syst

private

Definition at line 116 of file CSCXonStrip_MatchGatti.h.

Referenced by calculateXonStripError(), and findXOnStrip().

◆ const_syst_ME12

float CSCXonStrip_MatchGatti::const_syst_ME12

private

Definition at line 126 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ const_syst_ME13

float CSCXonStrip_MatchGatti::const_syst_ME13

private

Definition at line 129 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ const_syst_ME1a

float CSCXonStrip_MatchGatti::const_syst_ME1a

private

Definition at line 120 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ const_syst_ME1b

float CSCXonStrip_MatchGatti::const_syst_ME1b

private

Definition at line 123 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ const_syst_ME21

float CSCXonStrip_MatchGatti::const_syst_ME21

private

Definition at line 132 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ const_syst_ME22

float CSCXonStrip_MatchGatti::const_syst_ME22

private

Definition at line 135 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ const_syst_ME31

float CSCXonStrip_MatchGatti::const_syst_ME31

private

Definition at line 138 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ const_syst_ME32

float CSCXonStrip_MatchGatti::const_syst_ME32

private

Definition at line 141 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ const_syst_ME41

float CSCXonStrip_MatchGatti::const_syst_ME41

private

Definition at line 144 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ h

double CSCXonStrip_MatchGatti::h

private

Definition at line 58 of file CSCXonStrip_MatchGatti.h.

◆ k_1

double CSCXonStrip_MatchGatti::k_1

private

Definition at line 62 of file CSCXonStrip_MatchGatti.h.

Referenced by initChamberSpecs().

◆ k_2

double CSCXonStrip_MatchGatti::k_2

private

Definition at line 62 of file CSCXonStrip_MatchGatti.h.

Referenced by initChamberSpecs().

◆ k_3

double CSCXonStrip_MatchGatti::k_3

private

Definition at line 62 of file CSCXonStrip_MatchGatti.h.

Referenced by initChamberSpecs().

◆ n_SW_ME1_1

const int CSCXonStrip_MatchGatti::n_SW_ME1_1 = 6

staticprivate

Definition at line 107 of file CSCXonStrip_MatchGatti.h.

Referenced by estimated2GattiCorrection(), and hardcodedCorrectionInitialization().

◆ n_SW_noME1_1

const int CSCXonStrip_MatchGatti::n_SW_noME1_1 = 11

staticprivate

Definition at line 106 of file CSCXonStrip_MatchGatti.h.

Referenced by estimated2GattiCorrection(), and hardcodedCorrectionInitialization().

◆ n_val

const int CSCXonStrip_MatchGatti::n_val = 501

staticprivate

Definition at line 108 of file CSCXonStrip_MatchGatti.h.

Referenced by estimated2GattiCorrection(), and hardcodedCorrectionInitialization().

◆ noise_level

float CSCXonStrip_MatchGatti::noise_level

private

Definition at line 114 of file CSCXonStrip_MatchGatti.h.

Referenced by calculateXonStripError(), and findXOnStrip().

◆ noise_level_ME12

float CSCXonStrip_MatchGatti::noise_level_ME12

private

Definition at line 124 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ noise_level_ME13

float CSCXonStrip_MatchGatti::noise_level_ME13

private

Definition at line 127 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ noise_level_ME1a

float CSCXonStrip_MatchGatti::noise_level_ME1a

private

Definition at line 118 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ noise_level_ME1b

float CSCXonStrip_MatchGatti::noise_level_ME1b

private

Definition at line 121 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ noise_level_ME21

float CSCXonStrip_MatchGatti::noise_level_ME21

private

Definition at line 130 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ noise_level_ME22

float CSCXonStrip_MatchGatti::noise_level_ME22

private

Definition at line 133 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ noise_level_ME31

float CSCXonStrip_MatchGatti::noise_level_ME31

private

Definition at line 136 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ noise_level_ME32

float CSCXonStrip_MatchGatti::noise_level_ME32

private

Definition at line 139 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ noise_level_ME41

float CSCXonStrip_MatchGatti::noise_level_ME41

private

Definition at line 142 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ norm

double CSCXonStrip_MatchGatti::norm

private

Definition at line 62 of file CSCXonStrip_MatchGatti.h.

Referenced by initChamberSpecs().

◆ q_sum

double CSCXonStrip_MatchGatti::q_sum

private

Definition at line 82 of file CSCXonStrip_MatchGatti.h.

Referenced by setupMatrix().

◆ q_sumC

double CSCXonStrip_MatchGatti::q_sumC

private

Definition at line 82 of file CSCXonStrip_MatchGatti.h.

Referenced by calculateXonStripError(), calculateXonStripPosition(), findXOnStrip(), setupMatrix(), xfError_Noise(), and xfError_XTasym().

◆ q_sumL

double CSCXonStrip_MatchGatti::q_sumL

private

Definition at line 82 of file CSCXonStrip_MatchGatti.h.

Referenced by calculateXonStripError(), calculateXonStripPosition(), findXOnStrip(), setupMatrix(), xfError_Noise(), and xfError_XTasym().

◆ q_sumR

double CSCXonStrip_MatchGatti::q_sumR

private

Definition at line 82 of file CSCXonStrip_MatchGatti.h.

Referenced by calculateXonStripError(), calculateXonStripPosition(), findXOnStrip(), setupMatrix(), xfError_Noise(), and xfError_XTasym().

◆ r

double CSCXonStrip_MatchGatti::r

private

Definition at line 60 of file CSCXonStrip_MatchGatti.h.

Referenced by initChamberSpecs().

◆ recoConditions_

const CSCRecoConditions* CSCXonStrip_MatchGatti::recoConditions_

private

Definition at line 90 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip(), and setConditions().

◆ specs_

const CSCChamberSpecs* CSCXonStrip_MatchGatti::specs_

private

Definition at line 78 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip(), and initChamberSpecs().

◆ sqrt_k_3

double CSCXonStrip_MatchGatti::sqrt_k_3

private

Definition at line 62 of file CSCXonStrip_MatchGatti.h.

Referenced by initChamberSpecs().

◆ stripWidth

float CSCXonStrip_MatchGatti::stripWidth

private

Definition at line 59 of file CSCXonStrip_MatchGatti.h.

Referenced by calculateXonStripError(), calculateXonStripPosition(), estimated2Gatti(), estimated2GattiCorrection(), findXOnStrip(), and initChamberSpecs().

◆ use3TimeBins

bool CSCXonStrip_MatchGatti::use3TimeBins

private

Definition at line 86 of file CSCXonStrip_MatchGatti.h.

◆ useCalib

bool CSCXonStrip_MatchGatti::useCalib

private

Definition at line 85 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ v11

float CSCXonStrip_MatchGatti::v11[3]

private

Store elements of matrices for chi^2 computation: 0 = left, 1 = middle, 2 = right.

Definition at line 72 of file CSCXonStrip_MatchGatti.h.

◆ v12

float CSCXonStrip_MatchGatti::v12[3]

private

Definition at line 72 of file CSCXonStrip_MatchGatti.h.

◆ v13

float CSCXonStrip_MatchGatti::v13[3]

private

Definition at line 72 of file CSCXonStrip_MatchGatti.h.

◆ v22

float CSCXonStrip_MatchGatti::v22[3]

private

Definition at line 72 of file CSCXonStrip_MatchGatti.h.

◆ v23

float CSCXonStrip_MatchGatti::v23[3]

private

Definition at line 72 of file CSCXonStrip_MatchGatti.h.

◆ v33

float CSCXonStrip_MatchGatti::v33[3]

private

Definition at line 72 of file CSCXonStrip_MatchGatti.h.

◆ x_centralVal

float CSCXonStrip_MatchGatti::x_centralVal[n_val]

private

Definition at line 112 of file CSCXonStrip_MatchGatti.h.

◆ x_correction_ME1_1

float CSCXonStrip_MatchGatti::x_correction_ME1_1[n_SW_ME1_1][n_val]

private

Definition at line 111 of file CSCXonStrip_MatchGatti.h.

Referenced by estimated2GattiCorrection(), and hardcodedCorrectionInitialization().

◆ x_correction_noME1_1

float CSCXonStrip_MatchGatti::x_correction_noME1_1[n_SW_noME1_1][n_val]

private

Definition at line 110 of file CSCXonStrip_MatchGatti.h.

Referenced by estimated2GattiCorrection(), and hardcodedCorrectionInitialization().

◆ xt_asymmetry

float CSCXonStrip_MatchGatti::xt_asymmetry

private

Definition at line 115 of file CSCXonStrip_MatchGatti.h.

Referenced by calculateXonStripError(), and findXOnStrip().

◆ xt_asymmetry_ME12

float CSCXonStrip_MatchGatti::xt_asymmetry_ME12

private

Definition at line 125 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_asymmetry_ME13

float CSCXonStrip_MatchGatti::xt_asymmetry_ME13

private

Definition at line 128 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_asymmetry_ME1a

float CSCXonStrip_MatchGatti::xt_asymmetry_ME1a

private

Definition at line 119 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_asymmetry_ME1b

float CSCXonStrip_MatchGatti::xt_asymmetry_ME1b

private

Definition at line 122 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_asymmetry_ME21

float CSCXonStrip_MatchGatti::xt_asymmetry_ME21

private

Definition at line 131 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_asymmetry_ME22

float CSCXonStrip_MatchGatti::xt_asymmetry_ME22

private

Definition at line 134 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_asymmetry_ME31

float CSCXonStrip_MatchGatti::xt_asymmetry_ME31

private

Definition at line 137 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_asymmetry_ME32

float CSCXonStrip_MatchGatti::xt_asymmetry_ME32

private

Definition at line 140 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_asymmetry_ME41

float CSCXonStrip_MatchGatti::xt_asymmetry_ME41

private

Definition at line 143 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

◆ xt_l

float CSCXonStrip_MatchGatti::xt_l[3][3]

private

x-talks 0 = left, 1 = middle, 2 = right ; and then second [] is for time bin tmax-1, tmax, tmax+1

Definition at line 68 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip(), and setupMatrix().

◆ xt_lr0

float CSCXonStrip_MatchGatti::xt_lr0[3]

private

Definition at line 69 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip(), and setupMatrix().

◆ xt_lr1

float CSCXonStrip_MatchGatti::xt_lr1[3]

private

Definition at line 69 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip(), and setupMatrix().

◆ xt_lr2

float CSCXonStrip_MatchGatti::xt_lr2[3]

private

Definition at line 69 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip(), and setupMatrix().

◆ xt_r

float CSCXonStrip_MatchGatti::xt_r[3][3]

private

Definition at line 68 of file CSCXonStrip_MatchGatti.h.

Referenced by findXOnStrip(), and setupMatrix().

◆ xtalksOffset

float CSCXonStrip_MatchGatti::xtalksOffset

private

Definition at line 87 of file CSCXonStrip_MatchGatti.h.

Referenced by CSCXonStrip_MatchGatti(), and findXOnStrip().

Public Member Functions

Private Member Functions

Private Attributes

Static Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ CSCXonStrip_MatchGatti() [1/2]

◆ ~CSCXonStrip_MatchGatti()

◆ CSCXonStrip_MatchGatti() [2/2]

Member Function Documentation

◆ calculateXonStripError()

◆ calculateXonStripPosition()

◆ estimated2Gatti()

◆ estimated2GattiCorrection()

◆ findXOnStrip()

◆ getCorrectionValues()

◆ hardcodedCorrectionInitialization()

◆ initChamberSpecs()

◆ operator=()

◆ setConditions()

◆ setupMatrix()

◆ xfError_Noise()

◆ xfError_XTasym()

Member Data Documentation

◆ a11

◆ a12

◆ a13

◆ a22

◆ a23

◆ a33

◆ chargeSignal

◆ const_syst

◆ const_syst_ME12

◆ const_syst_ME13

◆ const_syst_ME1a

◆ const_syst_ME1b

◆ const_syst_ME21

◆ const_syst_ME22

◆ const_syst_ME31

◆ const_syst_ME32

◆ const_syst_ME41

◆ h

◆ k_1

◆ k_2

◆ k_3

◆ n_SW_ME1_1

◆ n_SW_noME1_1

◆ n_val

◆ noise_level

◆ noise_level_ME12

◆ noise_level_ME13

◆ noise_level_ME1a

◆ noise_level_ME1b

◆ noise_level_ME21

◆ noise_level_ME22

◆ noise_level_ME31

◆ noise_level_ME32

◆ noise_level_ME41

◆ norm

◆ q_sum

◆ q_sumC

◆ q_sumL

◆ q_sumR

◆ r

◆ recoConditions_

◆ specs_

◆ sqrt_k_3

◆ stripWidth

◆ use3TimeBins

◆ useCalib

◆ v11

◆ v12

◆ v13

◆ v22

◆ v23

◆ v33

◆ x_centralVal

◆ x_correction_ME1_1

◆ x_correction_noME1_1

◆ xt_asymmetry