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alkemystalkemyst
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Adding the first files
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‎CBC/CBC-tb2011

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#!/bin/bash
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# MPV = 19100
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# Noise = 950
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# 6036, 16876 electrons thres
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# 7 um resolution telescope
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# 300 um thick
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# 80 um pitch
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# TB2012
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# crosstalk=8% (each side) = 16% (total)
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# <cluster width> = ??
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# res1 = ??
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# res2 = ??
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../bin/clustersim --maxangle=40 --chargedensity=63.7 --driftzone=60 --thickness=300 --saturation=1000 --adcbits=10 --pitch=134.4 --noiserms=950 --crosstalk=.16 --telescoperesolution=10 \
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--angle=0 --threshold=5470 --tag=TB2011_530mV_0deg binarySignal --tag=TB2011_530mV_0deg binErrorScan
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‎CBC/CBC-tb2012

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#!/bin/bash
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# MPV = 19100
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# Noise = 950
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# 6036, 16876 electrons thres
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# 7 um resolution telescope
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# 300 um thick
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# 80 um pitch
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# TB2012
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# crosstalk=8% (each side) = 16% (total)
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# <cluster width> = ??
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# res1 = ??
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# res2 = ??
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../bin/clustersim --maxangle=40 --chargedensity=63.7 --driftzone=20 --thickness=300 --saturation=1000 --adcbits=10 --pitch=80 --noiserms=950 --crosstalk=.16 --telescoperesolution=7 \
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--angle=0 --threshold=5470 --tag=TB2012_530mV_0deg binarySignal \
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--angle=0 --threshold=16116 --tag=TB2012_610mV_0deg binarySignal \
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--angle=30 --threshold=5470 --tag=TB2012_530mV_30deg binarySignal \
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--angle=0 --threshold=4139 --tag=TB2012_520mV_0deg binarySignal \
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--angle=0 --threshold=6800 --tag=TB2012_540mV_0deg binarySignal \
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--angle=0 --threshold=8131 --tag=TB2012_550mV_0deg binarySignal \
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--angle=0 --threshold=10793 --tag=TB2012_570mV_0deg binarySignal \
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--angle=0 --threshold=21439 --tag=TB2012_650mV_0deg binarySignal \
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--threshold=5470 --tag=TB2012_530mV_STD_TelescopeON binErrorScan \
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--tag=TB2012_530mV_STD_Intrinsic --telescoperesolution=0 binErrorScan \
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--tag=TB2012_530mV_alternate_TelescopeON --driftzone=40 --telescoperesolution=15 binErrorScan \
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--tag=TB2012_530mV_alternate_Intrinsic --telescoperesolution=0 binErrorScan

‎CBC/getResolutions

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#!/bin/bash
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mvList="520 530 540 550 570 610 650"
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fileList=""
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reso=`cat antani | grep Residuals | grep _0deg`
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for i in $mvList; do
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echo "$i" > /tmp/$i.txt
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echo "$reso" | grep "${i}mV" | gawk '{print $8}' >> /tmp/$i.txt
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fileList="$fileList /tmp/$i.txt"
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done
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paste $fileList

‎CBC/inefficiencyPlots.cpp

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const int nMv = 4;
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int mvList[nMv] = {530, 570, 610, 650};
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TProfile* mvProfiles[nMv];
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void inefficiencyPlots() {
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char filename[1024];
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TFile* myFile;
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TCanvas* myCanvas;
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TObject* myObject;
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for (int i=0; i<nMv; ++i) {
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sprintf(filename, "clusterWidthImpact_TB2012_%dmV_0deg.root", mvList[i]);
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myFile = new TFile(filename, "READ");
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if (myFile) {
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std::cout << filename << " opened"<< std::endl;
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myCanvas = (TCanvas*) myFile->GetObjectChecked("c1", "TCanvas");
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if (myCanvas) {
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myObject = myCanvas->GetPrimitive("clusterSizeHisto0");
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if ((myObject)&&(std::string(myObject->ClassName())=="TProfile")) {
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mvProfiles[i] = new TProfile(*(TProfile*) myObject);
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std::cout << mvProfiles[i]->GetName() << std::endl;
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}
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}
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}
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}
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myCanvas = new TCanvas("myCanvas", "Inefficiency", 600, 600);
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gStyle->SetOptStat(0);
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std::string plotOpt = "l HIST";
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for (int i=0; i<nMv; ++i) {
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for (int iBin=1; iBin<=mvProfiles[i]->GetNbinsX(); ++iBin) {
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mvProfiles[i]->SetBinContent(iBin,(1-mvProfiles[i]->GetBinContent(iBin))*
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mvProfiles[i]->GetBinEntries(iBin) );
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}
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std::cout << mvProfiles[i]->GetName() << std::endl;
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if (i<=1) mvProfiles[i]->SetLineColor(kRed);
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else if (i==2) mvProfiles[i]->SetLineColor(kBlue);
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else if (i==3) mvProfiles[i]->SetLineColor(kGreen);
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mvProfiles[i]->SetTitle(";Interstrip Position [pitch];Efficiency");
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mvProfiles[i]->Draw(plotOpt.c_str());
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mvProfiles[i]->GetYaxis()->SetRangeUser(0,1);
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plotOpt="same l HIST";
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}
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myCanvas->SaveAs("eff.png");
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}

‎HPK/HPK

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#!/bin/bash
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# MPV = 14700
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# Noise = 500
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# 2000 to 20000 electrons Thres
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# 6 um resolution telescope
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# 320 um thick
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# 80 um pitch
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# FZ 320 N
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# <cluster width> = 1.18
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# res1 = 25
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# res2 = 23
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../bin/clustersim --maxangle=40 --chargedensity=45.9375 --driftzone=20 --thickness=320 --saturation=10000 --adcbits=10 --pitch=80 --noiserms=500 --crosstalk=.08 --angle=0 --threshold=3000 --telescoperesolution=10 --tag=FZ320N binarySignal --tag=FZ320N binErrorScan
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# MPV = ?
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# Noise = ?
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# 2000 to 20000 electrons Thres
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# 6 um resolution telescope
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# 200 um thick
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# 80 um pitch

‎MPA/MPA

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#!/bin/bash
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../bin/clustersim --maxangle=40 --chargedensity=70 --driftzone=20 --thickness=200 --saturation=30000 --adcbits=10 --pitch=100 --noiserms=220 --crosstalk=.12 --angle=0 --threshold=3744 --telescoperesolution=0 --tag=MPA binarySignal --tag=MPA_20um binErrorScan
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../bin/clustersim --maxangle=40 --chargedensity=70 --driftzone=99.99 --thickness=200 --saturation=30000 --adcbits=10 --pitch=100 --noiserms=220 --crosstalk=.12 --angle=0 --threshold=3744 --telescoperesolution=0 --tag=MPA_maxDrift binarySignal --tag=MPA_maxDrift binErrorScan

‎Makefile

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ROOTFLAGS=`root-config --cflags`
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ROOTLIBDIR=`root-config --libdir`
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ROOTLIBFLAGS=`root-config --libs`
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INCLUDEFLAGS=-Iinclude
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COMP=g++ $(INCLUDEFLAGS) -ggdb -fpermissive
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all: bin/clustersim
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lib/Palette.o: src/Palette.cpp include/Palette.h
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$(COMP) $(ROOTFLAGS) -c -o lib/Palette.o src/Palette.cpp
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lib/sensor.o: src/sensor.cpp include/sensor.h
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$(COMP) $(ROOTFLAGS) -c -o lib/sensor.o src/sensor.cpp
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bin/clustersim: src/clustersim.cpp lib/sensor.o lib/Palette.o
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$(COMP) $(ROOTFLAGS) lib/Palette.o lib/sensor.o src/clustersim.cpp $(ROOTLIBFLAGS) -o bin/clustersim
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clean:
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rm -f include/*~ *~ lib/* bin/clustersim
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cleandata:
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rm -f *.png *.root
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install: bin/clustersim
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cp bin/clustersim ~/bin

‎include/Palette.h

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#ifndef palette_h
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#define palette_h
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#include <TColor.h>
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#include <TROOT.h>
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#include <iostream>
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#include <string>
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#include <map>
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class Palette {
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public:
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static Color_t Color(const unsigned int& plotIndex);
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};
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#endif

‎include/sensor.h

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#ifndef _SENSOR_H_
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#define _SENSOR_H_
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#include <vector>
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#include <time.h>
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#include <TRandom3.h>
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#include <cmath>
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#include <cstdlib>
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#define RANDOM_SEED 42
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typedef std::vector<double> digiV;
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extern inline int maxValue(int a, int b) {
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return a > b ? a : b;
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}
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// The following parameter determines how many tracks left and right the good one
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// will be generated to simulate the charge drift
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#define DRIFT_WING 1 // n left and n right
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#define N_TRACCE ((2*DRIFT_WING)+1)
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class Sensor {
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public:
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enum { blockSharing, linearSharing, nSharing };
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private:
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TRandom3 myDice;
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int trackHitElement_old(double impact, double theta, digiV &result);
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void trackHitElement_old2(double& x, double& y, double theta, double& prevCharge, double& thisCharge, double& nextCharge);
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void trackHitElement(double& x, double& y, double theta, double& prevCharge, double& thisCharge, double& nextCharge);
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double wallHit(double x, double y, double theta, double width, double height, double& x1, double& y1);
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double landau(double mpv);
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double stripNoise();
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digiV myDigis_;
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double pitch_;
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double chargeDensity_;
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double saturation_;
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int adcBits_;
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double driftZone_;
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double transverseDrift_;
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double thickness_;
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double eta_;
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double etaZs_;
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double seed_cut_;
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double neighbour_cut_;
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double total_cut_;
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double noise_rms_;
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double xTalk_l_;
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double xTalk_c_;
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double xTalk_r_;
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double rndmXTalk_l_;
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double rndmXTalk_c_;
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double rndmXTalk_r_;
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double binaryThreshold_;
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unsigned int sharingMethod_;
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// Landau with parameter expressed
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// in units of MPV
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double landauWidth_;
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// Default parameters in the sensor simulation
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static const double defaultPitch = 80.;
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static const double defaultTransverseDrift = 0.; // Obsolete. do not use
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static const double defaultDriftZone = 10.;
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static const double defaultThickness = 200.;
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static const double defaultChargeDensity = 0.3;
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static const double defaultSaturation = 135;
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static const int defaultAdcBits = 4;
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static const double defaultNoiseRms = 4.;
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static const double defaultSeedCut = 4.;
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static const double defaultNeighbourCut = 3.;
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static const double defaultTotalCut = 5.; // Unused
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static const double defaultRndmXTalkL = 0.00; // Fraction of charge that can randomly cross talk between strips
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static const double defaultRndmXTalkC = 1.00; // Fraction of charge that can randomly cross talk between strips
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static const double defaultRndmXTalkR = 0.00; // Fraction of charge that can randomly cross talk between strips
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static const double defaultXTalkL = 0.10; // Cross talk between strips
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static const double defaultXTalkC = 0.80; // each strip shares 20% of its charge
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static const double defaultXTalkR = 0.10; // with the neighbours TODO: make this adjustable
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static const double defaultLandauWidth = 0.08; // width is MPV/12.5
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static const double defaultBinaryThreshold = 16; // width is MPV/12.5
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static const unsigned int defaultSharingMethod = linearSharing; // All charge released proportionally to the distance (within charge sharing zone)
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// Simulation parameters
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static const int cycle_gauss = 5; // Number of flat distributions used to simulate a Gaussian
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public:
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// Constructors and destructor
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~Sensor();
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Sensor();
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Sensor(double thickness, double pitch, double chargeDensity, double transverseDrift);
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Sensor(double thickness, double pitch, double chargeDensity, double transverseDrift, double, double, double, double);
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// Creates digi correspondent to a specific angle/impact point
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int trackHit_old(double impact, double theta); // old: deprecated
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int trackHit(double impact, double theta);
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// pure binary cluster search
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bool binaryCluster(int& nStrip, int& clusterWidth, const bool& onlyLeading, double& baricenter, double& baricenter_ext, double& totalCharge);
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// Compute cluster on the present digi
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// it reports the number of strips involved and the total
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// (digitised) charge of the cluster
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void clusterize(int& nClus, int& totCharge);
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// Modifies the digi according to the cross-talk
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void crossTalk();
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// Get the eta produced by the last clusterizing
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// Computed on raw data, or zero-suppressed
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double getEta();
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double getEtaZs();
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// Parameter get
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double getNoiseRms() { return noise_rms_; };
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double getThickness() { return thickness_; };
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double getPitch() { return pitch_; };
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double getChargeDensity() { return chargeDensity_; };
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double getSaturation() { return saturation_; };
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int getAdcBits() { return adcBits_; };
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double getTransverseDrift() { return transverseDrift_; }; // obsolete. do not use
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double getDriftZone() { return driftZone_*2; };
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double getSeedCut() { return seed_cut_; };
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double getNeighbourCut() { return neighbour_cut_; };
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double getTotalCut() { return total_cut_; };
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double getXTalk() { return (1-xTalk_c_); };
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double getRndmXTalk() { return (1-rndmXTalk_c_); };
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double getLandauWidth() { return landauWidth_; }
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double getBinaryThreshold() { return binaryThreshold_; }
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// Parameter set
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bool setSharingMethod(unsigned int newValue);
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void setNoiseRms(double newValue) { noise_rms_ = newValue; };
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void setThickness(double newValue) { thickness_ = newValue; };
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void setPitch(double newValue) { pitch_ = newValue; };
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void setChargeDensity(double newValue) { chargeDensity_ = newValue; };
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void setSaturation(double newValue) { saturation_ = newValue; };
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void setAdcBits(int newValue) { adcBits_ = newValue; };
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void setTransverseDrift(double newValue) { transverseDrift_ = newValue; }; // obsolete. do not use
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void setDriftZone(double newValue) { driftZone_ = newValue/2; };
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void setSeedCut(double newValue) { seed_cut_ = newValue; };
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void setNeighbourCut(double newValue) { neighbour_cut_ = newValue; };
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void setTotalCut(double newValue) { total_cut_ = newValue; };
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void setXTalk(double newValue) {
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if ((newValue>=0)&&(newValue<=1)) {
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xTalk_c_ = 1 - newValue;
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xTalk_r_ = newValue/2.;
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xTalk_l_ = newValue/2.;
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}
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}
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void setRndmXTalk(double newValue) {
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if ((newValue>=0)&&(newValue<=1)) {
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rndmXTalk_c_ = 1 - newValue;
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rndmXTalk_r_ = newValue/2.;
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rndmXTalk_l_ = newValue/2.;
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}
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}
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void setLandauWidth(double newValue) { landauWidth_ = newValue; }
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double setBinaryThreshold(const double& newValue ) { binaryThreshold_ = newValue; }
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void addNeighbourNoise(int nStrips);
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void printDigis() {
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for (int i=0; i<myDigis_.size(); ++i) std::cerr << myDigis_[i] <<", ";
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std::cerr << std::endl;
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}
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};
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#endif

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