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mcp_cal_pedSubtract.cxx
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1443 lines (1283 loc) · 72.7 KB
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/*
2013-02-15 Shane Caldwell Created mcp_cal.cxx
2013-02-28 Added PHD's and per-quadrant data.
2013-03-01 Now subtracting ADC pedestal values from MCP posts
2013-03-04 Centering bins on integer values
2014-03-11
Adding Right MCP (this year we were able to calibrate it)
Adding random component to x and y coords to elimnate funny binning
2014-03-17
Adding mapping to physical space, putting physical maps into h_[R/T]_mcp_map_physical_2
2014-03-18
Adding code to track when posts are missing, event by event
- missing_[R/T]_mcp[4] holds 1 if a post is missing; correlated by event; 0=A, 1=B, 2=C, 3=D
- h_missing_[R/T]_mcp to hold # of times each post is missing
- hn_missing_[R/T]_mcp to hold distribution of # of missing posts
- n_missing_[R/T]_mcp[A/B/C/D]_only to count # of times each post is the only missing post on an MCP
2014-03-20 Making pedSubtract version with pedestal subtraction
2014-03-29 Added a couple new variations:
- a special _cut histogram that shows PHD's in a specific region of the map
- a _post histogram showing the map with just the pedestals cut out of each post
2014-04-21 Promoting this version to mcp_cal.cxx
Histogram names:
h_ = it's a histogram
T_ = Top (R for Right, but didn't calibrate the Right MCP because it's borken
mcpA = A post amplitude
mcpSum = A + B + C + D
mcpX = X coordinate
qA = MCP hit in quadrant A
_n = sum signal > 200*n
*/
#include <unistd.h>
//#include "stat.h"
#include "stdio.h"
#include "TH1.h"
#include "TH2.h"
#include "TFile.h"
#include "TTree.h"
#include "TLeaf.h"
#include "TRandom3.h"
#include "TMath.h"
#include "bdn.h"
void mcp_cal_pedSubtract (const char*);
int main (int argc, char *argv[]) {
while (*++argv) {
mcp_cal_pedSubtract(argv[0]);
}
return 0;
}
void mcp_cal_pedSubtract (const char *filename) {
printf("\nmcp_cal_pedSubtract started.\n");
printf(filename);
/*****************************************************************/
/*** Code to include source code as a string in the ROOT file: ***/
/*****************************************************************
FILE *fsrc = fopen("mcp_cal_pedSubtract.cxx", "r");
char *fbuf;
struct stat srcbuf;
stat("mcp_cal_pedSubtract.cxx", &srcbuf);
fbuf = new char [srcbuf.st_size+1];
fread(fbuf, sizeof(char), srcbuf.st_size, fsrc);
fbuf[srcbuf.st_size] = '\0'; TString fstr(fbuf);
/*****************************************************************
printf(fbuf);
*/
TFile *f = new TFile(filename, "UPDATE");
TTree *tree = (TTree*)f->Get("bdn_Tree");
char *dir = "mcp_cal_pedSubtract"; // results will be placed in this subdirectory of the root file
char *dir_cycle = "mcp_cal_pedSubtract;1"; // results will be placed in this subdirectory of the root file
TRandom3 *randgen = new TRandom3(1);
Int_t printReconstructionMessage = 0;
// Loop variables:
const Int_t nEntries = tree->GetEntries();
Int_t i;
printf("\n%d entries",nEntries);
// To hold values in the event loop:
Double_t tA, tB, tC, tD, tSum, tX, tY;
Double_t rA, rB, rC, rD, rSum, rX, rY;
Double_t rA_calc, rB_calc, rC_calc, rD_calc;
Double_t tA_calc, tB_calc, tC_calc, tD_calc;
Double_t x0 = -0.0081539028;
Double_t y0 = -0.0086976241;
Double_t scale = 26.98837;
Double_t theta = 0.0062820831;
Double_t tX_mm, tY_mm, rX_mm, rY_mm;
// Histograms
const Double_t mapMin = -1.0;
const Double_t mapMax = 1.0;
const Double_t mapBinSize = 0.002;
const Int_t mapBins = (mapMax - mapMin)/mapBinSize;
const Double_t phdMin = -100;
const Double_t phdMax = 4500;
const Int_t phdBins = (Int_t)(phdMax - phdMin);
/*
TH1I *h_R_mcpX = new TH1I("h_R_mcpX" ,"Right MCP-X" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY = new TH1I("h_R_mcpY" ,"Right MCP-Y" , mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_0 = new TH2I("h_R_mcp_map_0", "Right MCP map w/ all data (no cuts)", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_1 = new TH2I("h_R_mcp_map_1", "Right MCP map w/ sum > 200", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_2 = new TH2I("h_R_mcp_map_2", "Right MCP map w/ sum > 400", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_3 = new TH2I("h_R_mcp_map_3", "Right MCP map w/ sum > 600", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_4 = new TH2I("h_R_mcp_map_4", "Right MCP map w/ sum > 800", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
*/
TH2I *h_T_mcp_map_0 = new TH2I("h_T_mcp_map_0", "Top MCP map w/ all data (no cuts)", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_1 = new TH2I("h_T_mcp_map_1", "Top MCP map w/ sum > 200", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_2 = new TH2I("h_T_mcp_map_2", "Top MCP map w/ sum > 400", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_3 = new TH2I("h_T_mcp_map_3", "Top MCP map w/ sum > 600", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_4 = new TH2I("h_T_mcp_map_4", "Top MCP map w/ sum > 800", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_0 = new TH1I("h_T_mcpA_0" ,"Top MCP-A (no cuts)" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_0 = new TH1I("h_T_mcpB_0" ,"Top MCP-B (no cuts)" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_0 = new TH1I("h_T_mcpC_0" ,"Top MCP-C (no cuts)" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_0 = new TH1I("h_T_mcpD_0" ,"Top MCP-D (no cuts)" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_0 = new TH1I("h_T_mcpSum_0" ,"Top MCP sum (no cuts)" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_0 = new TH1I("h_T_mcpX_0" ,"Top MCP-X (no cuts)" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_0 = new TH1I("h_T_mcpY_0" ,"Top MCP-Y (no cuts)" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_1 = new TH1I("h_T_mcpA_1" ,"Top MCP-A w/ sum > 200" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_1 = new TH1I("h_T_mcpB_1" ,"Top MCP-B w/ sum > 200" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_1 = new TH1I("h_T_mcpC_1" ,"Top MCP-C w/ sum > 200" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_1 = new TH1I("h_T_mcpD_1" ,"Top MCP-D w/ sum > 200" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_1 = new TH1I("h_T_mcpSum_1" ,"Top MCP sum w/ sum > 200" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_1 = new TH1I("h_T_mcpX_1" ,"Top MCP-X w/ sum > 200" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_1 = new TH1I("h_T_mcpY_1" ,"Top MCP-Y w/ sum > 200" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_2 = new TH1I("h_T_mcpA_2" ,"Top MCP-A w/ sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_2 = new TH1I("h_T_mcpB_2" ,"Top MCP-B w/ sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_2 = new TH1I("h_T_mcpC_2" ,"Top MCP-C w/ sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_2 = new TH1I("h_T_mcpD_2" ,"Top MCP-D w/ sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_2 = new TH1I("h_T_mcpSum_2" ,"Top MCP sum w/ sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_2 = new TH1I("h_T_mcpX_2" ,"Top MCP-X w/ sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_2 = new TH1I("h_T_mcpY_2" ,"Top MCP-Y w/ sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_3 = new TH1I("h_T_mcpA_3" ,"Top MCP-A w/ sum > 600" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_3 = new TH1I("h_T_mcpB_3" ,"Top MCP-B w/ sum > 600" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_3 = new TH1I("h_T_mcpC_3" ,"Top MCP-C w/ sum > 600" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_3 = new TH1I("h_T_mcpD_3" ,"Top MCP-D w/ sum > 600" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_3 = new TH1I("h_T_mcpSum_3" ,"Top MCP sum w/ sum > 600" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_3 = new TH1I("h_T_mcpX_3" ,"Top MCP-X w/ sum > 600" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_3 = new TH1I("h_T_mcpY_3" ,"Top MCP-Y w/ sum > 600" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_4 = new TH1I("h_T_mcpA_4" ,"Top MCP-A w/ sum > 800" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_4 = new TH1I("h_T_mcpB_4" ,"Top MCP-B w/ sum > 800" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_4 = new TH1I("h_T_mcpC_4" ,"Top MCP-C w/ sum > 800" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_4 = new TH1I("h_T_mcpD_4" ,"Top MCP-D w/ sum > 800" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_4 = new TH1I("h_T_mcpSum_4" ,"Top MCP sum w/ sum > 800" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_4 = new TH1I("h_T_mcpX_4" ,"Top MCP-X w/ sum > 800" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_4 = new TH1I("h_T_mcpY_4" ,"Top MCP-Y w/ sum > 800" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qA_0 = new TH1I("h_T_mcpA_qA_0" ,"Top MCP-A w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qA_0 = new TH1I("h_T_mcpB_qA_0" ,"Top MCP-B w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qA_0 = new TH1I("h_T_mcpC_qA_0" ,"Top MCP-C w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qA_0 = new TH1I("h_T_mcpD_qA_0" ,"Top MCP-D w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qA_0 = new TH1I("h_T_mcpSum_qA_0" ,"Top MCP sum w/ (X,Y) in quadrant A & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qA_0 = new TH1I("h_T_mcpX_qA_0" ,"Top MCP-X w/ (X,Y) in quadrant A & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qA_0 = new TH1I("h_T_mcpY_qA_0" ,"Top MCP-Y w/ (X,Y) in quadrant A & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qB_0 = new TH1I("h_T_mcpA_qB_0" ,"Top MCP-A w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qB_0 = new TH1I("h_T_mcpB_qB_0" ,"Top MCP-B w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qB_0 = new TH1I("h_T_mcpC_qB_0" ,"Top MCP-C w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qB_0 = new TH1I("h_T_mcpD_qB_0" ,"Top MCP-D w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qB_0 = new TH1I("h_T_mcpSum_qB_0" ,"Top MCP sum w/ (X,Y) in quadrant B & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qB_0 = new TH1I("h_T_mcpX_qB_0" ,"Top MCP-X w/ (X,Y) in quadrant B & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qB_0 = new TH1I("h_T_mcpY_qB_0" ,"Top MCP-Y w/ (X,Y) in quadrant B & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qC_0 = new TH1I("h_T_mcpA_qC_0" ,"Top MCP-A w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qC_0 = new TH1I("h_T_mcpB_qC_0" ,"Top MCP-B w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qC_0 = new TH1I("h_T_mcpC_qC_0" ,"Top MCP-C w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qC_0 = new TH1I("h_T_mcpD_qC_0" ,"Top MCP-D w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qC_0 = new TH1I("h_T_mcpSum_qC_0" ,"Top MCP sum w/ (X,Y) in quadrant C & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qC_0 = new TH1I("h_T_mcpX_qC_0" ,"Top MCP-X w/ (X,Y) in quadrant C & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qC_0 = new TH1I("h_T_mcpY_qC_0" ,"Top MCP-Y w/ (X,Y) in quadrant C & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qD_0 = new TH1I("h_T_mcpA_qD_0" ,"Top MCP-A w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qD_0 = new TH1I("h_T_mcpB_qD_0" ,"Top MCP-B w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qD_0 = new TH1I("h_T_mcpC_qD_0" ,"Top MCP-C w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qD_0 = new TH1I("h_T_mcpD_qD_0" ,"Top MCP-D w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qD_0 = new TH1I("h_T_mcpSum_qD_0" ,"Top MCP sum w/ (X,Y) in quadrant D & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qD_0 = new TH1I("h_T_mcpX_qD_0" ,"Top MCP-X w/ (X,Y) in quadrant D & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qD_0 = new TH1I("h_T_mcpY_qD_0" ,"Top MCP-Y w/ (X,Y) in quadrant D & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qCenter_0 = new TH1I("h_T_mcpA_qCenter_0" ,"Top MCP-A w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qCenter_0 = new TH1I("h_T_mcpB_qCenter_0" ,"Top MCP-B w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qCenter_0 = new TH1I("h_T_mcpC_qCenter_0" ,"Top MCP-C w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qCenter_0 = new TH1I("h_T_mcpD_qCenter_0" ,"Top MCP-D w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qCenter_0 = new TH1I("h_T_mcpSum_qCenter_0" ,"Top MCP sum w/ (X,Y) in \"center\" quadrant & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qCenter_0 = new TH1I("h_T_mcpX_qCenter_0" ,"Top MCP-X w/ (X,Y) in \"center\" quadrant & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qCenter_0 = new TH1I("h_T_mcpY_qCenter_0" ,"Top MCP-Y w/ (X,Y) in \"center\" quadrant & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qA_2 = new TH1I("h_T_mcpA_qA_2" ,"Top MCP-A w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qA_2 = new TH1I("h_T_mcpB_qA_2" ,"Top MCP-B w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qA_2 = new TH1I("h_T_mcpC_qA_2" ,"Top MCP-C w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qA_2 = new TH1I("h_T_mcpD_qA_2" ,"Top MCP-D w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qA_2 = new TH1I("h_T_mcpSum_qA_2" ,"Top MCP sum w/ (X,Y) in quadrant A & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qA_2 = new TH1I("h_T_mcpX_qA_2" ,"Top MCP-X w/ (X,Y) in quadrant A & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qA_2 = new TH1I("h_T_mcpY_qA_2" ,"Top MCP-Y w/ (X,Y) in quadrant A & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qB_2 = new TH1I("h_T_mcpA_qB_2" ,"Top MCP-A w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qB_2 = new TH1I("h_T_mcpB_qB_2" ,"Top MCP-B w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qB_2 = new TH1I("h_T_mcpC_qB_2" ,"Top MCP-C w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qB_2 = new TH1I("h_T_mcpD_qB_2" ,"Top MCP-D w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qB_2 = new TH1I("h_T_mcpSum_qB_2" ,"Top MCP sum w/ (X,Y) in quadrant B & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qB_2 = new TH1I("h_T_mcpX_qB_2" ,"Top MCP-X w/ (X,Y) in quadrant B & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qB_2 = new TH1I("h_T_mcpY_qB_2" ,"Top MCP-Y w/ (X,Y) in quadrant B & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qC_2 = new TH1I("h_T_mcpA_qC_2" ,"Top MCP-A w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qC_2 = new TH1I("h_T_mcpB_qC_2" ,"Top MCP-B w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qC_2 = new TH1I("h_T_mcpC_qC_2" ,"Top MCP-C w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qC_2 = new TH1I("h_T_mcpD_qC_2" ,"Top MCP-D w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qC_2 = new TH1I("h_T_mcpSum_qC_2" ,"Top MCP sum w/ (X,Y) in quadrant C & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qC_2 = new TH1I("h_T_mcpX_qC_2" ,"Top MCP-X w/ (X,Y) in quadrant C & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qC_2 = new TH1I("h_T_mcpY_qC_2" ,"Top MCP-Y w/ (X,Y) in quadrant C & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qD_2 = new TH1I("h_T_mcpA_qD_2" ,"Top MCP-A w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qD_2 = new TH1I("h_T_mcpB_qD_2" ,"Top MCP-B w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qD_2 = new TH1I("h_T_mcpC_qD_2" ,"Top MCP-C w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qD_2 = new TH1I("h_T_mcpD_qD_2" ,"Top MCP-D w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qD_2 = new TH1I("h_T_mcpSum_qD_2" ,"Top MCP sum w/ (X,Y) in quadrant D & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qD_2 = new TH1I("h_T_mcpX_qD_2" ,"Top MCP-X w/ (X,Y) in quadrant D & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qD_2 = new TH1I("h_T_mcpY_qD_2" ,"Top MCP-Y w/ (X,Y) in quadrant D & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpA_qCenter_2 = new TH1I("h_T_mcpA_qCenter_2" ,"Top MCP-A w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_qCenter_2 = new TH1I("h_T_mcpB_qCenter_2" ,"Top MCP-B w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_qCenter_2 = new TH1I("h_T_mcpC_qCenter_2" ,"Top MCP-C w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_qCenter_2 = new TH1I("h_T_mcpD_qCenter_2" ,"Top MCP-D w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_qCenter_2 = new TH1I("h_T_mcpSum_qCenter_2" ,"Top MCP sum w/ (X,Y) in \"center\" quadrant & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_T_mcpX_qCenter_2 = new TH1I("h_T_mcpX_qCenter_2" ,"Top MCP-X w/ (X,Y) in \"center\" quadrant & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_T_mcpY_qCenter_2 = new TH1I("h_T_mcpY_qCenter_2" ,"Top MCP-Y w/ (X,Y) in \"center\" quadrant & sum > 400" , mapBins, mapMin, mapMax);
// RIGHT MCP
TH2I *h_R_mcp_map_0 = new TH2I("h_R_mcp_map_0", "Right MCP map w/ all data (no cuts)", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_1 = new TH2I("h_R_mcp_map_1", "Right MCP map w/ sum > 200", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_2 = new TH2I("h_R_mcp_map_2", "Right MCP map w/ sum > 400", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_3 = new TH2I("h_R_mcp_map_3", "Right MCP map w/ sum > 600", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_4 = new TH2I("h_R_mcp_map_4", "Right MCP map w/ sum > 800", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_0 = new TH1I("h_R_mcpA_0" ,"Right MCP-A (no cuts)" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_0 = new TH1I("h_R_mcpB_0" ,"Right MCP-B (no cuts)" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_0 = new TH1I("h_R_mcpC_0" ,"Right MCP-C (no cuts)" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_0 = new TH1I("h_R_mcpD_0" ,"Right MCP-D (no cuts)" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_0 = new TH1I("h_R_mcpSum_0" ,"Right MCP sum (no cuts)" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_0 = new TH1I("h_R_mcpX_0" ,"Right MCP-X (no cuts)" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_0 = new TH1I("h_R_mcpY_0" ,"Right MCP-Y (no cuts)" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_1 = new TH1I("h_R_mcpA_1" ,"Right MCP-A w/ sum > 200" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_1 = new TH1I("h_R_mcpB_1" ,"Right MCP-B w/ sum > 200" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_1 = new TH1I("h_R_mcpC_1" ,"Right MCP-C w/ sum > 200" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_1 = new TH1I("h_R_mcpD_1" ,"Right MCP-D w/ sum > 200" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_1 = new TH1I("h_R_mcpSum_1" ,"Right MCP sum w/ sum > 200" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_1 = new TH1I("h_R_mcpX_1" ,"Right MCP-X w/ sum > 200" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_1 = new TH1I("h_R_mcpY_1" ,"Right MCP-Y w/ sum > 200" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_2 = new TH1I("h_R_mcpA_2" ,"Right MCP-A w/ sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_2 = new TH1I("h_R_mcpB_2" ,"Right MCP-B w/ sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_2 = new TH1I("h_R_mcpC_2" ,"Right MCP-C w/ sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_2 = new TH1I("h_R_mcpD_2" ,"Right MCP-D w/ sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_2 = new TH1I("h_R_mcpSum_2" ,"Right MCP sum w/ sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_2 = new TH1I("h_R_mcpX_2" ,"Right MCP-X w/ sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_2 = new TH1I("h_R_mcpY_2" ,"Right MCP-Y w/ sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_3 = new TH1I("h_R_mcpA_3" ,"Right MCP-A w/ sum > 600" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_3 = new TH1I("h_R_mcpB_3" ,"Right MCP-B w/ sum > 600" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_3 = new TH1I("h_R_mcpC_3" ,"Right MCP-C w/ sum > 600" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_3 = new TH1I("h_R_mcpD_3" ,"Right MCP-D w/ sum > 600" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_3 = new TH1I("h_R_mcpSum_3" ,"Right MCP sum w/ sum > 600" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_3 = new TH1I("h_R_mcpX_3" ,"Right MCP-X w/ sum > 600" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_3 = new TH1I("h_R_mcpY_3" ,"Right MCP-Y w/ sum > 600" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_4 = new TH1I("h_R_mcpA_4" ,"Right MCP-A w/ sum > 800" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_4 = new TH1I("h_R_mcpB_4" ,"Right MCP-B w/ sum > 800" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_4 = new TH1I("h_R_mcpC_4" ,"Right MCP-C w/ sum > 800" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_4 = new TH1I("h_R_mcpD_4" ,"Right MCP-D w/ sum > 800" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_4 = new TH1I("h_R_mcpSum_4" ,"Right MCP sum w/ sum > 800" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_4 = new TH1I("h_R_mcpX_4" ,"Right MCP-X w/ sum > 800" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_4 = new TH1I("h_R_mcpY_4" ,"Right MCP-Y w/ sum > 800" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qA_0 = new TH1I("h_R_mcpA_qA_0" ,"Right MCP-A w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qA_0 = new TH1I("h_R_mcpB_qA_0" ,"Right MCP-B w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qA_0 = new TH1I("h_R_mcpC_qA_0" ,"Right MCP-C w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qA_0 = new TH1I("h_R_mcpD_qA_0" ,"Right MCP-D w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qA_0 = new TH1I("h_R_mcpSum_qA_0" ,"Right MCP sum w/ (X,Y) in quadrant A & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qA_0 = new TH1I("h_R_mcpX_qA_0" ,"Right MCP-X w/ (X,Y) in quadrant A & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qA_0 = new TH1I("h_R_mcpY_qA_0" ,"Right MCP-Y w/ (X,Y) in quadrant A & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qB_0 = new TH1I("h_R_mcpA_qB_0" ,"Right MCP-A w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qB_0 = new TH1I("h_R_mcpB_qB_0" ,"Right MCP-B w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qB_0 = new TH1I("h_R_mcpC_qB_0" ,"Right MCP-C w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qB_0 = new TH1I("h_R_mcpD_qB_0" ,"Right MCP-D w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qB_0 = new TH1I("h_R_mcpSum_qB_0" ,"Right MCP sum w/ (X,Y) in quadrant B & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qB_0 = new TH1I("h_R_mcpX_qB_0" ,"Right MCP-X w/ (X,Y) in quadrant B & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qB_0 = new TH1I("h_R_mcpY_qB_0" ,"Right MCP-Y w/ (X,Y) in quadrant B & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qC_0 = new TH1I("h_R_mcpA_qC_0" ,"Right MCP-A w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qC_0 = new TH1I("h_R_mcpB_qC_0" ,"Right MCP-B w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qC_0 = new TH1I("h_R_mcpC_qC_0" ,"Right MCP-C w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qC_0 = new TH1I("h_R_mcpD_qC_0" ,"Right MCP-D w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qC_0 = new TH1I("h_R_mcpSum_qC_0" ,"Right MCP sum w/ (X,Y) in quadrant C & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qC_0 = new TH1I("h_R_mcpX_qC_0" ,"Right MCP-X w/ (X,Y) in quadrant C & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qC_0 = new TH1I("h_R_mcpY_qC_0" ,"Right MCP-Y w/ (X,Y) in quadrant C & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qD_0 = new TH1I("h_R_mcpA_qD_0" ,"Right MCP-A w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qD_0 = new TH1I("h_R_mcpB_qD_0" ,"Right MCP-B w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qD_0 = new TH1I("h_R_mcpC_qD_0" ,"Right MCP-C w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qD_0 = new TH1I("h_R_mcpD_qD_0" ,"Right MCP-D w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qD_0 = new TH1I("h_R_mcpSum_qD_0" ,"Right MCP sum w/ (X,Y) in quadrant D & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qD_0 = new TH1I("h_R_mcpX_qD_0" ,"Right MCP-X w/ (X,Y) in quadrant D & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qD_0 = new TH1I("h_R_mcpY_qD_0" ,"Right MCP-Y w/ (X,Y) in quadrant D & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qCenter_0 = new TH1I("h_R_mcpA_qCenter_0" ,"Right MCP-A w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qCenter_0 = new TH1I("h_R_mcpB_qCenter_0" ,"Right MCP-B w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qCenter_0 = new TH1I("h_R_mcpC_qCenter_0" ,"Right MCP-C w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qCenter_0 = new TH1I("h_R_mcpD_qCenter_0" ,"Right MCP-D w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qCenter_0 = new TH1I("h_R_mcpSum_qCenter_0" ,"Right MCP sum w/ (X,Y) in \"center\" quadrant & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qCenter_0 = new TH1I("h_R_mcpX_qCenter_0" ,"Right MCP-X w/ (X,Y) in \"center\" quadrant & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qCenter_0 = new TH1I("h_R_mcpY_qCenter_0" ,"Right MCP-Y w/ (X,Y) in \"center\" quadrant & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qA_2 = new TH1I("h_R_mcpA_qA_2" ,"Right MCP-A w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qA_2 = new TH1I("h_R_mcpB_qA_2" ,"Right MCP-B w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qA_2 = new TH1I("h_R_mcpC_qA_2" ,"Right MCP-C w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qA_2 = new TH1I("h_R_mcpD_qA_2" ,"Right MCP-D w/ (X,Y) in quadrant A & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qA_2 = new TH1I("h_R_mcpSum_qA_2" ,"Right MCP sum w/ (X,Y) in quadrant A & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qA_2 = new TH1I("h_R_mcpX_qA_2" ,"Right MCP-X w/ (X,Y) in quadrant A & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qA_2 = new TH1I("h_R_mcpY_qA_2" ,"Right MCP-Y w/ (X,Y) in quadrant A & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qB_2 = new TH1I("h_R_mcpA_qB_2" ,"Right MCP-A w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qB_2 = new TH1I("h_R_mcpB_qB_2" ,"Right MCP-B w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qB_2 = new TH1I("h_R_mcpC_qB_2" ,"Right MCP-C w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qB_2 = new TH1I("h_R_mcpD_qB_2" ,"Right MCP-D w/ (X,Y) in quadrant B & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qB_2 = new TH1I("h_R_mcpSum_qB_2" ,"Right MCP sum w/ (X,Y) in quadrant B & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qB_2 = new TH1I("h_R_mcpX_qB_2" ,"Right MCP-X w/ (X,Y) in quadrant B & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qB_2 = new TH1I("h_R_mcpY_qB_2" ,"Right MCP-Y w/ (X,Y) in quadrant B & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qC_2 = new TH1I("h_R_mcpA_qC_2" ,"Right MCP-A w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qC_2 = new TH1I("h_R_mcpB_qC_2" ,"Right MCP-B w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qC_2 = new TH1I("h_R_mcpC_qC_2" ,"Right MCP-C w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qC_2 = new TH1I("h_R_mcpD_qC_2" ,"Right MCP-D w/ (X,Y) in quadrant C & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qC_2 = new TH1I("h_R_mcpSum_qC_2" ,"Right MCP sum w/ (X,Y) in quadrant C & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qC_2 = new TH1I("h_R_mcpX_qC_2" ,"Right MCP-X w/ (X,Y) in quadrant C & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qC_2 = new TH1I("h_R_mcpY_qC_2" ,"Right MCP-Y w/ (X,Y) in quadrant C & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qD_2 = new TH1I("h_R_mcpA_qD_2" ,"Right MCP-A w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qD_2 = new TH1I("h_R_mcpB_qD_2" ,"Right MCP-B w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qD_2 = new TH1I("h_R_mcpC_qD_2" ,"Right MCP-C w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qD_2 = new TH1I("h_R_mcpD_qD_2" ,"Right MCP-D w/ (X,Y) in quadrant D & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qD_2 = new TH1I("h_R_mcpSum_qD_2" ,"Right MCP sum w/ (X,Y) in quadrant D & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qD_2 = new TH1I("h_R_mcpX_qD_2" ,"Right MCP-X w/ (X,Y) in quadrant D & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qD_2 = new TH1I("h_R_mcpY_qD_2" ,"Right MCP-Y w/ (X,Y) in quadrant D & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_qCenter_2 = new TH1I("h_R_mcpA_qCenter_2" ,"Right MCP-A w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_qCenter_2 = new TH1I("h_R_mcpB_qCenter_2" ,"Right MCP-B w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_qCenter_2 = new TH1I("h_R_mcpC_qCenter_2" ,"Right MCP-C w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_qCenter_2 = new TH1I("h_R_mcpD_qCenter_2" ,"Right MCP-D w/ (X,Y) in \"center\" quadrant & sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_qCenter_2 = new TH1I("h_R_mcpSum_qCenter_2" ,"Right MCP sum w/ (X,Y) in \"center\" quadrant & sum > 400" , 4*phdBins, 4*phdMin, 4*phdMax);
TH1I *h_R_mcpX_qCenter_2 = new TH1I("h_R_mcpX_qCenter_2" ,"Right MCP-X w/ (X,Y) in \"center\" quadrant & sum > 400" , mapBins, mapMin, mapMax);
TH1I *h_R_mcpY_qCenter_2 = new TH1I("h_R_mcpY_qCenter_2" ,"Right MCP-Y w/ (X,Y) in \"center\" quadrant & sum > 400" , mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_physical_2 = new TH2I("h_R_mcp_map_physical_2", "Right MCP map w/ sum > 400, physical locations (mm)", mapBins, 30*mapMin, 30*mapMax, mapBins, 30*mapMin, 30*mapMax);
TH2I *h_T_mcp_map_physical_2 = new TH2I("h_T_mcp_map_physical_2", "Top MCP map w/ sum > 400, physical locations (mm)", mapBins, 30*mapMin, 30*mapMax, mapBins, 30*mapMin, 30*mapMax);
TH1I *h_missing_R_mcp = new TH1I("h_missing_R_mcp","Which posts missing in Right MCP data, 0=A, 1=B, 2=C, 3=D",4,0,4);
TH1I *h_missing_T_mcp = new TH1I("h_missing_T_mcp","Which posts missing in Top MCP data, 0=A, 1=B, 2=C, 3=D",4,0,4);
TH1I *hn_missing_R_posts = new TH1I("hn_missing_R_mcp","Number of posts missing in Right MCP data",5,0,5);
TH1I *hn_missing_T_posts = new TH1I("hn_missing_T_mcp","Number of posts missing in Top MCP data",5,0,5);
Int_t n_missing_R_posts, n_missing_T_posts;
Int_t missing_R_mcp[4], missing_T_mcp[4];
Int_t n_missing_R_mcpA_only, n_missing_R_mcpB_only, n_missing_R_mcpC_only, n_missing_R_mcpD_only;
Int_t n_missing_T_mcpA_only, n_missing_T_mcpB_only, n_missing_T_mcpC_only, n_missing_T_mcpD_only;
TH2I *h_R_mcp_map_missingA_2 = new TH2I("h_R_mcp_map_missingA_2", "Right MCP map w/ sum > 400, events where post A was reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_missingB_2 = new TH2I("h_R_mcp_map_missingB_2", "Right MCP map w/ sum > 400, events where post B was reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_missingC_2 = new TH2I("h_R_mcp_map_missingC_2", "Right MCP map w/ sum > 400, events where post C was reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_missingD_2 = new TH2I("h_R_mcp_map_missingD_2", "Right MCP map w/ sum > 400, events where post D was reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_reconstructed_2 = new TH2I("h_R_mcp_map_reconstructed_2", "Right MCP map w/ sum > 400, single missing posts reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_missingA_2 = new TH2I("h_T_mcp_map_missingA_2", "Top MCP map w/ sum > 400, events where post A was reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_missingB_2 = new TH2I("h_T_mcp_map_missingB_2", "Top MCP map w/ sum > 400, events where post B was reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_missingC_2 = new TH2I("h_T_mcp_map_missingC_2", "Top MCP map w/ sum > 400, events where post C was reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_missingD_2 = new TH2I("h_T_mcp_map_missingD_2", "Top MCP map w/ sum > 400, events where post D was reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_reconstructed_2 = new TH2I("h_T_mcp_map_reconstructed_2", "Top MCP map w/ sum > 400, single missing posts reconstructed", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH1I *h_R_mcpA_reconstruction_diffs = new TH1I("h_R_mcpA_reconstruction_diffs","(Reconstructed A - Measured A) for events with all 4 posts, Right MCP", 30000, -5000, 15000);
TH1I *h_R_mcpB_reconstruction_diffs = new TH1I("h_R_mcpB_reconstruction_diffs","(Reconstructed B - Measured B) for events with all 4 posts, Right MCP", 30000, -5000, 15000);
TH1I *h_R_mcpC_reconstruction_diffs = new TH1I("h_R_mcpC_reconstruction_diffs","(Reconstructed C - Measured C) for events with all 4 posts, Right MCP", 30000, -5000, 15000);
TH1I *h_R_mcpD_reconstruction_diffs = new TH1I("h_R_mcpD_reconstruction_diffs","(Reconstructed D - Measured D) for events with all 4 posts, Right MCP", 30000, -5000, 15000);
TH1I *h_T_mcpA_reconstruction_diffs = new TH1I("h_T_mcpA_reconstruction_diffs","(Reconstructed A - Measured A) for events with all 4 posts, Top MCP", 30000, -5000, 15000);
TH1I *h_T_mcpB_reconstruction_diffs = new TH1I("h_T_mcpB_reconstruction_diffs","(Reconstructed B - Measured B) for events with all 4 posts, Top MCP", 30000, -5000, 15000);
TH1I *h_T_mcpC_reconstruction_diffs = new TH1I("h_T_mcpC_reconstruction_diffs","(Reconstructed C - Measured C) for events with all 4 posts, Top MCP", 30000, -5000, 15000);
TH1I *h_T_mcpD_reconstruction_diffs = new TH1I("h_T_mcpD_reconstruction_diffs","(Reconstructed D - Measured D) for events with all 4 posts, Top MCP", 30000, -5000, 15000);
TH1I *h_R_mcpA_normed_reconstruction_diffs = new TH1I("h_R_mcpA_normed_reconstruction_diffs","(Reconstructed A - Measured A)/(Measured A) for events with all 4 posts, Right MCP", 10000, -1, 3);
TH1I *h_R_mcpB_normed_reconstruction_diffs = new TH1I("h_R_mcpB_normed_reconstruction_diffs","(Reconstructed B - Measured B)/(Measured B) for events with all 4 posts, Right MCP", 10000, -1, 3);
TH1I *h_R_mcpC_normed_reconstruction_diffs = new TH1I("h_R_mcpC_normed_reconstruction_diffs","(Reconstructed C - Measured C)/(Measured C) for events with all 4 posts, Right MCP", 10000, -1, 3);
TH1I *h_R_mcpD_normed_reconstruction_diffs = new TH1I("h_R_mcpD_normed_reconstruction_diffs","(Reconstructed D - Measured D)/(Measured D) for events with all 4 posts, Right MCP", 10000, -1, 3);
TH1I *h_T_mcpA_normed_reconstruction_diffs = new TH1I("h_T_mcpA_normed_reconstruction_diffs","(Reconstructed A - Measured A)/(Measured A) for events with all 4 posts, Top MCP", 10000, -1, 3);
TH1I *h_T_mcpB_normed_reconstruction_diffs = new TH1I("h_T_mcpB_normed_reconstruction_diffs","(Reconstructed B - Measured B)/(Measured B) for events with all 4 posts, Top MCP", 10000, -1, 3);
TH1I *h_T_mcpC_normed_reconstruction_diffs = new TH1I("h_T_mcpC_normed_reconstruction_diffs","(Reconstructed C - Measured C)/(Measured C) for events with all 4 posts, Top MCP", 10000, -1, 3);
TH1I *h_T_mcpD_normed_reconstruction_diffs = new TH1I("h_T_mcpD_normed_reconstruction_diffs","(Reconstructed D - Measured D)/(Measured D) for events with all 4 posts, Top MCP", 10000, -1, 3);
TH1I *h_R_mcpA_FidArea_0 = new TH1I("h_R_mcpA_FidArea_0" ,"Right MCP-A w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_FidArea_0 = new TH1I("h_R_mcpB_FidArea_0" ,"Right MCP-B w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_FidArea_0 = new TH1I("h_R_mcpC_FidArea_0" ,"Right MCP-C w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_FidArea_0 = new TH1I("h_R_mcpD_FidArea_0" ,"Right MCP-D w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_FidArea_0 = new TH1I("h_R_mcpSum_FidArea_0" ,"Right MCP-Sum w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpA_FidArea_2 = new TH1I("h_R_mcpA_FidArea_2" ,"Right MCP-A w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpB_FidArea_2 = new TH1I("h_R_mcpB_FidArea_2" ,"Right MCP-B w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpC_FidArea_2 = new TH1I("h_R_mcpC_FidArea_2" ,"Right MCP-C w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpD_FidArea_2 = new TH1I("h_R_mcpD_FidArea_2" ,"Right MCP-D w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_R_mcpSum_FidArea_2 = new TH1I("h_R_mcpSum_FidArea_2" ,"Right MCP-Sum w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpA_FidArea_0 = new TH1I("h_T_mcpA_FidArea_0" ,"Top MCP-A w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_FidArea_0 = new TH1I("h_T_mcpB_FidArea_0" ,"Top MCP-B w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_FidArea_0 = new TH1I("h_T_mcpC_FidArea_0" ,"Top MCP-C w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_FidArea_0 = new TH1I("h_T_mcpD_FidArea_0" ,"Top MCP-D w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_FidArea_0 = new TH1I("h_T_mcpSum_FidArea_0" ,"Top MCP-Sum w/ (x,y) in Fiducial Area & No cut on Sum" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpA_FidArea_2 = new TH1I("h_T_mcpA_FidArea_2" ,"Top MCP-A w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpB_FidArea_2 = new TH1I("h_T_mcpB_FidArea_2" ,"Top MCP-B w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpC_FidArea_2 = new TH1I("h_T_mcpC_FidArea_2" ,"Top MCP-C w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpD_FidArea_2 = new TH1I("h_T_mcpD_FidArea_2" ,"Top MCP-D w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_T_mcpSum_FidArea_2 = new TH1I("h_T_mcpSum_FidArea_2" ,"Top MCP-Sum w/ (x,y) in Fiducial Area & Sum > 400" , phdBins, phdMin, phdMax);
TH1I *h_mcpA_cut = new TH1I("h_mcpA_cut" ,"Top MCP-A PHD for C post hot spot" , phdBins, phdMin, phdMax);
TH1I *h_mcpB_cut = new TH1I("h_mcpB_cut" ,"Top MCP-B PHD for C post hot spot" , phdBins, phdMin, phdMax);
TH1I *h_mcpC_cut = new TH1I("h_mcpC_cut" ,"Top MCP-C PHD for C post hot spot" , phdBins, phdMin, phdMax);
TH1I *h_mcpD_cut = new TH1I("h_mcpD_cut" ,"Top MCP-D PHD for C post hot spot" , phdBins, phdMin, phdMax);
TH1I *h_mcpSum_cut = new TH1I("h_mcpSum_cut" ,"Top MCP sum PHD for C post hot spot" , 4*phdBins, 4*phdMin, 4*phdMax);
TH2I *h_R_mcp_map_0_post = new TH2I("h_R_mcp_map_0_post", "Right MCP map w/ all data cutting only the pedestals", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_R_mcp_map_2_post = new TH2I("h_R_mcp_map_2_post", "Right MCP map w/ sum > 400 & cutting out the pedestals", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_0_post = new TH2I("h_T_mcp_map_0_post", "Top MCP map w/ all data cutting only the pedestals", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
TH2I *h_T_mcp_map_2_post = new TH2I("h_T_mcp_map_2_post", "Top MCP map w/ sum > 400 & cutting out the pedestals", mapBins, mapMin, mapMax, mapBins, mapMin, mapMax);
for (i=0; i<nEntries; i++) {
if (i%1000000==0) printf("\nreached event %d",i);
tree->GetEntry(i);
rA = (Double_t)tree->GetLeaf("a_R_mcpA")->GetValue() - ped_R_mcpA;
rB = (Double_t)tree->GetLeaf("a_R_mcpB")->GetValue() - ped_R_mcpB;
rC = (Double_t)tree->GetLeaf("a_R_mcpC")->GetValue() - ped_R_mcpC;
rD = (Double_t)tree->GetLeaf("a_R_mcpD")->GetValue() - ped_R_mcpD;
rA += randgen->Rndm();
rB += randgen->Rndm();
rC += randgen->Rndm();
rD += randgen->Rndm();
rSum = rA + rB + rC + rD;
rX = (rC + rD - rA - rB) / rSum;
rY = (rA + rD - rC - rB) / rSum;
rX_mm = scale * ((rX-x0)*TMath::Cos(theta) - (rY-y0)*TMath::Sin(theta));
rY_mm = scale * ((rX-x0)*TMath::Sin(theta) + (rY-y0)*TMath::Cos(theta));
// rX = 25.0 * (rC + rD - rA - rB + randgen->Rndm()) / (rSum + randgen->Rndm());
// rY = 25.0 * (rA + rD - rC - rB + randgen->Rndm()) / (rSum + randgen->Rndm());
tA = (Double_t)tree->GetLeaf("a_T_mcpA")->GetValue() - ped_T_mcpA;
tB = (Double_t)tree->GetLeaf("a_T_mcpB")->GetValue() - ped_T_mcpB;
tC = (Double_t)tree->GetLeaf("a_T_mcpC")->GetValue() - ped_T_mcpC;
tD = (Double_t)tree->GetLeaf("a_T_mcpD")->GetValue() - ped_T_mcpD;
tA += randgen->Rndm();
tB += randgen->Rndm();
tC += randgen->Rndm();
tD += randgen->Rndm();
tSum = tA + tB + tC + tD;
tX = (tC + tD - tA - tB) / tSum;
tY = (tA + tD - tC - tB) / tSum;
// tX = 25.0 * (tC + tD - tA - tB + randgen->Rndm()) / (tSum + randgen->Rndm());
// tY = 25.0 * (tA + tD - tC - tB + randgen->Rndm()) / (tSum + randgen->Rndm());
// TOP MCP
// Map with absolutely no cuts
//h_R_mcp_map_0->Fill(rX,rY);
h_T_mcp_map_0->Fill(tX,tY);
h_T_mcpA_0->Fill(tA);
h_T_mcpB_0->Fill(tB);
h_T_mcpC_0->Fill(tC);
h_T_mcpD_0->Fill(tD);
h_T_mcpSum_0->Fill(tSum);
h_T_mcpX_0->Fill(tX);
h_T_mcpY_0->Fill(tY);
if (a_T_mcpA_lo < tA && a_T_mcpB_lo < tB && a_T_mcpC_lo < tC && a_T_mcpD_lo < tD) {
h_T_mcp_map_0_post->Fill(tX,tY);
}
// Sum > 200
//if (rSum>200) h_R_mcp_map_1->Fill(rX,rY);
if (tSum>200) {
h_T_mcp_map_1->Fill(tX,tY);
h_T_mcpA_1->Fill(tA);
h_T_mcpB_1->Fill(tB);
h_T_mcpC_1->Fill(tC);
h_T_mcpD_1->Fill(tD);
h_T_mcpSum_1->Fill(tSum);
h_T_mcpX_1->Fill(tX);
h_T_mcpY_1->Fill(tY);
}
// Sum > 400
//if (rSum>400) h_R_mcp_map_2->Fill(rX,rY);
if (tSum>400) {
h_T_mcp_map_2->Fill(tX,tY);
h_T_mcpA_2->Fill(tA);
h_T_mcpB_2->Fill(tB);
h_T_mcpC_2->Fill(tC);
h_T_mcpD_2->Fill(tD);
h_T_mcpSum_2->Fill(tSum);
h_T_mcpX_2->Fill(tX);
h_T_mcpY_2->Fill(tY);
if (a_T_mcpA_lo < tA && a_T_mcpB_lo < tB && a_T_mcpC_lo < tC && a_T_mcpD_lo < tD) {
h_T_mcp_map_2_post->Fill(tX,tY);
}
h_T_mcp_map_reconstructed_2->Fill(tX,tY);
}
// Sum > 600
//if (rSum>600) h_R_mcp_map_3->Fill(rX,rY);
if (tSum>600) {
h_T_mcp_map_3->Fill(tX,tY);
h_T_mcpA_3->Fill(tA);
h_T_mcpB_3->Fill(tB);
h_T_mcpC_3->Fill(tC);
h_T_mcpD_3->Fill(tD);
h_T_mcpSum_3->Fill(tSum);
h_T_mcpX_3->Fill(tX);
h_T_mcpY_3->Fill(tY);
}
// Sum > 800
//if (rSum>800) h_R_mcp_map_4->Fill(rX,rY);
if (tSum>800) {
h_T_mcp_map_4->Fill(tX,tY);
h_T_mcpA_4->Fill(tA);
h_T_mcpB_4->Fill(tB);
h_T_mcpC_4->Fill(tC);
h_T_mcpD_4->Fill(tD);
h_T_mcpSum_4->Fill(tSum);
h_T_mcpX_4->Fill(tX);
h_T_mcpY_4->Fill(tY);
}
// Quadrant A
if (tX < 0 && tY > 0) {
h_T_mcpA_qA_0->Fill(tA);
h_T_mcpB_qA_0->Fill(tB);
h_T_mcpC_qA_0->Fill(tC);
h_T_mcpD_qA_0->Fill(tD);
h_T_mcpSum_qA_0->Fill(tSum);
h_T_mcpX_qA_0->Fill(tX);
h_T_mcpY_qA_0->Fill(tY);
if (tSum > 400) {
h_T_mcpA_qA_2->Fill(tA);
h_T_mcpB_qA_2->Fill(tB);
h_T_mcpC_qA_2->Fill(tC);
h_T_mcpD_qA_2->Fill(tD);
h_T_mcpSum_qA_2->Fill(tSum);
h_T_mcpX_qA_2->Fill(tX);
h_T_mcpY_qA_2->Fill(tY);
}
}
// Quadrant B
if (tX < 0 && tY < 0) {
h_T_mcpA_qB_0->Fill(tA);
h_T_mcpB_qB_0->Fill(tB);
h_T_mcpC_qB_0->Fill(tC);
h_T_mcpD_qB_0->Fill(tD);
h_T_mcpSum_qB_0->Fill(tSum);
h_T_mcpX_qB_0->Fill(tX);
h_T_mcpY_qB_0->Fill(tY);
if (tSum > 400) {
h_T_mcpA_qB_2->Fill(tA);
h_T_mcpB_qB_2->Fill(tB);
h_T_mcpC_qB_2->Fill(tC);
h_T_mcpD_qB_2->Fill(tD);
h_T_mcpSum_qB_2->Fill(tSum);
h_T_mcpX_qB_2->Fill(tX);
h_T_mcpY_qB_2->Fill(tY);
}
}
// Quadrant C
if (tX > 0 && tY < 0) {
h_T_mcpA_qC_0->Fill(tA);
h_T_mcpB_qC_0->Fill(tB);
h_T_mcpC_qC_0->Fill(tC);
h_T_mcpD_qC_0->Fill(tD);
h_T_mcpSum_qC_0->Fill(tSum);
h_T_mcpX_qC_0->Fill(tX);
h_T_mcpY_qC_0->Fill(tY);
if (tSum > 400) {
h_T_mcpA_qC_2->Fill(tA);
h_T_mcpB_qC_2->Fill(tB);
h_T_mcpC_qC_2->Fill(tC);
h_T_mcpD_qC_2->Fill(tD);
h_T_mcpSum_qC_2->Fill(tSum);
h_T_mcpX_qC_2->Fill(tX);
h_T_mcpY_qC_2->Fill(tY);
}
}
// Quadrant D
if (tX > 0 && tY > 0) {
h_T_mcpA_qD_0->Fill(tA);
h_T_mcpB_qD_0->Fill(tB);
h_T_mcpC_qD_0->Fill(tC);
h_T_mcpD_qD_0->Fill(tD);
h_T_mcpSum_qD_0->Fill(tSum);
h_T_mcpX_qD_0->Fill(tX);
h_T_mcpY_qD_0->Fill(tY);
if (tSum > 400) {
h_T_mcpA_qD_2->Fill(tA);
h_T_mcpB_qD_2->Fill(tB);
h_T_mcpC_qD_2->Fill(tC);
h_T_mcpD_qD_2->Fill(tD);
h_T_mcpSum_qD_2->Fill(tSum);
h_T_mcpX_qD_2->Fill(tX);
h_T_mcpY_qD_2->Fill(tY);
}
}
// Center Quadrant
if (-0.5 < tX && tX < 0.5 && -0.5 < tY && tY < 0.5) {
h_T_mcpA_qCenter_0->Fill(tA);
h_T_mcpB_qCenter_0->Fill(tB);
h_T_mcpC_qCenter_0->Fill(tC);
h_T_mcpD_qCenter_0->Fill(tD);
h_T_mcpSum_qCenter_0->Fill(tSum);
h_T_mcpX_qCenter_0->Fill(tX);
h_T_mcpY_qCenter_0->Fill(tY);
if (tSum > 400) {
h_T_mcpA_qCenter_2->Fill(tA);
h_T_mcpB_qCenter_2->Fill(tB);
h_T_mcpC_qCenter_2->Fill(tC);
h_T_mcpD_qCenter_2->Fill(tD);
h_T_mcpSum_qCenter_2->Fill(tSum);
h_T_mcpX_qCenter_2->Fill(tX);
h_T_mcpY_qCenter_2->Fill(tY);
}
}
// Fiducial area
if (fid_area_T_mcpX_lo < tX && tX < fid_area_T_mcpX_hi && fid_area_T_mcpY_lo < tY && tY < fid_area_T_mcpY_hi) {
h_T_mcpA_FidArea_0->Fill(tA);
h_T_mcpB_FidArea_0->Fill(tB);
h_T_mcpC_FidArea_0->Fill(tC);
h_T_mcpD_FidArea_0->Fill(tD);
h_T_mcpSum_FidArea_0->Fill(tSum);
if (tSum > 400) {
h_T_mcpA_FidArea_2->Fill(tA);
h_T_mcpB_FidArea_2->Fill(tB);
h_T_mcpC_FidArea_2->Fill(tC);
h_T_mcpD_FidArea_2->Fill(tD);
h_T_mcpSum_FidArea_2->Fill(tSum);
}
}
// Special cut
if ( 0.864 < tX && tX < 0.876 && -0.872 < tY && tY < -0.864) {
h_mcpA_cut->Fill(tA);
h_mcpB_cut->Fill(tB);
h_mcpC_cut->Fill(tC);
h_mcpD_cut->Fill(tD);
h_mcpSum_cut->Fill(tSum);
}
// RIGHT MCP
// Map with absolutely no cuts
//h_R_mcp_map_0->Fill(rX,rY);
h_R_mcp_map_0->Fill(rX,rY);
h_R_mcpA_0->Fill(rA);
h_R_mcpB_0->Fill(rB);
h_R_mcpC_0->Fill(rC);
h_R_mcpD_0->Fill(rD);
h_R_mcpSum_0->Fill(rSum);
h_R_mcpX_0->Fill(rX);
h_R_mcpY_0->Fill(rY);
if (a_R_mcpA_lo < rA && a_R_mcpB_lo < rB && a_R_mcpC_lo < rC && a_R_mcpD_lo < rD) {
h_R_mcp_map_0_post->Fill(rX,rY);
}
// Sum > 200
//if (rSum>200) h_R_mcp_map_1->Fill(rX,rY);
if (rSum>200) {
h_R_mcp_map_1->Fill(rX,rY);
h_R_mcpA_1->Fill(rA);
h_R_mcpB_1->Fill(rB);
h_R_mcpC_1->Fill(rC);
h_R_mcpD_1->Fill(rD);
h_R_mcpSum_1->Fill(rSum);
h_R_mcpX_1->Fill(rX);
h_R_mcpY_1->Fill(rY);
}
// Sum > 400
//if (rSum>400) h_R_mcp_map_2->Fill(rX,rY);
if (rSum>400) {
h_R_mcp_map_2->Fill(rX,rY);
h_R_mcpA_2->Fill(rA);
h_R_mcpB_2->Fill(rB);
h_R_mcpC_2->Fill(rC);
h_R_mcpD_2->Fill(rD);
h_R_mcpSum_2->Fill(rSum);
h_R_mcpX_2->Fill(rX);
h_R_mcpY_2->Fill(rY);
if (a_R_mcpA_lo < rA && a_R_mcpB_lo < rB && a_R_mcpC_lo < rC && a_R_mcpD_lo < rD) {
h_R_mcp_map_2_post->Fill(rX,rY);
}
h_R_mcp_map_physical_2->Fill(rX_mm, rY_mm);
h_R_mcp_map_reconstructed_2->Fill(rX,rY);
}
// Sum > 600
//if (rSum>600) h_R_mcp_map_3->Fill(rX,rY);
if (rSum>600) {
h_R_mcp_map_3->Fill(rX,rY);
h_R_mcpA_3->Fill(rA);
h_R_mcpB_3->Fill(rB);
h_R_mcpC_3->Fill(rC);
h_R_mcpD_3->Fill(rD);
h_R_mcpSum_3->Fill(rSum);
h_R_mcpX_3->Fill(rX);
h_R_mcpY_3->Fill(rY);
}
// Sum > 800
//if (rSum>800) h_R_mcp_map_4->Fill(rX,rY);
if (rSum>800) {
h_R_mcp_map_4->Fill(rX,rY);
h_R_mcpA_4->Fill(rA);
h_R_mcpB_4->Fill(rB);
h_R_mcpC_4->Fill(rC);
h_R_mcpD_4->Fill(rD);
h_R_mcpSum_4->Fill(rSum);
h_R_mcpX_4->Fill(rX);
h_R_mcpY_4->Fill(rY);
}
// Quadrant A
if (rX < 0 && rY > 0) {
h_R_mcpA_qA_0->Fill(rA);
h_R_mcpB_qA_0->Fill(rB);
h_R_mcpC_qA_0->Fill(rC);
h_R_mcpD_qA_0->Fill(rD);
h_R_mcpSum_qA_0->Fill(rSum);
h_R_mcpX_qA_0->Fill(rX);
h_R_mcpY_qA_0->Fill(rY);
if (rSum > 400) {
h_R_mcpA_qA_2->Fill(rA);
h_R_mcpB_qA_2->Fill(rB);
h_R_mcpC_qA_2->Fill(rC);
h_R_mcpD_qA_2->Fill(rD);
h_R_mcpSum_qA_2->Fill(rSum);
h_R_mcpX_qA_2->Fill(rX);
h_R_mcpY_qA_2->Fill(rY);
}
}
// Quadrant B
if (rX < 0 && rY < 0) {
h_R_mcpA_qB_0->Fill(rA);
h_R_mcpB_qB_0->Fill(rB);
h_R_mcpC_qB_0->Fill(rC);
h_R_mcpD_qB_0->Fill(rD);
h_R_mcpSum_qB_0->Fill(rSum);
h_R_mcpX_qB_0->Fill(rX);
h_R_mcpY_qB_0->Fill(rY);
if (rSum > 400) {
h_R_mcpA_qB_2->Fill(rA);
h_R_mcpB_qB_2->Fill(rB);
h_R_mcpC_qB_2->Fill(rC);
h_R_mcpD_qB_2->Fill(rD);
h_R_mcpSum_qB_2->Fill(rSum);
h_R_mcpX_qB_2->Fill(rX);
h_R_mcpY_qB_2->Fill(rY);
}
}
// Quadrant C
if (rX > 0 && rY < 0) {
h_R_mcpA_qC_0->Fill(rA);
h_R_mcpB_qC_0->Fill(rB);
h_R_mcpC_qC_0->Fill(rC);
h_R_mcpD_qC_0->Fill(rD);
h_R_mcpSum_qC_0->Fill(rSum);
h_R_mcpX_qC_0->Fill(rX);
h_R_mcpY_qC_0->Fill(rY);
if (rSum > 400) {
h_R_mcpA_qC_2->Fill(rA);
h_R_mcpB_qC_2->Fill(rB);
h_R_mcpC_qC_2->Fill(rC);
h_R_mcpD_qC_2->Fill(rD);
h_R_mcpSum_qC_2->Fill(rSum);
h_R_mcpX_qC_2->Fill(rX);
h_R_mcpY_qC_2->Fill(rY);
}
}
// Quadrant D
if (rX > 0 && rY > 0) {
h_R_mcpA_qD_0->Fill(rA);
h_R_mcpB_qD_0->Fill(rB);
h_R_mcpC_qD_0->Fill(rC);
h_R_mcpD_qD_0->Fill(rD);
h_R_mcpSum_qD_0->Fill(rSum);
h_R_mcpX_qD_0->Fill(rX);
h_R_mcpY_qD_0->Fill(rY);
if (rSum > 400) {
h_R_mcpA_qD_2->Fill(rA);
h_R_mcpB_qD_2->Fill(rB);
h_R_mcpC_qD_2->Fill(rC);
h_R_mcpD_qD_2->Fill(rD);
h_R_mcpSum_qD_2->Fill(rSum);
h_R_mcpX_qD_2->Fill(rX);
h_R_mcpY_qD_2->Fill(rY);
}
}
// Center Quadrant
if (-0.5 < rX && rX < 0.5 && -0.5 < rY && rY < 0.5) {
h_R_mcpA_qCenter_0->Fill(rA);
h_R_mcpB_qCenter_0->Fill(rB);
h_R_mcpC_qCenter_0->Fill(rC);
h_R_mcpD_qCenter_0->Fill(rD);
h_R_mcpSum_qCenter_0->Fill(rSum);
h_R_mcpX_qCenter_0->Fill(rX);
h_R_mcpY_qCenter_0->Fill(rY);
if (rSum > 400) {
h_R_mcpA_qCenter_2->Fill(rA);
h_R_mcpB_qCenter_2->Fill(rB);
h_R_mcpC_qCenter_2->Fill(rC);
h_R_mcpD_qCenter_2->Fill(rD);
h_R_mcpSum_qCenter_2->Fill(rSum);
h_R_mcpX_qCenter_2->Fill(rX);
h_R_mcpY_qCenter_2->Fill(rY);
}
}
// Fiducial area
if (fid_area_R_mcpX_lo < rX && rX < fid_area_R_mcpX_hi && fid_area_R_mcpY_lo < rY && rY < fid_area_R_mcpY_hi) {
h_R_mcpA_FidArea_0->Fill(rA);
h_R_mcpB_FidArea_0->Fill(rB);
h_R_mcpC_FidArea_0->Fill(rC);
h_R_mcpD_FidArea_0->Fill(rD);
h_R_mcpSum_FidArea_0->Fill(rSum);
if (rSum > 400) {
h_R_mcpA_FidArea_2->Fill(rA);
h_R_mcpB_FidArea_2->Fill(rB);
h_R_mcpC_FidArea_2->Fill(rC);
h_R_mcpD_FidArea_2->Fill(rD);
h_R_mcpSum_FidArea_2->Fill(rSum);
}
}
// New 2014-03-18 -- code to investigate missing posts.
Int_t iPostIndex;
if (rA < 0) {
iPostIndex = 0;
missing_R_mcp[iPostIndex] = 1;
h_missing_R_mcp->Fill(iPostIndex);
}
if (rB < 0) {
iPostIndex = 1;
missing_R_mcp[iPostIndex] = 1;
h_missing_R_mcp->Fill(iPostIndex);
}
if (rC < 0) {
iPostIndex = 2;
missing_R_mcp[iPostIndex] = 1;
h_missing_R_mcp->Fill(iPostIndex);
}
if (rD < 0) {
iPostIndex = 3;
missing_R_mcp[iPostIndex] = 1;
h_missing_R_mcp->Fill(iPostIndex);
}
if (rA < 0) {
iPostIndex = 0;
missing_T_mcp[iPostIndex] = 1;
h_missing_T_mcp->Fill(iPostIndex);
}
if (rB < 0) {
iPostIndex = 1;
missing_T_mcp[iPostIndex] = 1;
h_missing_T_mcp->Fill(iPostIndex);
}
if (rC < 0) {
iPostIndex = 2;
missing_T_mcp[iPostIndex] = 1;
h_missing_T_mcp->Fill(iPostIndex);
}
if (rD < 0) {
iPostIndex = 3;
missing_T_mcp[iPostIndex] = 1;
h_missing_T_mcp->Fill(iPostIndex);
}
n_missing_R_posts = missing_R_mcp[0]+missing_R_mcp[1]+missing_R_mcp[2]+missing_R_mcp[3];
n_missing_T_posts = missing_T_mcp[0]+missing_T_mcp[1]+missing_T_mcp[2]+missing_T_mcp[3];
hn_missing_R_posts->Fill(n_missing_R_posts);
hn_missing_T_posts->Fill(n_missing_T_posts);
// Reset missing post flags
for (iPostIndex = 0; iPostIndex<4; iPostIndex++) {
missing_R_mcp[iPostIndex] = 0;
missing_T_mcp[iPostIndex] = 0;
}
//*** RECONSTRUCT MISSING POSTS HERE ***//
// RIGHT MCP
// A post missing:
if (rB+rC+rD > 400) { // other 3 posts are present if they pass this test
rA_calc = rB*rD/rC;
if (printReconstructionMessage) printf("a_R_mcpA: Data value = %6f; Reconstructed value = %6f.\n", rA, rA_calc);
if (rA < 0) { // this post is missing
n_missing_R_mcpA_only++;
rSum = rA_calc + rB + rC + rD;
rX = (-rA_calc - rB + rC + rD) / rSum;
rY = ( rA_calc - rB - rC + rD) / rSum;
// rX_mm = scale * ((rX-x0)*TMath::Cos(theta) - (rY-y0)*TMath::Sin(theta));
// rY_mm = scale * ((rX-x0)*TMath::Sin(theta) + (rY-y0)*TMath::Cos(theta));
h_R_mcp_map_missingA_2->Fill(rX,rY);
h_R_mcp_map_reconstructed_2->Fill(rX,rY);// this is also filled under if (rSum > 400), above
}
else { // all 4 posts are present and we can compare measured versus "reconstructed" value
h_R_mcpA_reconstruction_diffs->Fill(rA_calc-rA);
h_R_mcpA_normed_reconstruction_diffs->Fill((rA_calc-rA)/rA);
}
}
// B post missing:
if (rA+rC+rD > 400) { // other 3 posts are present if they pass this test
rB_calc = rA*rC/rD;
if (printReconstructionMessage) printf("a_R_mcpB: Data value = %6f; Reconstructed value = %6f.\n", rB, rB_calc);
if (rB < 0) { // this post is missing
n_missing_R_mcpB_only++;
rSum = rA + rB_calc + rC + rD;
rX = (-rA - rB_calc + rC + rD) / rSum;
rY = ( rA - rB_calc - rC + rD) / rSum;
// rX_mm = scale * ((rX-x0)*TMath::Cos(theta) - (rY-y0)*TMath::Sin(theta));
// rY_mm = scale * ((rX-x0)*TMath::Sin(theta) + (rY-y0)*TMath::Cos(theta));
h_R_mcp_map_missingB_2->Fill(rX,rY);
h_R_mcp_map_reconstructed_2->Fill(rX,rY);// this is also filled under if (rSum > 400), above
}
else { // all 4 posts are present and we can compare measured versus "reconstructed" value
h_R_mcpB_reconstruction_diffs->Fill(rB_calc-rB);
h_R_mcpB_normed_reconstruction_diffs->Fill((rB_calc-rB)/rB);
}
}
// C post missing:
if (rA+rB+rD > 400) { // other 3 posts are present if they pass this test
rC_calc = rB*rD/rA;
if (printReconstructionMessage) printf("a_R_mcpC: Data value = %6f; Reconstructed value = %6f.\n", rC, rC_calc);
if (rC < 0) { // this post is missing
n_missing_R_mcpC_only++;
rSum = rA + rB + rC_calc + rD;
rX = (-rA - rB + rC_calc + rD) / rSum;
rY = ( rA - rB - rC_calc + rD) / rSum;
// rX_mm = scale * ((rX-x0)*TMath::Cos(theta) - (rY-y0)*TMath::Sin(theta));
// rY_mm = scale * ((rX-x0)*TMath::Sin(theta) + (rY-y0)*TMath::Cos(theta));
h_R_mcp_map_missingC_2->Fill(rX,rY);
h_R_mcp_map_reconstructed_2->Fill(rX,rY);// this is also filled under if (rSum > 400), above
}
else { // all 4 posts are present and we can compare measured versus "reconstructed" value
h_R_mcpC_reconstruction_diffs->Fill(rC_calc-rC);
h_R_mcpC_normed_reconstruction_diffs->Fill((rC_calc-rC)/rC);
}
}
// D post missing:
if (rA+rB+rC > 400) { // other 3 posts are present if they pass this test
rD_calc = rA*rC/rB;
if (printReconstructionMessage) printf("a_R_mcpD: Data value = %6f; Reconstructed value = %6f.\n", rD, rD_calc);
if (rD < 0) { // this post is missing
n_missing_R_mcpD_only++;
rSum = rA + rB + rC + rD_calc;
rX = (-rA - rB + rC + rD_calc) / rSum;
rY = ( rA - rB - rC + rD_calc) / rSum;
// rX_mm = scale * ((rX-x0)*TMath::Cos(theta) - (rY-y0)*TMath::Sin(theta));
// rY_mm = scale * ((rX-x0)*TMath::Sin(theta) + (rY-y0)*TMath::Cos(theta));
h_R_mcp_map_missingD_2->Fill(rX,rY);
h_R_mcp_map_reconstructed_2->Fill(rX,rY);// this is also filled under if (rSum > 400), above
}
else { // all 4 posts are present and we can compare measured versus "reconstructed" value