WebSVN – f9daq – Diff – /drs/drs.C


#include "TH1.h"
#include "TH2.h"
#include "TGraph.h"
#include "TCanvas.h"
#include "TStyle.h"
#include "TLegend.h"
#include "TFile.h"
//#include "TROOT.h"
 
#include <stdio.h>
#include <time.h>
 
#define DATA_PATH  "./data/"
#define CFRAC 0.4
#define DWIDTH 1024
#define NCH 4
#include "drs.h"
 
ClassImp (drs)
 
drs::drs( const char *FileName, int nch, DrsChannel* d, int trgch, int nev, int updfrq)
{
        int debug=0;
        int i,ich,iev;
        int stat;
        char histname[128];
//  char FileName[300]="./data/n2.dat";
        FILE *fin;
 
        char recid[5]="SAMO";
        unsigned short *srecid = (unsigned short *) &recid[0];
 
        struct evrec {
                unsigned long evn;
                unsigned short tYear,tMonth,tDay,tHour,tMin,tSec,tmSec,rc;
        } evrec;
 
        float dtdata[NCH][DWIDTH];
        float tcdata[NCH][DWIDTH];
        float tccalib[NCH];
        float scaler[NCH];
        float *t;
        float *y;
        float *ay;
 
        short lwfm[NCH];
        int nwfm[NCH];
        int board;
        int version;
 
 
        unsigned short ichdat[NCH][DWIDTH];
        float chdat[NCH][DWIDTH];
        float achdat[NCH][DWIDTH];
        float chmax[NCH][2];
        float chmin[NCH][2];
        float letime[NCH],cftime[NCH],qdc[NCH];
 
 
//  gROOT->Reset();
 
        gStyle->SetOptStat(1111111);
//  gStyle->SetPalette(52);
 
        TH1F *h1_chmax[NCH];
        TH1F *h1_chmaxt[NCH];
        TH1F *h1_chmin[NCH];
        TH1F *h1_chmint[NCH];
        TH1F *h1_letime[NCH];
        TH1F *h1_cftime[NCH];
        TH1F *h1_cftdif[NCH];
        TH1F *h1_qdc[NCH];
        TH2F *h2_dpo[NCH];
        TH2F *h2_tdcadc[NCH];
        TH2F *h2_ctdcadc[NCH];
        TH2F *h2_ctalk;
        TGraph *gr_wfm[NCH];
               
                TFile *froot = new  TFile(TString(FileName) + ".root","RECREATE");
               
        TCanvas *c_wfm= new TCanvas("c_wfm","WFM",50,50,700,700);
        TLegend *leg = new TLegend(0.8, 0.8, 1, 1);
        c_wfm->Divide(1,1);
        c_wfm->cd(1);
 
        for (i=0; i<nch; i++) {
                sprintf(histname,"chmax_%02d",i);
                h1_chmax[i]=new TH1F(histname,histname,1100,-0.88,0.88);
                sprintf(histname,"chmaxt_%02d",i);
                h1_chmaxt[i]=new TH1F(histname,histname,DWIDTH,-0.1,204.7);
                sprintf(histname,"chmin_%02d",i);
                h1_chmin[i]=new TH1F(histname,histname,1100,-0.55,0.55);
                sprintf(histname,"chmint_%02d",i);
                h1_chmint[i]=new TH1F(histname,histname,DWIDTH,-0.1,504.7);
                sprintf(histname,"letime_%02d",i);
                h1_letime[i]=new TH1F(histname,histname,500,d[i].twin[0],d[i].twin[1]);
                sprintf(histname,"cftime_%02d",i);
                h1_cftime[i]=new TH1F(histname,histname,500,d[i].twin[0],d[i].twin[1]);
                sprintf(histname,"cftdif_%02d",i);
                h1_cftdif[i]=new TH1F(histname,histname,2000,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);
                sprintf(histname,"qdc_%02d",i);
                h1_qdc[i]=new TH1F(histname,histname,500,-0.5,4.5);
                sprintf(histname,"dpo_%02d",i);
                h2_dpo[i]=new TH2F(histname,histname,DWIDTH,-0.1,200.7,3000,-0.9,0.9);
                sprintf(histname,"tdcadc_%02d",i);
                h2_tdcadc[i]=new TH2F(histname,histname,250,-0.1,0.5,400,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);
                sprintf(histname,"ctdcadc_%02d",i);
                h2_ctdcadc[i]=new TH2F(histname,histname,250,-0.1,0.5,400,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);
                gr_wfm[i]=new TGraph(DWIDTH);
                gr_wfm[i]->SetMinimum(-0.9);
                gr_wfm[i]->SetMaximum(0.9);
                gr_wfm[i]->SetLineColor(i+1);
                gr_wfm[i]->SetMarkerColor(i+1);
                sprintf(histname,"ch %d",i);
                leg->AddEntry(gr_wfm[i], histname, "l");
                if (i) gr_wfm[i]->Draw("LP"); else gr_wfm[i]->Draw("ALP");
                gr_wfm[i]->GetHistogram()->SetTitle("WaveForms");
        }
 
        leg->Draw();
        h2_ctalk=new TH2F("ctalk","ctalk",250,0.,0.5,250,0.,0.5);
       
        fin=fopen(FileName,"rb");
        if (fin==NULL) {
                printf("Error opening file %s\n",FileName);
                return;
        }
        printf("%s, %lu\n",recid,sizeof(evrec));
 
 
        for (ich=0; ich<nch; ich++) {
                nwfm[ich]=0;
                for (i=0; i<DWIDTH; i++) {
                        achdat[ich][i]=0;
                }
        }
        unsigned int trgcell = 0;
        int event = -1;
 
        iev=0;
        time_t t0,told;
        time(&t0);
        told=t0-1;
                int posrec[2];
        while(!feof(fin)) {
                if (iev>=nev) break;
                stat=fread(recid,1,4,fin);
                if (debug) {
                        if (recid[1]=='#') printf("%c%c%u\n",recid[0],recid[1],srecid[1]);
                        else printf("%s\n",recid );
                }
                switch (recid[0]) {
                                       
                                case 'P': // position record
                        stat=fread(posrec,1,8,fin);
                                               
                        break;
                                               
                case 'D': // DRS
                        version = atoi(&recid[3]);
                        break;
                case 'T': // TIME
                        switch (recid[1]) {
                        case 'I':
                                event=0;
                                if (version ==0) version++;
                                break;
                        case '#': trgcell = srecid[1]; break;
                        }
                        break;
                case 'B':
                        board = srecid[1];
                        break;
                case 'C':
                        sscanf(recid,"C%d",&ich);
                        ich=ich-1;
                        if (event) {
                                if (version>1) stat=fread(&scaler[ich],1,sizeof(float),fin);
                                stat=fread(ichdat[ich],1,sizeof(ichdat[ich]),fin);
                        } else {
 
                                stat=fread(dtdata[ich],1,sizeof(float)*DWIDTH,fin);
 
                        }
                        break;
                case 'E':
                        stat=fread(&evrec.evn,1,sizeof(evrec),fin);
                        iev++;
                        if (!version)  {
                                stat=fread(dtdata[0],1,sizeof(float)*DWIDTH,fin);
                        }
                        event=1;
                        break;
                default:
                        printf("Unknown header! %s\n", recid);
                        break;
                }
 
 
                if (recid[0] == 'E') {
                        for ( i=0; i<nch; i++) {
                                if (!lwfm[i]) continue;
                                                                double pulseheight =  (d[i].edge)? chmax[i][0]: chmin[i][0];
                                                                       
                                                                if ((pulseheight >d[i].vcut[0])&&
                                                                    (pulseheight <d[i].vcut[1]) ) {
                                                                   
                                        h1_cftdif[i]->Fill(cftime[i]-cftime[trgch]);
                                }
                                if (!d[i].edge) pulseheight = - pulseheight;
                                h2_tdcadc[i] ->Fill(pulseheight,letime[i]-cftime[trgch]);
                                h2_ctdcadc[i]->Fill(pulseheight,cftime[i]-cftime[trgch]);
                                                               
                                                                //if (i==1) printf("ph=%f %f\n", pulseheight, letime[i]-cftime[trgch]);
                        }
                                                double ph0 =  (d[0].edge)? chmax[0][0]: -chmin[0][0];
                                                double ph1 =  (d[1].edge)? chmax[1][0]: -chmin[1][0];
                        h2_ctalk->Fill(ph0,ph1);
                }
                if (event<1) continue;
                if (recid[0]!='C') continue;
                if (ich>=nch) continue;
 
                lwfm[ich]=0;
                qdc[ich]=0;
                chmax[ich][0]=-1; chmax[ich][1]=-1;
                chmin[ich][0]=1; chmin[ich][1]=-1;
                letime[ich]=-1.; letime[ich]=-1.;
                cftime[ich]=-1.; cftime[ich]=-1.;
 
 
                lwfm[ich]=1;
                nwfm[ich]+=1;
 
 
 
                t  = &tcdata[ich][0];
                y  = &chdat[ich][0];
                ay = &achdat[ich][0];
 
                float sum=0;
                for (i=0; i<DWIDTH; i++) {
                        sum+= dtdata[ich][(i+trgcell)%DWIDTH];
                        if (version) t[i]=sum;
                        else t[i]=dtdata[0][i]; // old format
                }
                tccalib[ich]=t[(DWIDTH-trgcell)%DWIDTH];
 
                for (i=0; i<DWIDTH; i++) {
                        if (version) t[i]-=(tccalib[ich]-tccalib[0]); // assume ich 0 is connected and always first in the data
                        y[i]=-0.5+(float)ichdat[ich][i]/0xFFFF;
                        if (version) y[i]+=evrec.rc/1000.;
                        h2_dpo[ich]->Fill(t[i],y[i]);
                        gr_wfm[ich]->SetPoint(i,t[i],y[i]+0.05*(ich-1));
                }
 
 
                for (i=0; i<DWIDTH; i++) {
                        // accumulated waveforms
                        ay[i]+=y[i];
 
                        // signal minumum
                        if (y[i]>chmax[ich][0]) {
                                chmax[ich][0]=y[i];
                                chmax[ich][1]=t[i];
                        }
 
                        // signal maximum
                        if (y[i]<chmin[ich][0]) {
                                chmin[ich][0]=y[i];
                                chmin[ich][1]=t[i];
                        }
                        float t0  = t[i];
                        float t0p = t[i+1];
                        float t0n = t[i-1];
                        // charge in the range
                        if ((t0>d[ich].adcgate[0])&&(t0<d[ich].adcgate[1])) {
                                float sign =  (d[ich].edge)? 1: -1;
                                                                qdc[ich]+=sign*y[i]*(t0p-t0n)/2.;
                        }
                }
 
                for (i=1; i<DWIDTH-1; i++) {
                        float t0  = t[i];
                        float t0p = t[i+1];
                        float t0n = t[i-1];
                        // leading edge in the range
                        if ((t0>d[ich].twin[0])&&(t0<d[ich].twin[1])) {
                                if ( ((!d[ich].edge)&&(y[i]<d[ich].threshold) ||
                                      ( d[ich].edge)&&(y[i]>d[ich].threshold ) )
                                     &&(letime[ich]<0.)) {
                                        letime[ich]=t0n+(t0-t0n)*(d[ich].threshold-y[i-1])/(y[i]-y[i-1]);
                                }
                                // constant fraction time in the range
                                                                if (cftime[ich]<0.){
                                                                  // negative signals   
                                  if ((!d[ich].edge) && (chmin[ich][0]<d[ich].threshold)&&(y[i]<chmin[ich][0]*d[ich].cfrac )){
                                                                          cftime[ich]=t0n+(t0-t0n)*(chmin[ich][0]*d[ich].cfrac-y[i-1])/(y[i]-y[i-1]);
                                                                  }
                                                                  // positive signals                                                                           
 
                                  if (( d[ich].edge) && (chmax[ich][0]>d[ich].threshold)&&(y[i]>chmax[ich][0]*d[ich].cfrac)){
                                                                          cftime[ich]=t0n+(t0-t0n)*(chmax[ich][0]*d[ich].cfrac-y[i-1])/(y[i]-y[i-1]);    
                                                                  }        
                                                                }  
                        }
                }
 
                if ((chmax[ich][1]>d[ich].twin[0])&&(chmax[ich][1]<d[ich].twin[1])) {
                        h1_chmax[ich]->Fill(chmax[ich][0]);
                        if (chmax[ich][0]>d[ich].threshold) h1_chmaxt[ich]->Fill(chmax[ich][1]);
                }
                if ((chmin[ich][1]>d[ich].twin[0])&&(chmin[ich][1]<d[ich].twin[1])) {
                        h1_chmin[ich]->Fill(chmin[ich][0]);
                        if (chmin[ich][0]<d[ich].threshold) h1_chmint[ich]->Fill(chmin[ich][1]);
                }
                h1_qdc[ich]->Fill(qdc[ich]);
                h1_letime[ich]->Fill(letime[ich]);
                h1_cftime[ich]->Fill(cftime[ich]);
                time(&t0);
 
                if ((t0!=told) || ((updfrq>0)&&(!(iev%updfrq) ) ) ) {
                        c_wfm->Update();
                        for (i=0; i<DWIDTH; i++) {
                                ay[i]/=nwfm[ich];
                                gr_wfm[ich]->SetPoint(i,t[i],ay[i]+0.00*(ich-1));
                        }
                        printf("processing event %d\n",iev);
                        told=t0;
                }
        }
 
        printf("number of events: %d\n",iev);
        fclose(fin);
 
        TCanvas* c_dpo= new TCanvas("c_dpo","DPO",750,50,700,700);
        c_dpo->Divide(2,2);
        for (i=0; i<nch; i++) {c_dpo->cd(i+1); h2_dpo[i]->DrawCopy("colz");}
 
        TCanvas* c_cftdif= new TCanvas("c_cftdif","DPO",750,50,700,700);
        c_cftdif->Divide(2,2);
        for (i=0; i<nch; i++) {c_cftdif->cd(i+1); h1_cftdif[i]->DrawCopy();}
                froot->Write();
                froot->Close();
        return;
}
 
 
void drsana(int nev=1000, int updfrq=20, char *FileName="./data/x1.dat", int trgch=0){
 
//  float threshold[nch][2]={{0.,-0.02},{0.,0.},{0.,0.},{0.,-0.25}};
//  float twin[nch][2]={{120.,130.},{100.,150.},{100.,150.},{70.,90.}};
//  float adcgate[nch][2]={{12nch.,136.},{120.,140.},{120.,140.},{70.,90.}};
//  float threshold[4][2]={{0.,-0.05},{0.,-0.05},{0.,-0.25},{0.,-0.25}};
//  float twin[4][2]={{80.,100.},{80.,100.},{90.,110.},{50.,70.}};
//  float adcgate[4][2]={{80.,110.},{80.,110.},{90.,110.},{50.,70.}};
        double threshold[4][2]={{0.,-0.05},{0.,-0.05},{0.,-0.25},{0.,-0.25}};
        float twin[4][2]={{100.,120.},{100.,120.},{110.,130.},{60.,80.}};
        float adcgate[4][2]={{105.,125.},{105.,125.},{110.,130.},{60.,80.}};
        double vcut[4][2]={{-0.49,-0.07},{-1,1},{-1,1},{-1,1}};
        int edge[4]={1,1,1,1};// 0 -- rising, 1 -- falling
 
        DrsChannel c[2];
 
        c[0].cfrac = CFRAC;
        c[0].threshold = threshold[0][0];
        c[0].twin[0] = twin[0][0];
        c[0].twin[1] = twin[0][1];
 
        c[0].adcgate[0] = adcgate[0][0];
        c[0].adcgate[1] = adcgate[0][1];
 
        c[0].vcut[0] = vcut[0][0];
        c[0].vcut[1] = vcut[0][1];
 
        c[0].edge = edge[0];
 
 
        c[1].cfrac = CFRAC;
        c[1].threshold = threshold[1][0];
        c[1].twin[0] = twin[1][0];
        c[1].twin[1] = twin[1][1];
 
        c[1].adcgate[0] = adcgate[1][0];
        c[1].adcgate[1] = adcgate[1][1];
 
        c[1].vcut[0] = vcut[1][0];
        c[1].vcut[1] = vcut[1][1];
 
        c[1].edge = edge[1];
        drs * d = new drs(FileName, 2, c, trgch, nev, updfrq );
}
 

Rev 202	Rev 204
1	#include "TH1.h"	1	#include "TH1.h"
2	#include "TH2.h"	2	#include "TH2.h"
3	#include "TGraph.h"	3	#include "TGraph.h"
4	#include "TCanvas.h"	4	#include "TCanvas.h"
5	#include "TStyle.h"	5	#include "TStyle.h"
6	#include "TLegend.h"	6	#include "TLegend.h"
-		7	#include "TFile.h"
7	//#include "TROOT.h"	8	//#include "TROOT.h"
8		9
9	#include <stdio.h>	10	#include <stdio.h>
10	#include <time.h>	11	#include <time.h>
11		12
12	#define DATA_PATH "./data/"	13	#define DATA_PATH "./data/"
13	#define CFRAC 0.4	14	#define CFRAC 0.4
14	#define DWIDTH 1024	15	#define DWIDTH 1024
15	#define NCH 4	16	#define NCH 4
16	#include "drs.h"	17	#include "drs.h"
17		18
18	ClassImp (drs)	19	ClassImp (drs)
19		20
20	drs::drs( const char FileName, int nch, DrsChannel d, int trgch, int nev, int updfrq)	21	drs::drs( const char FileName, int nch, DrsChannel d, int trgch, int nev, int updfrq)
21	{	22	{
22	int debug=0;	23	int debug=0;
23	int i,ich,iev;	24	int i,ich,iev;
24	int stat;	25	int stat;
25	char histname[128];	26	char histname[128];
26	// char FileName[300]="./data/n2.dat";	27	// char FileName[300]="./data/n2.dat";
27	FILE *fin;	28	FILE *fin;
28		29
29	char recid[5]="SAMO";	30	char recid[5]="SAMO";
30	unsigned short srecid = (unsigned short ) &recid[0];	31	unsigned short srecid = (unsigned short ) &recid[0];
31		32
32	struct evrec {	33	struct evrec {
33	unsigned long evn;	34	unsigned long evn;
34	unsigned short tYear,tMonth,tDay,tHour,tMin,tSec,tmSec,rc;	35	unsigned short tYear,tMonth,tDay,tHour,tMin,tSec,tmSec,rc;
35	} evrec;	36	} evrec;
36		37
37	float dtdata[NCH][DWIDTH];	38	float dtdata[NCH][DWIDTH];
38	float tcdata[NCH][DWIDTH];	39	float tcdata[NCH][DWIDTH];
39	float tccalib[NCH];	40	float tccalib[NCH];
40	float scaler[NCH];	41	float scaler[NCH];
41	float *t;	42	float *t;
42	float *y;	43	float *y;
43	float *ay;	44	float *ay;
44		45
45	short lwfm[NCH];	46	short lwfm[NCH];
46	int nwfm[NCH];	47	int nwfm[NCH];
47	int board;	48	int board;
48	int version;	49	int version;
49		50
50		51
51	unsigned short ichdat[NCH][DWIDTH];	52	unsigned short ichdat[NCH][DWIDTH];
52	float chdat[NCH][DWIDTH];	53	float chdat[NCH][DWIDTH];
53	float achdat[NCH][DWIDTH];	54	float achdat[NCH][DWIDTH];
54	float chmax[NCH][2];	55	float chmax[NCH][2];
55	float chmin[NCH][2];	56	float chmin[NCH][2];
56	float letime[NCH],cftime[NCH],qdc[NCH];	57	float letime[NCH],cftime[NCH],qdc[NCH];
57		58
58		59
59	// gROOT->Reset();	60	// gROOT->Reset();
60		61
61	gStyle->SetOptStat(1111111);	62	gStyle->SetOptStat(1111111);
62	// gStyle->SetPalette(52);	63	// gStyle->SetPalette(52);
63		64
64	TH1F *h1_chmax[NCH];	65	TH1F *h1_chmax[NCH];
65	TH1F *h1_chmaxt[NCH];	66	TH1F *h1_chmaxt[NCH];
66	TH1F *h1_chmin[NCH];	67	TH1F *h1_chmin[NCH];
67	TH1F *h1_chmint[NCH];	68	TH1F *h1_chmint[NCH];
68	TH1F *h1_letime[NCH];	69	TH1F *h1_letime[NCH];
69	TH1F *h1_cftime[NCH];	70	TH1F *h1_cftime[NCH];
70	TH1F *h1_cftdif[NCH];	71	TH1F *h1_cftdif[NCH];
71	TH1F *h1_qdc[NCH];	72	TH1F *h1_qdc[NCH];
72	TH2F *h2_dpo[NCH];	73	TH2F *h2_dpo[NCH];
73	TH2F *h2_tdcadc[NCH];	74	TH2F *h2_tdcadc[NCH];
74	TH2F *h2_ctdcadc[NCH];	75	TH2F *h2_ctdcadc[NCH];
75	TH2F *h2_ctalk;	76	TH2F *h2_ctalk;
76	TGraph *gr_wfm[NCH];	77	TGraph *gr_wfm[NCH];
-		78
-		79	TFile *froot = new TFile(TString(FileName) + ".root","RECREATE");
-		80
77	TCanvas *c_wfm= new TCanvas("c_wfm","WFM",50,50,700,700);	81	TCanvas *c_wfm= new TCanvas("c_wfm","WFM",50,50,700,700);
78	TLegend *leg = new TLegend(0.8, 0.8, 1, 1);	82	TLegend *leg = new TLegend(0.8, 0.8, 1, 1);
79	c_wfm->Divide(1,1);	83	c_wfm->Divide(1,1);
80	c_wfm->cd(1);	84	c_wfm->cd(1);
81		85
82	for (i=0; i<nch; i++) {	86	for (i=0; i<nch; i++) {
83	sprintf(histname,"chmax_%02d",i);	87	sprintf(histname,"chmax_%02d",i);
84	h1_chmax[i]=new TH1F(histname,histname,~~1500~~,-0.88,0.88);	88	h1_chmax[i]=new TH1F(histname,histname,1100,-0.88,0.88);
85	sprintf(histname,"chmaxt_%02d",i);	89	sprintf(histname,"chmaxt_%02d",i);
86	h1_chmaxt[i]=new TH1F(histname,histname,DWIDTH,-0.1,204.7);	90	h1_chmaxt[i]=new TH1F(histname,histname,DWIDTH,-0.1,204.7);
87	sprintf(histname,"chmin_%02d",i);	91	sprintf(histname,"chmin_%02d",i);
88	h1_chmin[i]=new TH1F(histname,histname,~~1500~~,-0.88,0.88);	92	h1_chmin[i]=new TH1F(histname,histname,1100,-0.55,0.55);
89	sprintf(histname,"chmint_%02d",i);	93	sprintf(histname,"chmint_%02d",i);
90	h1_chmint[i]=new TH1F(histname,histname,DWIDTH,-0.1,~~204~~.7);	94	h1_chmint[i]=new TH1F(histname,histname,DWIDTH,-0.1,504.7);
91	sprintf(histname,"letime_%02d",i);	95	sprintf(histname,"letime_%02d",i);
92	h1_letime[i]=new TH1F(histname,histname,500,d[i].twin[0],d[i].twin[1]);	96	h1_letime[i]=new TH1F(histname,histname,500,d[i].twin[0],d[i].twin[1]);
93	sprintf(histname,"cftime_%02d",i);	97	sprintf(histname,"cftime_%02d",i);
94	h1_cftime[i]=new TH1F(histname,histname,500,d[i].twin[0],d[i].twin[1]);	98	h1_cftime[i]=new TH1F(histname,histname,500,d[i].twin[0],d[i].twin[1]);
95	sprintf(histname,"cftdif_%02d",i);	99	sprintf(histname,"cftdif_%02d",i);
96	h1_cftdif[i]=new TH1F(histname,histname,2000,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);	100	h1_cftdif[i]=new TH1F(histname,histname,2000,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);
97	sprintf(histname,"qdc_%02d",i);	101	sprintf(histname,"qdc_%02d",i);
98	h1_qdc[i]=new TH1F(histname,histname,500,-0.5,4.5);	102	h1_qdc[i]=new TH1F(histname,histname,500,-0.5,4.5);
99	sprintf(histname,"dpo_%02d",i);	103	sprintf(histname,"dpo_%02d",i);
100	h2_dpo[i]=new TH2F(histname,histname,DWIDTH,-0.1,~~204~~.7,~~1500~~,-0.88,0.88);	104	h2_dpo[i]=new TH2F(histname,histname,DWIDTH,-0.1,200.7,3000,-0.9,0.9);
101	sprintf(histname,"tdcadc_%02d",i);	105	sprintf(histname,"tdcadc_%02d",i);
102	h2_tdcadc[i]=new TH2F(histname,histname,250,-0.1,0.5,400,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);	106	h2_tdcadc[i]=new TH2F(histname,histname,250,-0.1,0.5,400,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);
103	sprintf(histname,"ctdcadc_%02d",i);	107	sprintf(histname,"ctdcadc_%02d",i);
104	h2_ctdcadc[i]=new TH2F(histname,histname,250,-0.1,0.5,400,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);	108	h2_ctdcadc[i]=new TH2F(histname,histname,250,-0.1,0.5,400,d[i].twin[0]-d[trgch].twin[0],d[i].twin[1]-d[trgch].twin[0]);
105	gr_wfm[i]=new TGraph(DWIDTH);	109	gr_wfm[i]=new TGraph(DWIDTH);
106	gr_wfm[i]->SetMinimum(-0.55);	110	gr_wfm[i]->SetMinimum(-0.9);
107	gr_wfm[i]->SetMaximum(0.55);	111	gr_wfm[i]->SetMaximum(0.9);
108	gr_wfm[i]->SetLineColor(i+1);	112	gr_wfm[i]->SetLineColor(i+1);
109	gr_wfm[i]->SetMarkerColor(i+1);	113	gr_wfm[i]->SetMarkerColor(i+1);
110	sprintf(histname,"ch %d",i);	114	sprintf(histname,"ch %d",i);
111	leg->AddEntry(gr_wfm[i], histname, "l");	115	leg->AddEntry(gr_wfm[i], histname, "l");
112	if (i) gr_wfm[i]->Draw("LP"); else gr_wfm[i]->Draw("ALP");	116	if (i) gr_wfm[i]->Draw("LP"); else gr_wfm[i]->Draw("ALP");
113	gr_wfm[i]->GetHistogram()->SetTitle("WaveForms");	117	gr_wfm[i]->GetHistogram()->SetTitle("WaveForms");
114	}	118	}
115		119
116	leg->Draw();	120	leg->Draw();
117	h2_ctalk=new TH2F("ctalk","ctalk",250,0.,0.5,250,0.,0.5);	121	h2_ctalk=new TH2F("ctalk","ctalk",250,0.,0.5,250,0.,0.5);
118		122
119	fin=fopen(FileName,"rb");	123	fin=fopen(FileName,"rb");
120	if (fin==NULL) {	124	if (fin==NULL) {
121	printf("Error opening file %s\n",FileName);	125	printf("Error opening file %s\n",FileName);
122	return;	126	return;
123	}	127	}
124	printf("%s, %lu\n",recid,sizeof(evrec));	128	printf("%s, %lu\n",recid,sizeof(evrec));
125		129
126		130
127	for (ich=0; ich<nch; ich++) {	131	for (ich=0; ich<nch; ich++) {
128	nwfm[ich]=0;	132	nwfm[ich]=0;
129	for (i=0; i<DWIDTH; i++) {	133	for (i=0; i<DWIDTH; i++) {
130	achdat[ich][i]=0;	134	achdat[ich][i]=0;
131	}	135	}
132	}	136	}
133	unsigned int trgcell = 0;	137	unsigned int trgcell = 0;
134	int event = -1;	138	int event = -1;
135		139
136	iev=0;	140	iev=0;
137	time_t t0,told;	141	time_t t0,told;
138	time(&t0);	142	time(&t0);
139	told=t0-1;	143	told=t0-1;
140	int posrec[2];	144	int posrec[2];
141	while(!feof(fin)) {	145	while(!feof(fin)) {
142	if (iev>=nev) break;	146	if (iev>=nev) break;
143	stat=fread(recid,1,4,fin);	147	stat=fread(recid,1,4,fin);
144	if (debug) {	148	if (debug) {
145	if (recid[1]=='#') printf("%c%c%u\n",recid[0],recid[1],srecid[1]);	149	if (recid[1]=='#') printf("%c%c%u\n",recid[0],recid[1],srecid[1]);
146	else printf("%s\n",recid );	150	else printf("%s\n",recid );
147	}	151	}
148	switch (recid[0]) {	152	switch (recid[0]) {
149		153
150	case 'P': // position record	154	case 'P': // position record
151	stat=fread(posrec,1,8,fin);	155	stat=fread(posrec,1,8,fin);
152		156
153	break;	157	break;
154		158
155	case 'D': // DRS	159	case 'D': // DRS
156	version = atoi(&recid[3]);	160	version = atoi(&recid[3]);
157	break;	161	break;
158	case 'T': // TIME	162	case 'T': // TIME
159	switch (recid[1]) {	163	switch (recid[1]) {
160	case 'I':	164	case 'I':
161	event=0;	165	event=0;
162	if (version ==0) version++;	166	if (version ==0) version++;
163	break;	167	break;
164	case '#': trgcell = srecid[1]; break;	168	case '#': trgcell = srecid[1]; break;
165	}	169	}
166	break;	170	break;
167	case 'B':	171	case 'B':
168	board = srecid[1];	172	board = srecid[1];
169	break;	173	break;
170	case 'C':	174	case 'C':
171	sscanf(recid,"C%d",&ich);	175	sscanf(recid,"C%d",&ich);
172	ich=ich-1;	176	ich=ich-1;
173	if (event) {	177	if (event) {
174	if (version>1) stat=fread(&scaler[ich],1,sizeof(float),fin);	178	if (version>1) stat=fread(&scaler[ich],1,sizeof(float),fin);
175	stat=fread(ichdat[ich],1,sizeof(ichdat[ich]),fin);	179	stat=fread(ichdat[ich],1,sizeof(ichdat[ich]),fin);
176	} else {	180	} else {
177		181
178	stat=fread(dtdata[ich],1,sizeof(float)*DWIDTH,fin);	182	stat=fread(dtdata[ich],1,sizeof(float)*DWIDTH,fin);
179		183
180	}	184	}
181	break;	185	break;
182	case 'E':	186	case 'E':
183	stat=fread(&evrec.evn,1,sizeof(evrec),fin);	187	stat=fread(&evrec.evn,1,sizeof(evrec),fin);
184	iev++;	188	iev++;
185	if (!version) {	189	if (!version) {
186	stat=fread(dtdata[0],1,sizeof(float)*DWIDTH,fin);	190	stat=fread(dtdata[0],1,sizeof(float)*DWIDTH,fin);
187	}	191	}
188	event=1;	192	event=1;
189	break;	193	break;
190	default:	194	default:
191	printf("Unknown header! %s\n", recid);	195	printf("Unknown header! %s\n", recid);
192	break;	196	break;
193	}	197	}
194		198
195		199
196	if (recid[0] == 'E') {	200	if (recid[0] == 'E') {
197	for ( i=0; i<nch; i++) {	201	for ( i=0; i<nch; i++) {
198	if (!lwfm[i]) continue;	202	if (!lwfm[i]) continue;
199	double pulseheight = (d[i].edge)? chmax[i][0]: chmin[i][0];	203	double pulseheight = (d[i].edge)? chmax[i][0]: chmin[i][0];
200		204
201	if ((pulseheight >d[i].vcut[0])&&	205	if ((pulseheight >d[i].vcut[0])&&
202	(pulseheight <d[i].vcut[1]) ) {	206	(pulseheight <d[i].vcut[1]) ) {
203		207
204	h1_cftdif[i]->Fill(cftime[i]-cftime[trgch]);	208	h1_cftdif[i]->Fill(cftime[i]-cftime[trgch]);
205	}	209	}
206	if (!d[i].edge) pulseheight = - pulseheight;	210	if (!d[i].edge) pulseheight = - pulseheight;
207	h2_tdcadc[i] ->Fill(pulseheight,letime[i]-cftime[trgch]);	211	h2_tdcadc[i] ->Fill(pulseheight,letime[i]-cftime[trgch]);
208	h2_ctdcadc[i]->Fill(pulseheight,cftime[i]-cftime[trgch]);	212	h2_ctdcadc[i]->Fill(pulseheight,cftime[i]-cftime[trgch]);
209		213
210	//if (i==1) printf("ph=%f %f\n", pulseheight, letime[i]-cftime[trgch]);	214	//if (i==1) printf("ph=%f %f\n", pulseheight, letime[i]-cftime[trgch]);
211	}	215	}
212	double ph0 = (d[0].edge)? chmax[0][0]: -chmin[0][0];	216	double ph0 = (d[0].edge)? chmax[0][0]: -chmin[0][0];
213	double ph1 = (d[1].edge)? chmax[1][0]: -chmin[1][0];	217	double ph1 = (d[1].edge)? chmax[1][0]: -chmin[1][0];
214	h2_ctalk->Fill(ph0,ph1);	218	h2_ctalk->Fill(ph0,ph1);
215	}	219	}
216	if (event<1) continue;	220	if (event<1) continue;
217	if (recid[0]!='C') continue;	221	if (recid[0]!='C') continue;
218	if (ich>=nch) continue;	222	if (ich>=nch) continue;
219		223
220	lwfm[ich]=0;	224	lwfm[ich]=0;
221	qdc[ich]=0;	225	qdc[ich]=0;
222	chmax[ich][0]=-1; chmax[ich][1]=-1;	226	chmax[ich][0]=-1; chmax[ich][1]=-1;
223	chmin[ich][0]=1; chmin[ich][1]=-1;	227	chmin[ich][0]=1; chmin[ich][1]=-1;
224	letime[ich]=-1.; letime[ich]=-1.;	228	letime[ich]=-1.; letime[ich]=-1.;
225	cftime[ich]=-1.; cftime[ich]=-1.;	229	cftime[ich]=-1.; cftime[ich]=-1.;
226		230
227		231
228	lwfm[ich]=1;	232	lwfm[ich]=1;
229	nwfm[ich]+=1;	233	nwfm[ich]+=1;
230		234
231		235
232		236
233	t = &tcdata[ich][0];	237	t = &tcdata[ich][0];
234	y = &chdat[ich][0];	238	y = &chdat[ich][0];
235	ay = &achdat[ich][0];	239	ay = &achdat[ich][0];
236		240
237	float sum=0;	241	float sum=0;
238	for (i=0; i<DWIDTH; i++) {	242	for (i=0; i<DWIDTH; i++) {
239	sum+= dtdata[ich][(i+trgcell)%DWIDTH];	243	sum+= dtdata[ich][(i+trgcell)%DWIDTH];
240	if (version) t[i]=sum;	244	if (version) t[i]=sum;
241	else t[i]=dtdata[0][i]; // old format	245	else t[i]=dtdata[0][i]; // old format
242	}	246	}
243	tccalib[ich]=t[(DWIDTH-trgcell)%DWIDTH];	247	tccalib[ich]=t[(DWIDTH-trgcell)%DWIDTH];
244		248
245	for (i=0; i<DWIDTH; i++) {	249	for (i=0; i<DWIDTH; i++) {
246	if (version) t[i]-=(tccalib[ich]-tccalib[0]); // assume ich 0 is connected and always first in the data	250	if (version) t[i]-=(tccalib[ich]-tccalib[0]); // assume ich 0 is connected and always first in the data
247	y[i]=-0.5+(float)ichdat[ich][i]/0xFFFF;	251	y[i]=-0.5+(float)ichdat[ich][i]/0xFFFF;
248	if (version) y[i]+=evrec.rc/1000.;	252	if (version) y[i]+=evrec.rc/1000.;
249	h2_dpo[ich]->Fill(t[i],y[i]);	253	h2_dpo[ich]->Fill(t[i],y[i]);
250	gr_wfm[ich]->SetPoint(i,t[i],y[i]+0.05*(ich-1));	254	gr_wfm[ich]->SetPoint(i,t[i],y[i]+0.05*(ich-1));
251	}	255	}
252		256
253		257
254	for (i=0; i<DWIDTH; i++) {	258	for (i=0; i<DWIDTH; i++) {
255	// accumulated waveforms	259	// accumulated waveforms
256	ay[i]+=y[i];	260	ay[i]+=y[i];
257		261
258	// signal minumum	262	// signal minumum
259	if (y[i]>chmax[ich][0]) {	263	if (y[i]>chmax[ich][0]) {
260	chmax[ich][0]=y[i];	264	chmax[ich][0]=y[i];
261	chmax[ich][1]=t[i];	265	chmax[ich][1]=t[i];
262	}	266	}
263		267
264	// signal maximum	268	// signal maximum
265	if (y[i]<chmin[ich][0]) {	269	if (y[i]<chmin[ich][0]) {
266	chmin[ich][0]=y[i];	270	chmin[ich][0]=y[i];
267	chmin[ich][1]=t[i];	271	chmin[ich][1]=t[i];
268	}	272	}
269	float t0 = t[i];	273	float t0 = t[i];
270	float t0p = t[i+1];	274	float t0p = t[i+1];
271	float t0n = t[i-1];	275	float t0n = t[i-1];
272	// charge in the range	276	// charge in the range
273	if ((t0>d[ich].adcgate[0])&&(t0<d[ich].adcgate[1])) {	277	if ((t0>d[ich].adcgate[0])&&(t0<d[ich].adcgate[1])) {
274	float sign = (d[ich].edge)? 1: -1;	278	float sign = (d[ich].edge)? 1: -1;
275	qdc[ich]+=signy[i](t0p-t0n)/2.;	279	qdc[ich]+=signy[i](t0p-t0n)/2.;
276	}	280	}
277	}	281	}
278		282
279	for (i=1; i<DWIDTH-1; i++) {	283	for (i=1; i<DWIDTH-1; i++) {
280	float t0 = t[i];	284	float t0 = t[i];
281	float t0p = t[i+1];	285	float t0p = t[i+1];
282	float t0n = t[i-1];	286	float t0n = t[i-1];
283	// leading edge in the range	287	// leading edge in the range
284	if ((t0>d[ich].twin[0])&&(t0<d[ich].twin[1])) {	288	if ((t0>d[ich].twin[0])&&(t0<d[ich].twin[1])) {
285	if ( ((!d[ich].edge)&&(y[i]<d[ich].threshold) \|\|	289	if ( ((!d[ich].edge)&&(y[i]<d[ich].threshold) \|\|
286	( d[ich].edge)&&(y[i]>d[ich].threshold ) )	290	( d[ich].edge)&&(y[i]>d[ich].threshold ) )
287	&&(letime[ich]<0.)) {	291	&&(letime[ich]<0.)) {
288	letime[ich]=t0n+(t0-t0n)*(d[ich].threshold-y[i-1])/(y[i]-y[i-1]);	292	letime[ich]=t0n+(t0-t0n)*(d[ich].threshold-y[i-1])/(y[i]-y[i-1]);
289	}	293	}
290	// constant fraction time in the range	294	// constant fraction time in the range
-		295	if (cftime[ich]<0.){
-		296	// negative signals
291	if ( ( ((!d[ich].edge) && ~~(chmin[ich][0]<d[ich].threshold)&&~~(~~y[i]<~~chmin[ich][0]*d[ich].~~cfrac~~)) \|\|	297	if ((!d[ich].edge) && (chmin[ich][0]<d[ich].threshold)&&(y[i]<chmin[ich][0]*d[ich].cfrac )){
292	~~(( d[ich].edge) &&~~ ~~(chmax[ich~~][~~0]>~~d[ich].~~threshold~~)&&(y[i]>chmax[ich][0]*d[ich]~~.cfrac)) )~~	298	cftime[ich]=t0n+(t0-t0n)(chmin[ich][0]d[ich].cfrac-y[i-1])/(y[i]-y[i-1]);
-		299	}
293	~~&&(cftime[ich]<0.)~~	300	// positive signals
294		-
295	) {	301	if (( d[ich].edge) && (chmax[ich][0]>d[ich].threshold)&&(y[i]>chmax[ich][0]*d[ich].cfrac)){
296	cftime[ich]=t0n+(t0-t0n)(~~chmin~~[ich][0]d[ich].cfrac-y[i-1])/(y[i]-y[i-1]);	302	cftime[ich]=t0n+(t0-t0n)(chmax[ich][0]d[ich].cfrac-y[i-1])/(y[i]-y[i-1]);
297	}	303	}
-		304	}
298	}	305	}
299	}	306	}
300		307
301	if ((chmax[ich][1]>d[ich].twin[0])&&(chmax[ich][1]<d[ich].twin[1])) {	308	if ((chmax[ich][1]>d[ich].twin[0])&&(chmax[ich][1]<d[ich].twin[1])) {
302	h1_chmax[ich]->Fill(chmax[ich][0]);	309	h1_chmax[ich]->Fill(chmax[ich][0]);
303	if (chmax[ich][0]>d[ich].threshold) h1_chmaxt[ich]->Fill(chmax[ich][1]);	310	if (chmax[ich][0]>d[ich].threshold) h1_chmaxt[ich]->Fill(chmax[ich][1]);
304	}	311	}
305	if ((chmin[ich][1]>d[ich].twin[0])&&(chmin[ich][1]<d[ich].twin[1])) {	312	if ((chmin[ich][1]>d[ich].twin[0])&&(chmin[ich][1]<d[ich].twin[1])) {
306	h1_chmin[ich]->Fill(chmin[ich][0]);	313	h1_chmin[ich]->Fill(chmin[ich][0]);
307	if (chmin[ich][0]<d[ich].threshold) h1_chmint[ich]->Fill(chmin[ich][1]);	314	if (chmin[ich][0]<d[ich].threshold) h1_chmint[ich]->Fill(chmin[ich][1]);
308	}	315	}
309	h1_qdc[ich]->Fill(qdc[ich]);	316	h1_qdc[ich]->Fill(qdc[ich]);
310	h1_letime[ich]->Fill(letime[ich]);	317	h1_letime[ich]->Fill(letime[ich]);
311	h1_cftime[ich]->Fill(cftime[ich]);	318	h1_cftime[ich]->Fill(cftime[ich]);
312	time(&t0);	319	time(&t0);
313		320
314	if ((t0!=told) \|\| ((updfrq>0)&&(!(iev%updfrq) ) ) ) {	321	if ((t0!=told) \|\| ((updfrq>0)&&(!(iev%updfrq) ) ) ) {
315	c_wfm->Update();	322	c_wfm->Update();
316	for (i=0; i<DWIDTH; i++) {	323	for (i=0; i<DWIDTH; i++) {
317	ay[i]/=nwfm[ich];	324	ay[i]/=nwfm[ich];
318	gr_wfm[ich]->SetPoint(i,t[i],ay[i]+0.00*(ich-1));	325	gr_wfm[ich]->SetPoint(i,t[i],ay[i]+0.00*(ich-1));
319	}	326	}
320	printf("processing event %d\n",iev);	327	printf("processing event %d\n",iev);
321	told=t0;	328	told=t0;
322	}	329	}
323	}	330	}
324		331
325	printf("number of events: %d\n",iev);	332	printf("number of events: %d\n",iev);
326	fclose(fin);	333	fclose(fin);
327		334
328	TCanvas* c_dpo= new TCanvas("c_dpo","DPO",750,50,700,700);	335	TCanvas* c_dpo= new TCanvas("c_dpo","DPO",750,50,700,700);
329	c_dpo->Divide(2,2);	336	c_dpo->Divide(2,2);
330	for (i=0; i<nch; i++) {c_dpo->cd(i+1); h2_dpo[i]->~~Draw~~("colz");}	337	for (i=0; i<nch; i++) {c_dpo->cd(i+1); h2_dpo[i]->DrawCopy("colz");}
331		338
332	TCanvas* c_cftdif= new TCanvas("c_cftdif","DPO",750,50,700,700);	339	TCanvas* c_cftdif= new TCanvas("c_cftdif","DPO",750,50,700,700);
333	c_cftdif->Divide(2,2);	340	c_cftdif->Divide(2,2);
334	for (i=0; i<nch; i++) {c_cftdif->cd(i+1); h1_cftdif[i]->~~Draw~~();}	341	for (i=0; i<nch; i++) {c_cftdif->cd(i+1); h1_cftdif[i]->DrawCopy();}
-		342	froot->Write();
-		343	froot->Close();
335	return;	344	return;
336	}	345	}
337		346
338		347
339	void drsana(int nev=1000, int updfrq=20, char *FileName="./data/x1.dat", int trgch=0){	348	void drsana(int nev=1000, int updfrq=20, char *FileName="./data/x1.dat", int trgch=0){
340		349
341	// float threshold[nch][2]={{0.,-0.02},{0.,0.},{0.,0.},{0.,-0.25}};	350	// float threshold[nch][2]={{0.,-0.02},{0.,0.},{0.,0.},{0.,-0.25}};
342	// float twin[nch][2]={{120.,130.},{100.,150.},{100.,150.},{70.,90.}};	351	// float twin[nch][2]={{120.,130.},{100.,150.},{100.,150.},{70.,90.}};
343	// float adcgate[nch][2]={{12nch.,136.},{120.,140.},{120.,140.},{70.,90.}};	352	// float adcgate[nch][2]={{12nch.,136.},{120.,140.},{120.,140.},{70.,90.}};
344	// float threshold[4][2]={{0.,-0.05},{0.,-0.05},{0.,-0.25},{0.,-0.25}};	353	// float threshold[4][2]={{0.,-0.05},{0.,-0.05},{0.,-0.25},{0.,-0.25}};
345	// float twin[4][2]={{80.,100.},{80.,100.},{90.,110.},{50.,70.}};	354	// float twin[4][2]={{80.,100.},{80.,100.},{90.,110.},{50.,70.}};
346	// float adcgate[4][2]={{80.,110.},{80.,110.},{90.,110.},{50.,70.}};	355	// float adcgate[4][2]={{80.,110.},{80.,110.},{90.,110.},{50.,70.}};
347	double threshold[4][2]={{0.,-0.05},{0.,-0.05},{0.,-0.25},{0.,-0.25}};	356	double threshold[4][2]={{0.,-0.05},{0.,-0.05},{0.,-0.25},{0.,-0.25}};
348	float twin[4][2]={{100.,120.},{100.,120.},{110.,130.},{60.,80.}};	357	float twin[4][2]={{100.,120.},{100.,120.},{110.,130.},{60.,80.}};
349	float adcgate[4][2]={{105.,125.},{105.,125.},{110.,130.},{60.,80.}};	358	float adcgate[4][2]={{105.,125.},{105.,125.},{110.,130.},{60.,80.}};
350	double vcut[4][2]={{-0.49,-0.07},{-1,1},{-1,1},{-1,1}};	359	double vcut[4][2]={{-0.49,-0.07},{-1,1},{-1,1},{-1,1}};
351	int edge[4]={1,1,1,1};// 0 -- rising, 1 -- falling	360	int edge[4]={1,1,1,1};// 0 -- rising, 1 -- falling
352		361
353	DrsChannel c[2];	362	DrsChannel c[2];
354		363
355	c[0].cfrac = CFRAC;	364	c[0].cfrac = CFRAC;
356	c[0].threshold = threshold[0][0];	365	c[0].threshold = threshold[0][0];
357	c[0].twin[0] = twin[0][0];	366	c[0].twin[0] = twin[0][0];
358	c[0].twin[1] = twin[0][1];	367	c[0].twin[1] = twin[0][1];
359		368
360	c[0].adcgate[0] = adcgate[0][0];	369	c[0].adcgate[0] = adcgate[0][0];
361	c[0].adcgate[1] = adcgate[0][1];	370	c[0].adcgate[1] = adcgate[0][1];
362		371
363	c[0].vcut[0] = vcut[0][0];	372	c[0].vcut[0] = vcut[0][0];
364	c[0].vcut[1] = vcut[0][1];	373	c[0].vcut[1] = vcut[0][1];
365		374
366	c[0].edge = edge[0];	375	c[0].edge = edge[0];
367		376
368		377
369	c[1].cfrac = CFRAC;	378	c[1].cfrac = CFRAC;
370	c[1].threshold = threshold[1][0];	379	c[1].threshold = threshold[1][0];
371	c[1].twin[0] = twin[1][0];	380	c[1].twin[0] = twin[1][0];
372	c[1].twin[1] = twin[1][1];	381	c[1].twin[1] = twin[1][1];
373		382
374	c[1].adcgate[0] = adcgate[1][0];	383	c[1].adcgate[0] = adcgate[1][0];
375	c[1].adcgate[1] = adcgate[1][1];	384	c[1].adcgate[1] = adcgate[1][1];
376		385
377	c[1].vcut[0] = vcut[1][0];	386	c[1].vcut[0] = vcut[1][0];
378	c[1].vcut[1] = vcut[1][1];	387	c[1].vcut[1] = vcut[1][1];
379		388
380	c[1].edge = edge[1];	389	c[1].edge = edge[1];
381	drs * d = new drs(FileName, 2, c, trgch, nev, updfrq );	390	drs * d = new drs(FileName, 2, c, trgch, nev, updfrq );
382	}	391	}
383		392

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(root)/drs/drs.C @ 205 – Rev 202 → 204