1 #define AnaEveMyTree_cxx
2 #include "AnaEveMyTree.h"
7 void AnaEveMyTree::Loop()
9 // Root > .L AnaEveMyTree.C
10 // Root > AnaEveMyTree t
11 // Root > t.Loop(); // Loop on all entries
16 // V0C -1.7 ~ -2.2 ~ -2.7 ~ -3.2 ~ -3.7
17 // V0A 2.8 ~ 3.4 ~ 3.9 ~ 4.5 ~ 5.1
21 for(int it=0; it<12; it++) {
22 t0phi[it]=(it+1.0)*2.0*pi/12.0;
23 t0phi[it+12]=it*2.0*pi/12.0;
25 for(int it=0; it<24; it++) {
27 t0phi[it]=atan2(sin(phi),cos(phi));
31 for(int iRing = 0; iRing<4 ; iRing++){
32 for(int iSec = 0; iSec<8 ; iSec++){
33 v0phi[is] = 22.5 + 45. * iSec;
37 for(int iRing = 0; iRing<4 ; iRing++){
38 for(int iSec = 0; iSec<8 ; iSec++){
39 v0phi[is] = 22.5 + 45. * iSec;
43 for (int i=0; i<64; i++) {
44 float phi=v0phi[i]*pi/180.0;
45 v0phi[i]=atan2(sin(phi),cos(phi));
46 cout << v0phi[i] << " ";
47 if (i%8==7) cout << endl;
49 float z0gai[8],t0gai[24],v0gai[64];
50 float mean[10][10][4][27][2];
51 float widt[10][10][4][27][2];
52 float four[10][10][4][27][2][8];
53 float f0,f1,f2,f3,f4,f5,f6,f7;
55 ifs.open("AnaEveMyTree.cal");
56 for (int i=0; i<1; i++) {
57 ifs>>f0>>f1>>f2>>f3>>f4>>f5>>f6>>f7;
58 z0gai[i*8+0]=f0; z0gai[i*8+1]=f1;
59 z0gai[i*8+2]=f2; z0gai[i*8+3]=f3;
60 z0gai[i*8+4]=f4; z0gai[i*8+5]=f5;
61 z0gai[i*8+6]=f6; z0gai[i*8+7]=f7;
62 cout << f0 << " " << f1 << " " << f2 << " " << f3 << " "
63 << f4 << " " << f5 << " " << f6 << " " << f7 << endl;
65 for (int i=0; i<3; i++) {
66 ifs>>f0>>f1>>f2>>f3>>f4>>f5>>f6>>f7;
67 t0gai[i*8+0]=f0; t0gai[i*8+1]=f1;
68 t0gai[i*8+2]=f2; t0gai[i*8+3]=f3;
69 t0gai[i*8+4]=f4; t0gai[i*8+5]=f5;
70 t0gai[i*8+6]=f6; t0gai[i*8+7]=f7;
71 cout << f0 << " " << f1 << " " << f2 << " " << f3 << " "
72 << f4 << " " << f5 << " " << f6 << " " << f7 << endl;
74 for (int i=0; i<8; i++) {
75 ifs>>f0>>f1>>f2>>f3>>f4>>f5>>f6>>f7;
76 v0gai[i*8+0]=f0; v0gai[i*8+1]=f1;
77 v0gai[i*8+2]=f2; v0gai[i*8+3]=f3;
78 v0gai[i*8+4]=f4; v0gai[i*8+5]=f5;
79 v0gai[i*8+6]=f6; v0gai[i*8+7]=f7;
80 cout << f0 << " " << f1 << " " << f2 << " " << f3 << " "
81 << f4 << " " << f5 << " " << f6 << " " << f7 << endl;
83 for (int ic=0; ic<10; ic++) {
84 for (int iz=0; iz<10; iz++) {
85 for (int ih=0; ih<4; ih++) {
86 for (int id=0; id<27; id++) {
87 for (int ib=0; ib<2; ib++) {
88 mean[ic][iz][ih][id][ib]=0.0;
89 widt[ic][iz][ih][id][ib]=1.0;
91 ifs >> f0 >> f1 >> f2 >> f3;
92 if (f1==0.0 || f1<0.0) f1=1.0;
93 if (f3==0.0 || f3<0.0) f3=1.0;
94 mean[ic][iz][ih][id][0]=f0;
95 widt[ic][iz][ih][id][0]=f1;
96 mean[ic][iz][ih][id][1]=f2;
97 widt[ic][iz][ih][id][1]=f3;
98 if (ic==4 && iz==4 && ih==0) {
99 cout << f0 << " " << f1 << " " << f2 << " " << f3 << endl;
101 for (int ib=0; ib<2; ib++) {
102 for (int io=0; io<8; io++) {
103 four[ic][iz][ih][id][ib][io]=0.0;
105 ifs >> f0 >> f1 >> f2 >> f3 >> f4 >> f5 >> f6 >> f7;
106 four[ic][iz][ih][id][ib][0]=f0;
107 four[ic][iz][ih][id][ib][1]=f1;
108 four[ic][iz][ih][id][ib][2]=f2;
109 four[ic][iz][ih][id][ib][3]=f3;
110 four[ic][iz][ih][id][ib][4]=f4;
111 four[ic][iz][ih][id][ib][5]=f5;
112 four[ic][iz][ih][id][ib][6]=f6;
113 four[ic][iz][ih][id][ib][7]=f7;
114 if (ic==4 && iz==4 && ih==0) {
115 cout << f0 << " " << f1 << " " << f2 << " " << f3 << " "
116 << f4 << " " << f5 << " " << f6 << " " << f7 << endl;
126 for (int i=0; i<8; i++) {
137 for (int i=0; i<24; i++) {
148 for (int i=0; i<64; i++) {
157 cout << av1 << " " << av2 << " " << av3 << endl;
158 TFile *tf = new TFile("AnaEveMyTree.root","recreate");
159 TH2D *cnzv = new TH2D("cnzv","",50,0.0,11000.0,50,-15.0,15.0);
160 TProfile *det0g = new TProfile("det0g","", 16,0.0, 16.0 ,-600.0,6000.0);
161 TH2D *det0m = new TH2D ("det0m","", 16,0.0, 16.0,50,-300.0,3000.0);
162 TProfile *det1g = new TProfile("det1g","", 48,0.0, 48.0 , -20.0, 200.0);
163 TH2D *det1m = new TH2D ("det1m","", 48,0.0, 48.0,50, -10.0, 100.0);
164 TProfile *det2g = new TProfile("det2g","",128,0.0,128.0 ,-100.0,1000.0);
165 TH2D *det2m = new TH2D ("det2m","",128,0.0,128.0,50, -50.0, 500.0);
168 for (int i=0; i<2; i++) {
169 for (int j=0; j<5; j++) {
170 sprintf(name,"zdcxy%d%d",i,j);
171 zdcxy[i][j] = new TH2D(name,"",50,-2,2,50,-2,2);
175 float rng1=av3*64.0*4.5;
176 float rng2=av2*12.0*7.0;
177 float rng3=av1* 8.0*2.2;
178 TH2D *cor00 = new TH2D("corr00","",50,0.0,rng0,50,0.0,rng1);
179 TH2D *cor01 = new TH2D("corr01","",50,0.0,rng0,50,0.0,rng2);
180 TH2D *cor02 = new TH2D("corr02","",50,0.0,rng0,50,0.0,rng3);
181 TH2D *cor03 = new TH2D("corr03","",50,0.0,rng1,50,0.0,rng2);
182 TH2D *cor04 = new TH2D("corr04","",50,0.0,rng1,50,0.0,rng3);
183 TH2D *cor05 = new TH2D("corr05","",50,0.0,rng2,50,0.0,rng3);
184 TH2D *cor10 = new TH2D("corr10","",50,0.0,rng0,50,0.0,rng1);
185 TH2D *cor11 = new TH2D("corr11","",50,0.0,rng0,50,0.0,rng2);
186 TH2D *cor12 = new TH2D("corr12","",50,0.0,rng0,50,0.0,rng3);
187 TH2D *cor13 = new TH2D("corr13","",50,0.0,rng1,50,0.0,rng2);
188 TH2D *cor14 = new TH2D("corr14","",50,0.0,rng1,50,0.0,rng3);
189 TH2D *cor15 = new TH2D("corr15","",50,0.0,rng2,50,0.0,rng3);
190 TProfile *ave[10][10][4][27];
191 TProfile *flt[10][10][4][27];
192 for (int ic=0; ic<10; ic++) {
193 for (int iz=0; iz<10; iz++) {
194 for (int ih=0; ih<4; ih++) {
195 for (int id=0; id<27; id++) {
196 sprintf(name,"ave%d%d%d%d",ic,iz,ih,id);
197 ave[ic][iz][ih][id] = new TProfile(name,name,4,-0.5,3.5,-1.0E+06,1.0E+06,"S");
198 sprintf(name,"flt%d%d%d%d",ic,iz,ih,id);
199 flt[ic][iz][ih][id] = new TProfile(name,name,32,-0.5,31.5,-1.0E+06,1.0E+06);
204 TProfile *res[4][22][2];
206 for (int ih=0; ih<4; ih++) {
207 for (int id=0; id<22; id++) {
208 for (int ia=0; ia<2; ia++) {
209 sprintf(name,"res%d%d%d",ih,id,ia);
210 res[ih][id][ia] = new TProfile(name,name,10,-0.5,9.5,-1.1,1.1);
212 for (int ia=0; ia<5; ia++) {
213 sprintf(name,"cor%d%d%d",ih,id,ia);
214 cor[ih][id][ia] = new TH2D(name,name,50,-pi,pi,50,-pi,pi);
218 TH1D *t0d[24][5],*t0e[24][5];
219 for (int i=0; i<24; i++) {
220 for (int j=0; j<5; j++) {
222 sprintf(name,"t0d%d_%d",i,j);
223 t0d[i][j] = new TH1D(name,"",24,-pi,pi);
224 sprintf(name,"t0e%d_%d",i,j);
225 t0e[i][j] = new TH1D(name,"",24,-pi,pi);
227 sprintf(name,"t0d%d_%d",i,j);
228 t0d[i][j] = new TH1D(name,"",24,-pi/2.,pi/2.);
229 sprintf(name,"t0e%d_%d",i,j);
230 t0e[i][j] = new TH1D(name,"",24,-pi/2.,pi/2.);
234 TH2D *tvcr0[10][4],*tvcr1[10][4];
235 for (int i=0; i<10; i++) {
236 for (int j=0; j<4; j++) {
237 sprintf(name,"tvcr0_%d_%d",i,j);
238 tvcr0[i][j] = new TH2D(name,"",48,0,48,24,-pi,pi);
239 sprintf(name,"tvcr1_%d_%d",i,j);
240 tvcr1[i][j] = new TH2D(name,"",128,0,128,24,-pi,pi);
244 float buft[10][10][3][24];
245 float bufv[10][10][3][64];
246 for (int i=0; i<10; i++) {
247 for (int j=0; j<10; j++) {
251 if (fChain == 0) return;
252 Long64_t nentries = fChain->GetEntriesFast();
253 cout << nentries << endl;
254 Long64_t nbytes = 0, nb = 0;
256 for (Long64_t jentry=0; jentry<nentries;jentry++) {
257 Long64_t ientry = LoadTree(jentry);
258 if (ientry < 0) break;
259 nb = fChain->GetEntry(jentry); nbytes += nb;
260 if (t1s > 1 && t2s > 1
261 && v1s > 10 && v2s > 10
262 && z1s > 100 && z2s >100
263 && zvt > -10 && zvt < 10
264 && v2s < 0.8*ntr+1000
265 && v2s > 0.8*ntr-1000
268 int icen=(int)(ntr/900.0);
271 int izvt=(int)((zvt+10.0)/2.0);
275 float sumxy[4][27][4];
276 for (int ih=0; ih<4; ih++) {
277 for (int id=0; id<27; id++) {
278 for (int iv=0; iv<4; iv++) {
285 float z0x[8] = {-1, 1, -1, 1, 1, -1, 1, -1};
286 float z0y[8] = {-1, -1, 1, 1, -1, -1, 1, 1};
287 for (int i=0; i<8; i++) {
291 if (i<4) { // for C-side
292 det0g->Fill(i+0.5,z1nt[i+1]);
293 det0m->Fill(i+0.5,z1nt[i+1]);
294 det0g->Fill(i+8.5,z1nt[i+1]*gain);
295 det0m->Fill(i+8.5,z1nt[i+1]*gain);
296 z0co[i]=z1nt[i+1]*gain;
297 z0sm+=z1nt[i+1]*gain;
298 } else { // for A-side
299 det0g->Fill(i+0.5,z2nt[i-3]);
300 det0m->Fill(i+0.5,z2nt[i-3]);
301 det0g->Fill(i+8.5,z2nt[i-3]*gain);
302 det0m->Fill(i+8.5,z2nt[i-3]*gain);
303 z0co[i]=z2nt[i-3]*gain;
304 z0sm+=z2nt[i-3]*gain;
306 sumxy[0][i/4][0]+=z0co[i]*z0x[i];
307 sumxy[0][i/4][1]+=z0co[i]*z0y[i];
308 sumxy[0][i/4][2]+=z0co[i];
309 float sgn=-1.0*(1-(int)(i/4)); // sign flip for C-side
310 sumxy[0][2][0]+=z0co[i]*z0x[i]*sgn;
311 sumxy[0][2][1]+=z0co[i]*z0y[i]*sgn;
312 sumxy[0][2][2]+=z0co[i];
314 for (int i=0; i<3; i++) {
315 sumxy[0][i][0]/=sumxy[0][i][2];
316 sumxy[0][i][1]/=sumxy[0][i][2];
318 zdcxy[0][icen/2]->Fill(sumxy[0][0][0],sumxy[0][1][0]);
319 zdcxy[1][icen/2]->Fill(sumxy[0][0][1],sumxy[0][1][1]);
322 for (int i=0; i<24; i++) {
326 if (t0tim[i]>100 && t0amp[i]>0) {
327 det1g->Fill(i+0.5,t0amp[i]);
328 det1m->Fill(i+0.5,t0amp[i]);
329 det1g->Fill(i+24.5,t0amp[i]*gain);
330 det1m->Fill(i+24.5,t0amp[i]*gain);
331 t0co[i]=t0amp[i]*gain;
339 for (int i=0; i<64; i++) {
344 det2g->Fill(i+0.5,v0mul[i]);
345 det2m->Fill(i+0.5,v0mul[i]);
346 det2g->Fill(i+64.5,v0mul[i]*gain);
347 det2m->Fill(i+64.5,v0mul[i]*gain);
348 v0co[i]=v0mul[i]*gain;
354 for (int i=0; i<14; i++) {
356 for (int ih=0; ih<4; ih++) {
358 if (ih%2==0) sgn=-1.0*(1-id); // sign flip for C-side
359 sumxy[ih][3+id][0]+=t0co[i]*cos((ih+1.0)*t0phi[i]);
360 sumxy[ih][3+id][1]+=t0co[i]*sin((ih+1.0)*t0phi[i]);
361 sumxy[ih][3+id][2]+=t0co[i];
362 sumxy[ih][5][0]+=t0co[i]*cos((ih+1.0)*t0phi[i]);
363 sumxy[ih][5][1]+=t0co[i]*sin((ih+1.0)*t0phi[i]);
364 sumxy[ih][5][2]+=t0co[i];
365 sumxy[ih][6][0]+=t0co[i]*cos((ih+1.0)*t0phi[i])*sgn;
366 sumxy[ih][6][1]+=t0co[i]*sin((ih+1.0)*t0phi[i])*sgn;
367 sumxy[ih][6][2]+=t0co[i];
370 for (int i=0; i<64; i++) {
374 for (int ih=0; ih<4; ih++) {
376 if (ih%2==0) sgn=-1.0*(1-id); // sign flip for C-side
377 sumxy[ih][7+id][0]+=v0co[i]*cos((ih+1.0)*v0phi[i]);
378 sumxy[ih][7+id][1]+=v0co[i]*sin((ih+1.0)*v0phi[i]);
379 sumxy[ih][7+id][2]+=v0co[i];
380 sumxy[ih][9][0]+=v0co[i]*cos((ih+1.0)*v0phi[i]);
381 sumxy[ih][9][1]+=v0co[i]*sin((ih+1.0)*v0phi[i]);
382 sumxy[ih][9][2]+=v0co[i];
383 sumxy[ih][10][0]+=v0co[i]*cos((ih+1.0)*v0phi[i])*sgn;
384 sumxy[ih][10][1]+=v0co[i]*sin((ih+1.0)*v0phi[i])*sgn;
385 sumxy[ih][10][2]+=v0co[i];
386 sumxy[ih][11+4*kd+id][0]+=v0co[i]*cos((ih+1.0)*v0phi[i]);
387 sumxy[ih][11+4*kd+id][1]+=v0co[i]*sin((ih+1.0)*v0phi[i]);
388 sumxy[ih][11+4*kd+id][2]+=v0co[i];
389 sumxy[ih][13+4*kd][0]+=v0co[i]*cos((ih+1.0)*v0phi[i]);
390 sumxy[ih][13+4*kd][1]+=v0co[i]*sin((ih+1.0)*v0phi[i]);
391 sumxy[ih][13+4*kd][2]+=v0co[i];
392 sumxy[ih][14+4*kd][0]+=v0co[i]*cos((ih+1.0)*v0phi[i])*sgn;
393 sumxy[ih][14+4*kd][1]+=v0co[i]*sin((ih+1.0)*v0phi[i])*sgn;
394 sumxy[ih][14+4*kd][2]+=v0co[i];
397 if (icen>0 && icen<7) {
398 for (int i=0; i<24; i++) {
399 float amp1=t0co[i]/av2;
401 for (int j=0; j<64; j++) {
403 float amp2=v0co[j]/av3;
405 float dphi=phi2-phi1;
406 dphi=atan2(sin(dphi),cos(dphi));
407 t0d[i][id]->Fill(phi2,amp1*amp2);
408 t0e[i][id]->Fill(dphi,amp1*amp2);
412 int ieve=neve[icen][izvt];
413 for (int i=0; i<24; i++) buft[icen][izvt][ieve][i]=t0co[i]/av2;
414 for (int i=0; i<64; i++) bufv[icen][izvt][ieve][i]=v0co[i]/av3;
416 if (neve[icen][izvt]==3) {
418 for (int ie=0; ie<3; ie++) {
419 for (int je=0; je<3; je++) {
422 for (int ip=0; ip<24; ip++) {
424 float phi1=t0phi[ip];
425 float amp1=buft[icen][izvt][ie][ip];
426 for (int jp=0; jp<64; jp++) {
428 float phi2=v0phi[jp];
429 float amp2=bufv[icen][izvt][je][jp];
430 float dphi=phi2-phi1;
431 dphi=atan2(sin(dphi),cos(dphi));
432 tvcr0[icen][iq*2+jq]->Fill(mix*24+ip+0.5,dphi,amp1*amp2);
433 tvcr1[icen][iq*2+jq]->Fill(mix*64+jp+0.5,dphi,amp1*amp2);
440 // r.p. flattening // -----------------------------------
442 for (int ih=0; ih<4; ih++) {
443 for (int id=0; id<27; id++) {
444 for (int ib=0; ib<2; ib++) {
445 if (calFlag>0) ave[icen][izvt][ih][id]->Fill(ib+0.0,sumxy[ih][id][ib]);
446 float sxy=sumxy[ih][id][ib];
447 float mxy=mean[icen][izvt][ih][id][ib];
448 float wxy=widt[icen][izvt][ih][id][ib];
449 sumxy[ih][id][ib]=(sxy-mxy)/wxy;
450 if (calFlag>0) ave[icen][izvt][ih][id]->Fill(ib+2.0,sumxy[ih][id][ib]);
452 if (sumxy[ih][id][2]>0.0) {
453 sumxy[ih][id][3]=atan2(sumxy[ih][id][1],sumxy[ih][id][0])/(ih+1.0);
454 float psi=sumxy[ih][id][3]*(ih+1.0);
456 for (int io=0; io<8; io++) {
457 float cc=cos((io+1.0)*psi);
458 float ss=sin((io+1.0)*psi);
459 if (calFlag>0) flt[icen][izvt][ih][id]->Fill(io+0.0,cc);
460 if (calFlag>0) flt[icen][izvt][ih][id]->Fill(io+8.0,ss);
461 float aa=four[icen][izvt][ih][id][0][io]; // mean cos
462 float bb=four[icen][izvt][ih][id][1][io]; // mean sin
463 dp+=(aa*ss-bb*cc)*2.0/(io+1.0);
466 for (int io=0; io<8; io++) {
467 float cc=cos((io+1.0)*psi);
468 float ss=sin((io+1.0)*psi);
469 if (calFlag>0) flt[icen][izvt][ih][id]->Fill(io+16.0,cc);
470 if (calFlag>0) flt[icen][izvt][ih][id]->Fill(io+24.0,ss);
472 sumxy[ih][id][3]=atan2(sin(psi),cos(psi))/(ih+1.0);
474 sumxy[ih][id][3]=-9999.9;
479 if (icen>0 && icen<7) {
480 for (int i=0; i<24; i++) {
481 float amp1=t0co[i]/av2;
483 for (int id=7; id<10; id++) {
484 float phi2=sumxy[1][id][3];
486 float dphi=phi2-phi1;
487 dphi=atan2(sin(2.0*dphi),cos(2.0*dphi))/2.0;
488 t0d[i][id-5]->Fill(phi2,amp1);
489 t0e[i][id-5]->Fill(dphi,amp1);
495 // r.p. correlation // -----------------------------------
496 for (int ih=0; ih<4; ih++) {
497 for (int id=0; id<22; id++) {
502 if (id==0) {id1=0; id2=1; ih1=0; ih2=0;} // z0c-z0c (1st)
503 if (id==1) {id1=3; id2=4;} // t0c-t0a
504 if (id==2) {id1=7; id2=8;} // v0c-v0a
505 if (id==3) {id1=2; id2=5; ih1=0;} // zd1-t0ac 6 for t0ac flip
506 if (id==4) {id1=2; id2=9; ih1=0;} // zd1-v0ac 10 for v0ac flip
507 if (id==5) {id1=3; id2=7;} // t0c-v0c
508 if (id==6) {id1=3; id2=8;} // t0c-v0a
509 if (id==7) {id1=4; id2=7;} // t0a-v0c
510 if (id==8) {id1=4; id2=8;} // t0a-v0a
511 if (id==9) {id1=5; id2=9;} // t0ac-v0ac
512 if (id==10) {id1=11; id2=12;} // v0c0-v0a0
513 if (id==11) {id1=15; id2=16;} // v0c1-v0a1
514 if (id==12) {id1=19; id2=20;} // v0c2-v0a2
515 if (id==13) {id1=23; id2=24;} // v0c3-v0a3
516 if (id==14) {id1=3; id2=12;} // t0c-v0a0
517 if (id==15) {id1=3; id2=16;} // t0c-v0a1
518 if (id==16) {id1=3; id2=20;} // t0c-v0a2
519 if (id==17) {id1=3; id2=24;} // t0c-v0a3
520 if (id==18) {id1=4; id2=11;} // t0a-v0c0
521 if (id==19) {id1=4; id2=15;} // t0a-v0c1
522 if (id==20) {id1=4; id2=19;} // t0a-v0c2
523 if (id==21) {id1=4; id2=23;} // t0a-v0c3
524 if (sumxy[ih1][id1][3]>-9000 && sumxy[ih2][id2][3]>-9000) {
525 float dph=sumxy[ih1][id1][3]-sumxy[ih2][id2][3];
526 res[ih][id][0]->Fill((float)icen,cos((ih+1.0)*dph));
527 res[ih][id][1]->Fill((float)icen,sin((ih+1.0)*dph));
528 float phi1=sumxy[ih1][id1][3];
529 float phi2=sumxy[ih2][id2][3];
530 if (ih>ih1) phi1*=(ih+1.0);
531 else phi1*=(ih1+1.0);
532 if (ih>ih2) phi2*=(ih+1.0);
533 else phi2*=(ih2+1.0);
534 phi1=atan2(sin(phi1),cos(phi1));
535 phi2=atan2(sin(phi2),cos(phi2));
536 cor[ih][id][icen/2]->Fill(phi1,phi2);
541 corr00->Fill(1.0*ntr,v1s+v2s);
542 corr01->Fill(1.0*ntr,t1s+t2s);
543 corr02->Fill(1.0*ntr,z1s+z2s);
544 corr03->Fill(v1s+v2s,t1s+t2s);
545 corr04->Fill(v1s+v2s,z1s+z2s);
546 corr05->Fill(t1s+t2s,z1s+z2s);
547 corr10->Fill(1.0*ntr,v0sm);
548 corr11->Fill(1.0*ntr,t0sm);
549 corr12->Fill(1.0*ntr,z0sm);
550 corr13->Fill(v0sm,t0sm);
551 corr14->Fill(v0sm,z0sm);
552 corr15->Fill(t0sm,z0sm);
553 if (ievent%1000==0) cout << "eve " << jentry << " " << ievent << " : "
554 << jev << " " << iev << " : " << ntr << " : "
555 << z1s+z2s << " " << t1s+t2s << " " << v1s+v2s << " : "
556 << z0sm << " " << t0sm << " " << v0sm << endl;
561 ofs.open("AnaEveMyTree.cal");
562 for (int i=0; i<8; i++) {
563 ofs << det0g->GetBinContent(i+1) << " ";
564 if (i%8==7) ofs << endl;
565 cout << det0g->GetBinContent(i+1) << " ";
566 if (i%8==7) cout << endl;
568 for (int i=0; i<24; i++) {
569 ofs << det1g->GetBinContent(i+1) << " ";
570 if (i%8==7) ofs << endl;
571 cout << det1g->GetBinContent(i+1) << " ";
572 if (i%8==7) cout << endl;
574 for (int i=0; i<64; i++) {
575 ofs << det2g->GetBinContent(i+1) << " ";
576 if (i%8==7) ofs << endl;
577 cout << det2g->GetBinContent(i+1) << " ";
578 if (i%8==7) cout << endl;
580 for (int ic=0; ic<10; ic++) {
581 for (int iz=0; iz<10; iz++) {
582 for (int ih=0; ih<4; ih++) {
583 for (int id=0; id<27; id++) {
584 for (int ib=0; ib<2; ib++) {
585 ofs << ave[ic][iz][ih][id]->GetBinContent(ib+1) << " ";
586 ofs << ave[ic][iz][ih][id]->GetBinError (ib+1) << " ";
587 if (ic==4 && iz==4 && ih==0) {
588 cout << ave[ic][iz][ih][id]->GetBinContent(ib+1) << " ";
589 cout << ave[ic][iz][ih][id]->GetBinError (ib+1) << " ";
593 if (ic==4 && iz==4 && ih==0) cout << endl;
594 for (int ib=0; ib<2; ib++) {
595 for (int io=0; io<8; io++) {
596 ofs << flt[ic][iz][ih][id]->GetBinContent(ib*8+io+1) << " ";
597 if (ic==4 && iz==4 && ih==0) {
598 cout << flt[ic][iz][ih][id]->GetBinContent(ib*8+io+1) << " ";
602 if (ic==4 && iz==4 && ih==0) cout << endl;