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Adding Ishunt funcionality to AliPHOSv0hits class
[u/mrichter/AliRoot.git] / MUON / algo.F
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fe4da5cc 1 SUBROUTINE trig(y,x,iflag)
2C
3C *** DIGITISATION FOR THE MUON RAW DATA AFTER EACH EVENT ***
4C *** NVE 24-SEP-1990 CERN GENEVA ***
5C
6C CALLED BY : GUDIGI
7C ORIGIN : NICK VAN EIJNDHOVEN
8C
9c
10c version 2 (open geom + L.U.T. + option DS on)
11c Input : Hits on the muon trigger chambers (RPCs) from GALICE
12c Output : muon trigger decision (Unlike Sign) L0 low and high Pt
13c
14c 1- TRIGMAP --> DESCRIBE MUON trigger GEOMETRY
15c 2- REMPL --> FILL bit pattern of MUON trigger CIRCUITS
16c 3- ALGO --> INDICATE MUON trigger DECISION
17c
18c
19
20 real x(4,1000),y(4,1000) ! 1000=nhitmax
21 common/debug/idebug
22
23 data nhitmax/1000/ ! max possible number of hits
24 data idebug/0/ ! for debuging
25
26c call hropen(99,'hist','hist_paw.hbook',' ',1024,ISTAT)
27c open(UNIT=99,file='hist_paw.hbook',recl=1024,form='unformatted',
28c + access='direct',status='unknown')
29c call hlimit(500000)
30c call hbook2(1,'X-Y hits plane 1(1600)',100,-300.,300.,
31c + 100,-300.,300.,0.)
32c call hbook2(2,'X-Y hits plane 2(1615)',100,-300.,300.,
33c + 100,-300.,300.,0.)
34c call hbook2(3,'X-Y hits plane 3(1700)',100,-300.,300.,
35c + 100,-300.,300.,0.)
36c call hbook2(4,'X-Y hits plane 4(1715)',100,-300.,300.,
37c + 100,-300.,300.,0.)
38cc
39c call hbook1(10,'NUM of non-empty circuits',346,0.,346.,0.)
40c call hbook1(11,'DISTR of non-empty circuits',
41c + 346,-173.,173.,0.)
42c call hbook1(12,'NUM of non-empty X circuits',346,0.,346.,0.)
43c call hbook1(13,'NUM of non-empty Y circuits',346,0.,346.,0.)
44cc
45c
46cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
47c Describe trigger geometry
48 call TRIGMAPP
49c
50c Hits on trigger chambers (RPCs) from GALICE are passed through
51c x(iplan,ihit) and y(iplan,ihit)
52c with iplan=1-4 corresp. to Z=1600,1615,1700,1715 cm respectively
53c ihit =number associated to a hit (ihit<1000, see nhitmax)
54c
55c
56c init
57c do iplan=1,4
58c do ihit=1,nhitmax
59c x(iplan,ihit)=0
60c y(iplan,ihit)=0
61c enddo
62c enddo
63c
64c for debugging proposes : ex of test sequences
65c call seqtest
66
67c for debugging proposes : test full evt pbpb simulated with geant
68c call FULLEVT
69
70c
71c Associate Hits to circuits (bit pattern)
72 call REMPL(x,y,nhitmax)
73c Look for possible triggers (L0 , Low and High Pt cut at present)
74 call ALGO(itrigR,itrigL0,itrigH0)
75
76c TRIGGER ?
77
78 print *,' '
79 print *,'DIMUON TRIGGER - DIMUON TRIGGER'
80 print *,'ROAD +/-8 ',itrigR
81 print *,'Low pt L0 ',itrigL0
82 print *,'High pt L0 ',itrigH0
83
84c call hrfile(99,'hist','n')
85c call hrout(0,icycle,' ')
86c call hrend('hist')
87c stop
88 iflag=100*itrigH0+10*itrigL0+itrigR
89 end
90c
91c
92c
93 subroutine TRIGMAPP
94c
95c to be called at a begining of a run for dimuon trigger GEOM MAPing
96c
97c
98c integer NUM(173),CODEX(173),CODEY(173) !173=Ncirc
99c real xcmax(4,173),xcmin(4,173),
100c + ycmax(4,173),ycmin(4,173),
101c + xycmax(4,173),xycmin(4,173)
102c real xwi_c(173),xwi_m(173),xwi_p(173),ywi(173)
103c integer nstrip_c(173),nstrip_p(173),nstrip_m(173)
104c
105c common/TRIGMAP/xcmax,xcmin,ycmax,ycmin,xycmax,xycmin,
106c + CODEX,CODEY,
107c + xwi_c,xwi_m,xwi_p,ywi,
108c + nstrip_c,nstrip_m,nstrip_p,
109c + NUM,Z1,Z2,Z3,Z4,Ncirc
110
111 common/TRIGMAP/xcmax(4,173),xcmin(4,173),ycmax(4,173),
112 + ycmin(4,173),xycmax(4,173),xycmin(4,173),
113 + CODEX(173),CODEY(173),
114 + xwi_c(173),xwi_m(173),xwi_p(173),ywi(173),
115 + nstrip_c(173),nstrip_m(173),nstrip_p(173),
116 + NUM(173),Z1,Z2,Z3,Z4,Ncirc
117 integer nstrip_c,nstrip_p,nstrip_m
118 integer NUM,CODEX,CODEY,Ncirc
119
120 common/debug/idebug
121
122 integer ixwi_c,ixwi_p,ixwi_m
123 integer iywi,iywi_c,iywi_p,iywi_m,ixyco_m,ixyco_p
124
125 data Z1,Z2,Z3,Z4 /1600.,1615.,1700.,1715./
126 data Ncirc /173/ !Half L0 circuits Y>0 (TOT=346 )
127c
128c
129c
130c METHOD : coding from down to up for X
131c coding only Y>0 (if Y<0, NUM-->-NUM)
132c
133c with NUM = CODE of TRIGGER CIRCUIT
134c
135cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
136cXXXXXXXXXX
137c
138c MC1 plane 1
139c X11max higher X limit of the circuit
140c X11min lower X limit of the circuit
141c
142c MC1 plane 2
143c X12max=X11max*Z2/Z1
144c X12min=X11min*Z2/Z1
145c
146c MC2 plane 1
147c X21max=(X11max+8*XWI_p)*Z3/Z1 ex : CODEX=221 --> XWI_c = 2.12
148c X21min=(X11min-8*XWI_m)*Z3/Z1 --> XWI_p = 1.06
149c --> XWI_m = 2.12
150c ex : CODEX=224 --> XWI_c = 2.12
151c --> XWI_p = 4.24
152c --> XWI_m = 2.12
153c ex : CODEX=440 --> XWI_c = 4.24
154c --> XWI_p = 0.
155c --> XWI_m = 4.24
156c
157c MC2 plane 2
158c X22max=(X11max+8*XWI_p)*Z4/Z1
159c X22min=(X11min-8*XWI_m)*Z4/Z1
160c
161ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
162cYYYYYYYYYYY
163c
164c MC1 plane 1
165c Y11max higher Y limit of the circuit
166c Y11min lower Y limit of the circuit
167c XY11max higher X limit of the circuit (in Y)
168c XY11min lower X limit of the circuit (in Y)
169c
170c MC1 plane 2
171c Y12max=Y11max*Z2/Z1
172c Y12min=Y11min*Z2/Z1
173c XY12max=XY11max*Z2/Z1
174c XY12min=XY11min*Z2/Z1
175c
176c MC2 plane 1
177c Y21max=Y11max*Z3/Z1
178c Y21min=Y11min*Z3/Z1
179c XY21max(n)=XY11max(n) *Z3/Z1 if IXYCO_p=0
180c XY11max(n+1)*Z3/Z1 if IXYCO_p=1
181c XY21min(n)=XY11min(n) *Z3/Z1 if IXYCO_m=0
182c XY11min(n-1)*Z3/Z1 if IXYCO_m=1
183c
184c MC2 plane 2
185c Y22max=Y11max*Z4/Z1
186c Y22min=Y11min*Z4/Z1
187c XY22max(n)=XY11max(n) *Z4/Z1 if IXYCO_p=0
188c XY11max(n+1)*Z4/Z1 if IXYCO_p=1
189c XY22min(n)=XY11min(n) *Z4/Z1 if IXYCO_m=0
190c XY11min(n-1)*Z4/Z1 if IXYCO_m=1
191c
192c
193c CODEY=C1*1000+C2-*100+C2c*10+C2+*1
194c with C1=2/4 for strip width 2.12/4.24 on MC1
195c C2-,C2c,C2+=0/1/2/3 on MC2
196c 0--> nothing 1-->4strips 2-->8strips 3-->16strips
197c ex : CODEY=2332
198c C1=2.12 (MC1 plane 1)
199c C2-= 16 strips (MC2)
200c C2c= 16 strips (MC2)
201c C2+= 8 strips (MC2)
202c IXYCO_p, IXYCO_m : 0/1 if C2+,C2- =/# 0
203c
204ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
205c
206c numerotation 1/2 plane (-xxx for other 1/2 plane)
207c
208c X
209c ^
210c !
211c ! 121 221 321 421 521 621 715 815 915 1008
212c ! 120 620 714 814 914 1007
213c ! 119 619 713 813 913 1007
214c ! 118 618 712 812 912 1006
215c ! 117 617 711 811 911 1006
216c ! 116 616 710 810 910 1005
217c ! 115 615 710 810 910 1005
218c ! 114 214 314 414 614 709 809 909 1005
219c ! 313 413 513 613 709 809 909 1005
220c ! 412 512 612 708 808 908 1004
221c ! Beam 411 511 611 708 808 908 1004 --------> Y
222c ! Shield 410 510 610 707 807 907 1004
223c ! 409 509 609 707 807 907 1004
224c ! 308 408 508 608 706 806 906 1003
225c ! 107 207 307 407 607 706 906 906 1003
226c ! 106 606 705 805 905 1003
227c ! 105 605 705 805 905 1003
228c ! 104 604 704 804 904 1002
229c ! 103 603 703 803 903 1002
230c ! 102 602 702 802 902 1001
231c ! 101 601 701 801 901 1001
232c ! 100 200 300 400 500 600 700 800 900 1000
233c
234c
235cccccccccccccccccccccccccc DATAs CIRCUITS 100-107 114-121 ccccccccccccccccccc
236
237 data (NUM(NN),NN=1,16) /100,101,102,103,104,105,106,107,114,115,
238 + 116,117,118,119,120,121/
239
240 data (CODEX(NN),NN=1,16) /042,422,222,222,221,211,111,110,
241 + 011,111,112,122,222,222,224,240/
242
243 data (CODEY(NN),NN=1,16) /4011,4110,4012,2122,2222,
244 + 2220,2020,2020,
245 + 2020,2020,2022,2222,2221,4210,4011,4110/
246
247 data (xcmax(1,NN),NN=1,16) /-238,-204,-170,-136,-102,-85,
248 + -68,-51,
249 + 68,85,102,136,170,204,238,306/
250
251 data (xcmin(1,NN),NN=1,16) /-306,-238,-204,-170,-136,
252 + -102,-85,-68,
253 + 51,68,85,102,136,170,204,238/
254
255 data (ycmax(1,NN),NN=1,16) /17,17,17,17,17,17,17,17,
256 + 17,17,17,17,17,17,17,17/
257
258 data (ycmin(1,NN),NN=1,16) /0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0/
259
260
261 data (xycmax(1,NN),NN=1,16) /-238,-170,-170,-136,-102,
262 + -51,-51,-51,
263 + 102,102,102,136,170,238,238,306/
264
265 data (xycmin(1,NN),NN=1,16) /-306,-238,-238,-170,-136,
266 + -102,-102,-102,
267 + 51,51,51,102,136,170,170,238/
268
269
270cccccccccccccccccccccccccc DATAs CIRCUITS 200-207 214-221 ccccccccccccccccccc
271
272 data (NUM(NN),NN=17,32) /200,201,202,203,204,205,206,207,214,215,
273 + 216,217,218,219,220,221/
274
275 data (CODEX(NN),NN=17,32) /042,422,222,222,221,211,111,110,
276 + 011,111,112,122,222,222,224,240/
277
278 data (CODEY(NN),NN=17,32) /4011,4110,4012,2122,2222,
279 + 2220,2020,2020,
280 + 2020,2020,2022,2222,2221,4210,4011,4110/
281
282 data (xcmax(1,NN),NN=17,32) /-238,-204,-170,-136,-102,
283 + -85,-68,-51,
284 + 68,85,102,136,170,204,238,306/
285
286 data (xcmin(1,NN),NN=17,32) /-306,-238,-204,-170,-136,
287 + -102,-85,-68,
288 + 51,68,85,102,136,170,204,238/
289
290 data (ycmax(1,NN),NN=17,32) /34,34,34,34,34,34,34,
291 + 34,34,34,34,34,34,34,34,34/
292
293 data (ycmin(1,NN),NN=17,32) /17,17,17,17,17,17,17,
294 + 17,17,17,17,17,17,17,17,17/
295
296 data (xycmax(1,NN),NN=17,32) /-238,-170,-170,-136,-102,
297 + -51,-51,-51,
298 + 102,102,102,136,170,238,238,306/
299
300 data (xycmin(1,NN),NN=17,32) /-306,-238,-238,-170,-136,
301 + -102,-102,-102,
302 + 51,51,51,102,136,170,170,238/
303
304
305cccccccccccccccccccccccccc DATAs CIRCUITS 300-308 313-321 ccccccccccccccccccc
306
307 data (NUM(NN),NN=33,50) /300,301,302,303,304,305,306,307,308,
308 + 313,314,315,316,317,318,319,320,321/
309
310 data (CODEX(NN),NN=33,50) /042,422,222,222,221,211,111,111,110,
311 + 011,111,111,112,122,222,222,224,240/
312
313 data (CODEY(NN),NN=33,50) /4011,4110,4012,2122,2222,2220,
314 + 2022,2220,2020,
315 + 2020,2022,2220,2022,2222,2221,4210,4011,4110/
316
317 data (xcmax(1,NN),NN=33,50) /-238,-204,-170,-136,-102,-85,
318 + -68,-51,-34,
319 + 51,68,85,102,136,170,204,238,306/
320
321 data (xcmin(1,NN),NN=33,50) /-306,-238,-204,-170,-136,
322 + -102,-85,-68,-51,
323 + 34,51,68,85,102,136,170,204,238/
324
325 data (ycmax(1,NN),NN=33,50) /51,51,51,51,51,51,51,
326 + 51,51,51,51,51,51,51,51,51,51,51/
327
328 data (ycmin(1,NN),NN=33,50) /34,34,34,34,34,34,34,
329 + 34,34,34,34,34,34,34,34,34,34,34/
330
331 data (xycmax(1,NN),NN=33,50) /-238,-170,-170,-136,-102,
332 + -68,-68,-34,-34,
333 + 68,68,102,102,136,170,238,238,306/
334
335 data (xycmin(1,NN),NN=33,50) /-306,-238,-238,-170,-136,
336 + -102,-102,-68,-68,
337 + 34,34,68,68,102,136,170,170,238/
338
339
340cccccccccccccccccccccccccc DATAs CIRCUITS 400 - 421 ccccccccccccccccccccccccc
341
342 data (NUM(NN),NN=51,72) /400,401,402,403,404,405,406,
343 + 407,408,409,410,
344 + 411,412,413,414,415,416,417,418,419,420,421/
345
346 data (CODEX(NN),NN=51,72) /042,422,222,222,221,211,111,111,111,
347 + 111,111,
348 + 111,111,111,111,111,112,122,222,222,224,240/
349
350 data (CODEY(NN),NN=51,72) /4011,4110,4012,2122,2222,2220,
351 + 2022,2220,2022,
352 + 2220,2022,2220,2022,
353 + 2220,2022,2220,2022,2222,2221,4210,4011,4110/
354
355 data (xcmax(1,NN),NN=51,72) /-238,-204,-170,-136,-102,-85,
356 + -68,-51,-34,
357 + -17,0,17,34,
358 + 51,68,85,102,136,170,204,238,306/
359
360 data (xcmin(1,NN),NN=51,72) /-306,-238,-204,-170,-136,-102,
361 + -85,-68,-51,
362 + -34,-17,0,17,
363 + 34,51,68,85,102,136,170,204,238/
364
365 data (ycmax(1,NN),NN=51,72) /68,68,68,68,68,68,68,68,68,68,68,
366 + 68,68,68,68,68,68,68,68,68,68,68/
367
368 data (ycmin(1,NN),NN=51,72) /51,51,51,51,51,51,51,51,51,51,51,
369 + 51,51,51,51,51,51,51,51,51,51,51/
370
371 data (xycmax(1,NN),NN=51,72) /-238,-170,-170,-136,-102,-68,
372 + -68,-34,-34,
373 + 0,0,34,34,
374 + 68,68,102,102,136,170,238,238,306/
375
376 data (xycmin(1,NN),NN=51,72) /-306,-238,-238,-170,-136,
377 + -102,-102,-68,-68,
378 + -34,-34,0,0,
379 + 34,34,68,68,102,136,170,170,238/
380
381
382cccccccccccccccccccccccccc DATAs CIRCUITS 500 - 521 ccccccccccccccccccccccccc
383
384 data (NUM(NN),NN=73,94) /500,501,502,503,504,505,506,
385 + 507,508,509,510,
386 + 511,512,513,514,515,516,517,518,519,520,521/
387
388 data (CODEX(NN),NN=73,94) /042,422,222,222,221,211,111,
389 + 111,111,111,111,
390 + 111,111,111,111,111,112,122,222,222,224,240/
391
392 data (CODEY(NN),NN=73,94) /4011,4110,4012,2122,2222,
393 + 2220,2022,2220,2022,
394 + 2220,2022,2220,2022,
395 + 2220,2022,2220,2022,2222,2221,4210,4011,4110/
396
397 data (xcmax(1,NN),NN=73,94) /-238,-204,-170,-136,
398 + -102,-85,-68,-51,-34,
399 + -17,0,17,34,
400 + 51,68,85,102,136,170,204,238,306/
401
402 data (xcmin(1,NN),NN=73,94) /-306,-238,-204,-170,-136,
403 + -102,-85,-68,-51,
404 + -34,-17,0,17,
405 + 34,51,68,85,102,136,170,204,238/
406
407 data (ycmax(1,NN),NN=73,94) /85,85,85,85,85,85,85,85,85,85,85,
408 + 85,85,85,85,85,85,85,85,85,85,85/
409
410 data (ycmin(1,NN),NN=73,94) /68,68,68,68,68,68,68,68,68,68,68,
411 + 68,68,68,68,68,68,68,68,68,68,68/
412
413 data (xycmax(1,NN),NN=73,94) /-238,-170,-170,-136,-102,
414 + -68,-68,-34,-34,
415 + 0,0,34,34,
416 + 68,68,102,102,136,170,238,238,306/
417
418 data (xycmin(1,NN),NN=73,94) /-306,-238,-238,-170,
419 + -136,-102,-102,-68,
420 + -68,-34,-34,0,0,
421 + 34,34,68,68,102,136,170,170,238/
422
423
424cccccccccccccccccccccccccc DATAs CIRCUITS 600 - 621 ccccccccccccccccccccccccc
425
426 data (NUM(NN),NN=95,116)/600,601,602,603,604,605,606,
427 + 607,608,609,610,
428 + 611,612,613,614,615,616,617,618,619,620,621/
429
430 data (CODEX(NN),NN=95,116)/042,422,222,222,221,211,111,
431 + 111,111,111,111,
432 + 111,111,111,111,111,112,122,222,222,224,240/
433
434 data (CODEY(NN),NN=95,116)/4011,4110,4012,2122,2222,
435 + 2220,2022,2220,2022,
436 + 2220,2022,2220,2022,
437 + 2220,2022,2220,2022,2222,2221,4210,4011,4110/
438
439 data (xcmax(1,NN),NN=95,116)/-238,-204,-170,-136,
440 + -102,-85,-68,-51,-34,
441 + -17,0,17,34,
442 + 51,68,85,102,136,170,204,238,306/
443
444 data (xcmin(1,NN),NN=95,116)/-306,-238,-204,-170,-136,
445 + -102,-85,-68,-51,
446 + -34,-17,0,17,
447 + 34,51,68,85,102,136,170,204,238/
448
449 data (ycmax(1,NN),NN=95,116)/102,102,102,102,102,102,
450 + 102,102,102,102,
451 + 102,102,102,102,102,102,102,102,102,102,102,102/
452
453 data (ycmin(1,NN),NN=95,116)/85,85,85,85,85,85,85,85,85,85,85,
454 + 85,85,85,85,85,85,85,85,85,85,85/
455
456 data (xycmax(1,NN),NN=95,116)/-238,-170,-170,-136,-102,-68,
457 + -68,-34,-34,
458 + 0,0,34,34,
459 + 68,68,102,102,136,170,238,238,306/
460
461 data (xycmin(1,NN),NN=95,116)/-306,-238,-238,-170,-136,
462 + -102,-102,-68,
463 + -68,-34,-34,0,0,
464 + 34,34,68,68,102,136,170,170,238/
465
466
467cccccccccccccccccccccccccc DATAs CIRCUITS 700 - 715 ccccccccccccccccccccccccc
468
469 data (NUM(NN),NN=117,132)/700,701,702,703,704,705,706,707,
470 + 708,709,710,711,712,713,714,715/
471
472 data (CODEX(NN),NN=117,132)/042,422,222,222,222,222,222,222,
473 + 222,222,222,222,222,222,224,240/
474
475 data (CODEY(NN),NN=117,132)/4022,4220,4023,2233,2333,
476 + 2333,2333,2333,
477 + 2333,2333,2333,2333,2332,4320,4022,4220/
478
479 data (xcmax(1,NN),NN=117,132)/-238,-204,-170,-136,-102,-68,-34,0,
480 + 34,68,102,136,170,204,238,306/
481
482 data (xcmin(1,NN),NN=117,132)/-306,-238,-204,-170,-136,
483 + -102,-68,-34,
484 + 0,34,68,102,136,170,204,238/
485
486 data (ycmax(1,NN),NN=117,132)/136,136,136,136,136,136,136,136,
487 + 136,136,136,136,136,136,136,136/
488
489 data (ycmin(1,NN),NN=117,132)/102,102,102,102,102,102,102,102,
490 + 102,102,102,102,102,102,102,102/
491
492 data (xycmax(1,NN),NN=117,132)/-238,-170,-170,
493 + -136,-102,-68,-34,0,
494 + 34,68,102,136,170,238,238,306/
495
496 data (xycmin(1,NN),NN=117,132)/-306,-238,-238,-170,
497 + -136,-102,-68,-34,
498 + 0,34,68,102,136,170,170,238/
499
500
501
502cccccccccccccccccccccccccc DATAs CIRCUITS 800 - 815 ccccccccccccccccccccccccc
503
504 data (NUM(NN),NN=133,148)/800,801,802,803,804,805,806,807,
505 + 808,809,810,811,812,813,814,815/
506
507 data (CODEX(NN),NN=133,148)/042,422,222,222,222,222,222,222,
508 + 222,222,222,222,222,222,224,240/
509
510 data (CODEY(NN),NN=133,148)/4022,4220,4023,2233,2333,
511 + 2333,2333,2333,
512 + 2333,2333,2333,2333,2332,4320,4022,4220/
513
514 data (xcmax(1,NN),NN=133,148)/-238,-204,-170,-136,-102,-68,-34,0,
515 + 34,68,102,136,170,204,238,306/
516
517 data (xcmin(1,NN),NN=133,148)/-306,-238,-204,-170,
518 +-136,-102,-68,-34,
519 + 0,34,68,102,136,170,204,238/
520
521 data (ycmax(1,NN),NN=133,148)/170,170,170,170,170,170,170,170,
522 + 170,170,170,170,170,170,170,170/
523
524 data (ycmin(1,NN),NN=133,148)/136,136,136,136,136,136,136,136,
525 + 136,136,136,136,136,136,136,136/
526
527 data (xycmax(1,NN),NN=133,148)/-238,-170,-170,-136,
528 +-102,-68,-34,0,
529 + 34,68,102,136,170,238,238,306/
530
531 data (xycmin(1,NN),NN=133,148)/-306,-238,-238,-170,
532 + -136,-102,-68,-34,
533 + 0,34,68,102,136,170,170,238/
534
535
536cccccccccccccccccccccccccc DATAs CIRCUITS 900 - 915 ccccccccccccccccccccccccc
537
538 data (NUM(NN),NN=149,164)/900,901,902,903,904,905,906,907,
539 + 908,909,910,911,912,913,914,915/
540
541 data (CODEX(NN),NN=149,164)/042,422,222,222,222,222,222,222,
542 + 222,222,222,222,222,222,224,240/
543
544 data (CODEY(NN),NN=149,164)/4022,4220,4022,4220,
545 +4022,4220,4022,4220,
546 + 4022,4220,4022,4220,4022,4220,4022,4220/
547
548 data (xcmax(1,NN),NN=149,164)/-238,-204,-170,-136,-102,-68,
549 +-34,0,
550 + 34,68,102,136,170,204,238,306/
551
552 data (xcmin(1,NN),NN=149,164)/-306,-238,-204,-170,-136,-102,
553 + -68,-34,
554 + 0,34,68,102,136,170,204,238/
555
556 data (ycmax(1,NN),NN=149,164)/204,204,204,204,204,204,204,204,
557 + 204,204,204,204,204,204,204,204/
558
559 data (ycmin(1,NN),NN=149,164)/170,170,170,170,170,170,170,170,
560 + 170,170,170,170,170,170,170,170/
561
562 data (xycmax(1,NN),NN=149,164)/-238,-170,-170,-102,-102,
563 +-34,-34,34,
564 + 34,102,102,170,170,238,238,306/
565
566 data (xycmin(1,NN),NN=149,164)/-306,-238,-238,-170,-170,
567 +-102,-102,-34,
568 + -34,34,34,102,102,170,170,238/
569
570
571cccccccccccccccccccccccccc DATAs CIRCUITS 1000 - 1008 ccccccccccccccccccccccc
572
573 data (NUM(NN),NN=165,173)/1000,1001,1002,1003,1004,1005,
574 + 1006,1007,1008/
575
576 data (CODEX(NN),NN=165,173)/044,444,444,444,444,444,444,444,440/
577
578 data (CODEY(NN),NN=165,173)/4033,4333,4333,4333,4333,4333,
579 + 4333,4333,4330/
580
581 data (xcmax(1,NN),NN=165,173)/-238,-170,-102,-34,
582 + 34,102,170,238,306/
583
584 data (xcmin(1,NN),NN=165,173)/-306,-238,-170,-102,-34,
585 + 34,102,170,238/
586
587 data (ycmax(1,NN),NN=165,173)/272,272,272,272,272,272,
588 +272,272,272/
589
590 data (ycmin(1,NN),NN=165,173)/204,204,204,204,204,204,
591 +204,204,204/
592
593 data (xycmax(1,NN),NN=165,173)/-238,-170,-102,-34,
594 + 34,102,170,238,306/
595
596 data (xycmin(1,NN),NN=165,173)/-306,-238,-170,-102,-34,
597 + 34,102,170,238/
598
599ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
600
601calculate other quantities associated to a circuit on the other planes
602c
603
604 do i=1,ncirc !loop on all circuits (Y>0)
605c
606c DECODE CODEX
607c
608 ixwi_m=CODEX(i)/100 !Dividing integers
609 ixwi_c=(CODEX(i)-ixwi_m*100)/10
610 ixwi_p=CODEX(i)-ixwi_m*100-ixwi_c*10
611c
612 if(ixwi_m.eq.0)then
613 xwi_m(i)=0.
614 elseif(ixwi_m.eq.1)then
615 xwi_m(i)=1.0625
616 elseif(ixwi_m.eq.2)then
617 xwi_m(i)=2.125
618 elseif(ixwi_m.eq.4)then
619 xwi_m(i)=4.25
620 else
621 print *,'WARNING :: BAD CODEX value'
622 endif
623
624 if(ixwi_c.eq.0)then
625 xwi_c(i)=0.
626 elseif(ixwi_c.eq.1)then
627 xwi_c(i)=1.0625
628 elseif(ixwi_c.eq.2)then
629 xwi_c(i)=2.125
630 elseif(ixwi_c.eq.4)then
631 xwi_c(i)=4.25
632 else
633 print *,'WARNING :: BAD CODEX value'
634 endif
635
636 if(ixwi_p.eq.0)then
637 xwi_p(i)=0.
638 elseif(ixwi_p.eq.1)then
639 xwi_p(i)=1.0625
640 elseif(ixwi_p.eq.2)then
641 xwi_p(i)=2.125
642 elseif(ixwi_p.eq.4)then
643 xwi_p(i)=4.25
644 else
645 print *,'WARNING :: BAD CODEX value'
646 endif
647
648c ready to calculate XGEOM parameters
649
650 xcmax(2,i)=Z2/Z1*(xcmax(1,i))
651 xcmin(2,i)=Z2/Z1*(xcmin(1,i))
652c
653c
654 xcmax(3,i)=Z3/Z1*(xcmax(1,i)+8*XWI_p(i))
655 xcmin(3,i)=Z3/Z1*(xcmin(1,i)-8*XWI_m(i))
656c
657 xcmax(4,i)=Z4/Z1*(xcmax(1,i)+8*XWI_p(i))
658 xcmin(4,i)=Z4/Z1*(xcmin(1,i)-8*XWI_m(i))
659c
660c
661c DECODE CODEY
662c
663 iywi=CODEY(i)/1000 !Dividing integers
664 iywi_m=(CODEY(i)-iywi*1000)/100
665 iywi_c=(CODEY(i)-iywi*1000-iywi_m*100)/10
666 iywi_p=CODEY(i)-iywi*1000-iywi_m*100-iywi_c*10
667
668 if(iywi.eq.2)then
669 ywi(i)=2.125
670 elseif(iywi.eq.4)then
671 ywi(i)=4.25
672 else
673 print *,'WARNING :: BAD CODEY value'
674 endif
675
676 if(iywi_m.eq.0)then
677 ixyco_m=0
678 nstrip_m(i)=0
679 elseif(iywi_m.eq.1)then
680 ixyco_m=1
681 nstrip_m(i)=4
682 elseif(iywi_m.eq.2)then
683 ixyco_m=1
684 nstrip_m(i)=8
685 elseif(iywi_m.eq.3)then
686 ixyco_m=1
687 nstrip_m(i)=16
688 else
689 print *,'WARNING :: BAD CODEY value'
690 endif
691
692 if(iywi_c.eq.0)then
693 nstrip_c(i)=0
694 elseif(iywi_c.eq.1)then
695 nstrip_c(i)=4
696 elseif(iywi_c.eq.2)then
697 nstrip_c(i)=8
698 elseif(iywi_c.eq.3)then
699 nstrip_c(i)=16
700 else
701 print *,'WARNING :: BAD CODEY value'
702 endif
703
704 if(iywi_p.eq.0)then
705 ixyco_p=0
706 nstrip_p(i)=0
707 elseif(iywi_p.eq.1)then
708 ixyco_p=1
709 nstrip_p(i)=4
710 elseif(iywi_p.eq.2)then
711 ixyco_p=1
712 nstrip_p(i)=8
713 elseif(iywi_p.eq.3)then
714 ixyco_p=1
715 nstrip_p(i)=16
716 else
717 print *,'WARNING :: BAD CODEY value'
718 endif
719
720c ready to calculate YGEOM parameters
721
722
723 ycmax(2,i)=Z2/Z1*(ycmax(1,i))
724 ycmin(2,i)=Z2/Z1*(ycmin(1,i))
725 xycmax(2,i)=Z2/Z1*(xycmax(1,i))
726 xycmin(2,i)=Z2/Z1*(xycmin(1,i))
727
728 ycmax(3,i)=Z3/Z1*(ycmax(1,i))
729 ycmin(3,i)=Z3/Z1*(ycmin(1,i))
730
731 if(ixyco_p.eq.0)then
732 xycmax(3,i)=Z3/Z1*(xycmax(1,i))
733 else
734 xycmax(3,i)=Z3/Z1*(xycmax(1,i+1))
735 endif
736
737 if(ixyco_m.eq.0)then
738 xycmin(3,i)=Z3/Z1*(xycmin(1,i))
739 else
740 xycmin(3,i)=Z3/Z1*(xycmin(1,i-1))
741 endif
742
743 ycmax(4,i)=Z4/Z1*(ycmax(1,i))
744 ycmin(4,i)=Z4/Z1*(ycmin(1,i))
745
746 if(ixyco_p.eq.0)then
747 xycmax(4,i)=Z4/Z1*(xycmax(1,i))
748 else
749 xycmax(4,i)=Z4/Z1*(xycmax(1,i+1))
750 endif
751
752 if(ixyco_m.eq.0)then
753 xycmin(4,i)=Z4/Z1*(xycmin(1,i))
754 else
755 xycmin(4,i)=Z4/Z1*(xycmin(1,i-1))
756 endif
757c
758c
759 enddo !loop on trigger boards
760c
761 return
762 end
763c
764cc
765 subroutine REMPL(x,y,nhitmax)
766c Associate hits to circuits (bit pattern)
767
768 real x(4,1000),y(4,1000) ! 1000=nhitmax
769
770 real xu(346),yu(346) ! something in x / y
771 integer*4 bitpx(4,346),bitpy(4,346) ! bit-pattern in x / y code DECIMAL
772 common /hitcirc/xu,yu,bitpx,bitpy
773
774c integer NUM(173),CODEX(173),CODEY(173) !173=Ncirc
775c real xcmax(4,173),xcmin(4,173),
776c + ycmax(4,173),ycmin(4,173),
777c + xycmax(4,173),xycmin(4,173)
778c real xwi_c(173),xwi_m(173),xwi_p(173),ywi(173)
779c integer nstrip_c(173),nstrip_p(173),nstrip_m(173)
780c
781c common/TRIGMAP/xcmax,xcmin,ycmax,ycmin,xycmax,xycmin,
782c + CODEX,CODEY,
783c + xwi_c,xwi_m,xwi_p,ywi,
784c + nstrip_c,nstrip_m,nstrip_p,
785c + NUM,Z1,Z2,Z3,Z4,Ncirc
786 common/TRIGMAP/xcmax(4,173),xcmin(4,173),ycmax(4,173),
787 + ycmin(4,173),xycmax(4,173),xycmin(4,173),
788 + CODEX(173),CODEY(173),
789 + xwi_c(173),xwi_m(173),xwi_p(173),ywi(173),
790 + nstrip_c(173),nstrip_m(173),nstrip_p(173),
791 + NUM(173),Z1,Z2,Z3,Z4,Ncirc
792 integer nstrip_c,nstrip_p,nstrip_m
793 integer NUM,CODEX,CODEY,Ncirc
794
795
796 common/debug/idebug
797
798 character*32 i2bin
799
800
801cinit
802 do icircT=1,(ncirc*2)
803 xu(icircT)=0
804 yu(icircT)=0
805 do iplan=1,4
806 bitpx(iplan,icircT)=0
807 bitpy(iplan,icircT)=0
808 enddo
809 enddo
810c
811c fill the hits in histograms
812c
813c do iplan=1,4
814c do ihit=1,nhitmax
815c if (x(iplan,ihit).ne.0.or.y(iplan,ihit).ne.0)
816c + call hfill(iplan,x(iplan,ihit),y(iplan,ihit),1.)
817c enddo
818c enddo
819c
820c fill the circuits in X and Y
821c
822 do iplan=1,4
823 do ihit=1,nhitmax
824 if (x(iplan,ihit).ne.0.or.y(iplan,ihit).ne.0)then !save CPU time
825c print *,iplan,ihit,x(iplan,ihit),y(iplan,ihit)
826c
827ccccccccccccccccccccc BIT PATTERN in X cccccccccccccccccccccccccccc
828c
829 do icirc=1,ncirc
830 yabs=abs(y(iplan,ihit))
831 if(x(iplan,ihit).ge.xcmin(iplan,icirc).and.
832 + x(iplan,ihit).lt.xcmax(iplan,icirc))then
833 if(yabs.ge.ycmin(iplan,icirc).and.
834 + yabs.lt.ycmax(iplan,icirc))then
835 if(y(iplan,ihit).ge.0)xu(icirc)=1
836 if(y(iplan,ihit).lt.0)xu(icirc+ncirc)=1
837c
838 if(iplan.eq.1)then
839 X11=x(iplan,ihit)-xcmin(iplan,icirc)
840 nx11=ifix(X11/xwi_c(icirc))+1 !no of hitten strip
841
842 if(nX11.le.0.or.nX11.ge.17)
843 + print *,'WARNING : NX11 out of range',NX11
844
845 if(y(iplan,ihit).ge.0)
846 + call sbit1(bitpx(iplan,icirc),nx11) !sets bit pos nx11 =1
847 if(y(iplan,ihit).lt.0)
848 + call sbit1(bitpx(iplan,icirc+ncirc),nx11)
849
850
851 if (idebug.eq.2)then
852 print *,' '
853 print *,'iplan,ihit,icirc,NUM=',iplan,ihit,icirc,num(icirc)
854 print *,'x y xcmin xcmax ycmin ycmax ',x(iplan,ihit),
855 + y(iplan,ihit),xcmin(iplan,icirc),xcmax(iplan,icirc),
856 + ycmin(iplan,icirc),ycmax(iplan,icirc)
857 print *,'X11 nX11 xwidth=',X11,nX11,xwi_c(icirc)
858 print *,'bitpx(iplan,icirc) ',
859 + i2bin(bitpx(iplan,icirc),16)
860 print *,'bitpx(iplan,icirc+ncirc) ',
861 + i2bin(bitpx(iplan,icirc+ncirc),16)
862 endif
863
864 elseif(iplan.eq.2)then
865c
866 X12=x(iplan,ihit)-xcmin(iplan,icirc)
867 nx12=ifix(X12/(xwi_c(icirc)*Z2/Z1))+1 !no of hitten strip
868 if(nX12.le.0.or.nX12.ge.17)
869 + print *,'WARNING : NX12 out of range',NX12
870
871 if(y(iplan,ihit).ge.0)
872 + call sbit1(bitpx(iplan,icirc),nx12) !sets bit pos nx12 =1
873 if(y(iplan,ihit).lt.0)
874 + call sbit1(bitpx(iplan,icirc+ncirc),nx12)
875
876
877 if (idebug.eq.2)then
878 print *,' '
879 print *,'iplan,ihit,icirc,NUM=',iplan,ihit,icirc,num(icirc)
880 print *,'x y xcmin xcmax ycmin ycmax ',x(iplan,ihit),
881 + y(iplan,ihit),xcmin(iplan,icirc),xcmax(iplan,icirc),
882 + ycmin(iplan,icirc),ycmax(iplan,icirc)
883 print *,'X12 nX12 xwidth',X12,nX12,xwi_c(icirc)
884 print *,'bitpx(iplan,icirc) ',
885 + i2bin(bitpx(iplan,icirc),16)
886 print *,'bitpx(iplan,icirc+ncirc) ',
887 + i2bin(bitpx(iplan,icirc+ncirc),16)
888 endif
889
890 elseif(iplan.eq.3)then
891c
892 X21=x(iplan,ihit)-xcmin(iplan,icirc)
893 if(X21.le.(xwi_m(icirc)*8*Z3/Z1))then
894 nX21=ifix(X21/(xwi_m(icirc)*Z3/Z1))+1 !no of hitten strip
895 elseif
896 + (X21.le.((xwi_m(icirc)*8+xwi_c(icirc)*16)*Z3/Z1))then
897 XX21=X21-xwi_m(icirc)*8*Z3/Z1
898 nX21=ifix(XX21/(xwi_c(icirc)*Z3/Z1))+1+8
899 else
900 XXX21=X21-(xwi_m(icirc)*8+xwi_c(icirc)*16)*Z3/Z1
901 nX21=ifix(XXX21/(xwi_p(icirc)*Z3/Z1))+1+8+16
902 endif
903
904 if(nX21.le.0.or.nX21.ge.33)
905 + print *,'WARNING : NX21 out of range',NX21
906
907 if(y(iplan,ihit).ge.0)
908 + call sbit1(bitpx(iplan,icirc),nX21) !sets bit pos nX21 =1
909 if(y(iplan,ihit).lt.0)
910 + call sbit1(bitpx(iplan,icirc+ncirc),nX21)
911
912
913 if (idebug.eq.2)then
914 print *,' '
915 print *,'iplan,ihit,icirc,NUM=',iplan,ihit,icirc,num(icirc)
916 print *,'x y xcmin xcmax ycmin ycmax ',x(iplan,ihit),
917 + y(iplan,ihit),xcmin(iplan,icirc),xcmax(iplan,icirc),
918 + ycmin(iplan,icirc),ycmax(iplan,icirc)
919 print *,'X21 nX21 xwidth-c xwidth-m xwidth-p =',
920 + X21,nX21,xwi_c(icirc),xwi_m(icirc),xwi_p(icirc)
921 print *,'bitpx(iplan,icirc) ',
922 + i2bin(bitpx(iplan,icirc),32)
923 print *,'bitpx(iplan,icirc+ncirc) ',
924 + i2bin(bitpx(iplan,icirc+ncirc),32)
925 endif
926
927 elseif(iplan.eq.4)then
928c
929 x22=x(iplan,ihit)-xcmin(iplan,icirc)
930 if(x22.le.(xwi_m(icirc)*8*Z4/Z1))then
931 nx22=ifix(x22/(xwi_m(icirc)*Z4/Z1))+1 !no of hitten strip
932 elseif
933 + (x22.le.((xwi_m(icirc)*8+xwi_c(icirc)*16)*Z4/Z1))then
934 Xx22=x22-xwi_m(icirc)*8*Z4/Z1
935 nx22=ifix(Xx22/(xwi_c(icirc)*Z4/Z1))+1+8
936 else
937 XXx22=x22-(xwi_m(icirc)*8+xwi_c(icirc)*16)*Z4/Z1
938 nx22=ifix(XXx22/(xwi_p(icirc)*Z4/Z1))+1+8+16
939 endif
940
941 if(nx22.le.0.or.nx22.ge.33)
942 + print *,'WARNING : Nx22 out of range',Nx22
943
944 if(y(iplan,ihit).ge.0)
945 + call sbit1(bitpx(iplan,icirc),nx22) !sets bit pos nx22 =1
946 if(y(iplan,ihit).lt.0)
947 + call sbit1(bitpx(iplan,icirc+ncirc),nx22)
948
949
950
951 if (idebug.eq.2)then
952 print *,' '
953 print *,'iplan,ihit,icirc,NUM=',iplan,ihit,icirc,num(icirc)
954 print *,'x y xcmin xcmax ycmin ycmax ',x(iplan,ihit),
955 + y(iplan,ihit),xcmin(iplan,icirc),xcmax(iplan,icirc),
956 + ycmin(iplan,icirc),ycmax(iplan,icirc)
957 print *,'x22 nx22 xwidth-c xwidth-m xwidth-p =',
958 + x22,nx22,xwi_c(icirc),xwi_m(icirc),xwi_p(icirc)
959 print *,'bitpx(iplan,icirc) ',
960 + i2bin(bitpx(iplan,icirc),32)
961 print *,'bitpx(iplan,icirc+ncirc) ',
962 + i2bin(bitpx(iplan,icirc+ncirc),32)
963 endif
964
965
966 endif
967 endif
968 endif
969
970ccccccccccccccccccccc BIT PATTERN in Y cccccccccccccccccccccccccccc
971
972 if(x(iplan,ihit).ge.xycmin(iplan,icirc).and.
973 + x(iplan,ihit).lt.xycmax(iplan,icirc))then
974 if(yabs.ge.ycmin(iplan,icirc).and.
975 + yabs.lt.ycmax(iplan,icirc))then
976 if(y(iplan,ihit).ge.0)yu(icirc)=1
977 if(y(iplan,ihit).lt.0)yu(icirc+ncirc)=1
978c
979 if(iplan.eq.1)then
980 Y11=yabs-ycmin(iplan,icirc)
981 nY11=ifix(Y11/ywi(icirc))+1 !no of hitten strip
982 nstrip=nstrip_c(icirc)
983 if(nY11.le.0.or.nY11.ge.(nstrip+1))
984 + print *,'WARNING : NY11 out of range',NY11
985
986 if(y(iplan,ihit).ge.0)
987 + call sbit1(bitpy(iplan,icirc),nY11) !sets bit pos nY11 =1
988 if(y(iplan,ihit).lt.0)
989 + call sbit1(bitpy(iplan,icirc+ncirc),nY11)
990
991
992 if (idebug.eq.2)then
993 print *,' '
994 print *,'iplan,ihit,icirc,NUM=',iplan,ihit,icirc,num(icirc)
995 print *,'x y xycmin xycmax ycmin ycmax ',x(iplan,ihit),
996 + y(iplan,ihit),xycmin(iplan,icirc),xycmax(iplan,icirc),
997 + ycmin(iplan,icirc),ycmax(iplan,icirc)
998 print *,'Y11 nY11 nstripy ywidth=',
999 + Y11,nY11,nstrip,ywi(icirc)
1000 print *,'bitpy(iplan,icirc) ',
1001 + i2bin(bitpy(iplan,icirc),nstrip)
1002 print *,'bitpy(iplan,icirc+ncirc) ',
1003 + i2bin(bitpy(iplan,icirc+ncirc),nstrip)
1004 endif
1005
1006
1007 elseif(iplan.eq.2)then
1008c
1009 Y12=yabs-ycmin(iplan,icirc)
1010 nY12=ifix(Y12/(ywi(icirc)*Z2/Z1))+1 !no of hitten strip
1011 nstrip=nstrip_c(icirc)
1012 if(nY12.le.0.or.nY12.ge.(nstrip+1))
1013 + print *,'WARNING : NY12 out of range',NY12
1014
1015 if(y(iplan,ihit).ge.0)
1016 + call sbit1(bitpy(iplan,icirc),nY12) !sets bit pos nY12 =1
1017 if(y(iplan,ihit).lt.0)
1018 + call sbit1(bitpy(iplan,icirc+ncirc),nY12)
1019
1020
1021 if (idebug.eq.2)then
1022 print *,' '
1023 print *,'iplan,ihit,icirc,NUM=',iplan,ihit,icirc,num(icirc)
1024 print *,'x y xycmin xycmax ycmin ycmax ',x(iplan,ihit),
1025 + y(iplan,ihit),xycmin(iplan,icirc),xycmax(iplan,icirc),
1026 + ycmin(iplan,icirc),ycmax(iplan,icirc)
1027 print *,'Y12 nY12 nstripy ywidth=',
1028 + Y12,nY12,nstrip,ywi(icirc)
1029 print *,'bitpy(iplan,icirc) ',
1030 + i2bin(bitpy(iplan,icirc),nstrip)
1031 print *,'bitpy(iplan,icirc+ncirc) ',
1032 + i2bin(bitpy(iplan,icirc+ncirc),nstrip)
1033 endif
1034
1035 elseif(iplan.eq.3)then
1036c
1037 Y21=yabs-ycmin(iplan,icirc)
1038 nstrip=nstrip_c(icirc)
1039 nY21=ifix(Y21/(ywi(icirc)*Z3/Z1))+1 !no of hitten strip
1040 if(nY21.le.0.or.nY21.ge.(nstrip+1))
1041 + print *,'WARNING : NY21 out of range',NY21
1042
1043 if(y(iplan,ihit).ge.0)
1044 + call sbit1(bitpy(iplan,icirc),nY21) !sets bit pos nY21 =1
1045 if(y(iplan,ihit).lt.0)
1046 + call sbit1(bitpy(iplan,icirc+ncirc),nY21)
1047
1048c various Y strip width in the same circuit
1049 if(nstrip_p(icirc).ne.0.and.nstrip_p(icirc).lt.nstrip)then
1050 xyextrap=xycmax(1,icirc)*Z3/Z1
1051 if(x(iplan,ihit).gt.xyextrap)then
1052 if((mod(ny21,2)).eq.1)then
1053 if(y(iplan,ihit).ge.0)
1054 + call sbit1(bitpy(iplan,icirc),nY21+1) !sets bit pos nY21+1 =1
1055 if(y(iplan,ihit).lt.0)
1056 + call sbit1(bitpy(iplan,icirc+ncirc),nY21+1)
1057 endif
1058 if((mod(ny21,2)).eq.0)then
1059 if(y(iplan,ihit).ge.0)
1060 + call sbit1(bitpy(iplan,icirc),nY21-1) !sets bit pos nY21-1 =1
1061 if(y(iplan,ihit).lt.0)
1062 + call sbit1(bitpy(iplan,icirc+ncirc),nY21-1)
1063 endif
1064 endif
1065 endif
1066
1067 if(nstrip_m(icirc).ne.0.and.nstrip_m(icirc).lt.nstrip)then
1068 xyextram=xycmin(1,icirc)*Z3/Z1
1069 if(x(iplan,ihit).lt.xyextram)then
1070 if((mod(ny21,2)).eq.1)then
1071 if(y(iplan,ihit).ge.0)
1072 + call sbit1(bitpy(iplan,icirc),nY21+1) !sets bit pos nY21+1 =1
1073 if(y(iplan,ihit).lt.0)
1074 + call sbit1(bitpy(iplan,icirc+ncirc),nY21+1)
1075 endif
1076 if((mod(ny21,2)).eq.0)then
1077 if(y(iplan,ihit).ge.0)
1078 + call sbit1(bitpy(iplan,icirc),nY21-1) !sets bit pos nY21-1 =1
1079 if(y(iplan,ihit).lt.0)
1080 + call sbit1(bitpy(iplan,icirc+ncirc),nY21-1)
1081 endif
1082 endif
1083 endif
1084
1085 if (idebug.eq.2)then
1086 print *,' '
1087 print *,'iplan,ihit,icirc,NUM=',iplan,ihit,icirc,num(icirc)
1088 print *,'x y xycmin xycmax ycmin ycmax ',x(iplan,ihit),
1089 + y(iplan,ihit),xycmin(iplan,icirc),xycmax(iplan,icirc),
1090 + ycmin(iplan,icirc),ycmax(iplan,icirc)
1091 print *,'Y21 nY21 nstripc ywidth= nstripm nstripp',
1092 + Y21,nY21,nstrip,ywi(icirc),nstrip_m(icirc),nstrip_p(icirc)
1093 print *,'bitpy(iplan,icirc) ',
1094 + i2bin(bitpy(iplan,icirc),nstrip)
1095 print *,'bitpy(iplan,icirc+ncirc) ',
1096 + i2bin(bitpy(iplan,icirc+ncirc),nstrip)
1097 if(nstrip_p(icirc).ne.0.and.nstrip_p(icirc).lt.nstrip)then
1098 print *,'special changt de largeur Y : p plus larges'
1099 print *,'xyextrap, mod(ny21,2)=',xyextrap, mod(ny21,2)
1100 endif
1101 if(nstrip_m(icirc).ne.0.and.nstrip_m(icirc).lt.nstrip)then
1102 print *,'special changt de largeur Y : m plus larges'
1103 print *,'xyextram, mod(ny21,2)=',xyextrap, mod(ny21,2)
1104 endif
1105 endif
1106
1107 elseif(iplan.eq.4)then
1108c
1109 Y22=yabs-ycmin(iplan,icirc)
1110 nstrip=nstrip_c(icirc)
1111 nY22=ifix(Y22/(ywi(icirc)*Z4/Z1))+1 !no of hitten strip
1112 if(nY22.le.0.or.nY22.ge.(nstrip+1))
1113 + print *,'WARNING : NY22 out of range',NY22
1114
1115 if(y(iplan,ihit).ge.0)
1116 + call sbit1(bitpy(iplan,icirc),nY22) !sets bit pos nY22 =1
1117 if(y(iplan,ihit).lt.0)
1118 + call sbit1(bitpy(iplan,icirc+ncirc),nY22)
1119c
1120c various Y strip width in the same circuit
1121 if(nstrip_p(icirc).ne.0.and.nstrip_p(icirc).lt.nstrip)then
1122 xyextrap=xycmax(1,icirc)*Z4/Z1
1123 if(x(iplan,ihit).gt.xyextrap)then
1124 if((mod(ny22,2)).eq.1)then
1125 if(y(iplan,ihit).ge.0)
1126 + call sbit1(bitpy(iplan,icirc),nY22+1) !sets bit pos nY22+1 =1
1127 if(y(iplan,ihit).lt.0)
1128 + call sbit1(bitpy(iplan,icirc+ncirc),nY22+1)
1129 endif
1130 if((mod(ny22,2)).eq.0)then
1131 if(y(iplan,ihit).ge.0)
1132 + call sbit1(bitpy(iplan,icirc),nY22-1) !sets bit pos nY22-1 =1
1133 if(y(iplan,ihit).lt.0)
1134 + call sbit1(bitpy(iplan,icirc+ncirc),nY22-1)
1135 endif
1136 endif
1137 endif
1138
1139 if(nstrip_m(icirc).ne.0.and.nstrip_m(icirc).lt.nstrip)then
1140 xyextram=xycmin(1,icirc)*Z4/Z1
1141 if(x(iplan,ihit).lt.xyextram)then
1142 if((mod(ny22,2)).eq.1)then
1143 if(y(iplan,ihit).ge.0)
1144 + call sbit1(bitpy(iplan,icirc),nY22+1) !sets bit pos nY22+1 =1
1145 if(y(iplan,ihit).lt.0)
1146 + call sbit1(bitpy(iplan,icirc+ncirc),nY22+1)
1147 endif
1148 if((mod(ny22,2)).eq.0)then
1149 if(y(iplan,ihit).ge.0)
1150 + call sbit1(bitpy(iplan,icirc),nY22-1) !sets bit pos nY22-1 =1
1151 if(y(iplan,ihit).lt.0)
1152 + call sbit1(bitpy(iplan,icirc+ncirc),nY22-1)
1153 endif
1154 endif
1155 endif
1156
1157
1158 if (idebug.eq.2)then
1159 print *,' '
1160 print *,'iplan,ihit,icirc,NUM=',iplan,ihit,icirc,num(icirc)
1161 print *,'x y xycmin xycmax ycmin ycmax ',x(iplan,ihit),
1162 + y(iplan,ihit),xycmin(iplan,icirc),xycmax(iplan,icirc),
1163 + ycmin(iplan,icirc),ycmax(iplan,icirc)
1164 print *,'Y22 nY22 nstripc ywidth= nstripm nstripp',
1165 + Y22,nY22,nstrip,ywi(icirc),nstrip_m(icirc),nstrip_p(icirc)
1166 print *,'bitpy(iplan,icirc) ',
1167 + i2bin(bitpy(iplan,icirc),nstrip)
1168 print *,'bitpy(iplan,icirc+ncirc) ',
1169 + i2bin(bitpy(iplan,icirc+ncirc),nstrip)
1170 if(nstrip_p(icirc).ne.0.and.nstrip_p(icirc).lt.nstrip)then
1171 print *,'special changt de largeur Y : p plus larges'
1172 print *,'xyextrap, mod(ny22,2)=',xyextrap,mod(ny22,2)
1173 endif
1174 if(nstrip_m(icirc).ne.0.and.nstrip_m(icirc).lt.nstrip)then
1175 print *,'special changt de largeur Y : m plus larges'
1176 print *,'xyextram, mod(ny22,2)=',xyextrap, mod(ny22,2)
1177 endif
1178 endif
1179
1180
1181 endif !iplan=1-4
1182c
1183 endif
1184 endif
1185c
1186 enddo !circuit
1187 endif !x-y ne 0
1188 enddo !hits
1189 enddo !plan
1190
1191
1192 return
1193 end
1194c
1195cc
1196 subroutine ALGO(itrigR,itrigL0,itrigH0)
1197
1198
1199cc
1200c integer NUM(173),CODEX(173),CODEY(173) !173=Ncirc
1201c real xcmax(4,173),xcmin(4,173),
1202c + ycmax(4,173),ycmin(4,173),
1203c + xycmax(4,173),xycmin(4,173)
1204c real xwi_c(173),xwi_m(173),xwi_p(173),ywi(173)
1205c integer nstrip_c(173),nstrip_p(173),nstrip_m(173)
1206c
1207c common/TRIGMAP/xcmax,xcmin,ycmax,ycmin,xycmax,xycmin,
1208c + CODEX,CODEY,
1209c + xwi_c,xwi_m,xwi_p,ywi,
1210c + nstrip_c,nstrip_m,nstrip_p,
1211c + NUM,Z1,Z2,Z3,Z4,Ncirc
1212 common/TRIGMAP/xcmax(4,173),xcmin(4,173),ycmax(4,173),
1213 + ycmin(4,173),xycmax(4,173),xycmin(4,173),
1214 + CODEX(173),CODEY(173),
1215 + xwi_c(173),xwi_m(173),xwi_p(173),ywi(173),
1216 + nstrip_c(173),nstrip_m(173),nstrip_p(173),
1217 + NUM(173),Z1,Z2,Z3,Z4,Ncirc
1218 integer nstrip_c,nstrip_p,nstrip_m
1219 integer NUM,CODEX,CODEY,Ncirc
1220
1221 common/debug/idebug
1222
1223cc
1224 real xu(346),yu(346) ! something in x / y
1225 integer*4 bitpx(4,346),bitpy(4,346) ! bit-pattern in x / y code DECIMAL
1226
1227 common /hitcirc/xu,yu,bitpx,bitpy
1228
1229 character*32 i2bin
1230
1231 integer*4 dble1_0,dble1_1_14,dble1_15
1232 integer*4 dble2_0,dble2_1_30,dble2_31
1233 integer*4 sgle1_0,sgle1_1_14,sgle1_15
1234 integer*4 sgle2_0,sgle2_1_30,sgle2_31
1235 integer*4 sgle1A,sgle1B,sgle2A,sgle2B
1236 integer*4 x1_1,x1_2a,x1_2b,x1_2c,x2_1,x2_2a,x2_2b,x2_2c
1237 integer*4 dblex1(346),dblex2(346)
1238 integer*4 sglex1(346),sglex2(346)
1239 integer*4 dbley1(346),dbley2(346)
1240 integer*4 sgley1(346),sgley2(346)
1241 integer*4 thrl(346)
1242 integer*4 co_l(16,346),co_y(16,346)
1243 integer*4 ib,jb,iabit,ibbit,icbit,ibit_l,ibit_y
1244 integer*4 sign_l(346),val_y(346)
1245 integer*4 sign_lv
1246c L0 L.U.T. (et L2)
1247 integer*4 dnp,dnm,dsup,dinf
1248 integer*4 dev_2(346),num_x2(346),num_y2(346),signdev_2(346)
1249 integer*4 devmin(16),stripnum(16),idevmin(16)
1250 real yL2(346),x1L2(346),x2L2(346)
1251c
1252 JBIT (IZW,IZP) = IBITS (IZW,IZP-1,1)
1253 JBYT (IZW,IZP,NZB) = IBITS (IZW,IZP-1,NZB)
1254
1255
1256
1257c Threshold Road MAX +/-8
1258 data thrl /346*131071/ ! +/- 8 strips
1259c data thrl /346*4064/ ! +/- 3 strips
1260c
1261c Datas for L.U.T. calculations
1262 data zF /975./
1263 data ptcalLow,ptcalHigh /.60,1.6/
1264c
1265c init
1266c
1267 do k=1,346
1268 sign_l(k)=0
1269 val_y(k)=0
1270 yL2(k)=0
1271 x1L2(k)=0
1272 x2L2(k)=0
1273 enddo
1274c
1275c histogram number and distribution of hitten circuits
1276c
1277
1278 nHxcirc=0
1279 nHycirc=0
1280 nHcirc=0
1281 do icircT=1,ncirc*2
1282 if(xu(icircT).eq.1)nHxcirc=nHxcirc+1
1283 if(yu(icircT).eq.1)nHycirc=nHycirc+1
1284 if(xu(icircT).eq.1.or.yu(icircT).eq.1)nHcirc=nHcirc+1 !circuit non-vide
1285 if(xu(icircT).eq.1.or.yu(icircT).eq.1)then
1286 if(icircT.le.ncirc)then
1287c call hf1(11,float(icircT),1.)
1288 else
1289c call hf1(11,-float(icircT-ncirc),1.)
1290 endif
1291 endif
1292 enddo
1293c call hf1(10,float(nHcirc),1.)
1294c call hf1(12,float(nHxcirc),1.)
1295c call hf1(13,float(nHycirc),1.)
1296
1297c
1298c Calculate Singles and Doubles (including MINI-ROADS)
1299c
1300 do icircT=1,ncirc*2
1301 if(xu(icircT).eq.1)then !loop on non-empty X circuit
1302c
1303c memo : integer=ibits(integer,start_pos,lenght), start_pos_min=0
1304c
1305c MC1
1306 x1_1=ibits(bitpx(1,icircT),0,1)
1307 x1_2a=ibits(bitpx(2,icircT),0,1)
1308 x1_2b=ibits(bitpx(2,icircT),1,1)
1309 dble1_0=iand(x1_1,ior(x1_2a,x1_2b))
1310
1311 x1_1 =ibits(bitpx(1,icircT),1,14)
1312 x1_2a=ibits(bitpx(2,icircT),0,14)
1313 x1_2b=ibits(bitpx(2,icircT),1,14)
1314 x1_2c=ibits(bitpx(2,icircT),2,14)
1315 dble1_1_14=iand(x1_1,ior(x1_2a,ior(x1_2b,x1_2c)))
1316
1317 x1_1=ibits(bitpx(1,icircT),15,1)
1318 x1_2a=ibits(bitpx(2,icircT),14,1)
1319 x1_2b=ibits(bitpx(2,icircT),15,1)
1320 dble1_15=iand(x1_1,ior(x1_2a,x1_2b))
1321
1322 dblex1(icircT)=dble1_0+2*dble1_1_14+(2**15)*dble1_15 !dble X on MC1
1323
1324 x1_1=ibits(bitpx(1,icircT),0,16)
1325 sgle1A=ieor(x1_1,dblex1(icircT))
1326
1327 x1_2a=ibits(dblex1(icircT),0,1)
1328 x1_2b=ibits(dblex1(icircT),1,1)
1329 sgle1_0=ior(x1_2a,x1_2b)
1330
1331 x1_2a=ibits(dblex1(icircT),0,14)
1332 x1_2b=ibits(dblex1(icircT),1,14)
1333 x1_2c=ibits(dblex1(icircT),2,14)
1334 sgle1_1_14=ior(x1_2a,ior(x1_2b,x1_2c))
1335
1336 x1_2a=ibits(dblex1(icircT),14,1)
1337 x1_2b=ibits(dblex1(icircT),15,1)
1338 sgle1_15=ior(x1_2a,x1_2b)
1339
1340 sgle1B=sgle1_0+2*sgle1_1_14+(2**15)*sgle1_15
1341 sgle1B=not(sgle1B)
1342 sgle1B=iand(sgle1B,bitpx(2,icircT))
1343
1344 sglex1(icircT)=ior(sgle1A,sgle1B) !sgle X on MC1
1345
1346
1347
1348 dbley1(icircT)=iand(bitpy(1,icircT),bitpy(2,icircT)) !dble Y on MC1
1349 sgley1(icircT)=
1350 + ieor(ior(bitpy(1,icircT),bitpy(2,icircT)),dbley1(icircT))!sgle Y on MC1
1351
1352
1353 if(idebug.eq.3)then
1354 if(icircT.le.ncirc)then
1355 nocirc=NUM(icircT)
1356 else
1357 nocirc=-NUM(icircT-ncirc)
1358 endif
1359 print *,' '
1360 print *,'no circuit ',icircT,nocirc
1361 print *,'bitpx(1,icircT) ',i2bin(bitpx(1,icircT),16)
1362 print *,'bitpx(2,icircT) ',i2bin(bitpx(2,icircT),16)
1363 print *,'dblex1(icircT) ',i2bin(dblex1(icircT),16)
1364 print *,'sglex1(icircT) ',i2bin(sglex1(icircT),16)
1365 print *,' '
1366 print *,'bitpy(1,icircT) ',i2bin(bitpy(1,icircT),16)
1367 print *,'bitpy(2,icircT) ',i2bin(bitpy(2,icircT),16)
1368 print *,'dbley1(icircT) ',i2bin(dbley1(icircT),16)
1369 print *,'sgley1(icircT) ',i2bin(sgley1(icircT),16)
1370
1371 endif
1372
1373
1374c MC2
1375 x2_1=ibits(bitpx(3,icircT),0,1)
1376 x2_2a=ibits(bitpx(4,icircT),0,1)
1377 x2_2b=ibits(bitpx(4,icircT),1,1)
1378 dble2_0=iand(x2_1,ior(x2_2a,x2_2b))
1379
1380 x2_1 =ibits(bitpx(3,icircT),1,30)
1381 x2_2a=ibits(bitpx(4,icircT),0,30)
1382 x2_2b=ibits(bitpx(4,icircT),1,30)
1383 x2_2c=ibits(bitpx(4,icircT),2,30)
1384 dble2_1_30=iand(x2_1,ior(x2_2a,ior(x2_2b,x2_2c)))
1385
1386 x2_1=ibits(bitpx(3,icircT),31,1)
1387 x2_2a=ibits(bitpx(4,icircT),30,1)
1388 x2_2b=ibits(bitpx(4,icircT),31,1)
1389 dble2_31=iand(x2_1,ior(x2_2a,x2_2b))
1390
a897a37a 1391 dblex2(icircT)=dble2_0+2*dble2_1_30+(2**31)*dble2_31 !dble X on MC2
fe4da5cc 1392
1393 x2_1=ibits(bitpx(3,icircT),0,32)
1394 sgle2A=ieor(x2_1,dblex2(icircT))
1395
1396 x2_2a=ibits(dblex2(icircT),0,1)
1397 x2_2b=ibits(dblex2(icircT),1,1)
1398 sgle2_0=ior(x2_2a,x2_2b)
1399
1400 x2_2a=ibits(dblex2(icircT),0,30)
1401 x2_2b=ibits(dblex2(icircT),1,30)
1402 x2_2c=ibits(dblex2(icircT),2,30)
1403 sgle2_1_30=ior(x2_2a,ior(x2_2b,x2_2c))
1404
1405 x2_2a=ibits(dblex2(icircT),30,1)
1406 x2_2b=ibits(dblex2(icircT),31,1)
1407 sgle2_31=ior(x2_2a,x2_2b)
1408
a897a37a 1409 sgle2B=sgle2_0+2*sgle2_1_30+(2**31)*sgle2_31
fe4da5cc 1410 sgle2B=not(sgle2B)
1411 sgle2B=iand(sgle2B,bitpx(4,icircT))
1412
1413 sglex2(icircT)=ior(sgle2A,sgle2B) !sgle X on MC2
1414
1415
1416 dbley2(icircT)=iand(bitpy(3,icircT),bitpy(4,icircT)) !dble Y on MC2
1417 sgley2(icircT)=
1418 + ieor(ior(bitpy(3,icircT),bitpy(4,icircT)),dbley2(icircT))!sgle Y on MC2
1419
1420
1421 if(idebug.eq.3)then
1422 print*,' '
1423 print *,'bitpx(3,icircT) ',i2bin(bitpx(3,icircT),32)
1424 print *,'bitpx(4,icircT) ',i2bin(bitpx(4,icircT),32)
1425 print *,'dblex2(icircT) ',i2bin(dblex2(icircT),32)
1426 print *,'sglex2(icircT) ',i2bin(sglex2(icircT),32)
1427 print *,' '
1428 print *,'bitpy(3,icircT) ',i2bin(bitpy(3,icircT),16)
1429 print *,'bitpy(4,icircT) ',i2bin(bitpy(4,icircT),16)
1430 print *,'dbley2(icircT) ',i2bin(dbley2(icircT),16)
1431 print *,'sgley2(icircT) ',i2bin(sgley2(icircT),16)
1432 endif
1433
1434 endif !non-empty X circuit
1435 enddo !circuits
1436c
1437c
1438c method DS (X only) : reduce the sensibility of the trigger to single hits
1439c without loosing signal
1440c
1441 do icircT=1,ncirc*2
1442 if(xu(icircT).eq.1)then !loop on non-empty X circuit to save CPU time
1443 if(dblex1(icircT).ne.0)sglex1(icircT)=0
1444 if(dblex2(icircT).ne.0)sglex2(icircT)=0
1445 endif
1446 enddo
1447c
1448c
1449c
1450c coincidence 3/4 in +/- 8 strips road
1451c
1452 do icircT=1,2*ncirc
1453 if(xu(icircT).eq.1)then !loop on non-empty X circuit
1454 do ib=1,16
1455 do jb=ib,ib+16
1456 iabit=iand(jbit(sglex1(icircT),ib),jbit(dblex2(icircT),jb))
1457 ibbit=ior(jbit(sglex2(icircT),jb),jbit(dblex2(icircT),jb))
1458 icbit=ior(iabit,iand(ibbit,jbit(dblex1(icircT),ib)))
1459 ibit_l=iand(icbit,jbit(thrl(icircT),jb-ib+1))
1460 call sbit(ibit_l,co_l(ib,icircT),jb-ib+1)
1461 enddo
1462 enddo
1463
1464 if(idebug.eq.4)then
1465 if (xu(icircT).ne.0)then
1466 if(icircT.le.ncirc)then
1467 nocirc=NUM(icircT)
1468 else
1469 nocirc=-NUM(icircT-ncirc)
1470 endif
1471 print *,' '
1472 print *,'no circuit ',icircT,nocirc
1473 print *,'sglex1(icircT) ',i2bin(sglex1(icircT),16)
1474 print *,'dblex1(icircT) ',i2bin(dblex1(icircT),16)
1475 print *,'sglex2(icircT) ',i2bin(sglex2(icircT),32)
1476 print *,'dblex2(icircT) ',i2bin(dblex2(icircT),32)
1477 print *,' '
1478 print *,'thrl(icircT) ',i2bin(thrl(icircT),17)
1479 do ib=1,16
1480 print *,'co_l(ib,icircT) ',i2bin(co_l(ib,icircT),17)
1481 enddo
1482
1483 endif
1484 endif
1485c
1486c signe info (X) before L.U.T.
1487c
1488 ibit_l=0
1489 do ib=1,16
1490 ibit_l=ior(ibit_l,co_l(ib,icircT))
1491 enddo
1492 ibgauche=ibits(ibit_l,9,8)
1493 ibcentre=ibits(ibit_l,8,1)
1494 ibdroite=ibits(ibit_l,0,8)
1495 if(ibgauche.eq.0.and.ibcentre.eq.0.and.ibdroite.eq.0)then
1496 sign_l(icircT)=0 !00
1497 elseif(ibgauche.eq.0.and.ibcentre.eq.0)then
1498 sign_l(icircT)=1 !01
1499 elseif(ibdroite.eq.0.and.ibcentre.eq.0)then
1500 sign_l(icircT)=2 !10
1501 else
1502 sign_l(icircT)=3 !11
1503 endif
1504
1505
1506 if(idebug.eq.4)then
1507 if (xu(icircT).ne.0)then
1508 print*,' '
1509 print *,'sign_l(icircT) ',i2bin(sign_l(icircT),2)
1510 endif
1511 endif
1512 endif !non-empty X circuits
1513 enddo !circuits
1514c
1515c coincidences 3/4 Y (constant ROAD +/- 1)
1516c
1517 do icircT=1,ncirc*2
1518 if(xu(icircT).eq.1)then !loop on non-empty X circuit
1519
1520c
1521 if(icircT.le.ncirc)then
1522 nstripy=nstrip_c(icircT)
1523 else
1524 nstripy=nstrip_c(icircT-ncirc)
1525 endif
1526c
1527 do ib=1,nstripy
1528 do jb=ib,ib+2 !+/- 1 strip
1529
1530 iabit=iand(jbit(sgley1(icircT),ib),jbit(2*dbley2(icircT),jb))
1531 ibbit=ior(jbit(2*sgley2(icircT),jb),jbit(2*dbley2(icircT),jb))
1532 ibit_y=ior(iabit,iand(ibbit,jbit(dbley1(icircT),ib)))
1533 call sbit(ibit_y,co_y(ib,icircT),jb-ib+1)
1534 enddo
1535 enddo
1536c validation Y (OUTPUT L0 Y)
1537 ibit_y=0
1538 do ib=1,nstripy
1539 ibit_y=ior(ibit_y,co_y(ib,icircT))
1540 enddo
1541
1542
1543 if(ibit_y.eq.0)then
1544 val_y(icircT)=0 !nothing in Y
1545 else
1546 val_y(icircT)=1 !something in Y
1547 endif
1548
1549 if(idebug.eq.5)then
1550 if (xu(icircT).ne.0)then
1551 if(icircT.le.ncirc)then
1552 nocirc=NUM(icircT)
1553 else
1554 nocirc=-NUM(icircT-ncirc)
1555 endif
1556 print *,' '
1557 print *,'no circuit ',icircT,nocirc
1558 print *,'sgley1(icircT) ',i2bin(sgley1(icircT),nstripy)
1559 print *,'dbley1(icircT) ',i2bin(dbley1(icircT),nstripy)
1560 print *,'sgley2(icircT) ',i2bin(sgley2(icircT),nstripy)
1561 print *,'dbley2(icircT) ',i2bin(dbley2(icircT),nstripy)
1562 print *,' '
1563 do ib=1,nstripy
1564 print *,'co_y(ib,icircT) ',i2bin(co_y(ib,icircT),3)
1565 enddo
1566 print *,' '
1567 print *,'val_y(icircT) ',i2bin(val_y(icircT),1)
1568
1569 endif
1570 endif
1571 endif !non-empty X circuits
1572 enddo !circuits
1573c
1574cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
1575c infos in +/- 8 road are available : sign_l(346) and val_y(346)
1576c where sign_l = 2 bits integer (00 nothing, 01 right dev.,
1577c 10 left dev., 11 zero dev. or ambiguity)
1578c and val_y=0 (nothing) or 1 (validation of X)
1579cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
1580c
1581c Calculate trigger response in +/-8 strip road (for debugging)
1582c
1583 igl_0=0
1584 idl_0=0
1585 igh_0=0
1586 idh_0=0
1587 il_0=0
1588 ih_0=0
1589 itrigR=0
1590
1591
1592
1593 do icircT=1,2*ncirc
1594 if(xu(icircT).eq.1)then !loop on non-empty X circuit
1595
1596c with Y validation
1597 sign_lv=sign_l(icircT)*val_y(icircT)
1598 if (sign_lv.eq.1.or.sign_lv.eq.3)idl_0=idl_0+1
1599 if (sign_lv.eq.2.or.sign_lv.eq.3)igl_0=igl_0+1
1600 if (sign_lv.ge.1)il_0=il_0+1
1601
1602 endif !non-empty X circuits
1603 enddo !circuits
1604
1605
1606 if(il_0.ge.2.and.
1607 + idl_0.ne.0.and.igl_0.ne.0)itrigR=1 !U.S. trigger Road +/-8
1608* if(il_0.ge.1)itrigR=1
1609c
1610c
1611c
1612c
1613c INTERFACE L0-L.U.T. (and L2) in X :
1614c nO CIRCUIT + Hitten STRIP (MC1) + DEVMIN (MC2) + SIGNDEV
1615c
1616c L.U.T. (and L2) calculation ARE done only if a LOCAL trigger
1617c in +/-8 strips (sign_lv.ne.0) is found
1618c
1619c
1620 do icircT=1,ncirc*2
1621 sign_lv=sign_l(icircT)*val_y(icircT)
1622 if(sign_lv.ne.0)then !local trigger +/- 8 strips
1623c
1624 do ib=1,16
1625 if(co_l(ib,icircT).eq.0)then
1626 devmin(ib)=100 !dummy
1627 elseif(iand(256,co_l(ib,icircT)).ne.0)then
1628 devmin(ib)=0 !central strip
1629 elseif(iand(128,co_l(ib,icircT)).ne.0)then
1630 devmin(ib)=-1 ! DOWN priority and <0
1631 elseif(iand(512,co_l(ib,icircT)).ne.0)then
1632 devmin(ib)=1 ! UP >0 (convention x>0)
1633 elseif(iand(64,co_l(ib,icircT)).ne.0)then
1634 devmin(ib)=-2
1635 elseif(iand(1024,co_l(ib,icircT)).ne.0)then
1636 devmin(ib)=2
1637 elseif(iand(32,co_l(ib,icircT)).ne.0)then
1638 devmin(ib)=-3
1639 elseif(iand(2048,co_l(ib,icircT)).ne.0)then
1640 devmin(ib)=3
1641 elseif(iand(16,co_l(ib,icircT)).ne.0)then
1642 devmin(ib)=-4
1643 elseif(iand(4096,co_l(ib,icircT)).ne.0)then
1644 devmin(ib)=4
1645 elseif(iand(8,co_l(ib,icircT)).ne.0)then
1646 devmin(ib)=-5
1647 elseif(iand(8192,co_l(ib,icircT)).ne.0)then
1648 devmin(ib)=5
1649 elseif(iand(4,co_l(ib,icircT)).ne.0)then
1650 devmin(ib)=-6
1651 elseif(iand(16384,co_l(ib,icircT)).ne.0)then
1652 devmin(ib)=6
1653 elseif(iand(2,co_l(ib,icircT)).ne.0)then
1654 devmin(ib)=-7
1655 elseif(iand(32768,co_l(ib,icircT)).ne.0)then
1656 devmin(ib)=7
1657 elseif(iand(1,co_l(ib,icircT)).ne.0)then
1658 devmin(ib)=-8
1659 elseif(iand(65536,co_l(ib,icircT)).ne.0)then
1660 devmin(ib)=8
1661 endif
1662 enddo
1663c order deviation (cf CERNLIB)
1664 do ib =1,16
1665 idevmin(ib)=iabs(devmin(ib))
1666 enddo
1667 call SORTZV(idevmin,stripnum,16,-1,0,0)
1668c
1669 num_x2(icircT)=stripnum(1)
1670 dev_2(icircT)=devmin(stripnum(1))
1671 if(dev_2(icirct).lt.0)then
1672 signdev_2(icircT)=1
1673 elseif(dev_2(icirct).eq.0)then
1674 signdev_2(icircT)=3
1675 else
1676 signdev_2(icircT)=2
1677 endif
1678
1679
1680c
1681c
1682c INTERFACE L0-L.U.T. (and L2) in Y : nO CIRCUIT + Hitten STRIP (MC1)
1683c
1684 if(icircT.le.ncirc)then
1685 nstripy=nstrip_c(icircT)
1686 else
1687 nstripy=nstrip_c(icircT-ncirc)
1688 endif
1689c
1690 do ib=nstripy,1,-1 !keep lower weight (convention)
1691 if(co_y(ib,icircT).ne.0)num_y2(icircT)=ib
1692 enddo
1693
1694
1695
1696 if(idebug.eq.6)then
1697 if(icircT.le.ncirc)then
1698 nocirc=NUM(icircT)
1699 else
1700 nocirc=-NUM(icircT-ncirc)
1701 endif
1702 print *,' '
1703 print *,'no circuit ',icircT,nocirc
1704 do ib=1,16
1705 print *,'strip no ',ib,': ',i2bin(co_l(ib,icircT),17),
1706 + ' dev_min=',devmin(ib)
1707 enddo
1708 print *,'num_x2(icircT)= ',num_x2(icircT)
1709 print *,' dev_2(icircT)= ',dev_2(icircT)
1710c
1711 print *,' '
1712 do ib=1,nstripy
1713 print *,'strip no ',ib,': ',
1714 + i2bin(co_y(ib,icircT),3)
1715 enddo
1716 print *,'num_y2(icircT)= ',num_y2(icircT)
1717 endif
1718
1719
1720 endif !end local trigger +/- 8 strips
1721 enddo
1722
1723c
1724c
1725cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
1726c Datas for L0===>L.U.T. (and L2) :
1727c icircT
1728c num_x2(icircT)===>X MC1
1729c dev_2(icircT) ===>X MC2
1730c signdev_2(icircT)===>sign dev_2(icircT)
1731c num_y2(icircT)===>Y MC1
1732ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
1733c
1734c Now calculate X MC1 and X MC2 and Y MC1
1735c ===> Back to trigger GEOMETRY
1736c
1737 do icircT=1,2*ncirc
1738 sign_lv=sign_l(icircT)*val_y(icircT)
1739 if(sign_lv.ne.0)then !local trigger +/- 8 strips
1740calculation of YL2 (middle of the strip)
1741 if(icircT.le.ncirc)then !Y>0
1742 yL2(icircT)=ycmin(1,icircT)+ywi(icircT)*(num_y2(icircT)-.5)
1743 else ! Y<0
1744 yL2(icircT)=-ycmin(1,icircT-ncirc)
1745 + -ywi(icircT-ncirc)*(num_y2(icircT)-.5)
1746 endif
1747
1748calculation of X1L2 (MC1) (middle of the strip)
1749 if(icircT.le.ncirc)then ! Y>0
1750 x1L2(icircT)=xcmin(1,icircT)+xwi_c(icircT)*(num_x2(icircT)-.5)
1751 else ! Y<0
1752 x1L2(icircT)=xcmin(1,icircT-ncirc)
1753 + +xwi_c(icircT-ncirc)*(num_x2(icircT)-.5)
1754 endif
1755
1756calculation of X2L2 (MC2) (middle of the strip)
1757
1758 if(icircT.le.ncirc)then
1759 xxwi_c=xwi_c(icircT)
1760 xxwi_p=xwi_p(icircT)
1761 xxwi_m=xwi_m(icircT)
1762 else
1763 xxwi_c=xwi_c(icircT-ncirc)
1764 xxwi_p=xwi_p(icircT-ncirc)
1765 xxwi_m=xwi_m(icircT-ncirc)
1766 endif
1767
1768 if(dev_2(icircT).ge.0)then
1769 Dnp=16-num_x2(icircT)
1770 Dnm=0 !RAZ, not used
1771 dsup=dev_2(icircT)-Dnp
1772 dinf=0 !RAZ, not used
1773 if(dsup.le.0)then
1774 x2L2(icircT)=(x1L2(icircT)+xxwi_c*dev_2(icircT))*Z3/Z1
1775 else
1776 x2L2(icircT)=(x1L2(icircT)+xxwi_c*Dnp+xxwi_p*dsup)*Z3/Z1
1777 endif
1778 else
1779 Dnp=0 !RAZ, not used
1780 Dnm=num_x2(icircT)-1
1781 dinf=iabs(dev_2(icircT))-Dnm
1782 dsup=0 !RAZ, not used
1783 if(dinf.le.0)then
1784 x2L2(icircT)=(x1L2(icircT)-xxwi_c*iabs(dev_2(icircT)))*Z3/Z1
1785 else
1786 x2L2(icircT)=(x1L2(icircT)-xxwi_c*Dnm-xxwi_m*dinf)*Z3/Z1
1787 endif
1788 endif
1789
1790 if(idebug.eq.7)then
1791 if(icircT.le.ncirc)then
1792 nocirc=NUM(icircT)
1793 yywi=ywi(icircT)
1794 else
1795 nocirc=-NUM(icircT-ncirc)
1796 yywi=ywi(icircT-ncirc)
1797 endif
1798 print *,' '
1799 print *,'no circuit ',icircT,nocirc
1800 print *,'num_y2 ywi yL2 = ',num_y2(icircT),yywi,yL2(icircT)
1801 print *,'num_x2 xwiC x1L2 = ',
1802 + num_x2(icircT),xxwi_c,x1L2(icircT)
1803 print *,'dev_2 DnP Dnm dsup dinf ',
1804 + dev_2(icircT),Dnp,Dnm,dsup,dinf
1805 print *,'xwiM xwiC xwiP x2L2 = ',
1806 + xxwi_m,xxwi_c,xxwi_p,x2L2(icircT)
1807 print *,'sign dev =',i2bin(sign_lv,2)
1808 endif
1809
1810 endif !end local trigger +/- 8 strips
1811 enddo !circuits
1812
1813c
1814c
1815ccc NOW pt calculation (for the L.U.T)
1816c
1817cinit
1818 idlc_2p=0
1819 idhc_2p=0
1820 idlc_2m=0
1821 idhc_2m=0
1822 idlc_2=0
1823 idhc_2=0
1824c
1825 do icircT=1,2*ncirc
1826 sign_lv=sign_l(icircT)*val_y(icircT)
1827 if(sign_lv.ne.0)then !local pt trigger +/- 8 strips
1828c calculate tetadev (x-z plane)
1829 anum=z3*(x2L2(icircT)-x1L2(icircT))/(z3-z1)
1830 anum=anum-x2L2(icircT)
1831 tetadev=anum/zF
1832c calculate ptcalc (need rF)
1833 xF=(x2L2(icircT)-x1L2(icircT))*(z3-zF)/(z3-z1)
1834 xF=x2L2(icircT)-xF
1835 yF=yL2(icircT)*zF/z1
1836 rF=sqrt(xF*xF+yF*yF)
1837 if(abs(tetadev).ge.0.00001)then
1838 ptcalc=(rF/zF)*abs(0.9/tetadev)
1839 else ! infinity
1840 ptcalc=10000.
1841 endif
1842
1843c for L0 pt cut using the sign of the deviation signdev_2(icircT)
1844
1845 if (ptcalc.ge.ptcalLow.and.
1846 + (signdev_2(icircT).eq.1.or.signdev_2(icircT).eq.3))
1847 + idlc_2p=idlc_2p+1
1848 if (ptcalc.ge.ptcalLow.and.
1849 + (signdev_2(icircT).eq.2.or.signdev_2(icircT).eq.3))
1850 + idlc_2m=idlc_2m+1
1851 if (ptcalc.ge.ptcalLow.and.signdev_2(icircT).ge.1)
1852 + idlc_2=idlc_2+1
1853
1854 if (ptcalc.ge.ptcalHigh.and.
1855 + (signdev_2(icircT).eq.1.or.signdev_2(icircT).eq.3))
1856 + idhc_2p=idhc_2p+1
1857 if (ptcalc.ge.ptcalHigh.and.
1858 + (signdev_2(icircT).eq.2.or.signdev_2(icircT).eq.3))
1859 + idhc_2m=idhc_2m+1
1860 if (ptcalc.ge.ptcalHigh.and.signdev_2(icircT).ge.1)
1861 + idhc_2=idhc_2+1
1862
1863 if(idebug.eq.8)then
1864 if(icircT.le.ncirc)then
1865 nocirc=NUM(icircT)
1866 else
1867 nocirc=-NUM(icircT-ncirc)
1868 endif
1869 print *,' '
1870 print *,'no circuit ',icircT,nocirc
1871 print *,'compteurs trigger L0 (boucle circuit ) '
1872 print *,'signdev_2 =',i2bin(signdev_2(icircT),2)
1873 print *,'ptcalc,ptcalLow',ptcalc,ptcalLow
1874 print *,'LOW pt calc + et -, mult:',idlc_2p,idlc_2m,idlc_2
1875 print *,'ptcalc,ptcalHigh',ptcalc,ptcalHigh
1876 print *,'HIGH pt calc + et -, mult:',idhc_2p,idhc_2m,idhc_2
1877 endif
1878
1879
1880 endif !end local trigger +/- 8 strips
1881 enddo !circuits
1882
1883c
1884c for L0 L.U.T. trigger response
1885c
1886 itrigL0=0
1887 itrigH0=0
1888
1889 if(idlc_2.ge.2.and.
1890 + idlc_2p.ne.0.and.idlc_2m.ne.0)itrigL0=1
1891 if(idhc_2.ge.2.and.
1892 + idhc_2p.ne.0.and.idhc_2m.ne.0)itrigH0=1
1893* if(idlc_2.ge.1)itrigL0=1
1894* if(idhc_2.ge.1)itrigH0=1
1895c
1896 return
1897 end
1898c
1899c
1900cc
1901 subroutine seqtest
1902
1903 real x(4,1000),y(4,1000) ! 1000=nhitmax
1904 common /hitRPC/ x,y
1905c
1906c generation of test sequence of hits for debuging proposes
1907c
1908 x(1,1)= 58.8
1909 y(1,1)=-52.3
1910 x(2,1)= 60.6
1911 y(2,1)=-52.7
1912 x(3,1)= 64.8
1913 y(3,1)=-55.5
1914 x(4,1)= 65.5
1915 y(4,1)=-56.0
1916
1917 x(1,2)=-105.4
1918 y(1,2)=-26.7
1919 x(2,2)=-106.7
1920 y(2,2)=-27.0
1921 x(3,2)=-114.4
1922 y(3,2)=-28.9
1923 x(4,2)=-115.7
1924 y(4,2)=-29.2
1925
1926 return
1927 end
1928c
1929c
1930c
1931c function that returns a string corresp. to the integer coded in bits
1932c
1933 CHARACTER*(*) FUNCTION i2bin(iw,kbit)
1934c i2bin='' ???????????????
1935
1936 i2bin=' '
1937 do ib= 0,kbit-1
1938 if(ibits(iw,ib,1).eq.0)then
1939 i2bin='0'//i2bin
1940 else
1941 i2bin='1'//i2bin
1942 endif
1943 enddo
1944 return
1945 end
1946
1947 SUBROUTINE SORTZV (A,INDEX,N1,MODE,NWAY,NSORT)
1948C
1949C CERN PROGLIB# M101 SORTZV .VERSION KERNFOR 3.15 820113
1950C ORIG. 02/10/75
1951C
1952 DIMENSION A(N1),INDEX(N1)
1953C
1954C
1955 N = N1
1956 IF (N.LE.0) RETURN
1957 IF (NSORT.NE.0) GO TO 2
1958 DO 1 I=1,N
1959 1 INDEX(I)=I
1960C
1961 2 IF (N.EQ.1) RETURN
1962 IF (MODE) 10,20,30
1963 10 CALL SORTTI (A,INDEX,N)
1964 GO TO 40
1965C
1966 20 CALL SORTTC(A,INDEX,N)
1967 GO TO 40
1968C
1969 30 CALL SORTTF (A,INDEX,N)
1970C
1971 40 IF (NWAY.EQ.0) GO TO 50
1972 N2 = N/2
1973 DO 41 I=1,N2
1974 ISWAP = INDEX(I)
1975 K = N+1-I
1976 INDEX(I) = INDEX(K)
1977 41 INDEX(K) = ISWAP
1978 50 RETURN
1979 END
1980* ========================================
1981 SUBROUTINE SORTTF (A,INDEX,N1)
1982C
1983 DIMENSION A(N1),INDEX(N1)
1984C
1985 N = N1
1986 DO 3 I1=2,N
1987 I3 = I1
1988 I33 = INDEX(I3)
1989 AI = A(I33)
1990 1 I2 = I3/2
1991 IF (I2) 3,3,2
1992 2 I22 = INDEX(I2)
1993 IF (AI.LE.A (I22)) GO TO 3
1994 INDEX (I3) = I22
1995 I3 = I2
1996 GO TO 1
1997 3 INDEX (I3) = I33
1998 4 I3 = INDEX (N)
1999 INDEX (N) = INDEX (1)
2000 AI = A(I3)
2001 N = N-1
2002 IF (N-1) 12,12,5
2003 5 I1 = 1
2004 6 I2 = I1 + I1
2005 IF (I2.LE.N) I22= INDEX(I2)
2006 IF (I2-N) 7,9,11
2007 7 I222 = INDEX (I2+1)
2008 IF (A(I22)-A(I222)) 8,9,9
2009 8 I2 = I2+1
2010 I22 = I222
2011 9 IF (AI-A(I22)) 10,11,11
2012 10 INDEX(I1) = I22
2013 I1 = I2
2014 GO TO 6
2015 11 INDEX (I1) = I3
2016 GO TO 4
2017 12 INDEX (1) = I3
2018 RETURN
2019 END
2020* ========================================
2021 SUBROUTINE SORTTI (A,INDEX,N1)
2022C
2023 INTEGER A,AI
2024 DIMENSION A(N1),INDEX(N1)
2025C
2026 N = N1
2027 DO 3 I1=2,N
2028 I3 = I1
2029 I33 = INDEX(I3)
2030 AI = A(I33)
2031 1 I2 = I3/2
2032 IF (I2) 3,3,2
2033 2 I22 = INDEX(I2)
2034 IF (AI.LE.A (I22)) GO TO 3
2035 INDEX (I3) = I22
2036 I3 = I2
2037 GO TO 1
2038 3 INDEX (I3) = I33
2039 4 I3 = INDEX (N)
2040 INDEX (N) = INDEX (1)
2041 AI = A(I3)
2042 N = N-1
2043 IF (N-1) 12,12,5
2044 5 I1 = 1
2045 6 I2 = I1 + I1
2046 IF (I2.LE.N) I22= INDEX(I2)
2047 IF (I2-N) 7,9,11
2048 7 I222 = INDEX (I2+1)
2049 IF (A(I22)-A(I222)) 8,9,9
2050 8 I2 = I2+1
2051 I22 = I222
2052 9 IF (AI-A(I22)) 10,11,11
2053 10 INDEX(I1) = I22
2054 I1 = I2
2055 GO TO 6
2056 11 INDEX (I1) = I3
2057 GO TO 4
2058 12 INDEX (1) = I3
2059 RETURN
2060 END
2061* ========================================
2062 SUBROUTINE SORTTC (A,INDEX,N1)
2063C
2064 INTEGER A,AI
2065 DIMENSION A(N1),INDEX(N1)
2066C
2067 N = N1
2068 DO 3 I1=2,N
2069 I3 = I1
2070 I33 = INDEX(I3)
2071 AI = A(I33)
2072 1 I2 = I3/2
2073 IF (I2) 3,3,2
2074 2 I22 = INDEX(I2)
2075 IF(ICMPCH(AI,A(I22)))3,3,21
2076 21 INDEX (I3) = I22
2077 I3 = I2
2078 GO TO 1
2079 3 INDEX (I3) = I33
2080 4 I3 = INDEX (N)
2081 INDEX (N) = INDEX (1)
2082 AI = A(I3)
2083 N = N-1
2084 IF (N-1) 12,12,5
2085 5 I1 = 1
2086 6 I2 = I1 + I1
2087 IF (I2.LE.N) I22= INDEX(I2)
2088 IF (I2-N) 7,9,11
2089 7 I222 = INDEX (I2+1)
2090 IF (ICMPCH(A(I22),A(I222))) 8,9,9
2091 8 I2 = I2+1
2092 I22 = I222
2093 9 IF (ICMPCH(AI,A(I22))) 10,11,11
2094 10 INDEX(I1) = I22
2095 I1 = I2
2096 GO TO 6
2097 11 INDEX (I1) = I3
2098 GO TO 4
2099 12 INDEX (1) = I3
2100 RETURN
2101 END
2102* ========================================
2103 FUNCTION ICMPCH(IC1,IC2)
2104C FUNCTION TO COMPARE TWO 4 CHARACTER EBCDIC STRINGS - IC1,IC2
2105C ICMPCH=-1 IF HEX VALUE OF IC1 IS LESS THAN IC2
2106C ICMPCH=0 IF HEX VALUES OF IC1 AND IC2 ARE THE SAME
2107C ICMPCH=+1 IF HEX VALUES OF IC1 IS GREATER THAN IC2
2108 I1=IC1
2109 I2=IC2
2110 IF(I1.GE.0.AND.I2.GE.0)GOTO 40
2111 IF(I1.GE.0)GOTO 60
2112 IF(I2.GE.0)GOTO 80
2113 I1=-I1
2114 I2=-I2
2115 IF(I1-I2)80,70,60
2116 40 IF(I1-I2)60,70,80
2117 60 ICMPCH=-1
2118 RETURN
2119 70 ICMPCH=0
2120 RETURN
2121 80 ICMPCH=1
2122 RETURN
2123 END
2124
2125
2126 SUBROUTINE SBIT (IT,IZW,IZP)
2127C
2128C CERN PROGLIB# M421 SBIT .VERSION KERNFOR 4.23 891215
2129C MOD. true default 24/2/89, JZ
2130C
2131C This non-ANSI code is a default which may be slow, if so
2132C it should be replaced by a machine-specific fast routine
2133
2134 IF(IAND(IT,1).EQ.0) THEN
2135 IZW = IBCLR(IZW,IZP-1)
2136 ELSE
2137 IZW = IBSET(IZW,IZP-1)
2138 ENDIF
2139
2140 END
2141
2142 SUBROUTINE SBIT1 (IZW,IZP)
2143C
2144C CERN PROGLIB# M421 SBIT1 .VERSION KERNFOR 4.23 891215
2145C MOD. true default 24/2/89, JZ
2146C
2147C This non-ANSI code is a default which may be slow, if so
2148C it should be replaced by a machine-specific fast routine
2149
2150 IZW = IBSET (IZW, IZP-1)
2151
2152 END
2153