1 cdaq 1.1 *****************begin: hms_data_structures.cmn*************************
2 *
3 * include file hms_data_structures.cmn
4 *
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5 jones 1.9 * Author: D. F. Geesaman 1 September 1993
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6 cdaq 1.1 *
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7 cdaq 1.2 * $Log: hms_data_structures.cmn,v $
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8 cdaq 1.12.12.2 * Revision 1.12.12.1 2004/06/28 17:33:40 cdaq
9 * new variables like x_si, etc.
10 *
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11 cdaq 1.12.12.1 * Revision 1.12 2003/09/05 20:39:18 jones
12 * Merge in online03 changes (mkj)
13 *
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14 jones 1.12 * Revision 1.11 2003/04/01 13:55:08 jones
15 * Add variables hntracks_max_fp and h_remove_sppt_if_one_y_plane to
16 * hms_tracking.cmn
17 *
18 * Revision 1.10.2.2 2003/07/15 19:04:03 cdaq
19 * add hsinplane
20 *
21 * Revision 1.10.2.1 2003/04/10 12:36:56 cdaq
22 * comments added
23 *
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24 jones 1.11 * Revision 1.10 2003/01/02 18:34:51 jones
25 * change HNTRACKS_MAX from 5 to 20
26 *
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27 jones 1.10 * Revision 1.9 2002/12/20 21:52:34 jones
28 * Modified by Hamlet for new HMS aerogel
29 *
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30 jones 1.9 *
31 * Revision 1.9 2002/09/26
32 * (Hamlet) Add structures for HMS Aerogel
33 *
34 * Revision 1.8 1999/02/23 19:09:29 csa
35 * Change some physics vars
36 *
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37 csa 1.8 * Revision 1.7 1999/01/21 21:40:31 saw
38 * Extra shower counter tube modifications
39 *
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40 saw 1.7 * Revision 1.6 1998/12/17 22:02:41 saw
41 * Support extra set of tubes on HMS shower counter
42 *
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43 saw 1.6 * Revision 1.5 1996/09/04 15:49:31 saw
44 * (SAW) Double of all ' 's in comments
45 *
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46 saw 1.5 * Revision 1.4 1996/01/24 16:18:59 saw
47 * (JRA) Cosmetic change
48 *
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49 saw 1.4 * Revision 1.3 1996/01/17 16:00:02 cdaq
50 * (JRA) ADD HCER_RAW_ADC and HSCIN_FPTIME
51 *
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52 cdaq 1.3 * Revision 1.2 1995/08/11 16:28:46 cdaq
53 * (CC) Add structure for # of photoelectrons in Cerenkov
54 *
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55 cdaq 1.2 * Revision 1.1 1995/05/22 18:41:15 cdaq
56 * Initial revision
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57 cdaq 1.1 *
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58 cdaq 1.2 *
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59 cdaq 1.1 * CTPTYPE=parm
60 *
61 * HTHETA_LAB HMS LAB ANGLE THETA (RADIANS)
62 * HPHI_LAB HMS LAB ANGLE PHI
63 * HPCENTRAL HMS CENTRAL MOMENUTM (GEV)
64 * HBFIELD HMS B FIELD INCLUDING SIGN
65 *
66 REAL*4 HTHETA_LAB ! HMS LAB ANGLE THETA (RADIANS)
67 REAL*4 HPHI_LAB ! HMS LAB ANGLE PHI
68 REAL*4 HPCENTRAL ! HMS CENTRAL MOMENUTM (GEV)
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69 cdaq 1.12.12.4 REAL*4 HPCENTRAL_SET ! HMS CENTRAL MOMENUTM SET POINT - no offset(GEV)
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70 cdaq 1.1 REAL*4 HBFIELD ! HMS B FIELD INCLUDING SIGN
71 REAL*4 HPARTMASS ! EXPECTED MASS OF DETECTED PARTICLE IN HMS
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72 jones 1.9
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73 cdaq 1.1 COMMON/HMS_SPECTROMETER/
74 & HTHETA_LAB,
75 & HPHI_LAB,
76 & HPCENTRAL,
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77 cdaq 1.12.12.2 & HPCENTRAL_SET,
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78 cdaq 1.1 & HBFIELD,
79 & HPARTMASS
80 *
81 * CTPTYPE=event
82 *
83 * HMS DECODED DATA
84 *
85 * FILLED BY G_decode_event_by_banks
86 * HMS DRIFT CHAMBER HITS
87 * EACH CHAMBER HIT (TDC VALUE) HAS A
88 * PLANE NUMBER
89 * WIRE NUMBER
90 * TDC VALUE
91 *
92 * THE TOTAL NUMBER OF HITS IS GIVEN IN HDC_RAW_TOT_HITS
93 *
94 INTEGER*4 HMAX_DC_HITS ! MAXIUM NUMBER OF DRIFT CHAMBER HITS
95 INTEGER*4 HMAX_NUM_DC_PLANES ! MAX NUMBER OF HMS DRIFT CHAMBER PLANES
96 INTEGER*4 HMAX_NUM_CHAMBERS ! NUMBER OF HMS DRIFT CHAMBERS
97 PARAMETER(HMAX_DC_HITS=3600)
98 PARAMETER(HMAX_NUM_DC_PLANES=12)
99 cdaq 1.1 PARAMETER(HMAX_NUM_CHAMBERS=2)
100 INTEGER*4 HDC_RAW_PLANE_NUM
101 INTEGER*4 HDC_RAW_WIRE_NUM
102 INTEGER*4 HDC_RAW_TDC
103 INTEGER*4 HDC_RAW_TOT_HITS
104 COMMON/HMS_RAW_DC/
105 1 HDC_RAW_PLANE_NUM(HMAX_DC_HITS),
106 2 HDC_RAW_WIRE_NUM(HMAX_DC_HITS),
107 3 HDC_RAW_TDC(HMAX_DC_HITS),
108 4 HDC_RAW_TOT_HITS
109 *
110 * HMS DECODED DC DATA
111 *
112 * FILLED BY H_TRANS_DC TRANSLATION ROUTINE
113 * HMS DRIFT CHAMBER HITS
114 * EACH CHAMBER HIT (TDC VALUE) HAS A
115 * PLANE NUMBER
116 * WIRE NUMBER
117 * TDC VALUE
118 * DRIFT TIME
119 * DRIFT DISTANCE
120 cdaq 1.1 * GENERALIZED COORDINATE OF HIT WIRE CENTER
121 * GENERALIZED COORDINATE OF HIT PERPENDICULAR TO WIRE DIRECTION
122 *
123 * THE TOTAL NUMBER OF HITS IN EACH PLANE IS GIVEN IN HDC_HITS_PER_PLANE(I)
124 * THE TOTAL NUMBER OF HITS IS GIVEN IN HDC_TOT_HITS
125 *
126 INTEGER*4 HDC_PLANE_NUM ! copied from HMS_RAW_DC
127 INTEGER*4 HDC_WIRE_NUM ! copied from HMS_RAW_DC
128 INTEGER*4 HDC_TDC ! copied from HMS_RAW_DC
129 INTEGER*4 HDC_TOT_HITS
130 REAL*4 HDC_DRIFT_TIME
131 REAL*4 HDC_DRIFT_DIS
132 REAL*4 HDC_WIRE_CENTER
133 REAL*4 HDC_WIRE_COORD
134 COMMON/HMS_DECODED_DC/
135 1 HDC_DRIFT_TIME(HMAX_DC_HITS),
136 2 HDC_DRIFT_DIS(HMAX_DC_HITS),
137 3 HDC_WIRE_CENTER(HMAX_DC_HITS),
138 4 HDC_WIRE_COORD(HMAX_DC_HITS),
139 5 HDC_PLANE_NUM(HMAX_DC_HITS),
140 6 HDC_WIRE_NUM(HMAX_DC_HITS),
141 cdaq 1.1 7 HDC_TDC(HMAX_DC_HITS),
142 9 HDC_TOT_HITS
143 *
144 * HMS RAW SCINTILLATOR HITS
145 * FILLED BY g_decode_evebt_by_banks
146 * EACH SCINTILLATOR HIT IS SPECIFIED BY A
147 * SCINTILLATOR PLANE NUMBER
148 * SCINTILLATOR COUNTER NUMBER
149 * SCINTILLATOR ADC AT POSITIVE GENERALIZED COORDINATE END
150 * SCINTILLATOR ADC AT NEGATIVE GENERALIZED COORDINATE END
151 * SCINTILLATOR TDC AT POSITIVE GENERALIZED COORDINATE END
152 * SCINTILLATOR TDC AT NEGATIVE GENERALIZED COORDINATE END
153 * THE TOTAL NUMBER OF HITS IS GIVEN BY HSCIN_ALL_TOT_HITS
154 INTEGER*4 HMAX_ALL_SCIN_HITS ! MAXIMUM TOTAL NUMBER OF SCIN HITS
155 PARAMETER (HMAX_ALL_SCIN_HITS=53) ! Number of elements + 1
156 INTEGER*4 HNUM_ALL_SCIN_PLANES ! TOTAL NUMBER OF SCIN PLANES
157 PARAMETER (HNUM_ALL_SCIN_PLANES=4)
158 INTEGER*4 HSCIN_ALL_PLANE_NUM
159 INTEGER*4 HSCIN_ALL_COUNTER_NUM
160 INTEGER*4 HSCIN_ALL_ADC_POS
161 INTEGER*4 HSCIN_ALL_ADC_NEG
162 cdaq 1.1 INTEGER*4 HSCIN_ALL_TDC_POS
163 INTEGER*4 HSCIN_ALL_TDC_NEG
164 INTEGER*4 HSCIN_ALL_TOT_HITS
165 *
166 COMMON/HMS_RAW_SCIN/
167 & HSCIN_ALL_PLANE_NUM(HMAX_ALL_SCIN_HITS),
168 & HSCIN_ALL_COUNTER_NUM(HMAX_ALL_SCIN_HITS),
169 & HSCIN_ALL_ADC_POS(HMAX_ALL_SCIN_HITS),
170 & HSCIN_ALL_ADC_NEG(HMAX_ALL_SCIN_HITS),
171 & HSCIN_ALL_TDC_POS(HMAX_ALL_SCIN_HITS),
172 & HSCIN_ALL_TDC_NEG(HMAX_ALL_SCIN_HITS),
173 & HSCIN_ALL_TOT_HITS
174 *
175 * HMS REAL SCINTILLATOR HITS (Hits with no TDC data stripped out)
176 * FILLED BY H_strip_scin (which is called by h_trans_scin)
177 * EACH SCINTILLATOR HIT IS SPECIFIED BY A
178 * SCINTILLATOR PLANE NUMBER
179 * SCINTILLATOR COUNTER NUMBER
180 * SCINTILLATOR ADC AT POSITIVE GENERALIZED COORDINATE END
181 * SCINTILLATOR ADC AT NEGATIVE GENERALIZED COORDINATE END
182 * SCINTILLATOR TDC AT POSITIVE GENERALIZED COORDINATE END
183 cdaq 1.1 * SCINTILLATOR TDC AT NEGATIVE GENERALIZED COORDINATE END
184 * THE TOTAL NUMBER OF HITS IS GIVEN BY HSCIN_TOT_HITS
185 INTEGER*4 HMAX_SCIN_HITS ! MAXIMUM TOTAL NUMBER OF SCIN HITS
186 PARAMETER (HMAX_SCIN_HITS=53) ! Number of elements + 1
187 INTEGER*4 HNUM_SCIN_PLANES ! TOTAL NUMBER OF SCIN PLANES
188 PARAMETER (HNUM_SCIN_PLANES=4)
189 INTEGER*4 HNUM_SCIN_ELEMENTS
190 PARAMETER (HNUM_SCIN_ELEMENTS=16)
191 INTEGER*4 HSCIN_PLANE_NUM
192 INTEGER*4 HSCIN_COUNTER_NUM
193 REAL*4 HSCIN_ADC_POS
194 REAL*4 HSCIN_ADC_NEG
195 INTEGER*4 HSCIN_TDC_POS
196 INTEGER*4 HSCIN_TDC_NEG
197 INTEGER*4 HSCIN_TOT_HITS
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198 saw 1.5 INTEGER*4 HSCIN_SING_COUNTER ! DJM''s registered hit counter
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199 cdaq 1.1 *
200 COMMON/HMS_REAL_SCIN/
201 & HSCIN_PLANE_NUM(HMAX_SCIN_HITS),
202 & HSCIN_COUNTER_NUM(HMAX_SCIN_HITS),
203 & HSCIN_ADC_POS(HMAX_SCIN_HITS),
204 & HSCIN_ADC_NEG(HMAX_SCIN_HITS),
205 & HSCIN_TDC_POS(HMAX_SCIN_HITS),
206 & HSCIN_TDC_NEG(HMAX_SCIN_HITS),
207 & HSCIN_TOT_HITS,
208 & HSCIN_SING_COUNTER(HNUM_SCIN_PLANES)
209 *
210 *
211 * DECODED SCIN HITS
212 * FILLED BY H_TRANS_SCIN
213 * THIS USES SCINTILLATOR INFORMATION ONLY TO CALCUATE
214 * HSCIN_APPROX_HIT_COORD GENERALIZED COORDINATE ALONG HIT
215 * SCINTILLATOR DETERMINED FROM TDC INFO.
216 * HSCIN_COR_ADC CORRECTED PULSE HEIGHT AT HIT
217 * HSCIN_COR_TIME CORRECTED TIME AT HIT
218 * THE TOTAL NUMBER OF HITS IN EACH PLANE IS GIVEN BY HSCIN_HITS_PER_PLANE
219 * THE HSTART_TIME IS DEFINED AS THE TIME IF THE TRACK HAD GONE THROUGH
220 cdaq 1.1 * THE CENTER OF S1X. IT IS USED BY H_TRANS_DC FOR THE DRIFT TIME
221 * CALCULATION.
222 * HTWO_GOOD_TIMES IS A LOGICAL VARIABLE WHICH IS TRUE IF BOTH ENDS
223 * OF THE SCINTILLATOR ARE HIT AND FALSE IF ONLY ONE END IS HIT.
224 * HGOOD_START_TIME IS TRUE IF A START TIME WAS FOUND
225 *
226 REAL*4 HSCIN_ZPOS(HMAX_SCIN_HITS)
227 REAL*4 HSCIN_CENTER_COORD(HMAX_SCIN_HITS)
228 REAL*4 HSCIN_DEC_HIT_COORD(HMAX_SCIN_HITS)
229 REAL*4 HSCIN_WIDTH(HMAX_SCIN_HITS)
230 REAL*4 HSCIN_SLOP(HMAX_SCIN_HITS)
231 REAL*4 HSCIN_COR_ADC(HMAX_SCIN_HITS)
232 REAL*4 HSCIN_COR_TIME(HMAX_SCIN_HITS)
233 REAL*4 HSTART_TIME
234 INTEGER*4 HSTART_HITNUM
235 INTEGER*4 HSTART_HITSIDE
236 INTEGER*4 HSCIN_HITS_PER_PLANE(HNUM_SCIN_PLANES)
237 LOGICAL*4 HTWO_GOOD_TIMES(HMAX_SCIN_HITS)
238 LOGICAL*4 HGOOD_START_TIME
239
240 COMMON/HMS_DECODED_SCIN/
241 cdaq 1.1 & HSCIN_ZPOS,
242 & HSCIN_CENTER_COORD,
243 & HSCIN_WIDTH,
244 & HSCIN_SLOP,
245 & HSCIN_DEC_HIT_COORD,
246 & HSCIN_COR_ADC,
247 & HSCIN_COR_TIME,
248 & HSTART_TIME,
249 & HSCIN_HITS_PER_PLANE,
250 & HSTART_HITNUM,
251 & HSTART_HITSIDE,
252 & HTWO_GOOD_TIMES,
253 & HGOOD_START_TIME
254 *
255 *
256 * HMS CALORIMETER HITS
257 *
258 * ALLOW FOR NO SPARCIFICATION OF SHOWER COUNTER ELEMENTS
259 *
260 * EACH COUNTER HAS A
261 * COLUMN NUMBER
262 cdaq 1.1 * ROW NUMBER
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263 saw 1.6 * ADC VALUE AT Positive End (This end if only one end used)
264 * ADC VALUE AT Negative End
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265 cdaq 1.1 *
266 * THE TOTAL NUMBER OF SHOWER HITS IS HCAL_TOT_HITS
267 *
268 INTEGER*4 HMAX_CAL_BLOCKS ! TOTAL NUMBER OF SHOWER BLOCKS
269 PARAMETER (HMAX_CAL_BLOCKS=52)
270 INTEGER*4 HMAX_CAL_ROWS !Number of calorimeter rows
271 PARAMETER (HMAX_CAL_ROWS=13)
272 INTEGER*4 HMAX_CAL_COLUMNS !Number of calorimeter columns
273 PARAMETER (HMAX_CAL_COLUMNS=4)
274 INTEGER*4 HCAL_TOT_HITS
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275 saw 1.7 INTEGER*4 HCAL_POS_HITS
276 INTEGER*4 HCAL_NEG_HITS
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277 cdaq 1.1 INTEGER*4 HCAL_COLUMN(HMAX_CAL_BLOCKS)
278 INTEGER*4 HCAL_ROW(HMAX_CAL_BLOCKS)
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279 saw 1.6 INTEGER*4 HCAL_ADC_POS(HMAX_CAL_BLOCKS)
280 INTEGER*4 HCAL_ADC_NEG(HMAX_CAL_BLOCKS)
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281 cdaq 1.1 INTEGER*4 HCAL_ADC(HMAX_CAL_BLOCKS)
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282 saw 1.6 equivalence (hcal_adc, hcal_adc_pos) ! For old code
283 REAL*4 HCAL_REALADC_POS(HMAX_CAL_BLOCKS)
284 REAL*4 HCAL_REALADC_NEG(HMAX_CAL_BLOCKS)
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285 cdaq 1.1 REAL*4 HCAL_REALADC(HMAX_CAL_BLOCKS)
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286 saw 1.6 equivalence (hcal_realadc, hcal_realadc_pos)
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287 cdaq 1.1
288 COMMON/HMS_RAW_CAL/
289 & HCAL_COLUMN,
290 & HCAL_ROW,
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291 saw 1.6 & HCAL_ADC_POS,
292 & HCAL_ADC_NEG,
293 & HCAL_REALADC_POS,
294 & HCAL_REALADC_NEG,
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295 saw 1.7 & HCAL_TOT_HITS,
296 & HCAL_POS_HITS,
297 & HCAL_NEG_HITS
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298 cdaq 1.1 *
299 * DECODED CALORIMETER QUANTITIES
300 * FILLED BY H_TRANS_CAL USING ONLY THE CALORIMETER INFORMATION
301 *
302 * X COORDINATE OF BLOCK CENTER
303 * Z COORDINATE OF BLOCK CENTER
304 * ENERGY DEPOSITED IN THE BLOCK
305 * ENERGY DEPOSITED IN COLUMN #1
306 * #2
307 * #3
308 * #4
309 * TOTAL ENERGY IN THE CALORIMETER
310 INTEGER*4 HNHITS_CAL !NUMBER OF CALORIMETER HITS ABOVE THRESHOLD
311 REAL*4 HBLOCK_XC !X COORDINATE OF BLOCK CENTER
312 REAL*4 HBLOCK_ZC !Z COORDINATE OF BLOCK CENTER
313 REAL*4 HBLOCK_DE !ENERGY DEPOSITION IN THE BLOCKS
314 REAL*4 HCAL_E1 !ENERGY DEPOSITION IN COLUMN #1
315 REAL*4 HCAL_E2 ! #2
316 REAL*4 HCAL_E3 ! #3
317 REAL*4 HCAL_E4 ! #4
318 REAL*4 HCAL_ET !TOTAL ENERGY IN THE CALORIMETER
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319 saw 1.7 REAL*4 HCAL_E1_POS
320 REAL*4 HCAL_E1_NEG
321 REAL*4 HCAL_E2_POS
322 REAL*4 HCAL_E2_NEG
323 REAL*4 HBLOCK_DE_POS
324 REAL*4 HBLOCK_DE_NEG
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325 cdaq 1.1 COMMON/HMS_DECODED_CAL/
326 & HBLOCK_XC(HMAX_CAL_BLOCKS),
327 & HBLOCK_ZC(HMAX_CAL_BLOCKS),
328 & HBLOCK_DE(HMAX_CAL_BLOCKS),
329 & HCAL_E1,
330 & HCAL_E2,
331 & HCAL_E3,
332 & HCAL_E4,
333 & HCAL_ET,
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334 saw 1.7 & HCAL_E1_POS,
335 & HCAL_E1_NEG,
336 & HCAL_E2_POS,
337 & HCAL_E2_NEG,
338 & HBLOCK_DE_POS(HMAX_CAL_BLOCKS),
339 & HBLOCK_DE_NEG(HMAX_CAL_BLOCKS),
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340 cdaq 1.1 & HNHITS_CAL
341 *
342 * HMS CERENKOV HITS
343 * FILLED BY G_decode_event_by_banks
344 *
345 * THERE ARE TWO CERENKOV PHOTOTUBES. EACH HIT HAS
346 * TUBE NUMBER
347 * ADC VALUE
348 * THE TOTAL NUMBER OF PHOTOTUBE HITS IS HCER_TOT_HITS
349 * HOWEVER TO MAKE THE DECODERS SYMMETRICAL TO A SCINT WE MUST ADD
350 * A DUMMY PLANE NUMBER.
351 INTEGER*4 HMAX_CER_HITS
352 PARAMETER(HMAX_CER_HITS=2)
353 INTEGER*4 HCER_TOT_HITS
354 INTEGER*4 HCER_TUBE_NUM
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355 cdaq 1.3 INTEGER*4 HCER_RAW_ADC
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356 cdaq 1.1 INTEGER*4 HCER_PLANE
357 COMMON/HMS_RAW_CER/
358 & HCER_TUBE_NUM(HMAX_CER_HITS),
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359 cdaq 1.3 & HCER_RAW_ADC(HMAX_CER_HITS),
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360 cdaq 1.1 & HCER_PLANE(HMAX_CER_HITS),
361 & HCER_TOT_HITS
362 *
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363 cdaq 1.2 * DECODED CERENKOV QUANTITIES
364 * FILLED BY H_TRANS_CER
365 *
366 INTEGER*4 HCER_NUM_HITS ! NUMBER OF CERENKOV HITS ABOVE THRESHOLD
367 REAL*4 HCER_NPE ! ADC CONVERTED TO NUMBER OF PHOTOELECTRONS
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368 saw 1.5 REAL*4 HCER_NPE_SUM ! SUM OVER TUBES OF NPE''S
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369 cdaq 1.3 REAL*4 HCER_ADC ! PED SUBTRACTED ADC FOR EACH *TUBE*
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370 cdaq 1.2 COMMON/HCER_DECODED_CER/
371 & HCER_NUM_HITS,
372 & HCER_NPE(HMAX_CER_HITS),
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373 cdaq 1.3 & HCER_NPE_SUM,
374 & HCER_ADC(HMAX_CER_HITS)
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375 cdaq 1.2 *
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376 jones 1.9 *..........................................................................
377 * (Last revison 01 Dec'02; Hamlet)
378 *
379 * HMS AEROGEL HITS
380 * FILLED BY G_decode_event_by_banks
381 *
382 * THERE ARE 16 AEROGEL PHOTOTUBES. We will pair tubes on the left and
383 * right side so that are 8 "counters".
384 * POS pmt's on the positive side of Y axis (as for Hodoscope)
385 *
386 * TUBE Row
387 * ADC Left VALUE
388 * ADC Right VALUE
389 * THE TOTAL NUMBER OF PHOTOTUBE HITS IS HAERO_TOT_HITS
390 * HOWEVER TO MAKE THE DECODERS SYMMETRICAL TO A SCINT WE MUST ADD
391 * A DUMMY PLANE NUMBER.
392 INTEGER*4 HMAX_AERO_HITS
393 PARAMETER(HMAX_AERO_HITS=8)
394 INTEGER*4 HNUM_AERO_BLOCKS
395 PARAMETER(HNUM_AERO_BLOCKS=8)
396 INTEGER*4 HAERO_TOT_HITS
397 jones 1.9 INTEGER*4 HAERO_PLANE
398 INTEGER*4 HAERO_PAIR_NUM
399 INTEGER*4 HAERO_ADC_POS
400 INTEGER*4 HAERO_ADC_NEG
401 INTEGER*4 HAERO_TDC_POS
402 INTEGER*4 HAERO_TDC_NEG
403 COMMON/HMS_RAW_AERO/
404 & HAERO_PLANE(HMAX_AERO_HITS),
405 & HAERO_PAIR_NUM(HMAX_AERO_HITS),
406 & HAERO_ADC_POS(HMAX_AERO_HITS),
407 & HAERO_ADC_NEG(HMAX_AERO_HITS),
408 & HAERO_TDC_POS(HMAX_AERO_HITS),
409 & HAERO_TDC_NEG(HMAX_AERO_HITS),
410 & HAERO_TOT_HITS
411
412 *
413 *..........................................................................
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414 cdaq 1.1 *
415 *
416 * HMS DETECTOR TRACK QUANTITIES
417 * FILLED BY H_TRACK SUBROUTINE
418 *
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419 jones 1.11 INTEGER*4 HNTRACKS_MAX ! size of array
420 PARAMETER (HNTRACKS_MAX=20) ! SET MAXIMUM TO 20
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421 cdaq 1.1 INTEGER*4 HNTRACKHITS_MAX ! MAXIMUM NUMBER OF HITS IN EACH TRACK
422 PARAMETER (HNTRACKHITS_MAX=16) ! SET MAXIMUM TO 15
423 INTEGER*4 HNTRACKS_FP ! NUMBER OF FOCAL PLANE TRACKS FOUND
424 * ALL THE FOLLOWING VARIABLES ARE ARRAYS
425 *
426 REAL*4 HX_FP ! X POSITION OF TRACK IN FOCAL PLANE
427 REAL*4 HY_FP ! Y POSITION OF TRACK IN FOCAL PLANE
428 REAL*4 HZ_FP ! Z POSITION OF TRACK IN FOCAL PLANE
429 REAL*4 HXP_FP ! X SLOPE OF TRACK IN FOCAL PLANE
430 REAL*4 HYP_FP ! Y SLOPE OF TRACK IN FOCAL PLANE
431 REAL*4 HCHI2_FP ! FIT QUALITY IN FOCAL PLANE
432 REAL*4 HCHI2PERDOF_FP ! fp chi2 per degree of freedom
433 INTEGER*4 HNFREE_FP ! NUMBER OF DEGREES OF FREEDOM IN FIT
434 INTEGER*4 HNTRACK_HITS ! LIST OF HITS ON EACH TRACK
435 REAL*4 HDEL_FP ! FOCAL PLANE ERROR MATRIX
436 REAL*4 HX_FP_rot ! x in rotated focal plane
437 REAL*4 HY_FP_rot ! y in rotated f plane
438 REAL*4 HXP_FP_rot ! x slope in rotated f plane
439 REAL*4 HYP_FP_rot ! y slope in rot f plane
440
441 * THE FOCAL PLANE ERROR MATRIX IS A 4 BY 4 BY HNTRACK_MAX ARRAY
442 cdaq 1.1 * THE FOUR INDECIES FOR EACH TRACK ARE X, XP, Y, YP
443 * THE ERROR MATRIX FOR EACH TRACK IS SYMMETRIC ABOUT THE DIAGONAL
444 * DELXX DELXXP DELXY DELXYP
445 * DELXPX DELXPXP DELXPY DELXPYP
446 * DELYPX DELYXP DELYY DELYYP
447 * DELYPX DELYPXP DELYPY DELYPYP
448 COMMON/HMS_FOCAL_PLANE/
449 1 HX_FP(HNTRACKS_MAX),
450 2 HY_FP(HNTRACKS_MAX),
451 3 HZ_FP(HNTRACKS_MAX),
452 4 HXP_FP(HNTRACKS_MAX),
453 5 HYP_FP(HNTRACKS_MAX),
454 6 HCHI2_FP(HNTRACKS_MAX),
455 7 HDEL_FP(4,4,HNTRACKS_MAX),
456 8 HNTRACK_HITS(HNTRACKS_MAX,HNTRACKHITS_MAX+1),
457 9 HNFREE_FP(HNTRACKS_MAX),
458 A HNTRACKS_FP,HCHI2PERDOF_FP(HNTRACKS_MAX),
459 > HX_FP_rot(HNTRACKS_MAX),
460 > HY_FP_rot(HNTRACKS_MAX),
461 > HXP_FP_rot(HNTRACKS_MAX),
462 > HYP_FP_rot(HNTRACKS_MAX)
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463 jones 1.11
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464 cdaq 1.1
465
466 * HMS TARGET QUANTITIES
467 * ASSUME THE SAME NUMBER OF MAXIMUM TRACKS AS IN THE FOCAL PLANE
468 * HNTRACKS_MAX
469 *
470 * FILLED BY H_TARG_TRANS SUBROUTINE
471 INTEGER*4 HNTRACKS_TAR ! NUMBER OF TARGET TRACKS FOUND
472 * ALL THE FOLLOWING VARIABLES ARE ARRAYS
473 *
474 REAL*4 HX_TAR ! X POSITION OF TRACK AT TARGET
475 REAL*4 HY_TAR ! Y POSITION OF TRACK AT TARGET
476 REAL*4 HZ_TAR ! Z POSITION OF TRACK AT TARGET
477 REAL*4 HXP_TAR ! X SLOPE OF TRACK AT TARGET
478 REAL*4 HYP_TAR ! Y SLOPE OF TRACK AT TARGET
479 REAL*4 HDELTA_TAR ! FRACTION TRACK MOMENTUM
480 REAL*4 HP_TAR ! MOMENTUM OF TRACK AT TARGET
481 REAL*4 HCHI2_TAR ! FIT QUALITY AT TARGET
482 INTEGER*4 HNFREE_TAR ! NUMBER OF DEGREES OF FREEDOM IN FIT
483 REAL*4 HDEL_TAR ! TARGET ERROR MATRIX
484 * THE FOCAL PLANE ERROR MATRIX IS A 5 BY 5 BY HNTRACK_MAX ARRAY
485 cdaq 1.1 * THE FIVE INDECIES FOR EACH TRACK ARE X, Y , XP, YP and P
486 * THE ERROR MATRIX FOR EACH TRACK IS SYMMETRIC ABOUT THE DIAGONAL
487 * DELXX DELXXP DELXY DELXYP DELXP
488 * DELXPX DELXPXP DELXPY DELXPYP DELXPP
489 * DELYX DELYXPY DELYY DELYYP DELYP
490 * DELYPX DELYPXP DELYPY DELYPYP DELYPP
491 * DELPX DELPXP DELPY DELPXP DELPP
492 INTEGER*4 HLINK_TAR_FP ! LINK POINTER TO FOCAL PLANE TRACK NUMBER
493 COMMON/HMS_TARGET/
494 1 HX_TAR(HNTRACKS_MAX),
495 2 HY_TAR(HNTRACKS_MAX),
496 3 HZ_TAR(HNTRACKS_MAX),
497 4 HXP_TAR(HNTRACKS_MAX),
498 5 HYP_TAR(HNTRACKS_MAX),
499 6 HDELTA_TAR(HNTRACKS_MAX),
500 7 HP_TAR(HNTRACKS_MAX),
501 8 HCHI2_TAR(HNTRACKS_MAX),
502 9 HDEL_TAR(5,5,HNTRACKS_MAX),
503 A HNFREE_TAR(HNTRACKS_MAX),
504 B HLINK_TAR_FP(HNTRACKS_MAX),
505 C HNTRACKS_TAR
506 cdaq 1.1 *
507 *
508 * HMS_TRACK_TESTS
509 *
510 * PARTICLE ID INFORMATION FILLED BY H_TOF and H_CAL
511 * THIS STORES THE RESULTS OF SHOWER AND SCINTILLATOR CALCULATIONS
512 * FOR EACH OF THE TRACKS GENERATED BY H_TRACK
513 *
514 INTEGER*4 HNBLOCKS_CAL(HNTRACKS_MAX)
515 REAL*4 HTRACK_E1(HNTRACKS_MAX)
516 REAL*4 HTRACK_E2(HNTRACKS_MAX)
517 REAL*4 HTRACK_E3(HNTRACKS_MAX)
518 REAL*4 HTRACK_E4(HNTRACKS_MAX)
519 REAL*4 HTRACK_ET(HNTRACKS_MAX)
520 REAL*4 HTRACK_PRESHOWER_E(HNTRACKS_MAX)
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521 saw 1.7 REAL*4 HTRACK_E1_POS(HNTRACKS_MAX)
522 REAL*4 HTRACK_E1_NEG(HNTRACKS_MAX)
523 REAL*4 HTRACK_E2_POS(HNTRACKS_MAX)
524 REAL*4 HTRACK_E2_NEG(HNTRACKS_MAX)
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525 cdaq 1.1 *
526 INTEGER*4 HSCIN_HIT(HNTRACKS_MAX,HMAX_SCIN_HITS)
527 INTEGER*4 HNUM_SCIN_HIT(HNTRACKS_MAX)
528 INTEGER*4 HNUM_PMT_HIT(HNTRACKS_MAX)
529 REAL*4 HDEDX(HNTRACKS_MAX,HMAX_SCIN_HITS)
530 REAL*4 HBETA(HNTRACKS_MAX)
531 REAL*4 HBETA_CHISQ(HNTRACKS_MAX)
532 REAL*4 HTIME_AT_FP(HNTRACKS_MAX)
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533 cdaq 1.3 REAL*4 HSCIN_FPTIME(HNTRACKS_MAX,HMAX_SCIN_HITS)
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534 cdaq 1.1 *
535 COMMON/HMS_TRACK_TESTS/
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536 saw 1.7 1 HTRACK_E1, ! ENERGY IN FIRST COLUMN NEAR TRACK
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537 cdaq 1.1 2 HTRACK_E2, ! SECOND COLUMN
538 3 HTRACK_E3, ! THIRD COLUMN
539 4 HTRACK_E4, ! FOURTH COLUMN
540 5 HTRACK_ET, ! TOTAL SHOWER ENERGY ALONG TRACK
541 6 HTRACK_PRESHOWER_E, ! PRESHOWER ENERGY-Note definition is exp. dep.
542 7 HDEDX, !
543 8 HBETA, ! VELOCITY OF TRACK
544 9 HBETA_CHISQ, ! CHISQ OF FIT TO BETA OF TRACK
545 A HTIME_AT_FP, !
546 B HNBLOCKS_CAL, ! NUMBER OF SHOWER BLOCKS ON EACH TRACK
547 C HSCIN_HIT, ! ARRAY OF SCIN HITS ASSOCIATED WITH
548 D ! EACH TRACK
549 E HNUM_SCIN_HIT, ! NUMBER OF HITS FOR EACH TRACK
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550 cdaq 1.3 F HNUM_PMT_HIT, ! NUMBER OF PMT HITS FOR EACH TRACK
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551 saw 1.7 G HSCIN_FPTIME,
552 H HTRACK_E1_POS,
553 I HTRACK_E1_NEG,
554 J HTRACK_E2_POS,
555 K HTRACK_E2_NEG
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556 cdaq 1.1 *
557 * HMS SINGLES PHYSICS COMMON BLOCKS
558 * THESE ARE FILLED BY H_PHYSICS
559 *
560 *
561 REAL*4 HSP ! Lab momentum of chosen track in GeV/c
562 REAL*4 HSENERGY ! Lab total energy of chosen track in GeV
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563 csa 1.8 REAL*4 HSCORRP ! electron momentum corrected for eloss
564 REAL*4 HSCORRE ! electron energy corrected for eloss
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565 cdaq 1.1 REAL*4 HSDELTA ! Spectrometer delta of chosen track
566 REAL*4 HSTHETA ! Lab Scattering angle in radians
567 REAL*4 HSPHI ! Lab Azymuthal angle in radians
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568 jones 1.12 REAL*4 HSINPLANE ! In plane angle
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569 cdaq 1.1 REAL*4 HSMINV ! Invariant Mass of remaing hadronic system
570 REAL*4 HSZBEAM ! Lab Z coordinate of intersection of beam
571 ! track with spectrometer ray
572 REAL*4 HSDEDX(4) ! DEDX of chosen track in each scin plane
573 REAL*4 HSBETA ! BETA of chosen track
574 REAL*4 HSTRACK_ET ! Total shower energy of chosen track
575 REAL*4 HSTRACK_PRESHOWER_E ! preshower of chosen track
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576 saw 1.7 REAL*4 HSTRACK_E1_POS ! Shower energy E1_POS of chosen track
577 REAL*4 HSTRACK_E1_NEG ! Shower energy E1_NEG of chosen track
578 REAL*4 HSTRACK_E2_POS ! Shower energy E2_POS of chosen track
579 REAL*4 HSTRACK_E2_NEG ! Shower energy E2_NEG of chosen track
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580 cdaq 1.1 REAL*4 HSTIME_AT_FP
581 REAL*4 HSX_FP ! X focal plane position
582 REAL*4 HSY_FP
583 REAL*4 HSXP_FP
584 REAL*4 HSYP_FP
585 REAL*4 HSCHI2PERDEG ! CHI2 per degree of freedom of chosen track.
586 REAL*4 HSX_TAR
587 REAL*4 HSY_TAR
588 REAL*4 HSXP_TAR
589 REAL*4 HSYP_TAR
590 REAL*4 HSBETA_CHISQ
591 *
592 real*4 hsmass2 ! Mass squared
593 real*4 hst ! invariant t
594 real*4 hsu ! invariant u
595 real*4 hseloss
596 real*4 hsq3 ! Lab frame momentum transfer
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597 csa 1.8 * real*4 hsthetaq, hsphiq ! Direction of q3
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598 cdaq 1.1 real*4 hsbigq2 ! Q**2
599 real*4 hsx ! fraction of nucleon p carried by quark
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600 saw 1.5 real*4 hsy ! fraction of lepton''s E lost in lab
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601 cdaq 1.1 real*4 hsw ! Invariant mass of recoil system
602 real*4 hsw2 ! Invariant mass**2 of recoil system
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603 cdaq 1.12.12.1 real*4 hsnu ! Ebeam-HSenergy
604 real*4 hsx_bj ! Bjorken x
605 real*4 y_scale ! scaling variable y
606 real*4 yscale ! real function that calculates Y
607 real*4 xsi_scale ! nachtmann variable (=x at Q2=1)
608 real*4 yscale_eps ! separation energy
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609 cdaq 1.12.12.3 real*4 hspipre ! hms pipre TDC value
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610 cdaq 1.12.12.4 real*4 hselreal ! hms elreal TDC value
611 real*4 hselclean ! hms elclean TDC value
612 real*4 hstrig ! hms trig TDC value
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613 cdaq 1.12.12.3 real*4 hselhi ! hms elhi TDC value
614 real*4 hsello ! hms ello TDC value
615 real*4 hsprhi ! hms pre-shower hi TDC value
616 real*4 hsprlo ! hms pre-shower lo TDC value
617 real*4 hsshlo ! hms shower lo TDC value
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618 cdaq 1.1 *
619 INTEGER*4 HSNUM_FPTRACK ! Index of focal plane track chosen
620 INTEGER*4 HSNUM_TARTRACK ! Index of target track chosen
621 INTEGER*4 HSID_LUND ! LUND particle ID code -- not yet filled
622 INTEGER*4 HSNFREE_FP
623 INTEGER*4 HSNUM_SCIN_HIT ! # OF SCINTILLATORS ON TRACK
624 INTEGER*4 HSNUM_PMT_HIT ! # OF HODOSCOPE PMTS ON TRACK
625 *
626 COMMON/HMS_PHYSICS_R4/
627 & HSP,
628 & HSENERGY,
629 & HSDELTA,
630 & HSTHETA,
631 & HSPHI,
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632 jones 1.12 & HSINPLANE,
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633 cdaq 1.1 & HSMINV,
634 & HSZBEAM,
635 & HSDEDX,
636 & HSBETA,
637 & HSTRACK_ET,
638 & HSTRACK_PRESHOWER_E,
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639 saw 1.7 & HSTRACK_E1_POS,
640 & HSTRACK_E1_NEG,
641 & HSTRACK_E2_POS,
642 & HSTRACK_E2_NEG,
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643 cdaq 1.1 & HSTIME_AT_FP,
644 & HSX_FP ,
645 & HSY_FP ,
646 & HSXP_FP ,
647 & HSYP_FP ,
648 & HSCHI2PERDEG ,
649 & HSX_TAR ,
650 & HSY_TAR ,
651 & HSXP_TAR ,
652 & HSYP_TAR ,
653 & HSBETA_CHISQ,
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654 csa 1.8 & hsmass2,
655 & hst,
656 & hsu,
657 & hseloss,
658 & hsq3,
659 & hsbigq2,
660 & hsx,
661 & hsy,
662 & hsw,
663 & hsw2,
664 & hscorrp,
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665 cdaq 1.12.12.1 & hscorre,
666 & hsnu,
667 & hsx_bj,
668 & y_scale,
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669 cdaq 1.12.12.3 & xsi_scale,
670 & hspipre,
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671 cdaq 1.12.12.4 & hselreal,
672 & hselclean,
673 & hstrig,
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674 cdaq 1.12.12.3 & hselhi,
675 & hsello,
676 & hsprhi,
677 & hsprlo,
678 & hsshlo
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679 csa 1.8 * & hsthetaq,hsphiq
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680 cdaq 1.1 *
681 COMMON/HMS_PHYSICS_I4/
682 & HSNUM_FPTRACK,
683 & HSNUM_TARTRACK,
684 & HSID_LUND,
685 & HSNFREE_FP,
686 & HSNUM_SCIN_HIT,
687 & HSNUM_PMT_HIT
688 *
689 *
690 * Non-Hits data with HMS gates or starts.
691 * (Energy SUMS, logic timing,...)
692 *
693 INTEGER HMAX_MISC_HITS
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694 cdaq 1.3 PARAMETER(HMAX_MISC_HITS=100)
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695 cdaq 1.1 INTEGER*4 HMISC_TOT_HITS
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696 saw 1.4 INTEGER*4 HMISC_RAW_ADDR1 ! "Plane" (1=TDC,2=ADC)
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697 cdaq 1.1 INTEGER*4 HMISC_RAW_ADDR2 ! "Counter"
698 INTEGER*4 HMISC_RAW_DATA
699 COMMON/H_RAW_MISC/
700 & HMISC_RAW_ADDR1(HMAX_MISC_HITS),
701 & HMISC_RAW_ADDR2(HMAX_MISC_HITS),
702 & HMISC_RAW_DATA(HMAX_MISC_HITS),
703 & HMISC_TOT_HITS
704 *
705 *
706 *
707 *******************end: hms_data_structures.cmn*************************
708 * Local Variables:
709 * mode: fortran
710 * fortran-continuation-string: "&"
711 * comment-column: 35
712 * End:
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930 cdaq 1.1
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