source: trunk/MagicSoft/Simulation/Detector/include-CORSIKA/CORStatfile.cxx@ 8694

Last change on this file since 8694 was 294, checked in by harald, 26 years ago
This is a part of the development of Jose Carlos Gonzales. This directory contains some classes to read in the CORSIKA output of the mmcs program. This directory is needed by the reflector program. Now all is under CVS control and one has to take CVS for further developments.
File size: 7.7 KB
Line 
1/////////////////////////////////////////////////////////////////
2//
3// CORStatfile
4//
5// Created: Tue Apr 28 16:14:05 1998
6// Author: Jose Carlos Gonzales
7// Purpose: Base class for Event-classes
8// Notes:
9//
10/////////////////////////////////////////////////////////////////
11
12// @T \newpage
13
14// @section Source code of {\tt CORStatfile.cxx}
15
16// @subsection Class {\em CORStatfile}: Implementation
17
18// @code
19
20#include "CORStatfile.hxx"
21
22CORStatfile::CORStatfile ()
23{
24 init ( 79 ); // assumes thstep = 10 g/cm2 (790/10 = 79)
25}
26
27CORStatfile::CORStatfile ( Int_t n )
28{
29 init ( n );
30}
31
32void
33CORStatfile::init ( Int_t n )
34{
35 Int_t i, k;
36
37 nstep = n;
38
39 evth = new Float_t[MAXBUF]; // event header
40 evte = new Float_t[MAXBUF]; // event end
41
42 nproto = new Int_t[nstep];
43 nprotb = new Int_t[nstep];
44 nneutr = new Int_t[nstep];
45 nneutb = new Int_t[nstep];
46 nphoto = new Int_t[nstep];
47 nelect = new Int_t[nstep];
48 nposit = new Int_t[nstep];
49 nnu = new Int_t[nstep];
50 nmum = new Int_t[nstep];
51 nmup = new Int_t[nstep];
52 npi0 = new Int_t[nstep];
53 npim = new Int_t[nstep];
54 npip = new Int_t[nstep];
55 nk0l = new Int_t[nstep];
56 nk0s = new Int_t[nstep];
57 nkmi = new Int_t[nstep];
58 nkpl = new Int_t[nstep];
59 nhyp = new Int_t[nstep];
60 ndeut = new Int_t[nstep];
61 ntrit = new Int_t[nstep];
62 nalpha = new Int_t[nstep];
63 nother = new Int_t[nstep];
64
65 plong = new Float_t * [9];
66 aplong = new Float_t * [9];
67
68 for ( i=0; i<9; i++ ) {
69 plong[i] = new Float_t[NPLONG];
70 aplong[i] = new Float_t[NPLONG];
71 }
72
73 for ( i=0; i<9; i++ )
74 for ( k=0; k<NPLONG; k++ )
75 plong[i][k] = aplong[i][k] = 0.;
76
77 opened = 0;
78 bunch = 1.0;
79}
80
81CORStatfile::~CORStatfile ()
82{
83 Int_t i;
84
85 for ( i=0; i<9; i++ ) {
86 delete [] plong[i];
87 delete [] aplong[i];
88 plong[i] = aplong[i] = NULL;
89 }
90
91 delete [] plong;
92 delete [] aplong;
93 plong = aplong = NULL;
94
95 delete [] evth;
96 delete [] evte;
97 evth = evte = NULL;
98
99 delete [] nproto;
100 delete [] nprotb;
101 delete [] nneutr;
102 delete [] nneutb;
103 delete [] nphoto;
104 delete [] nelect;
105 delete [] nposit;
106 delete [] nnu;
107 delete [] nmum;
108 delete [] nmup;
109 delete [] npi0;
110 delete [] npim;
111 delete [] npip;
112 delete [] nk0l;
113 delete [] nk0s;
114 delete [] nkmi;
115 delete [] nkpl;
116 delete [] nhyp;
117 delete [] ndeut;
118 delete [] ntrit;
119 delete [] nalpha;
120 delete [] nother;
121
122 nproto = nprotb = nneutr = nneutb =
123 nphoto = nelect = nposit = nnu =
124 nmum = nmup = npi0 = npim = npip =
125 nk0l = nk0s = nkmi = nkpl = nhyp =
126 ndeut = ntrit = nalpha = nother = NULL;
127
128}
129
130Int_t
131CORStatfile::openfile ( char *fname )
132{
133 if ( input_file != NULL )
134 input_file.close();
135 input_file.open( fname );
136 opened = 1;
137 return ( ! input_file.bad() );
138}
139
140void
141CORStatfile::closefile ( void )
142{
143 input_file.close();
144 opened = 0;
145}
146
147void
148CORStatfile::read()
149{
150 Int_t i, k;
151 Float_t f;
152
153 input_file.read ( (char *)evth, sizeof (Float_t) * MAXBUF );
154 input_file.read ( (char *)evte, sizeof (Float_t) * MAXBUF );
155 input_file.read ( (char *)&timefirst, sizeof (Float_t) );
156 input_file.read ( (char *)&timelast, sizeof (Float_t) );
157
158 for (i = 0; i < 10; i++) {
159
160 input_file.read ( (char *)(nproto + i), sizeof (Int_t) );
161 input_file.read ( (char *)(nprotb + i), sizeof (Int_t) );
162 input_file.read ( (char *)(nneutr + i), sizeof (Int_t) );
163 input_file.read ( (char *)(nneutb + i), sizeof (Int_t) );
164 input_file.read ( (char *)(nphoto + i), sizeof (Int_t) );
165 input_file.read ( (char *)(nelect + i), sizeof (Int_t) );
166 input_file.read ( (char *)(nposit + i), sizeof (Int_t) );
167 input_file.read ( (char *)(nnu + i), sizeof (Int_t) );
168 input_file.read ( (char *)(nmum + i), sizeof (Int_t) );
169 input_file.read ( (char *)(nmup + i), sizeof (Int_t) );
170 input_file.read ( (char *)(npi0 + i), sizeof (Int_t) );
171 input_file.read ( (char *)(npim + i), sizeof (Int_t) );
172 input_file.read ( (char *)(npip + i), sizeof (Int_t) );
173 input_file.read ( (char *)(nk0l + i), sizeof (Int_t) );
174 input_file.read ( (char *)(nk0s + i), sizeof (Int_t) );
175 input_file.read ( (char *)(nkmi + i), sizeof (Int_t) );
176 input_file.read ( (char *)(nkpl + i), sizeof (Int_t) );
177 input_file.read ( (char *)(nhyp + i), sizeof (Int_t) );
178 input_file.read ( (char *)(ndeut + i), sizeof (Int_t) );
179 input_file.read ( (char *)(ntrit + i), sizeof (Int_t) );
180 input_file.read ( (char *)(nalpha + i), sizeof (Int_t) );
181 input_file.read ( (char *)(nother + i), sizeof (Int_t) );
182
183 }
184
185 input_file.read ( (char *)&ifinnu, sizeof (Int_t) );
186 input_file.read ( (char *)&ifinpi, sizeof (Int_t) );
187 input_file.read ( (char *)&ifinet, sizeof (Int_t) );
188 input_file.read ( (char *)&ifinka, sizeof (Int_t) );
189 input_file.read ( (char *)&ifinhy, sizeof (Int_t) );
190 input_file.read ( (char *)&cerele, sizeof (Int_t) );
191 input_file.read ( (char *)&cerhad, sizeof (Int_t) );
192
193 input_file.read ( (char *)&lpct1, sizeof (Int_t) );
194 input_file.read ( (char *)&nstep, sizeof (Int_t) );
195 input_file.read ( (char *)&thstep, sizeof (Float_t) );
196
197 for (k = 0; k < 9; k++)
198 for (i = 0; i < nstep; i++) {
199 input_file.read ( (char *)&f, sizeof (Float_t) );
200 plong[k][i] = f;
201 }
202
203 for (k = 0; k < 9; k++)
204 for (i = 0; i < nstep; i++)
205 aplong[k][i] += plong[k][i] * bunch;
206
207}
208
209void
210CORStatfile::write(ofstream &output_file)
211{
212 Int_t i, k;
213 Float_t f = 0.;
214
215 output_file.write ( (char *)evth, sizeof (Float_t) * MAXBUF );
216 output_file.write ( (char *)evte, sizeof (Float_t) * MAXBUF );
217 output_file.write ( (char *)&timefirst, sizeof (Float_t) );
218 output_file.write ( (char *)&timelast, sizeof (Float_t) );
219
220 for (i = 0; i < 10; i++) {
221
222 output_file.write ( (char *)(nproto + i), sizeof (Int_t) );
223 output_file.write ( (char *)(nprotb + i), sizeof (Int_t) );
224 output_file.write ( (char *)(nneutr + i), sizeof (Int_t) );
225 output_file.write ( (char *)(nneutb + i), sizeof (Int_t) );
226 output_file.write ( (char *)(nphoto + i), sizeof (Int_t) );
227 output_file.write ( (char *)(nelect + i), sizeof (Int_t) );
228 output_file.write ( (char *)(nposit + i), sizeof (Int_t) );
229 output_file.write ( (char *)(nnu + i), sizeof (Int_t) );
230 output_file.write ( (char *)(nmum + i), sizeof (Int_t) );
231 output_file.write ( (char *)(nmup + i), sizeof (Int_t) );
232 output_file.write ( (char *)(npi0 + i), sizeof (Int_t) );
233 output_file.write ( (char *)(npim + i), sizeof (Int_t) );
234 output_file.write ( (char *)(npip + i), sizeof (Int_t) );
235 output_file.write ( (char *)(nk0l + i), sizeof (Int_t) );
236 output_file.write ( (char *)(nk0s + i), sizeof (Int_t) );
237 output_file.write ( (char *)(nkmi + i), sizeof (Int_t) );
238 output_file.write ( (char *)(nkpl + i), sizeof (Int_t) );
239 output_file.write ( (char *)(nhyp + i), sizeof (Int_t) );
240 output_file.write ( (char *)(ndeut + i), sizeof (Int_t) );
241 output_file.write ( (char *)(ntrit + i), sizeof (Int_t) );
242 output_file.write ( (char *)(nalpha + i), sizeof (Int_t) );
243 output_file.write ( (char *)(nother + i), sizeof (Int_t) );
244
245 }
246
247 output_file.write ( (char *)&ifinnu, sizeof (Int_t) );
248 output_file.write ( (char *)&ifinpi, sizeof (Int_t) );
249 output_file.write ( (char *)&ifinet, sizeof (Int_t) );
250 output_file.write ( (char *)&ifinka, sizeof (Int_t) );
251 output_file.write ( (char *)&ifinhy, sizeof (Int_t) );
252 output_file.write ( (char *)&cerele, sizeof (Int_t) );
253 output_file.write ( (char *)&cerhad, sizeof (Int_t) );
254
255 output_file.write ( (char *)&lpct1, sizeof (Int_t) );
256 output_file.write ( (char *)&nstep, sizeof (Int_t) );
257 output_file.write ( (char *)&thstep, sizeof (Float_t) );
258
259 for (k = 0; k < 9; k++)
260 for (i = 0; i < nstep; i++) {
261 output_file.write ( (char *)&f, sizeof (Float_t) );
262 }
263
264}
265
266// @endcode
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