source: fact/tools/marsmacros/mc2csv/MonteCarlo.h@ 14745

Last change on this file since 14745 was 14731, checked in by Jens Buss, 12 years ago
add setter and getter for the csv-seperator
  • Property svn:executable set to *
File size: 12.7 KB
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1#ifndef MONTECARLO_H
2#define MONTECARLO_H
3
4/*! \class MonteCarlo
5 * \brief Monte Carlo class to handle MC-Data from mars-root-file produced with ceres.
6 *
7 * #include "MonteCarlo.h" <BR>
8 * -llib
9 *
10 * Class can be used in Mars to load Monte Carlo data from a root-file
11 * containing Mars classes that where produced by CERES
12 *
13 * @see something
14 */
15
16
17// SYSTEM INCLUDES
18#include <vector>
19#include <fstream>
20#include <endian.h>
21#include <stdio.h>
22
23#include <TSystem.h>
24#include <TString.h>
25#include <TStyle.h>
26#include <TCanvas.h>
27#include <TMath.h>
28#include <TFile.h>
29#include <TH1.h>
30#include <TH2F.h>
31#include <TF1.h>
32#include <TTree.h>
33//
34
35// PROJECT INCLUDES
36#include "MStatusDisplay.h"
37#include "MStatusArray.h"
38#include "MParContainer.h"
39
40#include "MParameters.h"
41#include "MPedestalCam.h"
42#include "MMcRunHeader.hxx"
43#include "MGeomCamFACT.h"
44#include "MRawRunHeader.h"
45#include "MCorsikaRunHeader.h"
46
47//Evt data types
48#include "MRawEvtData.h"
49#include "MPedestalCam.h"
50#include "MMcEvt.hxx"
51#include "MMcEvtBasic.h"
52#include "MRawEvtHeader.h"
53#include "MCorsikaEvtHeader.h"
54
55
56
57//
58
59// LOCAL INCLUDES
60//
61
62// FORWARD REFERENCES
63//
64
65using namespace std;
66using namespace TMath;
67
68struct pixel_t //struct gathering information of a camera pixel
69{
70 int SoftId; //Mars Software ID of Pixel
71// int ChId; //continous Hardware ID of Pixel
72 unsigned short* rawData; //array with raw data of slices* amplitudes
73 float pedestal; //amplitude of baseline
74};
75
76class MonteCarlo
77{
78public:
79// LIFECYCLE
80
81 /** Default constructor.
82 */
83 MonteCarlo(); // Default constructor
84 /*! constructor
85 * \param filename name of mc data file that will to load
86 */
87 MonteCarlo( TString filename); // name of mc data file will to load
88 /*! constructor
89 * \param filename name of mc data file that will to load
90 * \param evtsTreeName name of tree containg events
91 */
92 MonteCarlo( TString filename, // name of mc data file will to load
93 TString evtsTreeName); // name of tree containg events
94 /*! constructor
95 * \param filename name of mc data file that will to load
96 * \param evtsTreeName name of tree containg events
97 * \param headerTreeName name of tree containg run meta data
98 */
99 MonteCarlo( TString filename, // name of mc data file will to load
100 TString evtsTreeName, // name of tree containg events
101 TString headerTreeName);// name of tree containg meta data
102
103
104// /** Copy constructor.
105// *
106// * @param from The value to copy to this object.
107// */
108// MonteCarlo(const MonteCarlo& from);
109
110
111 /** Destructor.
112 */
113 ~MonteCarlo(void);
114
115
116// OPERATORS
117
118// /** Assignment operator.
119// *
120// * @param from THe value to assign to this object.
121// *
122// * @return A reference to this object.
123// */
124// MonteCarlo& operator=(const XX& from);
125
126// OPERATIONS
127private:
128 /*! Initiate all pointer Variables to NULL*/
129 void InitVariables();
130
131public:
132 /*! Write Monte Carlo Data into a Csv-file WriteMc2Csv(filename)
133 * \param filename The Filename of the CSV File to which data will be written
134 */
135 void WriteMc2Csv(TString filename );
136
137 /*! write pixels' raw data for a given pixel into the given csv file
138 * \param pixelID Software ID of pixel
139 */
140 void WritePixelData2Csv(int pixelID);
141
142 /*! loop over all pixels and call WritePixelData2Csv
143 */
144 void WriteEventData2Csv();
145
146 /*! write table headings for coulums with pixels' raw data
147 */
148 void WriteEventDataInfo2Csv();
149
150 /*! write table headings for coulums with event meta information
151 */
152 void WriteEventHeaderInfo2Csv();
153
154 /*! write meta information of current event to csv
155 */
156 void WriteEventHeader2Csv();
157
158 /*! write table headings for coulums with run meta information
159 */
160 void WriteRunHeaderInfo2Csv();
161
162 /*! write meta information of current run to csv
163 */
164 void WriteRunHeader2Csv();
165
166 /*! write the header of the csv file containing brief info about the converted mc file
167 */
168 void WriteFileInfo2Csv();
169
170 /*! write table headings for coulums with pixels' pedestal amplitude
171 */
172 void WritePedestal2Csv();
173
174 /*! write table headings for coulums with pixels' pedestal amplitude
175 */
176 void WritePedestalInfo2Csv();
177
178
179// ACCESS
180 /*! set column seperator for csv
181 * \param sep column seperator for csv
182 */
183 void SetSeparator(char sep);
184
185 /*! Get column seperator for csv
186 * \param sep column seperator for csv
187 */
188 char GetSeparator();
189
190 /*! set the verbosity level for verbosity cout on cmd-line
191 * \param verbLvl Votrbosity Level
192 */
193 void SetVerbosityLevel(int verbLvl);
194
195 /*! Get the verbosity level for verbosity cout on cmd-line
196 */
197 int GetVerbosityLevel();
198
199 /*! Open the mars-root-file produced with ceres
200 */
201 int OpenRootFile();
202
203 /*! Close the mars-root-file produced with ceres
204 */
205 void CloseRootFile();
206
207 /*! Open csv-file to which data will be written
208 * \param fileName Filename of the csv-file e.g. "mc20120605.csv"
209 */
210 void OpenCsvFile( TString fileName);
211
212 /*! Close csv-file to which data was be written
213 */
214 void CloseCsvFile();
215
216 /*! set according pointers to tree containing event information and its branches
217 * \param treeName Name of TTree containing event information
218 */
219 void LoadEventTree( TString treeName);
220
221 /*! set according pointers to tree containing run information and its branches
222 * \param treeName Name of TTree containing run information
223 */
224 void LoadHeaderTree(TString treeName);
225
226 /*! set values of members to according leafs in TTree for run meta data
227 */
228 void ReadRunHeader();
229
230 /*! set values of members to according leafs in TTree for event raw data
231 */
232 void ReadEventRawData();
233
234 /*! set values of members to according leafs in TTree for event meta data
235 */
236 void ReadEventMetaData();
237
238 /*! call ReadEventRawData() and ReadEventMetaData() for given event
239 * \param Event Event ID to read data
240 */
241 void ReadEvent(int Event);
242
243// INQUIRY
244private:
245 /*! Verbostiy Level */
246 int mVerbosityLvl;
247 /*! Whether the rootfile is open */
248 bool mRootFileOpend;
249
250 /*! filename of output csv file */
251 TString mCsvFileName;
252 /*! steam into csv output file */
253 ofstream mCsv;
254 /*! filename of input root file */
255 TString mFileName;
256 /*! pointer to input root file */
257 TFile* mpRootFile;
258 /*! Array for pixels' raw data */
259 pixel_t* mpPixel;
260
261 /*! pointer to event tree */
262 TTree* mpEventTree;
263 /*! pointer to run header tree */
264 TTree* mpHeaderTree;
265
266 //run header tree branches
267 /*! mars class pointer to branch with same name in TTree */
268 MParameterD* mpIntendedPulsePos;
269 /*! mars class pointer to branch with same name in TTree */
270 MMcRunHeader* mpMcRunHeader;
271 /*! mars class pointer to branch with same name in TTree */
272 MGeomCamFACT* mpGeomCam;
273 /*! mars class pointer to branch with same name in TTree */
274 MRawRunHeader* mpRawRunHeader;
275 /*! mars class pointer to branch with same name in TTree */
276 MCorsikaRunHeader* mpCorsikaRunHeader;
277
278 //Event tree branches
279 /*! mars class pointer to branch with same name in TTree */
280 MPedestalCam* mpElectronicNoise;
281 /*! mars class pointer to branch with same name in TTree */
282 MRawEvtData* mpRawEventData;
283 /*! mars class pointer to branch with same name in TTree */
284 MParameterD* mpIncidentAngle;
285 /*! mars class pointer to branch "MMcEvt" in TTree */
286 MMcEvt* mpMcEventMetaData;
287 /*! mars class pointer to branch with same name in TTree */
288 MRawEvtHeader* mpRawEventHeader;
289 /*! mars class pointer to branch with same name in TTree */
290 MCorsikaEvtHeader* mpCorsikaEvtHeader;
291
292// /*! array with MC events raw data */
293// unsigned short * mpSamples; // array with MC events raw data
294 /*! coulumn seperator in csv file */
295 TString mSeparator;
296
297 //Run Meta Data
298 /*! number of entries(events) in event tree */
299 int mNumberOfEntries;
300 /*! number of events in file NOT WORKING WITH CURRENT CERES VERSION */
301 int mNumberOfEvents;
302 /*! position (slice) of simulated cherenkov pulse in pixel */
303 float mIntendedPulsePos;
304 /*! number of showers simulated by corsika*/
305 int mNumSimulatedShowers;
306 /*! total number of simulated camera pixels */
307 int mNumberOfPixels;
308 /*! ??? */
309 int mNumberOfSectors;
310 /*! ??? */
311 int mNumberOfAreas;
312 /*! number of Samples (slices) -> simulated Region of interest */
313 float mNumberOfSamples;
314 /*! simulated sampling frequency */
315 float mSamplingFrequency;
316 /*! ??? */
317 int mNumberOfEventsRead;
318 /*! ??? */
319 float mCamDist;
320 /*! name of simulated source */
321 const char* mSourceName;
322 /*! slope of simulated spectrum */
323 float mSlopeSpectrum;
324 /*! minimum of simulated spectrum */
325 float mEnergyMin;
326 /*! maximum of simulated spectrum */
327 float mEnergyMax;
328 /*! minimum Zenidth of simulated showers */
329 float mZdMin;
330 /*! maximum Zenidth of simulated showers */
331 float mZdMax;
332 /*! minimum Azimuth of simulated showers */
333 float mAzMin;
334 /*! maximum Azimuth of simulated showers */
335 float mAzMax;
336 /*! file number from raw run header */
337 unsigned int mFileNumber;
338 /*! corsika run number */
339 int mRunNumber;
340 /*! runtype: e.g. Pedestal, data, calibration run,... */
341 int mRunType;
342 /*! number of bytes per sample */
343 int mNumberOfBytes;
344
345 //Event Meta Data
346 /*! Incident Angle */
347 float mIncidentAngle;
348 /*! id of primary particle of shower */
349 int mPartId;
350 /*! energy of primary particle of shower */
351 float mEnergy;
352 /*! impact parameter of primary particle of shower */
353 float mImpact;
354 /*! Telescope Phi of shower */
355 float mTelescopePhi;
356 /*! Telescope Theta of shower */
357 float mTelescopeTheta;
358 /*! Phi of shower */
359 float mPhi;
360 /*! Theta of shower */
361 float mTheta;
362 /*! name of primary particle of shower */
363 TString mPartName;
364 /*! symbol of primary particle of shower */
365 TString mPartSymbol;
366 /*! corsika event number */
367 unsigned int mCorsikaEventNumber;
368 /*! Passed qe, coming from the shower */
369 unsigned int mPhotElFromShower;
370 /*! usPhotElfromShower + mean of phe from NSB */
371 unsigned int mPhotElinCamera;
372 /*! Number running from 0 to N-1, being N the number
373 * of times a Corsika event has been reused, by
374 * orienting the telescope in different ways or by
375 * setting it at a different location on the ground. */
376 int mEvtReuse;
377 /*! Number of Events from DAQ */
378 int mEventNumber;
379 /*! Number of 1st level tiggers between 2 events Used in MSimTrigger for the index of the trigger channel */
380 float mNumTriggerLvl1;
381 /*! Number of 2nd level tiggers between 2 events */
382 float mNumTriggerLvl2;
383 /*! [cm] z coordinate, first intercation height */
384 float mFirstInteractionHeight;
385 /*! [GeV/c] "+west" "-east" */
386 float mMomentumX;
387 /*! [GeV/c] "+south" "-north"
388 * (north denotes the magnet north which is defined to be in the geografic north!)
389 */
390 float mMomentumY;
391 /*! [GeV/c] "+upwards" "-downwards" */
392 float mMomentumZ;
393 /*! [rad] Zenith distance */
394 float mZd;
395 /*! [rad] Azimuth (north=0; east=90)
396 * (north denotes the magnet north which is defined to be in the geografic north!)
397 */
398 float mAz;
399 /*! [cm] Position of telescope on ground x / - impact parameter x */
400 float mX;
401 /*! [cm] Position of telescope on gorund y / - impact parameter y */
402 float mY;
403 /*! weighted number of photons arriving at observation level */
404// int mWeightedNumPhotons;
405
406
407
408
409protected:
410
411};
412
413// INLINE METHODS
414//
415
416// EXTERNAL REFERENCES
417//
418
419#endif // MONTECARLO_H
420
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