cheetah/include/cheetahEvent.h

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/*
 *  cheetahEvent.h
 *  cheetah
 *
 *  Created by Anton Barty on 6/2/11.
 *  Copyright 2011 CFEL. All rights reserved.
 *
 */


#include <stdarg.h>
#include <vector>
#include "cheetah/peakfinders.h"


#ifndef CHEETAHEVENT_H
#define CHEETAHEVENT_H

// Need to announce this is included from elsewhere
//typedef tPeakList;


/*
 *      Structure used for passing information to worker threads
 */
class cEventData {
        
public:
        // Reference to common global structure
        cGlobal         *pGlobal;
        int                     busy;
        long            threadNum;
        long        frameNumber;
        long        frameNumberIncludingSkipped;
        long        frameNum;
        uint stackSlice;
        bool writeFlag;
        
        // Detector data
        cPixelDetectorEvent             detector[MAX_DETECTORS];

        // Misc. EPICS data
        float       epicsPvFloatValues[MAX_EPICS_PVS];
        
        // TOF Detector data
        cTOFDetectorEvent               tofDetector[MAX_TOF_DETECTORS];
        int                     TOFPresent;
        
        // Pulnix 120Hz visible camera
        int                             pulnixFail;
        int                             pulnixWidth, pulnixHeight;
        unsigned short  *pulnixImage;
        
        // Opal2k energy spectrum camera
        int             specFail;
        int             specWidth, specHeight;
        unsigned short  *specImage;
        
        // energy spectrum data (2D camera downstream)
        int             energySpectrumExist;
        double          *energySpectrum1D;

        // FEE energy spectrum data
        int                             FEEspec_present;
        uint32_t                *FEEspec_hproj;
        uint32_t                *FEEspec_vproj;
        long                    FEEspec_hproj_size;
        long                    FEEspec_vproj_size;
        
        

        // Hit finding
        int                     hit;
        int                     powderClass;
        
        
    // Tof hitfinding
    int            nProtons;
    
        // Peak list
        tPeakList       peaklist;
        
        
        // Peak info
        int             nPeaks;
        int             nHot;
        float           peakResolution;                 // Radius of 80% of peaks
        float           peakResolutionA;                        // Radius of 80% of peaks
        float           peakDensity;                    // Density of peaks within this 80% figure
        float           peakNpix;                               // Number of pixels in peaks
        float           peakTotal;                              // Total integrated intensity in peaks
        //int                   *good_peaks;           // Good peaks, after post peak-finding criteria
        
        
        // Beamline data, etc
        int                     seconds;
        int                     nanoSeconds;
        unsigned        fiducial;
        char            timeString[1024];
        char            eventname[1024];
        char            eventStamp[1024];
        char            eventSubdir[1024];

        bool            beamOn;
        unsigned        runNumber;

        double          photonEnergyeV;         // in eV
        double          wavelengthA;            // in Angstrom
        
        double      gmd;
        double      gmd1;
        double      gmd2;
        double          gmd11;
        double          gmd12;
        double          gmd21;
        double          gmd22;
    
        int         pumpLaserOn;
        int         pumpLaserCode;
        double      pumpLaserDelay;
        
        // Position of the sample stage
        double      samplePos[3]; // in um

        // Electrojet voltage
        double      sampleVoltage[1]; // in Volt

        double          fEbeamCharge;           // in nC
        double          fEbeamL3Energy;         // in MeV
        double          fEbeamLTUPosX;          // in mm
        double          fEbeamLTUPosY;          // in mm
        double          fEbeamLTUAngX;          // in mrad
        double          fEbeamLTUAngY;          // in mrad
        double          fEbeamPkCurrBC2;        // in Amps
        
        double          phaseCavityTime1;
        double          phaseCavityTime2;
        double          phaseCavityCharge1;
        double          phaseCavityCharge2;
        
        // Thread management
        int     threadID;
        int     useThreads;
        
} ;

#define ERROR(...) cheetahError(__FILE__, __LINE__, __VA_ARGS__)

#define DEBUGL1_ONLY if(global->debugLevel >= 1)
#define DEBUGL2_ONLY if(global->debugLevel >= 2)

#define DEBUG1(...) if(global->debugLevel >= 1) cheetahDebug(__FILE__, __LINE__, __VA_ARGS__)
#define DEBUG2(...) if(global->debugLevel >= 2) cheetahDebug(__FILE__, __LINE__, __VA_ARGS__)
#define DEBUG3(...) if(global->debugLevel >= 3) cheetahDebug(__FILE__, __LINE__, __VA_ARGS__)

#define DEBUG(...) cheetahDebug(__FILE__, __LINE__, __VA_ARGS__)

void cheetahError(const char *filename, int line, const char *format, ...);
void cheetahDebug(const char *filename, int line, const char *format, ...);

#define STATUS(...) fprintf(stderr, __VA_ARGS__)
#define INFO(...) fprintf(stdout, __VA_ARGS__)

#endif

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