EmcDynamicData.h

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#ifndef __EMCDYNAMICDATA_H__
#define __EMCDYNAMICDATA_H__


// EMCDynamicData.h
// ordered by Edouard Kistenev
// created by Sergei Belikov
// last modifications: 04/20/99
// last revision - 06/11/99 - raw data access was added
//##########################################################################

#ifndef __EMCCONFIGURATIONFILE_H__
#include "emcConfigurationFile.h"
#endif

//_____________________________________________________________________________


struct SuperModule
{

  int absPosition;       
  int femPin;            
  int packet;             
  int nch;               
  int startTad;          
  int* femCh;            
  int nref;              
  int* adRef;             
  int nrefCh;           
  int* refCh;            
  int startRad;                    
  int tac_pre;           
  int post_pre;           
};

//_____________________________________________________________________________

struct Reference
{
  int absFEM;            
  int chan;              
  int type;              
  int absPosition;       
  int nSMch;             
  int startSMad;   
};

//_____________________________________________________________________________

struct EmcData
{
  int size;             
  float* hg;            
  float* lg;            
  float* tac;           
  float** rawdata;           
};

class EmcDynamicData
{
protected:
  int line;               // current line in script file
  char* fLine;            // current string in script file
  EmcData Data;                 // EMCal channels data structure
  EmcData Refs;                 // EMCal references data structure
  int* DataMap;                 // pointer to array containing channels abs position 
  Reference* refMap;      // pointer to array of structures describing each reference
  
  bool Style;             // style of data formatting in FEM: TRUE means  
  // each FEM sends data for 24x6=144 channels,
  // FALSE means FEM sends data for 32x6=192 channels,
  // where 144 are real and other are disconnected AMUADC inputs
  bool outputRaw;         // determins if raw data must be put in output arrays
  bool channelMap;        // type of data mapping: channels(false) or towers(true) 
  static bool FEMchErr;
  int curSM;              // current FEM processed by Parser
  
  SuperModule* smMap;     // pointer to array of structures describing SM
  int nSM;                // number of FEM
  
  int Position;           // local position of current FEM
  int Sector;             // sector where current FEM is located .
  // Sector=0-8, 8-th is dummy one, used to 
  // describe FEM or references that are not located 
  // in any SM
  int tacDelay;           // current TAC-Pre delay. Will be default value for all other SM if not specified
  int postDelay;           // current Post-Pre delay. Will be default value for all other SM if not specified
  
  
  static int ScriptErrors;
  
  virtual int FindSector(char *String);
  virtual int ParseFEM(char* String);
  virtual int ParseCHAN(char* String);
  virtual int ParseREF(char* String);
  virtual int ParseDELAY(char* String);
  virtual int ParseDATA(char* String);
  virtual int ParseMAP(char* String);
  virtual void setSMad();
  virtual void setREFtoSM();
  static int cmpSM(const void* s1, const void* s2);
  static int cmpRef(const void* r1, const void* r2);
  static int cmpCh(const void* c1, const void* c2);
  
  
 public:
  static  void MBCleanStr(char* String);
  static  int MBControl(char *String, char*& RestString);
  static  int MBControl(char *String, char*& RestString, const char ** names, int n);
  static char* strupr(char* s);
  EmcDynamicData( int& status, char* fileName, 
                  bool GetRaw=false, 
                  bool Asic24ch=true, 
                  bool EmcMapStyle=true);
  
  EmcDynamicData( int& status,
                  emcConfigurationFile& configFile, 
                  bool GetRaw=false, 
                  bool Asic24ch=true, 
                  bool EmcMapStyle=true);
  
  void ParseConfigurationFile( int& status, 
                               emcConfigurationFile& configFile, 
                               bool GetRaw=false, 
                               bool Asic24ch=true, 
                               bool EmcMapStyle=true);
  
  const SuperModule* getSmMap(){return smMap;}
  // false means FEM style (channel numbers).
  bool getMapStyle(){return channelMap;}
  bool getASICStyle(){return Style;}
  int getnSM(){return nSM;}  
  const SuperModule* getSMMap(){return smMap;}
  int* getEmcMap(){return DataMap;} 
  float* getEmcHG(){return Data.hg;} 
  float* getEmcLG(){return Data.lg;}  
  float* getEmcTAC(){return Data.tac;}     
  int getEmcSize(){return Data.size;}       
  float** getEmcRaw(){return Data.rawdata;}
  EmcData* getEmcData(){return &Data;} 
  
  const Reference* getRefMap(){return refMap;}
  int getRefSize(){return Refs.size;}            
  float* getRefHG(){return Refs.hg;}          
  float* getRefLG(){return Refs.lg;}          
  float* getRefTAC(){return Refs.tac;}
  float** getRefRaw(){return Refs.rawdata;}
  EmcData* getRefData(){return &Refs;}
  virtual       ~EmcDynamicData();
};
#endif