[u/mrichter/AliRoot.git] / HLT / misc / AliL3AltroMemHandler.h

// @(#) $Id$

#ifndef ALIL3ALTROMEMHANDLER_H
#define ALIL3ALTROMEMHANDLER_H

#include "AliL3RootTypes.h"

//Maximum size of Altro packet equals 1000 bit
#define ALTRO_PACKET_SIZE 125

//Maximum 10 bit data to be stored in one packet
#define MAX_VALS 94

//Maximum size of array to store whole pad
#define ALTRO_SIZE (100*ALTRO_PACKET_SIZE)

class AliL3AltroMemHandler {

  public: 

   AliL3AltroMemHandler();
   virtual ~AliL3AltroMemHandler() {}
   void Write(UShort_t row, UChar_t pad, UShort_t time, UShort_t charge);
   Bool_t Read(UShort_t &row, UChar_t &pad, UShort_t &time, UShort_t &charge);
   Bool_t ReadSequence(UShort_t &row, UChar_t &pad, UShort_t &time, UChar_t &n, UShort_t **charges);
   void WriteFinal();

   Bool_t SetASCIIOutput(FILE *file);
   Bool_t SetBinaryOutput(FILE *file);
   Bool_t SetASCIIInput(FILE *file);
   Bool_t SetBinaryInput(FILE *file);

  private:

   UShort_t fAltroMem[ALTRO_SIZE]; // Altro memoru
   UShort_t fTimesPerPad[1024]; // time samples per pad
   UShort_t fChargesPerPad[1024]; // charges per pad

   FILE *fInBinary;  //! // binary input file
   FILE *fOutBinary; //! // binary output file
   UShort_t fLRow;  //read row
   UChar_t fLPad;   //read pad
   UShort_t fRRow;  //read row
   UChar_t fRPad;   //read pad
   UShort_t fRTime; //read time
   UShort_t fCounter;  //total counter
   UShort_t fTCounter; //time counter
   UShort_t fPCounter; //packet counter
   UShort_t fRCounter; //read counter
   UShort_t fSCounter; //sequence counter
   Bool_t fFlag; //flag to indicate no return at the end of packet (binary)

   void Clear();
   void ClearRead();
   void Add(UShort_t charge, UShort_t time);
   void MakeAltroPackets();
   void AddTrailer();
   void Write();

   ClassDef(AliL3AltroMemHandler,1)
};

#endif
Commit	Line	Data
3e87ef69	1	// @(#) $Id$
3e87ef69	2
acf814d1	3	#ifndef ALIL3ALTROMEMHANDLER_H
	4	#define ALIL3ALTROMEMHANDLER_H
	5
	6	#include "AliL3RootTypes.h"
acf814d1	7
faebf2f5	8	//Maximum size of Altro packet equals 1000 bit
	9	#define ALTRO_PACKET_SIZE 125
	10
	11	//Maximum 10 bit data to be stored in one packet
acf814d1	12	#define MAX_VALS 94
acf814d1	13
faebf2f5	14	//Maximum size of array to store whole pad
	15	#define ALTRO_SIZE (100*ALTRO_PACKET_SIZE)
	16
acf814d1	17	class AliL3AltroMemHandler {
	18
	19	public:
faebf2f5	20
acf814d1	21	AliL3AltroMemHandler();
5929c18d	22	virtual ~AliL3AltroMemHandler() {}
a36f659c	23	void Write(UShort_t row, UChar_t pad, UShort_t time, UShort_t charge);
	24	Bool_t Read(UShort_t &row, UChar_t &pad, UShort_t &time, UShort_t &charge);
	25	Bool_t ReadSequence(UShort_t &row, UChar_t &pad, UShort_t &time, UChar_t &n, UShort_t **charges);
faebf2f5	26	void WriteFinal();
	27
	28	Bool_t SetASCIIOutput(FILE *file);
acf814d1	29	Bool_t SetBinaryOutput(FILE *file);
a36f659c	30	Bool_t SetASCIIInput(FILE *file);
a36f659c	31	Bool_t SetBinaryInput(FILE *file);
acf814d1	32
acf814d1	33	private:
faebf2f5	34
54b54089	35	UShort_t fAltroMem[ALTRO_SIZE]; // Altro memoru
	36	UShort_t fTimesPerPad[1024]; // time samples per pad
	37	UShort_t fChargesPerPad[1024]; // charges per pad
	38
	39	FILE *fInBinary; //! // binary input file
	40	FILE *fOutBinary; //! // binary output file
	41	UShort_t fLRow; //read row
	42	UChar_t fLPad; //read pad
	43	UShort_t fRRow; //read row
	44	UChar_t fRPad; //read pad
	45	UShort_t fRTime; //read time
	46	UShort_t fCounter; //total counter
	47	UShort_t fTCounter; //time counter
	48	UShort_t fPCounter; //packet counter
	49	UShort_t fRCounter; //read counter
	50	UShort_t fSCounter; //sequence counter
	51	Bool_t fFlag; //flag to indicate no return at the end of packet (binary)
faebf2f5	52
acf814d1	53	void Clear();
a36f659c	54	void ClearRead();
faebf2f5	55	void Add(UShort_t charge, UShort_t time);
	56	void MakeAltroPackets();
	57	void AddTrailer();
	58	void Write();
	59
9c50e540	60	ClassDef(AliL3AltroMemHandler,1)
acf814d1	61	};
	62
	63	#endif
	64
	65
	66
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	69