CRT::CrtTdc3377Board

class CRT::CrtTdc3377Board : public CRT::CrtTdcAdcBoard

    public:

       CRT::CrtTdc3377Board CrtTdc3377Board()
       CRT::CrtTdc3377Board CrtTdc3377Board(const Char_t* inName, Int_t inIdent, CRT::CrtCamacCrate* inCrate)
       CRT::CrtTdc3377Board CrtTdc3377Board(const CRT::CrtTdc3377Board&)
                       void ~CrtTdc3377Board()
              virtual Int_t Assign(Int_t inChannel, Int_t inValue) const
             static TClass* Class()
              virtual Int_t Clear(Int_t inFlag, Int_t inChannel = 0) const
              virtual Int_t Disable(Int_t inFlag, Int_t inChannel = 0) const
              virtual Int_t Enable(Int_t inFlag, Int_t inChannel = 0) const
              virtual Int_t GetNumberOfChannels() const
              virtual Int_t HasData() const
              virtual Int_t Initialize() const
            virtual TClass* IsA() const
      CRT::CrtTdc3377Board& operator=(const CRT::CrtTdc3377Board&)
              virtual Int_t Prepare() const
              virtual Int_t Query(Int_t inChannel, Int_t* outValue) const
              virtual Int_t ReadModuleAllHitsAndClear(Int_t* outChannels) const
              virtual Int_t ReadModuleAndClear(Int_t* outChannels) const
              virtual Int_t ReadModuleAndClear(Int_t* outChannels, Int_t inLowerLimit, Int_t inUpperLimit) const
              virtual Int_t Send(Int_t inCommand) const
               virtual void ShowMembers(TMemberInspector& insp, char* parent)
               virtual void Streamer(TBuffer& b)
                       void StreamerNVirtual(TBuffer& b)
              virtual Int_t Test(Int_t inFlag, Int_t inChannel = 0) const

Data Members

    private:

      Int_t fOk         equals 1 if initialization succeeded
      Int_t fIdents[7]  identifiers for camac crate with all subadresses

    public:

         static const CRT::CrtTdc3377Board::Tdc3377Flags F_TDC3377_LAM                  
         static const CRT::CrtTdc3377Board::Tdc3377Flags F_TDC3377_BufferingInProgress  
         static const CRT::CrtTdc3377Board::Tdc3377Flags F_TDC3377_BUSY                 
         static const CRT::CrtTdc3377Board::Tdc3377Flags F_TDC3377_ACQUISITION          
         static const CRT::CrtTdc3377Board::Tdc3377Flags F_TDC3377_EVENT_RDY            
         static const CRT::CrtTdc3377Board::Tdc3377Flags F_TDC3377_FIFO_TAG             
      static const CRT::CrtTdc3377Board::Tdc3377Commands C_TDC3377_ClearModule          
      static const CRT::CrtTdc3377Board::Tdc3377Commands C_TDC3377_TestModule           

Class Description

 Cosmic Ray Telescope Data Aquisition Software

 generic driver for Camac module: LeCroy 3377 TDC

 This module features:
 - 32 channels, 16 bits each
 - read-out is sequentially, i.e. 32 times reading of "channel" 0
   gives the 32 values
 - has seven control/test registers (encoded here as channel 1 to 8)

 default constructor

 constructor
 inBoardNumber is the number of the Camac slot
 inCrate       is a pointer to the Camac crate object

 destructor

 sends command to board
 available commands:
 CrtTdc3377Board::C_TDC3377_ClearModule
 CrtTdc3377Board::C_TDC3377_TestModule

 enables board features
 Available features:
 CrtTdc3377Board::F_TDC3377_LAM (Look-At-Me)
 CrtTdc3377Board::F_TDC3377_ACQUISITION

 disables board features
 Available features:
 CrtTdc3377Board::F_TDC3377_LAM (Look-At-Me)
 CrtTdc3377Board::F_TDC3377_ACQUISITION

 clears board features
 Available features:
 CrtTdc3377Board::F_TDC3377_LAM (Look-At-Me)

 tests board features
 Available features:
 CrtTdc3377Board::F_TDC3377_LAM (Look-At-Me)
 CrtTdc3377Board::F_TDC3377_BufferingInProgress
 CrtTdc3377Board::F_TDC3377_BUSY
 CrtTdc3377Board::F_TDC3377_EVENT_RDY
 CrtTdc3377Board::F_TDC3377_FIFO_TAG

 queries channels
 available channels:
 0: sequentially read data of all 32 channels
    return value encodes the value and the channel number
 1: control register 0
 2: control register 1
 3: control register 2
 4: control register 3
 5: control register 4
 6: control register 5
 7: CAMAC test register

 assigns channels
 available channels:
 0: FIFO
 1: control register 0
 2: control register 1
 3: control register 2
 4: control register 3
 5: control register 4
 6: control register 5
 7: FIFO tag bit

 initializes the board

 prepares the board for data taking

 tests whether the module has data available

 reads all channels and clears the data afterwards.
 returns only first reported hit in each channel.
 This is actually the one with the highest time value.

 reads all channels and clears the data afterwards.
 returns at most one hit in each channel.
 In case there are no hits inside the limits, reports the earliest hit
 In case there are hits inside the limits, reports the earliest of the hits inside the limits

 reads all hits on all channels and clears the data afterwards.
 The array given has to have the size
 MAX_HITS * MAX_CHANNELS = 16 * 32 = 512,
 the data will be ordered: hit_in_channel * 32 + channel_no

Inline Functions

                      TClass* Class()
                      TClass* IsA() const
                         void ShowMembers(TMemberInspector& insp, char* parent)
                         void Streamer(TBuffer& b)
                         void StreamerNVirtual(TBuffer& b)
         CRT::CrtTdc3377Board CrtTdc3377Board(const CRT::CrtTdc3377Board&)
        CRT::CrtTdc3377Board& operator=(const CRT::CrtTdc3377Board&)