DTrigger

class DTrigger : public TObject

    public:

             DTrigger DTrigger()
             DTrigger DTrigger(DTrigger&)
         virtual void ~DTrigger()
              TClass* Class()
                 void DisableAbort(Int_t abo)
                 void DisableBBP()
                 void DisableBusy(Int_t)
                 void DisableFLT(Int_t tri)
                 void DisableIBP()
                 void DisableSDDMult(Int_t)
                 void EnableAbort(Int_t abo)
                 void EnableBBP()
                 void EnableBusy(Int_t)
                 void EnableFLT(Int_t tri)
                 void EnableIBP()
                 void EnableSDDMult(Int_t)
                Int_t GetFLTCount(Int_t)
                Int_t GetFLTDownscal(Int_t)
                Int_t GetSDDMultDownscal(Int_t)
                Int_t GetSDDMultThr(Int_t)
                 void Initialize()
      virtual TClass* IsA() const
                Int_t IsBusy(Int_t)
                Int_t IsEnabledAbort(Int_t)
                Int_t IsEnabledBBP()
                Int_t IsEnabledBusy(Int_t)
                Int_t IsEnabledFLT(Int_t)
                Int_t IsEnabledIBP()
                Int_t IsEnabledSDDMult(Int_t)
                Int_t IsOnMTCAL(Int_t, Int_t)
                 void Load(char* filename)
                 void ManualAbort()
                 void ManualFLTReset()
                 void ReadVME()
                 void ResetModules()
                 void Save(char* filename)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void SwitchMTCAL(Int_t, Int_t, Int_t)
                 void WriteFLTDownscal(Int_t, Int_t)
                 void WriteSDDMultDownscal(Int_t, Int_t)
                 void WriteSDDMultThr(Int_t, Int_t)

  Data Members
    private:

      TObjArray* fModuleList  list of pointers to VME modules

    public:

           DLogic* fLogic0   logic unit (patgen) 
           DLogic* fLogic1   logic unit (logic) 
      DDownscaler* fDown[3]  FLT downscalers (physics, MT, CAL)
            DDisc* fDisc     discriminator (SLT SDD)
      DDownscaler* fDown2    downscaler (SLT SDD)
           DDL633* fFltinp   AND/OR (FLT)
           DDL634* fFltout   Fan-out (FLT)
           DDL633* fAboinp   AND/OR (Abort)
           DDL634* fAboout   Fan-out (Abort)
           DDL633* fBusy[2]  AND/OR (Busy OR, two sections a 4 ch)
           DDL633* fBusyor   AND/OR (Busy 1 OR 2)
           DDL634* fBusyout  Fan-out (Busy)
           DDL631* fBusypat[2]  Input register (Busy, two sections a 4 ch)
          DScaler* fScaler0  Scaler (inp + out logic1,1/2)
          DScaler* fScaler1  Scaler (trigger counts)

Class Description

 CERES trigger

 DTrigger describes the CERES trigger. A DTrigger object has a number
 of pointers to specific VME modules. The member functions translate
 generic commands (like "enable abort") to hardware operations (like
 "enable channel 2 in DL633 coincidence pointed to by *fAboinp").

 Nomenclature used to describe communication with hardware:

 module        - VME module
 module object - objects for communication with modules, like *fLogic0
 write         - write from the code to VME memory
 read          - copy VME memory to object
 get           - copy from object to code

 Trigger signals:

 FLT           - first level trigger
 SLT           - second level trigger
 Abort         - an abort is an alternative to SLT after a FLT
 Busy          - detectors set busy after they received a FLT; these
                 busies are OR'ed; end of this OR generates Reset
 Reset         - resets FLT level and then restores FLT gate

 Create objects corresponding to VME modules, and store the pointers
 to these objects on the object array *fModuleList.

 Call ResetModule for every VME module of fModuleList

 Setup these parameters of VME modules which are fixed, i.e. not
 supposed to be changed by the end-user, and thus are not accesible
 via GUI.

 Load setup from file. Setup means here only the dynamic part
 of setup, i.e. the parameters which can be changed by the end-user.

 Save setup on file. Setup means here only the dynamic part of setup,
 i.e. the parameters which can be changed by the end-user.

 Enable beam before-protection.

 Enable interaction before-protection.

 Disable beam before-protection.

 Disable interaction before-protection.

 Turn a MT or CAL channel on or off. The arguments inb and outb refer
 to in-burst and out-of-burst. For example, SwitchMTCAL(3, 1, 0) would
 enable 3rd MT/CAL channel in burst and disable it out of burst.

 Set downscaling factor for FLT channel tri to val.

 Get downscaling factor for FLT channel tri.

 Get count of accepted FLT signals on channel tri.

 Enable FLT channel tri.

 Disable FLT channel tri.

 Reset FLT downscalers by software reset, and then generate Reset
 by flipping Busy.

 Generate Abort by flipping the Abort line.

 Enable Abort by SDD multiplicity

 Disable Abort by SDD multiplicity

 Set SDD multiplicity threshold to thr. One unit is 4 mV.

 Set SDD multiplicity downscaling factor.

 Enable busy bus in Busy-OR.

 Disable busy bus in Busy-OR.

Inline Functions

               void EnableAbort(Int_t abo)
               void DisableAbort(Int_t abo)
            TClass* Class()
            TClass* IsA() const
               void ShowMembers(TMemberInspector& insp, char* parent)
               void Streamer(TBuffer& b)
           DTrigger DTrigger(DTrigger&)