DLogic

class DLogic : public DModule

    public:

               DLogic DLogic()
               DLogic DLogic(Char_t* mdesc, UInt_t addr)
               DLogic DLogic(DLogic&)
         virtual void ~DLogic()
                 void AddToLogic(Int_t, Int_t, char*)
              TClass* Class()
                 void DefineLogic(Int_t, Int_t, char*)
                 void DisableStop(Int_t sec)
                 void DisableStrobe(Int_t sec)
                 void DumpARAM()
                 void DumpBRAM()
                 void DumpConfReg()
                 void EditMode(Int_t sec)
                 void EnableStop(Int_t sec)
                 void EnableStrobe(Int_t sec)
                 void ExtClock()
                 void ExtractLogic(Int_t, Int_t, TString*)
                 void GenStrobe(Int_t sec)
             UShort_t GetConfReg()
             UShort_t GetInputReg()
             UShort_t GetInputReg(Int_t sec)
             UShort_t GetOutputReg()
             UShort_t GetOutputReg(Int_t sec)
            UShort_t* GetRAM(Int_t sec)
             UShort_t GetRAM(Int_t sec, Int_t i)
                 void IntClock()
                 void IORegisterMode(Int_t sec)
      virtual TClass* IsA() const
                Int_t IsForcedNormal(Int_t sec)
                Int_t IsInLogicMode(Int_t sec)
                Int_t IsInputExt(Int_t sec)
                Int_t IsInputVME(Int_t sec)
                Int_t IsOutputRAM(Int_t sec)
                Int_t IsOutputVME(Int_t sec)
                Int_t IsPatGenStarted(Int_t sec)
                Int_t LogicContains(Int_t, Int_t, char*)
                 void LogicMode(Int_t sec)
                 void PatternMode(Int_t sec)
                 void ReadRAM()
         virtual void ReadVME()
                 void RemoveFromLogic(Int_t, Int_t, char*)
         virtual void ResetModule()
                 void SelectExtInput(Int_t sec)
                 void SelectRAMOutput(Int_t sec)
                 void SelectVMEInput(Int_t sec)
                 void SelectVMEOutput(Int_t sec)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
                 void StartPatGen(Int_t sec)
                 void StopPatGen(Int_t sec)
         virtual void Streamer(TBuffer& b)
                 void WriteAddrReg(Int_t, Int_t)
                 void WriteConfReg(UShort_t dat)
                 void WriteOutputReg(Int_t sec, UShort_t dat)
                 void WriteRAM(Int_t, UShort_t*)
                 void WriteRAM(Int_t, UShort_t)
                 void WriteRAM(Int_t, Char_t*)

  Data Members
    private:

      UShort_t fARAM[256]     Section A RAM
      UShort_t fBRAM[256]     Section B RAM
      UShort_t fOutputReg     Output register
      UShort_t fInputReg      Input register
      UShort_t fConfReg       Configuration register
      UShort_t fFixCodeFA     fixed code   (0xfa = 250)
      UShort_t fFixCodeF5     fixed code   (0xf5 = 245)
      UShort_t fManufacturer  manufacturer (0x02 = 2)
      UShort_t fModType       type         (0x19 = 25)
      UShort_t fVersion       version
      UShort_t fSerial        serial number

Class Description

 DLogic handles the VME dual logic unit V495 (CAEN). This unit can work as
 a logic unit, input/output register, or pattern generator.

 basic RAM-writing method

 write same number dat into all RAM locations

 Write a predefined sequence into RAM.

 Basic RAM-reading method. It is separated from ReadVME because it
 affects the operation of the unit and should not be done unless
 really needed.

 Scan the data matrix and try to figure out the logic underlying the
 outchan-th output bit.  The routine is intelligent enough to recognize
 coincidences and anticoincidences. The result will be stored in
 tbuf in the format like [0]&^[1].

 Redefine the i-th bit of the array fData cells to be equal to
 definition, where definition represents a logic function of
 the input bits.
 outchan - which output bit (0-7)
 definition - logic expression, like "([0] & [1]) | [7]"

 Append string definition to the current logic definition of chan outchan.

 Check if logic definition of channel outchan contains string definition.

 Remove string definition from current logic definition of channel outchan.

Inline Functions

             DLogic DLogic(Char_t* mdesc, UInt_t addr)
               void GenStrobe(Int_t sec)
               void WriteOutputReg(Int_t sec, UShort_t dat)
               void WriteConfReg(UShort_t dat)
               void SelectVMEInput(Int_t sec)
               void SelectExtInput(Int_t sec)
               void SelectRAMOutput(Int_t sec)
               void SelectVMEOutput(Int_t sec)
               void EnableStop(Int_t sec)
               void DisableStop(Int_t sec)
               void StartPatGen(Int_t sec)
               void StopPatGen(Int_t sec)
               void DisableStrobe(Int_t sec)
               void EnableStrobe(Int_t sec)
               void ExtClock()
               void IntClock()
           UShort_t GetConfReg()
           UShort_t GetInputReg()
           UShort_t GetOutputReg()
           UShort_t GetInputReg(Int_t sec)
           UShort_t GetOutputReg(Int_t sec)
          UShort_t* GetRAM(Int_t sec)
           UShort_t GetRAM(Int_t sec, Int_t i)
              Int_t IsInputVME(Int_t sec)
              Int_t IsInputExt(Int_t sec)
              Int_t IsOutputRAM(Int_t sec)
              Int_t IsOutputVME(Int_t sec)
              Int_t IsPatGenStarted(Int_t sec)
              Int_t IsInLogicMode(Int_t sec)
              Int_t IsForcedNormal(Int_t sec)
            TClass* Class()
            TClass* IsA() const
               void ShowMembers(TMemberInspector& insp, char* parent)
               void Streamer(TBuffer& b)
             DLogic DLogic(DLogic&)