daq2.h

matlab daq sampling source code

typedef char i8;
typedef unsigned char u8;
typedef short i16;
typedef unsigned short u16;
typedef long i32;
typedef unsigned long u32;
typedef float f32;
typedef double f64;
typedef i16 (* DAQEventCallBack) (i16, i16, u16, u32);

 extern i16  A2000_Calibrate (
	i16        slot,
	i16        saveNewValues,
	i16        calMethod,
	i16        channel,
	f64        extRefVoltage);
//%novectorize 
 extern i16  A2000_Config (
	i16        slot,
	i16        sampClkSrc,
	i16        sampClkDrv,
	i16        dither);
//%novectorize 
 extern i16  A2150_Calibrate (
	i16        slot,
	i16        ref0,
	i16        ref1);
//%novectorize 
 extern i16  AI_Check (
	i16        slot,
	i16        * status,
	i16        * value);
//%output status
//%output value
//%novectorize 
 extern i16  AI_Clear (
	i16        slot);
//%novectorize 
 extern i16  AI_Configure (
	i16        slot,
	i16        chan,
	i16        inputMode,
	i16        inputRange,
	i16        polarity,
	i16        driveAIS);
//%novectorize 
 extern i16  AI_Mux_Config (
	i16        slot,
	i16        numMuxBrds);
//%novectorize 
 extern i16  AI_Read (
	i16        slot,
	i16        chan,
	i16        gain,
	i16        * value);
//%output value
//%novectorize
 extern i16  AI_Setup (
	i16        slot,
	i16        chan,
	i16        gain);
//%novectorize 
 extern i16  AI_VRead (
	i16        slot,
	i16        chan,
	i16        gain,
	f64        * volts);
//%output volts
 extern i16  AI_VScale (
	i16        slot,
	i16        chan,
	i16        gain,
	f64        gainAdjust,
	f64        offset,
	i16        reading,
	f64        * voltage);
//%output voltage
//%novectorize
 extern i16  Align_DMA_Buffer (
	i16        slot,
	i16        resource,
	i16        * buffer,
	u32        cnt,
	u32        bufSize,
	u32        * alignIndex);
//%input buffer(cnt)
//%output alignIndex
//%novectorize 
 extern i16  AO_Calibrate (
	i16        board,
	i16        operation,
	i16        EEPROMloc);
//%novectorize 
 extern i16  AO_Configure (
	i16        slot,
	i16        chan,
	i16        outputPolarity,
	i16        IntOrExtRef,
	f64        refVoltage,
	i16        updateMode);
//%novectorize 
 extern i16  AO_Change_Parameter (
	i16        slot,
	i16        channel,
	u32        paramID,
	u32        paramValue);
//%novectorize 
 extern i16  AO_Update (
	i16        slot);
//%novectorize 
 extern i16  AO_VWrite (
	i16        slot,
	i16        chan,
	f64        voltage);
//%novectorize
 extern i16  AO_Write (
	i16        slot,
	i16        chan,
	i16        value);
//%novectorize 

 extern i16  Calibrate_E_Series (
	i16        deviceNumber,
	u32        calOp,
	u32        setOfCalConst,
	f64        calRefVolts);
//%novectorize 
 extern i16  Config_Alarm_Deadband (
	i16        slot,
	i16        mode,
	i8         * chanStr,
	f64        trigLvl,
	f64        deadbandWidth,
	HWND       handle,
	i16        alarmOnMsg,
	i16        alarmOffMsg,
	DAQEventCallBack callbackAddr);
//%nowrap
 extern i16  Config_ATrig_Event_Message (
	i16        slot,
	i16        mode,
	i8         * chanStr,
	f64        trigLvl,
	f64        winSize,
	i16        trigSlope,
	u32        skipCnt,
	u32        preTrigScans,
	u32        postTrigScans,
	HWND       handle,
	i16        msg,
	DAQEventCallBack callBackAddr);
//%nowrap
 extern i16  Config_DAQ_Event_Message (
	i16        slot,
	i16        mode,
	i8         * chanStr,
	i16        DAQEvent,
	i32        trigVal0,
	i32        trigVal1,
	u32        skipCnt,
	u32        preTrigScans,
	u32        postTrigScans,
	HWND       handle,
	i16        msg,
	DAQEventCallBack callBackAddr);
//%nowrap
 extern i16  Configure_HW_Analog_Trigger (
	i16        deviceNumber,
	u32        onOrOff,
	i32        lowValue,
	i32        highValue,
	u32        mode,
	u32        trigSource);
//%novectorize 
 extern i16  CTR_Config (
	i16        slot,
	i16        ctr,
	i16        edgeMode,
	i16        gateMode,
	i16        outType,
	i16        outPolarity);
//%novectorize 
 extern i16  CTR_EvCount (
	i16        slot,
	i16        ctr,
	i16        timebase,
	i16        cont);
//%novectorize 
 extern i16  CTR_EvRead (
	i16        slot,
	i16        ctr,
	i16        * overflow,
	u16        * counts);
//%output overflow
//%output counts
//%novectorize 
 extern i16  CTR_FOUT_Config (
	i16        slot,
	i16        FOUT,
	i16        mode,
	i16        timebase,
	i16        division);
//%novectorize 
 extern i16  CTR_Period (
	i16        slot,
	i16        ctr,
	i16        timebase);
//%novectorize 
 extern i16  CTR_Pulse (
	i16        slot,
	i16        ctr,
	i16        timebase,
	u16        delay,
	u16        pulseWidth);
//%novectorize 
 extern i16  CTR_Rate (
	f64        freq,
	f64        duty,
	i16        * timebase,
	u16        * period1,
	u16        * period2);
//%output timebase
//%output period1
//%output period2
//%novectorize 
 extern i16  CTR_Reset (
	i16        slot,
	i16        ctr,
	i16        outState);
//%novectorize 
 extern i16  CTR_Restart (
	i16        slot,
	i16        ctr);
//%novectorize 
 extern i16  CTR_Simul_Op (
	i16        slot,
	i16        numCtrs,
	i16        * ctrList,
	i16        mode);
//%input ctrList(numCtrs)
//%novectorize 
 extern i16  CTR_Square (
	i16        slot,
	i16        ctr,
	i16        timebase,
	u16        period1,
	u16        period2);
//%novectorize 
 extern i16  CTR_State (
	i16        slot,
	i16        ctr,
	i16        * outState);
//%output outState
//%novectorize 
 extern i16  CTR_Stop (
	i16        slot,
	i16        ctr);
//%novectorize 
 extern i16  DAQ_Check (
	i16        slot,
	i16        * status,
	u32        * retrieved);
//%output status
//%output retrieved
//%novectorize 
 extern i16  DAQ_Clear (
	i16        slot);
//%novectorize 
 extern i16  DAQ_Config (
	i16        slot,
	i16        startTrig,
	i16        extConv);
//%novectorize 
 extern i16  DAQ_DB_Config (
	i16        slot,
	i16        dbMode);
//%novectorize

 extern i16  DAQ_DB_HalfReady (
	i16        slot,
	i16        * halfReady,
	i16        * status);
//%output halfReady
//%output status
//%novectorize 

 extern i16  DAQ_DB_StrTransfer (
	i16        slot,
	i8         * buffer,
	u32        * ptsTfr,
	i16        * status);
//%nowrap
//%output buffer
//%output ptsTfr
//%output status
//%novectorize

 extern i16  DAQ_DB_Transfer (
	i16        slot,
	i16        * hbuffer,
	u32        * ptsTfr,
	i16        * status);
//%nowrap
extern i16  DAQ_Monitor (
	i16        slot,
	i16        chan,
	i16        seq,
	u32        monitorCnt,
	i16        * monitorBuf,
	u32        * newestIndex,
	i16        * status);
//%output monitorBuf(monitorCnt)
//%output newestIndex
//%output status
//%novectorize 
 extern i16  DAQ_Op (
	i16        slot,
	i16        chan,
	i16        gain,
	i16        * buffer,
	u32        cnt,
	f64        sampleRate);
//%output buffer(cnt)
//%novectorize 
 extern i16  DAQ_Rate (
	f64        rate,
	i16        units,
	i16        * timebase,
	u16        * sampleInt);
//%output timebase
//%output sampleInt
//%novectorize 
 extern i16  DAQ_Start (
	i16        slot,
	i16        chan,
	i16        gain,
	i16        * buffer,
	u32        cnt,
	i16        timebase,
	u16        sampInt);
//%nowrap
 extern i16  DAQ_StopTrigger_Config (
	i16        slot,
	i16        preTrig,
	u32        preTrigCnt);
//%novectorize 
 extern i16  DAQ_to_Disk (
	i16        slot,
	i16        chan,
	i16        gain,
	i8         * fileName,
	u32        cnt,
	f64        sampleRate,
	i16        concat);
//%novectorize 
 extern i16  DAQ_VScale (
	i16        slot,
	i16        chan,
	i16        gain,
	f64        gainAdjust,
	f64        offset,
	u32        cnt,
	i16        * binArray,
	f64        * voltArray);
//%input binArray(cnt)
//%output voltArray(cnt)
//%novectorize 
 extern i16  DIG_Block_Check (
	i16        slot,
	i16        grp,
	u32        * remaining);
//%output remaining
//%novectorize 
 extern i16  DIG_Block_Clear (
	i16        slot,
	i16        grp);
//%novectorize 
 extern i16  DIG_Block_In (
	i16        slot,
	i16        grp,
	i16        * buffer,
	u32        cnt);
//%output buffer(cnt*grp)
//%novectorize 
 extern i16  DIG_Block_Out (
	i16        slot,
	i16        grp,
	i16        * buffer,
	u32        cnt);
//%input buffer(cnt*grp)
//%novectorize 
 extern i16  DIG_Block_PG_Config (
	i16        slot,
	i16        grp,
	i16        PGmode,
	i16        reqSource,
	i16        timebase,
	u16        interval,
	i16        externalGate);
//%novectorize 
 extern i16  DIG_DB_Config (
	i16        slot,
	i16        grp,
	i16        DBMode,
	i16        oldDataStop,
	i16        partialTransfer);
//%novectorize 
 extern i16  DIG_DB_HalfReady (
	i16        slot,
	i16        grp,
	i16        * halfReady);
//%output halfReady
//%novectorize 
 extern i16  DIG_DB_StrTransfer (
	i16        slot,
	i16        grp,
	i8         * halfBuffer,
	u32        ptsTfr);
//%nowrap 
 extern i16  DIG_DB_Transfer (
	i16        slot,
	i16        grp,
	i16        * halfBuffer,
	u32        ptsTfr);
//%nowrap 
 extern i16  DIG_Grp_Config (
	i16        slot,
	i16        grp,
	i16        grpsize,
	i16        port,
	i16        direction);
//%novectorize 
 extern i16  DIG_Grp_Mode (
	i16        slot,
	i16        grp,
	i16        sigType,
	i16        edge,
	i16        reqpol,
	i16        ackpol,
	i16        settleTime);
//%novectorize 
 extern i16  DIG_Grp_Status (
	i16        slot,
	i16        grp,
	i16        * status);
//%output status
//%novectorize 
 extern i16  DIG_In_Grp (
	i16        slot,
	i16        grp,
	i16        * grp_pat);
//%output grp_pat
//%novectorize 
 extern i16  DIG_In_Line (
	i16        slot,
	i16        port,
	i16        linenum,
	i16        * status);
//%output status
//%novectorize 
 extern i16  DIG_In_Port (
	i16        slot,
	i16        port,
	i16        * pattern);
//%output pattern
//%novectorize 
 extern i16  DIG_Line_Config (
	i16        slot,
	i16        port,
	i16        linenum,
	i16        direction);
//%novectorize 
 extern i16  DIG_Out_Grp (
	i16        slot,
	i16        grp,
	i16        grp_pat);
//%novectorize 
 extern i16  DIG_Out_Line (
	i16        slot,
	i16        port,
	i16        linenum,
	i16        status);
//%novectorize 
 extern i16  DIG_Out_Port (
	i16        slot,
	i16        port,
	i16        pattern);
//%novectorize 
 extern i16  DIG_Prt_Config (
	i16        slot,
	i16        port,
	i16        latch_mode,
	i16        direction);
//%novectorize 
 extern i16  DIG_Prt_Status (
	i16        slot,
	i16        port,
	i16        * status);
//%output status
//%novectorize 
 extern i16  DIG_SCAN_Setup (
	i16        slot,
	i16        grp,
	i16        numPorts,
	i16        * portList,
	i16        direction);
//%input portList(numPorts)
//%novectorize