daq2.h

matlab daq sampling source code

	i16        * opMode,
	i16        * DAQboard);
//%output modulePresent
//%output opMode
//%output DAQboard
//%novectorize 
 extern i16  SCXI_Get_State (
	i16        chassisID,
	i16        module,
	i16        port,
	i16        channel,
	i32        * data);
//%output  data
//%novectorize 
 extern i16  SCXI_Get_Status (
	i16        chassisID,
	i16        module,
	i16        wait,
	i32        * data);
//%output  data
//%novectorize 
 extern i16  SCXI_Load_Config (
	i16        chassisID);
//%novectorize 
 extern i16  SCXI_MuxCtr_Setup (
	i16        slot,
	i16        enable,
	i16        scanDiv,
	u16        muxCtrVal);
//%novectorize 
 extern i16  SCXI_Reset (
	i16        chassisID,
	i16        moduleSlot);
//%novectorize 
 extern i16  SCXI_Scale (
	i16        chassisID,
	i16        module,
	i16        SCXIchannel,
	f64        SCXIgain,
	f64        TBgain,
	i16        DAQdevice,
	i16        DAQchannel,
	i16        DAQgain,
	u32        numPoints,
	i16        * binArray,
	f64        * voltArray);
//%input binArray(numPoints)
//%output voltArray(numPoints)
//%novectorize 
 extern i16  SCXI_SCAN_Setup (
	i16        chassisID,
	i16        numModules,
	i16        * modules,
	i16        * numChans,
	i16        * startChans,
	i16        DAQboard,
	i16        modeFlag);
//%input modules(numModules)
//%input numChans(numModules)
//%input startChans(numModules)
//%novectorize 
 extern i16  SCXI_Set_Config (
	i16        chassisID,
	i16        chassisType,
	i16        address,
	i16        commMode,
	i16        slotOrCOMM,
	i16        numSlots,
	i32        * moduleTypes,
	i16        * opModes,
	i16        * DAQboards);
//%input moduleTypes(numSlots)
//%input opModes(numSlots)
//%input DAQboards(numSlots)
//%novectorize 
 extern i16  SCXI_Set_Gain (
	i16        chassisID,
	i16        module,
	i16        channel,
	f64        gain);
//%novectorize 
 extern i16  SCXI_Set_Input_Mode (
	i16        chassisID,
	i16        module,
	i16        inputMode);
//%novectorize 
 extern i16  SCXI_Set_State (
	i16        chassisID,
	i16        module,
	i16        port,
	i16        channel,
	i32        data);
//%novectorize 
 extern i16  SCXI_Single_Chan_Setup (
	i16        chassisID,
	i16        module,
	i16        chan,
	i16        DAQboard);
//%novectorize 
 extern i16  SCXI_Track_Hold_Control (
	i16        chassisID,
	i16        module,
	i16        state,
	i16        DAQboard);
//%novectorize 
 extern i16  SCXI_Track_Hold_Setup (
	i16        chassisID,
	i16        module,
	i16        mode,
	i16        source,
	i16        send,
	i16        holdCnt,
	i16        DAQboard);
//%novectorize 
 extern i16  Select_Signal (
	i16        deviceNumber,
	u32        signal,
	u32        source,
	u32        sourceSpec);
//%novectorize 
 extern i16  Set_DAQ_Device_Info (
	i16        deviceNumber,
	u32        infoType,
	u32        infoVal);
//%novectorize 
 extern i16  Timeout_Config (
	i16        slot,
	i32        numTicks);
//%novectorize 
 extern i16  Trigger_Window_Config (
	i16        slot,
	i16        mode,
	u16        windowSize);
//%novectorize 
 extern i16  WFM_Chan_Control (
	i16        slot,
	i16        channel,
	i16        operation);
//%novectorize 
 extern i16  WFM_Check (
	i16        slot,
	i16        channel,
	i16        * status,
	u32        * pointsDone,
	u32        * itersDone);
//%output status
//%output pointsDone
//%output itersDone
//%novectorize 
 extern i16  WFM_ClockRate (
	i16        slot,
	i16        group,
	i16        whickClock,
	i16        timebase,
	u32        updateInterval,
	i16        mode);
//%novectorize 
 extern i16  WFM_DB_Config (
	i16        slot,
	i16        numChans,
	i16        * chanVect,
	i16        DBMode,
	i16        oldDataStop,
	i16        partialTransfer);
//%input chanVect(numChans)
//%novectorize 
 extern i16  WFM_DB_HalfReady (
	i16        slot,
	i16        numChans,
	i16        * chanVect,
	i16        * halfReady);
//%input chanVect(numChans)
//%output halfReady
//%novectorize 
 extern i16  WFM_DB_Transfer (
	i16        slot,
	i16        numChans,
	i16        * chanVect,
	i16        * buffer,
	u32        cnt);
//%input chanVect(numChans)
//%output buffer(cnt)
//%novectorize 
 extern i16  WFM_DB_StrTransfer (
	i16        slot,
	i16        numChans,
	i16        * chanVect,
	i8         * strBuffer,
	u32        cnt);
//%input chanVect(numChans)
//%output strBuffer(cnt)
//%novectorize 
 extern i16  WFM_from_Disk (
	i16        slot,
	i16        numChans,
	i16        * chanVect,
	i8         * fileName,
	u32        startPts,
	u32        endPts,
	u32        iterations,
	f64        rate);
//%input chanVect(numChans)
//%novectorize 
 extern i16  WFM_Group_Control (
	i16        slot,
	i16        group,
	i16        operation);
//%novectorize 
 extern i16  WFM_Group_Setup (
	i16        slot,
	i16        numChans,
	i16        * chanVect,
	i16        group);
//%input chanVect(numChans)
//%novectorize 
 extern i16  WFM_Load (
	i16        slot,
	i16        numChans,
	i16        * chanVect,
	i16        * buffer,
	u32        cnt,
	u32        iterations,
	i16        mode);
//%input chanVect(numChans)
//%input buffer(cnt)
//%novectorize 
 extern i16  WFM_Op (
	i16        slot,
	i16        numChans,
	i16        * chanVect,
	i16        * buffer,
	u32        cnt,
	u32        iterations,
	f64        rate);
//%input chanVect(numChans)
//%input buffer(cnt)
//%novectorize 
 extern i16  WFM_Rate (
	f64        rate,
	i16        units,
	i16        * timebase,
	u32        * updateInterval);
//%output timebase
//%output updateInterval
//%novectorize 
 extern i16  WFM_Scale (
	i16        slot,
	i16        chan,
	u32        cnt,
	f64        gain,
	f64        * voltArray,
	i16        * binArray);
//%input voltArray(cnt)
//%output binArray(cnt)
//%novectorize 
 extern i16  AI_Scale (
	i16        slot,
	i16        gain,
	i16        value,
	f64        * voltage);
//%output voltage
//%novectorize 
 extern i16  AI_Config (
	i16        slot,
	i16        singOrDiff,
	i16        range,
	i16        uniOrBi);
//%nowrap
 extern i16  AO_Config (
	i16        slot,
	i16        chan,
	i16        outputPolarity,
	f64        refVoltage,
	i16        updateMode);
//%nowrap
 extern i16  DAQ_Scale (
	i16        slot,
	i16        gain,
	u32        cnt,
	i16        * rawData,
	f64        * scaledData);
//%nowrap
 extern i16  DAQ_Trigger_Config (
	i16        slot,
	i16        preTrig,
	u32        preTrigCnt);
//%nowrap
 extern i16  Get_DA_Brds_Info (
	i16        slot,
	i16        * brdCode,
	i16        * baseAddr,
	i16        * irq1Lvl,
	i16        * irq2Lvl,
	i16        * irqTrigMode,
	i16        * dma1Lvl,
	i16        * dma2Lvl,
	i16        * daqMode);
//%nowrap
 extern i16  Lab_SCAN_Check (
	i16        slot,
	i16        * status,
	u32        * retrieved,
	i16        * finalScanOrder);
//%nowrap
 extern i16  Lab_SCAN_Op (
	i16        slot,
	i16        numChans,
	i16        gain,
	i16        * buffer,
	u32        cnt,
	f64        sampleRate,
	i16        * finalScanOrder);
//%nowrap
 extern i16  Lab_SCAN_Start (
	i16        slot,
	i16        numChans,
	i16        gain,
	i16        * buffer,
	u32        cnt,
	i16        timebase,
	u16        sampleInt);
//%nowrap
 extern i16  Lab_SCAN_to_Disk (
	i16        slot,
	i16        numChans,
	i16        gain,
	i8         * fileName,
	u32        cnt,
	f64        sampleRate,
	i16        concat);
//%nowrap
 extern i16  MIO16_F5_Config (
	i16        slot,
	i16        dither);
//%nowrap
 extern i16  MIO16_F5_Calibrate (
	i16        slot,
	i16        calOP,
	i16        saveNewCal,
	i16        EEPROMloc,
	i16        CalRefChan,
	i16        DAC0Chan,
	i16        DAC1Chan,
	f64        calRefVolts,
	i16        refLoc);
//%nowrap
 extern i16  Set_DAQ_Mode (
	i16        slot,
	i16        newDaqMode);
//%nowrap
 extern i16  WF_Check (
	i16        slot,
	i16        chan,
	i16        * status,
	u32        * itersDone,
	u32        * nextPoINTEGER);
//%nowrap
 extern i16  WF_Clear (
	i16        slot);
//%nowrap
 extern i16  WF_DB_Config (
	i16        slot,
	i16        chan,
	i16        DBmode,
	i16        oldDataStop);
//%nowrap
 extern i16  WF_DB_StrTransfer (
	i16        slot,
	i16        chan,
	i8         * buffer,
	u32        cnt);
//%nowrap
 extern i16  WF_DB_Transfer (
	i16        slot,
	i16        chan,
	i16        * buffer,
	u32        cnt);
//%nowrap
 extern i16  WF_from_Disk (
	i16        slot,
	i16        chan,
	i8         * fileName,
	u32        iters,
	f64        rate,
	u32        startPt,
	u32        endPt);
//%nowrap
 extern i16  WF_Load (
	i16        slot,
	i16        chan,
	i16        * buffer,
	u32        cnt,
	u32        iterations);
//%nowrap
 extern i16  WF_Op (
	i16        slot,
	i16        chan,
	i16        * buf0,
	i16        * buf1,
	u32        cnt0,
	u32        cnt1,
	u32        iters0,
	u32        iters1,
	f64        rate);
//%nowrap
 extern i16  WF_Pause (
	i16        slot);
//%nowrap
 extern i16  WF_Rate (
	f64        rate,
	i16        units,
	i16        * timebase,
	u16        * updateInt);
//%nowrap
 extern i16  WF_Resume (
	i16        slot);
//%nowrap
 extern i16  WF_Scale (
	i16        slot,
	i16        chan,
	u32        cnt,
	f64        gain,
	f64        * realArray,
	i16        * intArray);
//%nowrap
 extern i16  WF_Start (
	i16        slot,
	i16        timebase,
	u16        updateInt);
//%nowrap
 extern i16  WFM_UpdateRate (
	i16        slot,
	i16        group,
	i16        timebase,
	u32        updateInterval,
	i16        mode);
//%nowrap
 extern i16  AI_Read_Scan (
	i16        slot,
	i16        * reading);
//%nowrap
 extern i16  AI_VRead_Scan (
	i16        slot,
	f64        * reading);
//%nowrap
 extern i16  SCXI_Slot_Select (
	i16        scxiID,
	i16        module);
//%nowrap
 extern i16  SCXI_Test_MISO (
	i16        scxiID,
	u16        * value);
//%nowrap
 extern i16  DIG_DBX_HalfReady (
	i16        slot,
	i16        grp,
	i16        * halfReady,
	u32        * wraps,
	u32        * scans);
//%nowrap
 extern i16  USE_E_Series (
	void);
//%nowrap
 extern i16  USE_E_Series_AI (
	void);
//%nowrap
 extern i16  USE_E_Series_AO (
	void);
//%nowrap
 extern i16  USE_E_Series_DIO (
	void);
//%nowrap
 extern i16  USE_E_Series_GPCTR (
	void);
//%nowrap
 extern i16  USE_E_Series_GPCTR_Simple (
	void);
//%nowrap
 extern i16  USE_E_Series_Misc (
	void);
//%nowrap
 extern i16  USE_E_Series_WFM (
	void);
//%nowrap
 extern i16  AO_VScale (
	i16        slot,
	i16        chan,
	f64        voltage,
	i16        * value);
//%output value
 extern i16  GPCTR_Change_Parameter (
	i16        deviceNumber,
	u32        gpCounterNumber,
	u32        paramID,
	u32        paramValue);

 extern i16  USE_E_Series_DAQ (
	void);
//%nowrap
 extern i16  Get_ES_Device_Info (
	i16        deviceNumber,
	u32        infoType,
	u32        * infoVal);
//%nowrap