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MinXuan/Include/usbdask.h
wumin 53d6e295cc first commit115
2024-01-15 07:24:03 +08:00

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#ifndef _USBDASK_H
#define _USBDASK_H
#ifdef __cplusplus
extern "C" {
#endif
#include <Windows.h>
/*
* DASK Data Types
*/
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 LONGLONG I64;
/*
* ADLink USBDAQ Module Type
*/
typedef enum _USBDAQ_TYPE_ {
USB_1902 = 1,
USB_1903, // USB_1902A
USB_1901, // USB_1902L
USB_2401,
USB_7250,
USB_7230,
USB_2405,
USB_1210,
USB_2401A3,
USB_101,
NUM_USBDAQ_TYPE
// NUM_MODULE_TYPE = USB_2405 + 1,
// 2012Dec16, Jeff remove NUM_MODULE_TYPE enumeration
} USBDAQ_TYPE;
typedef struct _USBDAQ_INFO {
USHORT wModuleType; // Card Type: USB_19020 (1)
USHORT wCardID; // Card ID configured with onboard DIP-Switch
} USBDAQ_DEVICE, *PUSBDAQ_DEVICE;
typedef struct _CAL_INFO_1902 {
union {
struct {
ULONG AI_Offset[2]; // Offset Calibration for AI GAIN[1,5,10,50]
ULONG AI_Gain[2]; // Gain Calibration for AI GAIN[1,5,10,50]
ULONG AO_Offset; // Offset Calibration for AO0 and AO1
ULONG AO_Gain; // Gain Calibration for AO0 and AO1
} CalInfo;
UCHAR bValue[24];
} CalInfo_1902;
}
CAL_INFO_1902;
typedef struct _CAL_INFO_1903 {
union {
struct {
ULONG AI_Offset[4]; // Offset Calibration for AI0~AI7 GAIN[10]
ULONG AI_Gain[4]; // Gain Calibration for AI0~AI7 GAIN[10]
} CalInfo;
UCHAR bValue[32];
} CalInfo_1903;
}
CAL_INFO_1903;
typedef struct _CAL_CHAN_INFO_2401 {
union {
struct {
ULONG Vol_Offset[4]; // Offset Calibration for AI [25V, 12.5V, 2.5V, 3.125mV]
ULONG Vol_Gain[4]; // Gain Calibration for AI [25V, 12.5V, 2.5V, 3.125mV]
ULONG Cur_Offset; // Offset Calibration for Current [20mA]
ULONG Cur_Gain; // Gain Calibration for Current [20mA]
ULONG RTD_Offset[4]; // Offset Calibration for RTD 4/3/2-wire [1mA] and Resistor [100uA]
ULONG RTD_Gain[4]; // Gain Calibration for RTD 4/3/2-wire [1mA] and Resistor [100uA]
ULONG TC_Offset; // Offset Calibration for ThermoCouple [1mA]
ULONG TC_Gain; // Gain Calibration for ThermoCouple [1mA]
ULONG LC_Offset; // Offset Calibration for LoadCellCouple [1mA]
ULONG LC_Gain; // Gain Calibration for LoadCellCouple [1mA]
ULONG Reserved_Offset; // Reserved for future use
ULONG Reserved_Gain; // Reserved for future use
} ChanCalInfo;
UCHAR bValue[96];
} ChanCalInfo_2401;
} CAL_CHAN_INFO_2401;
typedef struct {
union {
struct {
ULONG LC_Offset_350Ohm_full; // Offset Calibration for LoadCellCouple [1mA]
ULONG LC_Gain_350Ohm_full; // Gain Calibration for LoadCellCouple [1mA]
ULONG LC_Offset_350Ohm_half; // Offset Calibration for LoadCellCouple [1mA]
ULONG LC_Gain_350Ohm_half; // Gain Calibration for LoadCellCouple [1mA]
ULONG LC_Offset_120Ohm_full; // Offset Calibration for LoadCellCouple [1mA]
ULONG LC_Gain_120Ohm_full; // Gain Calibration for LoadCellCouple [1mA]
ULONG LC_Offset_120Ohm_half; // Offset Calibration for LoadCellCouple [1mA]
ULONG LC_Gain_120Ohm_half; // Gain Calibration for LoadCellCouple [1mA]
//ULONG Checksum; // Reserved for future use
} ChanCalInfo_LC;
UCHAR bValue[32];
} ChanCalInfo_2401_LC;
} CAL_CHAN_INFO_2401_LC;
typedef struct _QC_INFO_1902 {
union {
struct {
double RefVoltage[4]; // Actual Voltage of onboard Reference-Voltage
USHORT Trimmer; // Only Low-byet is required
USHORT Reserved[3]; // reserved WORD
} QCInfo;
UCHAR bValue[40];
} QCInfo_1902;
}
QC_INFO_1902;
typedef struct _VOLT_INFO_2405 {
union {
struct {
double RefVoltage[2]; // Actual Voltage of onboard Reference-Voltage
} VoltInfo;
UCHAR bValue[16];
} VoltInfo_2405;
}
VOLT_INFO_2405;
typedef struct _CAL_INFO_2405 {
union {
struct {
ULONG AI_Offset[4]; // Offset Calibration for 4 AI (128K Samples/s)
ULONG AI_Gain[4]; // Gain Calibration for 4 AI (128K Samples/s)
} CalInfo;
UCHAR bValue[32];
} CalInfo_2405;
}
CAL_INFO_2405;
typedef struct _VOLT_INFO_1210 {
union {
struct {
double RefVoltage[3]; // Actual Voltage of onboard Reference-Voltage
} VoltInfo;
UCHAR bValue[24];
} VoltInfo_1210;
}
VOLT_INFO_1210;
typedef struct _CAL_INFO_1210 {
union {
struct {
ULONG AI_Offset[4]; // Offset Calibration settings for <20><>9V or <20><>1.5V
ULONG AI_Gain[4]; // Gain Calibration settings for <20><>9V or <20><>1.5V
} CalInfo;
UCHAR bValue[32];
} CalInfo_1210;
}
CAL_INFO_1210;
// 2013July16, Jeff extends the MAX_USB_DEVICE definition
#define MAX_USB_DEVICE 8
//#define MAX_USB_DEVICE 32
/*
* Error Number
*/
#define NoError 0
#define ErrorUnknownCardType -1
#define ErrorInvalidCardNumber -2
#define ErrorTooManyCardRegistered -3
#define ErrorCardNotRegistered -4
#define ErrorFuncNotSupport -5
#define ErrorInvalidIoChannel -6
#define ErrorInvalidAdRange -7
#define ErrorContIoNotAllowed -8
#define ErrorDiffRangeNotSupport -9
#define ErrorLastChannelNotZero -10
#define ErrorChannelNotDescending -11
#define ErrorChannelNotAscending -12
#define ErrorOpenDriverFailed -13
#define ErrorOpenEventFailed -14
#define ErrorTransferCountTooLarge -15
#define ErrorNotDoubleBufferMode -16
#define ErrorInvalidSampleRate -17
#define ErrorInvalidCounterMode -18
#define ErrorInvalidCounter -19
#define ErrorInvalidCounterState -20
#define ErrorInvalidBinBcdParam -21
#define ErrorBadCardType -22
#define ErrorInvalidDaRefVoltage -23
#define ErrorAdTimeOut -24
#define ErrorNoAsyncAI -25
#define ErrorNoAsyncAO -26
#define ErrorNoAsyncDI -27
#define ErrorNoAsyncDO -28
#define ErrorNotInputPort -29
#define ErrorNotOutputPort -30
#define ErrorInvalidDioPort -31
#define ErrorInvalidDioLine -32
#define ErrorContIoActive -33
#define ErrorDblBufModeNotAllowed -34
#define ErrorConfigFailed -35
#define ErrorInvalidPortDirection -36
#define ErrorBeginThreadError -37
#define ErrorInvalidPortWidth -38
#define ErrorInvalidCtrSource -39
#define ErrorOpenFile -40
#define ErrorAllocateMemory -41
#define ErrorDaVoltageOutOfRange -42
#define ErrorDaExtRefNotAllowed -43
#define ErrorDIODataWidthError -44
#define ErrorTaskCodeError -45
#define ErrorTriggercountError -46
#define ErrorInvalidTriggerMode -47
#define ErrorInvalidTriggerType -48
#define ErrorInvalidCounterValue -50
#define ErrorInvalidEventHandle -60
#define ErrorNoMessageAvailable -61
#define ErrorEventMessgaeNotAdded -62
#define ErrorCalibrationTimeOut -63
#define ErrorUndefinedParameter -64
#define ErrorInvalidBufferID -65
#define ErrorInvalidSampledClock -66
#define ErrorInvalidOperationMode -67
/*Error number for driver API*/
#define ErrorConfigIoctl -201
#define ErrorAsyncSetIoctl -202
#define ErrorDBSetIoctl -203
#define ErrorDBHalfReadyIoctl -204
#define ErrorContOPIoctl -205
#define ErrorContStatusIoctl -206
#define ErrorPIOIoctl -207
#define ErrorDIntSetIoctl -208
#define ErrorWaitEvtIoctl -209
#define ErrorOpenEvtIoctl -210
#define ErrorCOSIntSetIoctl -211
#define ErrorMemMapIoctl -212
#define ErrorMemUMapSetIoctl -213
#define ErrorCTRIoctl -214
#define ErrorGetResIoctl -215
#define ErrorCalIoctl -216
#define ErrorPMIntSetIoctl -217
// Jeff added
#define ErrorAccessViolationDataCopy -301
#define ErrorNoModuleFound -302
#define ErrorCardIDDuplicated -303
#define ErrorCardDisconnected -304
#define ErrorInvalidScannedIndex -305
#define ErrorUndefinedException -306
#define ErrorInvalidDioConfig -307
#define ErrorInvalidAOCfgCtrl -308
#define ErrorInvalidAOTrigCtrl -309
#define ErrorConflictWithSyncMode -310
#define ErrorConflictWithFifoMode -311
#define ErrorInvalidAOIteration -312
#define ErrorZeroChannelNumber -313
#define ErrorSystemCallFailed -314
#define ErrorTimeoutFromSyncMode -315
#define ErrorInvalidPulseCount -316
#define ErrorInvalidDelayCount -317
#define ErrorConflictWithDelay2 -318
#define ErrorAOFifoCountTooLarge -319
#define ErrorConflictWithWaveRepeat -320
#define ErrorConflictWithReTrig -321
#define ErrorInvalidTriggerChannel -322
#define ErrorInvalidInputSignal -323
#define ErrorInvalidConversionSrc -324
#define ErrorInvalidRefVoltage -325
#define ErrorCalibrateFailed -326
#define ErrorInvalidCalData -327
#define ErrorChanGainQueueTooLarge -328
#define ErrorInvalidCardType -329
#define ErrorInvalidSyncMode -330
#define ErrorIICVersion -331
#define ErrorFX2UpgradeFailed -332
#define ErrorInvalidReadCount -333
#define ErrorTEDSInvalidSensorNo -334
#define ErroeTEDSAccessTimeout -335
#define ErrorTEDSChecksumFailed -336
#define ErrorTEDSNotIEEE1451_4 -337
#define ErrorTEDSInvalidTemplateID -338
#define ErrorTEDSInvalidPrecisionValue -339
#define ErrorTEDSUnsupportedTemplate -340
#define ErrorTEDSInvalidPropertyID -341
#define ErrorTEDSNoRawData -342
#define ErrorInvalidChannel -397
#define ErrorNullPoint -398
#define ErrorInvalidParamSetting -399
// -401 ~ -499 the Kernel error
#define ErrorAIStartFailed -401
#define ErrorAOStartFailed -402
#define ErrorConflictWithGPIOConfig -403
#define ErrorEepromReadback -404
#define ErrorConflictWithInfiniteOp -405
#define ErrorWaitingUSBHostResponse -406
#define ErrorAOFifoModeTimeout -407
#define ErrorInvalidModuleFunction -408
#define ErrorAdFifoFull -409
#define ErrorInvalidTransferCount -410
#define ErrorConflictWithAIConfig -411
#define ErrorDDSConfigFailed -412
#define ErrorFpgaAccessFailed -413
#define ErrorPLDBusy -414
#define ErrorPLDTimeout -415
#define ErrorURBVendorRequestFailed -416
#define ErrorUndefinedKernelError -420
// the functions supported in the future
#define ErrorSyncModeNotSupport -501
/*
* AD Range
*/
#define AD_B_10_V 1
#define AD_B_5_V 2
#define AD_B_2_5_V 3
#define AD_B_1_25_V 4
#define AD_B_0_625_V 5
#define AD_B_0_3125_V 6
#define AD_B_0_5_V 7
#define AD_B_0_05_V 8
#define AD_B_0_005_V 9
#define AD_B_1_V 10
#define AD_B_0_1_V 11
#define AD_B_0_01_V 12
#define AD_B_0_001_V 13
#define AD_U_20_V 14
#define AD_U_10_V 15
#define AD_U_5_V 16
#define AD_U_2_5_V 17
#define AD_U_1_25_V 18
#define AD_U_1_V 19
#define AD_U_0_1_V 20
#define AD_U_0_01_V 21
#define AD_U_0_001_V 22
#define AD_B_2_V 23
#define AD_B_0_25_V 24
#define AD_B_0_2_V 25
#define AD_U_4_V 26
#define AD_U_2_V 27
#define AD_U_0_5_V 28
#define AD_U_0_4_V 29
#define AD_B_1_5_V 30
#define AD_B_0_2125_V 31
#define AD_B_40_V 32 // PCI-9527 AI
#define AD_B_3_16_V 33 // PCI-9527 AI
#define AD_B_0_316_V 34 // PCI-9527 AI
#define AD_B_25_V 35 // Jeff added for USB-2401 AI
#define AD_B_12_5_V 36
/*------------------*/
/* Common Constants */
/*------------------*/
/* T or F*/
#define TRUE 1
#define FALSE 0
/*Synchronous Mode*/
#define SYNCH_OP 1
#define ASYNCH_OP 2
// Input Type
#define UD_AI_NonRef_SingEnded 0x01
#define UD_AI_SingEnded 0x02
#define UD_AI_Differential 0x04
#define UD_AI_PseudoDifferential 0x08
// Input Coupling
// Input Coupling
#define UD_AI_EnableIEPE 0x100
#define UD_AI_DisableIEPE 0x200
#define UD_AI_Coupling_AC 0x400
#define UD_AI_Coupling_None 0x800
// Conversion Source
#define UD_AI_CONVSRC_INT 0x01
#define UD_AI_CONVSRC_EXT 0x02
// wTrigCtrl in UD_AI_Trigger_Config()
// Trigger Source (bit9:0)
#define UD_AI_TRGSRC_AI0 0x0200
#define UD_AI_TRGSRC_AI1 0x0201
#define UD_AI_TRGSRC_AI2 0x0202
#define UD_AI_TRGSRC_AI3 0x0203
#define UD_AI_TRGSRC_AI4 0x0204
#define UD_AI_TRGSRC_AI5 0x0205
#define UD_AI_TRGSRC_AI6 0x0206
#define UD_AI_TRGSRC_AI7 0x0207
#define UD_AI_TRGSRC_AI8 0x0208
#define UD_AI_TRGSRC_AI9 0x0209
#define UD_AI_TRGSRC_AI10 0x020A
#define UD_AI_TRGSRC_AI11 0x020B
#define UD_AI_TRGSRC_AI12 0x020C
#define UD_AI_TRGSRC_AI13 0x020D
#define UD_AI_TRGSRC_AI14 0x020E
#define UD_AI_TRGSRC_AI15 0x020F
#define UD_AI_TRGSRC_SOFT 0x0380
#define UD_AI_TRGSRC_DTRIG 0x0388
// Trigger Edge (bit14)
#define UD_AI_TrigPositive 0x4000
#define UD_AI_TrigNegative 0x0000
// Trigger Edge (bit14)
#define UD_AI_Gate_PauseLow 0x4000
#define UD_AI_Gate_PauseHigh 0x0000
// ReTrigger (bit13)
#define UD_AI_EnReTrigger 0x2000 // 0x02000000
#define UD_AI_DisReTrigger 0x0000 // 0x00000000
// AI Trigger Mode
#define UD_AI_TRGMOD_POST 0x0000 // 0x00000000
#define UD_AI_TRGMOD_DELAY 0x4000 // 0x40000000
#define UD_AI_TRGMOD_PRE 0x8000 // 0x80000000
#define UD_AI_TRGMOD_MIDDLE 0xC000 // 0xC0000000
#define UD_AI_TRGMOD_GATED 0x1000 // 0x10000000
// AO Trigger Source (bit9:0)
#define UD_AO_TRGSRC_SOFT 0x0380
#define UD_AO_TRGSRC_DTRIG 0x0388
// AO Trigger Mode
#define UD_AO_TRGMOD_POST 0x0000
// AO Trigger Edge (bit14)
#define UD_AO_TrigPositive 0x4000
#define UD_AO_TrigNegative 0x0000
// AO Conversion Source
#define UD_AO_CONVSRC_INT 0x01
#define UD_AO_CONVSRC_EXT 0x02
// DIO_Config
#define UD_DIO_DIGITAL_INPUT 0x30
#define UD_DIO_COUNTER_INPUT 0x31
#define UD_DIO_DIGITAL_OUTPUT 0x32
#define UD_DIO_PULSE_OUTPUT 0x33
/*---------------------------------*/
/* TEDS Property IDs */
/*---------------------------------*/
#define UD_TEDS_PROPERTY_TEMPLATE 1
#define UD_TEDS_PROPERTY_ElecSigType 2
#define UD_TEDS_PROPERTY_PhysMeasType 3
#define UD_TEDS_PROPERTY_MinPhysVal 4
#define UD_TEDS_PROPERTY_MaxPhysVal 5
#define UD_TEDS_PROPERTY_MinElecVal 6
#define UD_TEDS_PROPERTY_MaxElecVal 7
#define UD_TEDS_PROPERTY_MapMeth 8
#define UD_TEDS_PROPERTY_BridgeType 9
#define UD_TEDS_PROPERTY_SensorImped 10
#define UD_TEDS_PROPERTY_RespTime 11
#define UD_TEDS_PROPERTY_ExciteAmplNom 12
#define UD_TEDS_PROPERTY_ExciteAmplMin 13
#define UD_TEDS_PROPERTY_ExciteAmplMax 14
#define UD_TEDS_PROPERTY_CalDate 15
#define UD_TEDS_PROPERTY_CalInitials 16
#define UD_TEDS_PROPERTY_CalPeriod 17
#define UD_TEDS_PROPERTY_MeasID 18
/*------------------------*/
/* Constants for USB-1902 */
/*------------------------*/
// wConfigCtrl in UD_AI_1902_Config()
/*Input Type*/ // bit 7:6 in AI_CONFG
// 2011April29, Jeff changed
#define P1902_AI_NonRef_SingEnded 0x00
#define P1902_AI_SingEnded 0x01
#define P1902_AI_PseudoDifferential 0x02
#define P1902_AI_Differential P1902_AI_PseudoDifferential
/*Conversion Source*/ // bit 9 in AI_ACQMCR
#define P1902_AI_CONVSRC_INT 0x00
#define P1902_AI_CONVSRC_EXT 0x80
// wTrigCtrl in UD_AI_1902_Config()
/*Trigger Source*/ // bit 8:3 in AI_ACQMCR
#define P1902_AI_TRGSRC_AI0 0x020
#define P1902_AI_TRGSRC_AI1 0x021
#define P1902_AI_TRGSRC_AI2 0x022
#define P1902_AI_TRGSRC_AI3 0x023
#define P1902_AI_TRGSRC_AI4 0x024
#define P1902_AI_TRGSRC_AI5 0x025
#define P1902_AI_TRGSRC_AI6 0x026
#define P1902_AI_TRGSRC_AI7 0x027
#define P1902_AI_TRGSRC_AI8 0x028
#define P1902_AI_TRGSRC_AI9 0x029
#define P1902_AI_TRGSRC_AI10 0x02A
#define P1902_AI_TRGSRC_AI11 0x02B
#define P1902_AI_TRGSRC_AI12 0x02C
#define P1902_AI_TRGSRC_AI13 0x02D
#define P1902_AI_TRGSRC_AI14 0x02E
#define P1902_AI_TRGSRC_AI15 0x02F
#define P1902_AI_TRGSRC_SOFT 0x030
#define P1902_AI_TRGSRC_DTRIG 0x031
/*Trigger Edge*/ // bit 2 in AI_ACQMCR
#define P1902_AI_TrgPositive 0x040
#define P1902_AI_TrgNegative 0x000
/*Gated Trigger Level*/ // bit 2 in AI_ACQMCR
#define P1902_AI_Gate_PauseLow 0x000
#define P1902_AI_Gate_PauseHigh 0x040
/*Trigger Mode*/
#define P1902_AI_TRGMOD_POST 0x000
#define P1902_AI_TRGMOD_GATED 0x080
#define P1902_AI_TRGMOD_DELAY 0x100
/*ReTrigger*/ // bit 25 in AI_ACQMCR
#define P1902_AI_EnReTigger 0x200
/**/
/*
* AO Constants
*/
/*Conversion Source*/
#define P1902_AO_CONVSRC_INT 0x00
#define P1902_AO_TRIG_CTRL_MASK (~0x00000711)
/*Trigger Mode*/
#define P1902_AO_TRGMOD_POST 0x00
#define P1902_AO_TRGMOD_DELAY 0x01
/*Trigger Source*/ // bit 24 in AO_TCFIGR
#define P1902_AO_TRGSRC_SOFT 0x00
#define P1902_AO_TRGSRC_DTRIG 0x10
/*Trigger Edge*/ // bit 25 in AI_ACQMCR
#define P1902_AO_TrgPositive 0x100
#define P1902_AO_TrgNegative 0x000
/*Enable Re-Trigger*/ // bit 10 in AO_TCFIGR
#define P1902_AO_EnReTigger 0x200
/* Flag for AO Waveform Seperation Interval COunt Register (AO_WSIC) */
#define P1902_AO_EnDelay2 0x400
/*------------------------*/
/* Constants for USB-2401 */
/*------------------------*/
// wConfigCtrl in UD_AI_2401_Config()
/*Input Type*/ // V >=2.5V, V<2.5, Current, RTD (4 wire), RTD (3-wire), RTD (2-wire), Resistor, Thermocouple, Full-Bridge, Half-Bridge
#define P2401_Voltage_2D5V_Above 0x00
#define P2401_Voltage_2D5V_Below 0x01
#define P2401_Current 0x02
#define P2401_RTD_4_Wire 0x03
#define P2401_RTD_3_Wire 0x04
#define P2401_RTD_2_Wire 0x05
#define P2401_Resistor 0x06
#define P2401_ThermoCouple 0x07
#define P2401_Full_Bridge 0x08
#define P2401_Half_Bridge 0x09
#define P2401_ThermoCouple_Differential 0x0A // for USB-2401 A3 and newer devices.
#define P2401_350Ohm_Full_Bridge 0x0B
#define P2401_350Ohm_Half_Bridge 0x0C
#define P2401_120Ohm_Full_Bridge 0x0D
#define P2401_120Ohm_Half_Bridge 0x0E
/*Conversion Source*/ // bit 9 in AI_ACQMCR
#define P2401_AI_CONVSRC_INT 0x00
// wTrigCtrl in UD_AI_2401_Config()
/*Trigger Source*/ // bit 8:3 in AI_ACQMCR
#define P2401_AI_TRGSRC_SOFT 0x030
#define P2401_AI_TRGSRC_DTRIG 0x031
/*Trigger Edge*/ // bit 2 in AI_ACQMCR
#define P2401_AI_TrgPositive 0x040
#define P2401_AI_TrgNegative 0x000
/*Trigger Mode*/
#define P2401_AI_TRGMOD_POST 0x000
// wMAvgStageCh1 ~ wMAvgStageCh4 in UD_AI_2401_PollConfig()
#define P2401_Polling_MAvg_Disable 0x00
#define P2401_Polling_MAvg_2_Sampes 0x01
#define P2401_Polling_MAvg_4_Sampes 0x02
#define P2401_Polling_MAvg_8_Sampes 0x03
#define P2401_Polling_MAvg_16_Sampes 0x04
// wEnContPolling in UD_AI_2401_PollConfig()
#define P2401_Continue_Polling_Disable 0x00
#define P2401_Continue_Polling_Enable 0x01
// wPollSpeed in UD_AI_2401_PollConfig()
#define P2401_ADC_2000_SPS 0x09
#define P2401_ADC_1000_SPS 0x08
#define P2401_ADC_640_SPS 0x07
#define P2401_ADC_320_SPS 0x06
#define P2401_ADC_160_SPS 0x05
#define P2401_ADC_80_SPS 0x04
#define P2401_ADC_40_SPS 0x03
#define P2401_ADC_20_SPS 0x02
/*
* DDS Constants
*/
#define P2405_AI_MaxDDSFreq 128000
#define P2405_AI_MinDDSFreq 1000
// #define P2405_AI_POLLING_RATE 20000.0f // (20K = 10240K/512 )
/*
* AI Constants
*/
/*AI Select Channel*/
#define P2405_AI_CH_0 0
#define P2405_AI_CH_1 1
#define P2405_AI_CH_2 2
#define P2405_AI_CH_3 3
/*Input Coupling*/
#define P2405_AI_EnableIEPE 0x00000004
#define P2405_AI_DisableIEPE 0x00000008
#define P2405_AI_Coupling_AC 0x00000010
#define P2405_AI_Coupling_None 0x00000020
/*Input Type*/
#define P2405_AI_Differential 0x00000000
#define P2405_AI_PseudoDifferential 0x00000040
#define P2405_AI_ConfigureIEPE (P2405_AI_EnableIEPE|P2405_AI_Coupling_AC|P2405_AI_Differential)
#define P2405_AI_CONVSRC_INT 0x00000000
#define P2405_AI_CONVSRC_EXT 0x00000200
// wTrigCtrl in UD_AIO_2405_Config() <TBD>
/* Mask for Trigger bits, Internal use */
/*Trigger Source*/
#define P2405_AI_TRGSRC_AI0 0x00000200
#define P2405_AI_TRGSRC_AI1 0x00000208
#define P2405_AI_TRGSRC_AI2 0x00000210
#define P2405_AI_TRGSRC_AI3 0x00000218
#define P2405_AI_TRGSRC_SOFT 0x00000380
#define P2405_AI_TRGSRC_DTRIG 0x00000388 // digital-trigger,
/*Trigger Edge*/
#define P2405_AI_TrgPositive 0x00000004
#define P2405_AI_TrgNegative 0x00000000
#define P2405_AI_Gate_PauseLow 0x00000004
#define P2405_AI_Gate_PauseHigh 0x00000000
/*ReTrigger*/ // bit 25 in AI_ACQMCR
#define P2405_AI_EnReTigger 0x2000 // 0x02000000
// wTrigMode in UD_AIO_2405_Config()
/*AI Trigger Mode*/
#define P2405_AI_TRGMOD_POST 0x0000 // 0x00000000
#define P2405_AI_TRGMOD_DELAY 0x4000 // 0x40000000
#define P2405_AI_TRGMOD_PRE 0x8000 // 0x80000000
#define P2405_AI_TRGMOD_MIDDLE 0xC000// 0xC0000000
//#define P2405_AI_TRGMOD_GATED 0x00000001
#define P2405_AI_TRGMOD_GATED 0x1000 // 0x10000000
/*-------------------------------*/
/* GPIO/GPTC Configuration */
/*-------------------------------*/
#define GPIO_IGNORE_CONFIG 0x00
/*UD_DIO_1902_Config, UD_DIO_2401_Config*/
#define GPTC0_GPO1 0x01
#define GPI0_3_GPO0_1 0x02
//#define ENC0_GPO0 0x04
#define GPTC0_TC1 0x08
#define GPTC2_GPO3 0x10
#define GPI4_7_GPO2_3 0x20
//#define ENC1_GPO2 0x40
#define GPTC2_TC3 0x80
/*UD_DIO_Config for USB-101*/
#define GPO0 0x1100
#define GPO1 0x1200
#define GPO2 0x1400
#define GPO3 0x1800
#define GPI0_3 0x2000
/*GPIO Port*/
#define GPIO_PortA 0
#define GPIO_PortB 1
/*UD_DIO_2405_Config*/
#define P2405_DIGITAL_INPUT 0x30
#define P2405_COUNTER_INPUT 0x31
#define P2405_DIGITAL_OUTPUT 0x32
#define P2405_PULSE_OUTPUT 0x33
/*-------------------------------------------------*/
/* General Purpose Timer/Counter for USB-1902 */
/*-------------------------------------------------*/
/*Counter Mode*/
#define SimpleGatedEventCNT 0x01
#define SinglePeriodMSR 0x02
#define SinglePulseWidthMSR 0x03
#define SingleGatedPulseGen 0x04
#define SingleTrigPulseGen 0x05
#define RetrigSinglePulseGen 0x06
#define SingleTrigContPulseGen 0x07
#define ContGatedPulseGen 0x08
#define EdgeSeparationMSR 0x09
#define SingleTrigContPulseGenPWM 0x0a
#define ContGatedPulseGenPWM 0x0b
#define CW_CCW_Encoder 0x0c
#define x1_AB_Phase_Encoder 0x0d
#define x2_AB_Phase_Encoder 0x0e
#define x4_AB_Phase_Encoder 0x0f
#define Phase_Z 0x10
#define MultipleGatedPulseGen 0x11
/*GPTC clock source*/
#define GPTC_CLK_SRC_Ext 0x01
#define GPTC_CLK_SRC_Int 0x00
#define GPTC_GATE_SRC_Ext 0x02
#define GPTC_GATE_SRC_Int 0x00
#define GPTC_UPDOWN_Ext 0x04
#define GPTC_UPDOWN_Int 0x00
/*GPTC clock polarity*/
#define GPTC_CLKSRC_LACTIVE 0x01
#define GPTC_CLKSRC_HACTIVE 0x00
#define GPTC_GATE_LACTIVE 0x02
#define GPTC_GATE_HACTIVE 0x00
#define GPTC_UPDOWN_LACTIVE 0x04
#define GPTC_UPDOWN_HACTIVE 0x00
#define GPTC_OUTPUT_LACTIVE 0x08
#define GPTC_OUTPUT_HACTIVE 0x00
/*GPTC OP Parameter*/
#define IntGate 0x0 /* Internal Gate */
#define IntUpDnCTR 0x1 /* Internal Up/Down Counter */
#define IntENABLE 0x2 /* Internal Enable */
/*----------------------------------------------------------*/
/* Previous renamed functions re-directed for compatibility */
/*----------------------------------------------------------*/
#define AI_VScale AI_VoltScale
#define AO_VScale UD_AO_VoltScale
#define CTR_Reset CTR_Clear
// 20160516, Jeff added for on-fly change
/*GPTC on-fly change*/
// 1.7.3.0628
#define OnFlyChange_Mode 0x80
#define OnFlyChange_PulseCounters 0x81
/*--------------------------------------*/
/* DAQ Event type for the event message */
/*--------------------------------------*/
#define AIEnd 0
#define AOEnd 0
#define DIEnd 0
#define DOEnd 0
#define DBEvent 1
//#define TrigEvent 2
/*
* Encoder/GPTC Constants
*/
#define P1902_GPTC0 0x00
#define P1902_GPTC1 0x01
/*Encoder Setting Event Control*/
#define P1902_EPT_PULWIDTH_200us 0x00
#define P1902_EPT_PULWIDTH_2ms 0x01
#define P1902_EPT_PULWIDTH_20ms 0x02
#define P1902_EPT_PULWIDTH_200ms 0x03
#define P1902_EPT_TRGOUT_GPO 0x04
#define P1902_EPT_TRGOUT_CALLBACK 0x08
/*Event Type*/
#define P1902_EVT_TYPE_EPT0 0x00
#define P1902_EVT_TYPE_EPT1 0x01
/*---------------------------------*/
/* Constants for I Squared C (I2C) */
/*---------------------------------*/
/*I2C Port*/
#define I2C_Port_A 0
/*I2C Control Operation*/
#define I2C_ENABLE 0
#define I2C_STOP 1
/*----------------------------------------------------------------------------*/
/* USB-DASK Function prototype */
/*----------------------------------------------------------------------------*/
/*----------------------------------------------------------------------------*/
/* Basic Function */
I16 __stdcall UD_Register_Card ( U16 CardType, U16 card_num );
I16 __stdcall UD_Release_Card ( U16 CardNumber );
I16 __stdcall UD_Device_Scan ( U16 *pModuleNum, USBDAQ_DEVICE *pAvailModules );
/*----------------------------------------------------------------------------*/
/* AI Function */
I16 __stdcall UD_AI_1902_Config ( U16 CardNumber, U16 wConfigCtrl, U16 wTrigCtrl, \
U32 dwTrgLevel, U32 wReTriggerCnt, U32 dwDelayCount );
I16 __stdcall UD_AI_2401_Config ( U16 CardNumber, U16 wChanCfg1, U16 wChanCfg2, \
U16 wChanCfg3, U16 wChanCfg4, U16 wTrigCtrl );
I16 __stdcall UD_AI_2401_PollConfig ( U16 wCardNumber, U16 wPollSpeed, \
U16 wMAvgStageCh1, U16 wMAvgStageCh2, U16 wMAvgStageCh3, U16 wMAvgStageCh4 );
I16 __stdcall UD_AI_1902_CounterInterval ( U16 CardNumber, U32 ScanIntrv, \
U32 SampIntrv );
I16 __stdcall UD_AI_AsyncCheck ( U16 CardNumber, BOOLEAN *Stopped, U32 *AccessCnt );
I16 __stdcall UD_AI_AsyncClear ( U16 CardNumber, U32 *AccessCnt );
I16 __stdcall UD_AI_AsyncDblBufferHalfReady ( U16 CardNumber, BOOLEAN *HalfReady, \
BOOLEAN *StopFlag );
I16 __stdcall UD_AI_FIFOOverflow ( U16 CardNumber, BOOLEAN *pOverflow );
I16 __stdcall UD_AI_AsyncDblBufferMode ( U16 CardNumber, BOOLEAN Enable );
I16 __stdcall UD_AI_AsyncDblBufferTransfer ( U16 CardNumber, U16 *Buffer );
I16 __stdcall UD_AI_AsyncDblBufferTransfer32 ( U16 CardNumber, U32 *pwBuffer );
I16 __stdcall UD_AI_AsyncDblBufferOverrun ( U16 CardNumber, U16 op, U16 *overrunFlag );
I16 __stdcall UD_AI_AsyncDblBufferHandled ( U16 CardNumber );
I16 __stdcall UD_AI_AsyncDblBufferToFile ( U16 CardNumber );
I16 __stdcall UD_AI_ContReadChannel ( U16 CardNumber, U16 Channel, U16 AdRange, \
U16 *Buffer, U32 ReadCount, F64 SampleRate, U16 SyncMode );
I16 __stdcall UD_AI_ContReadMultiChannels ( U16 CardNumber, U16 NumChans, \
U16 *Chans, U16 *AdRanges, U16 *Buffer, U32 ReadCount, F64 SampleRate, \
U16 SyncMode );
I16 __stdcall UD_AI_ContReadChannelToFile ( U16 CardNumber, U16 Channel, \
U16 AdRange, U8 *FileName, U32 ReadCount, F64 SampleRate, U16 SyncMode );
I16 __stdcall UD_AI_ContReadMultiChannelsToFile ( U16 CardNumber, U16 NumChans, \
U16 *Chans, U16 *AdRanges, U8 *FileName, U32 ReadCount, F64 SampleRate, \
U16 SyncMode );
I16 __stdcall UD_AI_ContScanChannelsToFile ( U16 CardNumber, U16 Channel, \
U16 AdRange, U8 *FileName, U32 ReadCount, F64 SampleRate, U16 SyncMode );
I16 __stdcall UD_AI_InitialMemoryAllocated ( U16 CardNumber, U32 *MemSize );
I16 __stdcall UD_AI_ReadChannel ( U16 CardNumber, U16 Channel, U16 AdRange, \
U16 *Value );
I16 __stdcall UD_AI_VReadChannel ( U16 CardNumber, U16 Channel, U16 AdRange, \
F64 *voltage );
I16 __stdcall UD_AI_ReadMultiChannels ( U16 CardNumber, U16 NumChans, U16 *Chans, \
U16 *AdRanges, U16 *Buffer );
I16 __stdcall UD_AI_SetTimeOut ( U16 CardNumber, U32 TimeOut );
I16 __stdcall UD_AI_VoltScale ( U16 CardNumber, U16 AdRange, I16 reading, \
F64 *voltage );
I16 __stdcall UD_AI_ContVScale ( U16 CardNumber, U16 adRange, void *readingArray, \
F64 *voltageArray, I32 count );
I16 __stdcall UD_AI_ContMultiChanVScale ( U16 CardNumber, U16 adRange[], U16 inType[], U16 wChannels, void *readingArray, \
F64 *voltageArray, U32 *rawArray, I32 count );
I16 __stdcall UD_AI_2401_Scale32 ( U16 CardNumber, U16 adRange, U16 inType, \
U32 reading, F64 *voltage );
I16 __stdcall UD_AI_2401_ContVScale32 ( U16 CardNumber, U16 adRange, U16 inType, \
U32 *readingArray, F64 *voltageArray, I32 count );
I16 __stdcall UD_AI_AsyncReTrigNextReady ( U16 CardNumber, BOOLEAN *Ready, \
BOOLEAN *StopFlag, U32 *RdyTrigCnt );
I16 __stdcall UD_AI_AsyncBufferTransfer ( USHORT wCardNumber, USHORT *pwBuffer, \
U32 offset, U32 count );
I16 __stdcall UD_AI_EventCallBack ( U16 CardNumber, I16 mode, I16 EventType, \
U32 callbackAddr );
I16 __stdcall UD_AI_Moving_Average32 ( U16 CardNumber, U32 *SrcBuf, U32 *DesBuf, \
U32 dwTgChIdx, U32 dwTotalCh, U32 dwMovAvgWindow, U32 dwSamplCnt );
I16 __stdcall UD_AI_2401_Stop_Poll ( USHORT wCardNumber );
I16 __stdcall UD_AI_DDS_ActualRate_Get ( U16 CardNumber, F64 fSampleRate, F64 *fActualRate );
I16 __stdcall UD_AI_Channel_Config ( U16 CardNumber, U16 wChanCfg1, U16 wChanCfg2, U16 wChanCfg3, U16 wChanCfg4);
I16 __stdcall UD_AI_Trigger_Config ( U16 CardNumber, U16 wConvSrc, U16 wTrigMode, U16 wTrigCtrl, \
U32 wReTrigCnt, U32 dwDLY1Cnt, U32 dwDLY2Cnt, U32 dwTrgLevel );
I16 __stdcall UD_AI_2405_Chan_Config ( U16 CardNumber, U16 wChanCfg1, U16 wChanCfg2, U16 wChanCfg3, U16 wChanCfg4);
I16 __stdcall UD_AI_2405_Trig_Config ( U16 CardNumber, U16 wConvSrc, U16 wTrigMode, U16 wTrigCtrl, \
U32 wReTrigCnt, U32 dwDLY1Cnt, U32 dwDLY2Cnt, U32 dwTrgLevel );
I16 __stdcall UD_AI_VoltScale32 ( U16 CardNumber, U16 adRange, U16 inType, \
U32 reading, F64 *voltage );
I16 __stdcall UD_AI_ContVScale32 ( U16 CardNumber, U16 adRange, U16 inType, \
U32 *readingArray, F64 *voltageArray, I32 count );
I16 __stdcall UD_AI_AsyncBufferTransfer32 ( U16 wCardNumber, U32 *pdwBuffer,
U32 offset, U32 count );
I16 __stdcall UD_AI_Monitor_Config(U16 wCardNumber, I16 mode, U16 aiCh, U16 gpoCh, U16 adRange, double trgHigh, double trgLow, double deltaT /*ms*/);
I16 __stdcall UD_AI_Monitor_AlarmClear(U16 wCardNumber, U16 gpoCh);
I16 __stdcall UD_AI_Monitor_AlarmCheck(U16 wCardNumber, U16 gpoCh, U16* alarmStatus);
I16 __stdcall UD_AI_Monitor_Reset(U16 wCardNumber);
/*----------------------------------------------------------------------------*/
/* AO Function */
I16 __stdcall UD_AO_1902_Config ( U16 CardNumber, U16 ConfigCtrl, U16 TrigCtrl, \
U32 ReTrgCnt, U32 DLY1Cnt, U32 DLY2Cnt );
I16 __stdcall UD_AO_Trigger_Config(U16 CardNumber, U16 wConvSrc, U16 wTrigMode, U16 wTrigCtrl);
I16 __stdcall UD_AO_AsyncCheck ( U16 CardNumber, BOOLEAN *Stopped, U32 *AccessCnt );
I16 __stdcall UD_AO_AsyncClear ( U16 CardNumber, U32 *AccessCnt, U16 stop_mode );
I16 __stdcall UD_AO_AsyncDblBufferHalfReady ( U16 CardNumber, BOOLEAN *bHalfReady );
I16 __stdcall UD_AO_AsyncDblBufferTransfer ( U16 wCardNumber, USHORT wBufferID, USHORT *pwBuffer );
I16 __stdcall UD_AO_AsyncDblBufferMode ( U16 CardNumber, BOOLEAN Enable, BOOLEAN bEnFifoMode );
I16 __stdcall UD_AO_ContBufferCompose ( U16 CardNumber, U16 TotalChnCount, \
U16 ChnNum, U32 UpdateCount, void *ConBuffer, void *Buffer );
I16 __stdcall UD_AO_ContWriteChannel ( U16 CardNumber, U16 Channel, VOID *pAOBuffer, \
U32 WriteCount, U32 Iterations, U32 CHUI, U16 definite, U16 SyncMode );
I16 __stdcall UD_AO_ContWriteMultiChannels ( U16 CardNumber, U16 NumChans, \
U16 *Chans, VOID *pAOBuffer, U32 WriteCount, U32 Iterations, U32 CHUI, \
U16 definite, U16 SyncMode );
I16 __stdcall UD_AO_InitialMemoryAllocated ( U16 CardNumber, U32 *MemSize );
I16 __stdcall UD_AO_SetTimeOut ( U16 CardNumber, U32 TimeOut );
I16 __stdcall UD_AO_SimuVWriteChannel ( U16 CardNumber, U16 Group, F64 *VBuffer );
I16 __stdcall UD_AO_SimuWriteChannel ( U16 CardNumber, U16 Group, I16 *Buffer );
I16 __stdcall UD_AO_VWriteChannel ( U16 CardNumber, U16 Channel, F64 Voltage );
I16 __stdcall UD_AO_WriteChannel ( U16 CardNumber, U16 Channel, I16 Value );
I16 __stdcall UD_AO_WriteChannels ( U16 wCardNumber, U16 wNumChans, U16 *pwChans, \
U16 *pwBuffer );
I16 __stdcall UD_AO_VoltScale ( U16 CardNumber, U16 Channel, F64 Voltage, \
I16 *binValue );
I16 __stdcall UD_AO_EventCallBack ( U16 CardNumber, I16 mode, I16 EventType, \
U32 callbackAddr );
I16 __stdcall UD_AO_VoltScale32 ( U16 CardNumber, U16 Channel, F64 Voltage, \
I32 *binValue );
/*----------------------------------------------------------------------------*/
I16 __stdcall UD_DIO_1902_Config ( U16 wCardNumber, U16 wPart1Cfg, U16 wPart2Cfg );
I16 __stdcall UD_DIO_2401_Config ( U16 wCardNumber, U16 wPart1Cfg );
I16 __stdcall UD_DIO_2405_Config ( U16 wCardNumber, U16 wPart1Cfg, U16 wPart2Cfg );
I16 __stdcall UD_DIO_Config ( U16 wCardNumber, U16 wPart1Cfg, U16 wPart2Cfg );
/*----------------------------------------------------------------------------*/
/* DI Function */
I16 __stdcall UD_DI_ReadLine ( U16 CardNumber, U16 Port, U16 Line, U16 *State );
I16 __stdcall UD_DI_ReadPort ( U16 CardNumber, U16 Port, U32 *Value );
/*----------------------------------------------------------------------------*/
/* DO Function */
I16 __stdcall UD_DO_ReadLine ( U16 CardNumber, U16 Port, U16 Line, U16 *Value );
I16 __stdcall UD_DO_ReadPort ( U16 CardNumber, U16 Port, U32 *Value );
I16 __stdcall UD_DO_WriteLine ( U16 CardNumber, U16 Port, U16 Line, U16 Value );
I16 __stdcall UD_DO_WritePort ( U16 CardNumber, U16 Port, U32 Value );
/*----------------------------------------------------------------------------*/
/* Timer/Counter Function */
I16 __stdcall UD_GPTC_Clear ( U16 CardNumber, U16 GCtr );
I16 __stdcall UD_GPTC_Control ( U16 CardNumber, U16 GCtr, U16 ParamID, U16 Value );
I16 __stdcall UD_GPTC_Read ( U16 CardNumber, U16 GCtr, U32 *Value );
I16 __stdcall UD_GPTC_Setup ( U16 CardNumber, U16 GCtr, U16 Mode, U16 SrcCtrl, \
U16 PolCtrl, U32 LReg1_Val, U32 LReg2_Val, U32 PulseCount );
I16 __stdcall UD_GPTC_Setup_N ( U16 CardNumber, U16 GCtr, U16 Mode, U16 SrcCtrl, \
U16 PolCtrl, U32 LReg1_Val, U32 LReg2_Val, U32 PulseCount );
I16 __stdcall UD_GPTC_Status ( U16 CardNumber, U16 GCtr, U16 *Value );
/* Get Event or View Function */
I16 __stdcall UD_AI_GetEvent ( U16 CardNumber, HANDLE *Event );
I16 __stdcall UD_AO_GetEvent ( U16 CardNumber, HANDLE *Event );
I16 __stdcall UD_AI_GetView ( U16 CardNumber, U32 *View );
I16 __stdcall UD_AO_GetView ( U16 CardNumber, U32 *View );
/*---------------------------------------------------------------------------*/
/* Common Function */
I16 __stdcall UD_GetActualRate ( U16 CardNumber, F64 SampleRate, F64 *ActualRate );
I16 __stdcall UD_GetCardIndexFromID ( U16 CardNumber, U16 *cardType, U16 *cardIndex );
I16 __stdcall UD_GetCardType ( U16 CardNumber, U16 *cardType );
I16 __stdcall UD_IdentifyLED_Control ( U16 wCardNumber, U8 bEnable ); // 1: enable , 0: disable LED flash
/*---------------------------------------------------------------------------*/
/* Misc. Functions */
I16 __stdcall UD_Read_ColdJunc_Thermo ( U16 wCardNumber, F64 *pfValue );
I16 __stdcall UD_Read_ColdJunc_Thermo_QC ( USHORT wCardNumber, USHORT wSensorNo, double *pfValue );
I16 __stdcall UD_Serial_Number_Read ( U16 wCardNumber, U8 *pSerialNum );
I16 __stdcall UD_HW_Mark_Read ( U16 wCardNumber, U8 *pSerialNum );
I16 __stdcall UD_HW_Mark_Write ( U16 wCardNumber, USHORT type );
/*----------------------------------------------------------------------------*/
I16 __stdcall UD_CTR_Control ( U16 wCardNumber, U16 wCtr, U32 dwCtrl);
I16 __stdcall UD_CTR_ReadFrequency ( U16 wCardNumber, U16 wCtr, F64 *pfValue );
I16 __stdcall UD_CTR_ReadEdgeCounter ( U16 wCardNumber, U16 wCtr, U32 *dwValue );
I16 __stdcall UD_CTR_ReadRisingEdgeCounter ( U16 wCardNumber, U16 wCtr, U32 *dwValue );
enum {
UD_CTR_Filter_Disable,
UD_CTR_Filter_Enable = 1,
UD_CTR_Reset_Rising_Edge_Counter = 2,
UD_CTR_Reset_Frequency_Counter = 4,
UD_CTR_Polarity_Positive = 8,
UD_CTR_Polarity_Negative = 0,
};
I16 __stdcall UD_CTR_SetupMinPulseWidth ( U16 wCardNumber, U16 wCtr, U16 wValue );
I16 __stdcall UD_DI_GetCOSLatchData32 ( U16 wCardNumber, U16 wPort, U32 *pwCosLData );
I16 __stdcall UD_DI_SetupMinPulseWidth ( U16 wCardNumber, U16 wValue );
I16 __stdcall UD_DI_Control ( U16 wCardNumber, U16 wPort, U32 dwCtrl );
I16 __stdcall UD_DI_SetCOSInterrupt32 ( U16 wCardNumber, U16 wPort, U32 dwCtrl, HANDLE *hEvent, BOOLEAN ManualReset );
I16 __stdcall UD_DO_GetInitPattern (U16 wCardNumber, U16 wPort, U32 *pdwPattern);
I16 __stdcall UD_DO_SetInitPattern (U16 wCardNumber, U16 wPort, U32 *pdwPattern);
I16 __stdcall UD_DIO_INT_EventMessage (U16 wCardNumber, I16 mode, HANDLE evt, HWND windowHandle, U32 message, void (__stdcall*callbackAddr)(void));
/*----------------------------------------------------------------------------*/
/* Calibration Function */
I16 __stdcall UD_CAL_AD_Read_Sum ( U16 wCardNumber, U16 wChannelCount, U16 wChannel, U16 wGain, U16 wOperation, U16 wCalSrc, \
U32 dwSampleRate, U32 dwCalSamples, I64 *pAD_Data );
I16 __stdcall UD_AI_Calibration ( U16 wCardNumber, U32 dwReserved );
/*----------------------------------------------------------------------------*/
/* USB-1901/1902 Calibration */
I16 __stdcall UD_1902_AD_Read_Average ( U16 wCardNumber, USHORT wCalSrc, UCHAR bOffsetGain, I32 *pAD_Data );
/* USB-1903 Calibration */
I16 __stdcall UD_1903_AD_Read_Average ( U16 wCardNumber, USHORT wCalSrc, I32 *pAD_Data );
/* USB-2401 Calibration */
I16 __stdcall UD_2401_AD_Read_Sum ( U16 wCardNumber, WORD wOperation, U16 wCalSrc, ULONG dwSampleRate, I64 *pAD_Data );
I16 __stdcall UD_2401_AD_Read_Raw ( U16 wCardNumber, WORD wOperation, U16 wCalSrc, ULONG dwSampleRate, I32 **pAD_Data );
I16 __stdcall UD_2405_Calibration_QC ( U16 wCardNumber );
I16 __stdcall UD_2405_Calibration ( U16 wCardNumber );
I16 __stdcall UD_2405_AD_Read_Sum ( U16 wCardNumber, WORD wChannelCount, WORD wChannel, WORD wOperation, WORD wCalSrc, ULONG dwSampleRate, ULONG dwCalSamples, I64 *pAD_Data );
I16 __stdcall UD_GetFPGAVersion ( U16 wCardNumber, U32 *pdwFPGAVersion );
I16 __stdcall UD_1902_Trimmer_Set ( U16 wCardNumber, UCHAR bValue );
I16 __stdcall UD_2401_Trimmer_Set ( U16 wCardNumber, UCHAR bValue );
/*---------------------------------------------------------------------------*/
/* Misc. Functions */
I16 __stdcall UD_GetVersion ( U16 wCardNumber, U32 *pdwFPGAVersion, U16 wDrvVer[4], U16 wLibVersion[4], U32 dwVersionCmd, PVOID pVersion );
/*----------------------------------------------------------------------------*/
#ifdef __cplusplus
}
#endif
#endif
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