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MinXuan/Include/usbdask64.cs
wumin 53d6e295cc first commit115
2024-01-15 07:24:03 +08:00

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using System.Runtime.InteropServices;
using System;
public delegate void CallbackDelegate();
[StructLayout(LayoutKind.Sequential, Pack = 1)]
public struct USBDAQ_DEVICE
{
[MarshalAs(UnmanagedType.U2)]
public ushort wModuleType;
[MarshalAs(UnmanagedType.U2)]
public ushort wCardID;
}
enum ADDI_INFO_TYPE
{
//Device info
ALL_nNumOfDevice = 0,
ALL_nFlag = 1,
ALL_bHaveSubType = 2,
ALL_szDeviceName = 3,
ALL_uDeviceStyle = 4,
//AI channel table info
AI_uChannelStyle = 50,
AI_uNumOfChannels = 51,
AI_bSyncRange = 52,
AI_szRange = 53,
AI_bSyncCurrentRange = 54,
AI_szCurrentRange = 55,
AI_bSyncTerminal = 56,
AI_szRefGround = 57,
AI_nResolution = 58,
AI_nFIFOSize = 59,
//AO channel table info
AO_uChannelStyle = 100,
AO_uNumOfChannels = 101,
AO_bSyncRange = 102,
AO_szRange = 103,
AO_bSyncPolarity = 104,
AO_bSyncCurrentRange = 105,
AO_szCurrentRange = 106,
AO_szPolarity = 107,
AO_bSyncRefVoltage = 108,
AO_szRefVoltage = 109,
AO_nResolution = 110,
AO_nFIFOSize = 111,
//DI channel table info
DI_uChannelStyle = 150,
DI_uNumOfDIOChannels = 151,
DI_lpszNoteString = 152,
DI_dbMaxSamplingRate = 153,
DI_dbMinSamplingRate = 154,
DI_uNumOfPortChannels = 155,
DI_nFIFOSize = 156,
//DO channel table info
DO_uChannelStyle = 200,
DO_uNumOfDIOChannels = 201,
DO_lpszNoteString = 202,
DO_dbMaxUpdateRate = 203,
DO_dbMinUpdateRate = 204,
DO_uNumOfPortChannels = 205,
DO_nFIFOSize = 206,
//Timer-Counter channel table info
TC_uChannelStyle = 250,
TC_uNumOfChannels = 251,
TC_szTCMode = 252,
TC_uInterval = 253,
TC_dbTimeBase = 254,
TC_nInitialValue = 255,
TC_szBinOrBcd = 256,
TC_szUpOrDown = 257,
TC_szClockSource = 258,
TC_szGateSource = 259,
TC_szUpDownSource = 260,
TC_bDebounceSource = 261,
TC_bD2KGptcPolarity = 262,
//Timing table info
AI_uTimingStyle = 300,
AI_szClockSource = 301,
AI_szConvertSource = 302,
AI_dbMaxSamplingRate = 303,
AI_dbMinSamplingRate = 304,
AO_uTimingStyle = 350,
AO_szClockSource = 351,
AO_szDASource = 352,
AO_dbMaxUpdateRate = 353,
AO_dbMinUpdateRate = 354,
DI_uTimingStyle = 400,
DI_szClockSource = 401,
DI_dbMaxTransferRate = 402,
DI_dbMinTransferRate = 403,
DO_uTimingStyle = 450,
DO_szClockSource = 451,
DO_dbMaxTransferRate = 452,
DO_dbMinTransferRate = 453,
//AI Trigger table info
AI_uBasicTriggerStyle = 500,
AI_szBasicTriggerSource = 501,
AI_szBasicTriggerMode = 502,
AI_szBasicDigTriggerPol = 503,
AI_szBasicAnaTriggerPol = 504,
AI_szBasicReTriggerMode = 505,
AI_dbBasicTriggerVoltMax = 506,
AI_dbBasicTriggerVoltMin = 507,
//AO Trigger table info
AO_uBasicTriggerStyle = 550,
AO_szBasicTriggerSource = 551,
AO_szBasicTriggerMode = 552,
AO_szBasicDigTriggerPol = 553,
AO_szBasicAnaTriggerPol = 554,
AO_szBasicReTriggerMode = 555,
AO_dbBasicTriggerVoltMax = 556,
AO_dbBasicTriggerVoltMin = 557,
//D2K AI Trigger table info
AI_uD2KAITriggerStyle = 600,
AI_szD2KTriggerSource = 601,
AI_szD2KTriggerMode = 602,
AI_dbD2KTriggerVoltMax = 603,
AI_dbD2KTriggerVoltMin = 604,
AI_szD2KDigTriggerPol = 605,
AI_szD2KAnalogSource = 606,
AI_szD2KAnalogPolarity = 607,
AI_szD2KReTriggerMode = 608,
AI_szD2KDelaySource = 609,
AI_szD2KDelayCounterSource = 610,
//D2K AO Trigger table info
AO_uD2KAOTriggerStyle = 650,
AO_szD2KTriggerSource = 651,
AO_szD2KTriggerMode = 652,
AO_dbD2KTriggerVoltMax = 653,
AO_dbD2KTriggerVoltMin = 654,
AO_szD2KDigTriggerPol = 655,
AO_szDigAnalogSource = 656,
AO_szD2KAnalogSource = 657,
AO_szD2KAnalogPolarity = 658,
AO_szD2KReTriggerMode = 659,
AO_szD2KDelaySource = 660,
AO_szD2KDelaySource2 = 661,
AO_szD2KDelayCounterSource = 662,
AO_szD2KBreakDelayCounterSource = 663,
}
enum USB_7250_7230_CTR //robin@20120925 add
{
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 = 0, //robin@20121015 add
UD_CTR_Polarity_Negative = 8, //robin@20121015 add
}
public class USBDASK
{
//ADLink PCI Card Type
public const ushort USB_1902 = 1;
public const ushort USB_1903 = 2; //robin@20110919 add
public const ushort USB_1901 = 3; //robin@20110919 add
public const ushort USB_2401 = 4;
public const ushort USB_7250 = 5;
public const ushort USB_7230 = 6;
public const ushort USB_2405 = 7;
public const ushort USB_1210 = 8;
public const ushort USB_2401A3 = 9;
public const ushort USB_101 = 10;
public const ushort NUM_MODULE_TYPE = 11;
public const ushort MAX_USB_DEVICE = 8;
public const ushort INVALID_CARD_ID = 0xFFFF;
//Error Number
public const short NoError = 0;
public const short ErrorUnknownCardType = -1;
public const short ErrorInvalidCardNumber = -2;
public const short ErrorTooManyCardRegistered = -3;
public const short ErrorCardNotRegistered = -4;
public const short ErrorFuncNotSupport = -5;
public const short ErrorInvalidIoChannel = -6;
public const short ErrorInvalidAdRange = -7;
public const short ErrorContIoNotAllowed = -8;
public const short ErrorDiffRangeNotSupport = -9;
public const short ErrorLastChannelNotZero = -10;
public const short ErrorChannelNotDescending = -11;
public const short ErrorChannelNotAscending = -12;
public const short ErrorOpenDriverFailed = -13;
public const short ErrorOpenEventFailed = -14;
public const short ErrorTransferCountTooLarge = -15;
public const short ErrorNotDoubleBufferMode = -16;
public const short ErrorInvalidSampleRate = -17;
public const short ErrorInvalidCounterMode = -18;
public const short ErrorInvalidCounter = -19;
public const short ErrorInvalidCounterState = -20;
public const short ErrorInvalidBinBcdParam = -21;
public const short ErrorBadCardType = -22;
public const short ErrorInvalidDaRefVoltage = -23;
public const short ErrorAdTimeOut = -24;
public const short ErrorNoAsyncAI = -25;
public const short ErrorNoAsyncAO = -26;
public const short ErrorNoAsyncDI = -27;
public const short ErrorNoAsyncDO = -28;
public const short ErrorNotInputPort = -29;
public const short ErrorNotOutputPort = -30;
public const short ErrorInvalidDioPort = -31;
public const short ErrorInvalidDioLine = -32;
public const short ErrorContIoActive = -33;
public const short ErrorDblBufModeNotAllowed = -34;
public const short ErrorConfigFailed = -35;
public const short ErrorInvalidPortDirection = -36;
public const short ErrorBeginThreadError = -37;
public const short ErrorInvalidPortWidth = -38;
public const short ErrorInvalidCtrSource = -39;
public const short ErrorOpenFile = -40;
public const short ErrorAllocateMemory = -41;
public const short ErrorDaVoltageOutOfRange = -42;
public const short ErrorDaExtRefNotAllowed = -43;
public const short ErrorDIODataWidthError = -44;
public const short ErrorTaskCodeError = -45;
public const short ErrortriggercountError = -46;
public const short ErrorInvalidTriggerMode = -47;
public const short ErrorInvalidTriggerType = -48;
public const short ErrorInvalidCounterValue = -50;
public const short ErrorInvalidEventHandle = -60;
public const short ErrorNoMessageAvailable = -61;
public const short ErrorEventMessgaeNotAdded = -62;
public const short ErrorCalibrationTimeOut = -63;
public const short ErrorUndefinedParameter = -64;
public const short ErrorInvalidBufferID = -65;
public const short ErrorInvalidSampledClock = -66;
public const short ErrorInvalisOperationMode = -67;
//Error number for driver API
public const short ErrorConfigIoctl = -201;
public const short ErrorAsyncSetIoctl = -202;
public const short ErrorDBSetIoctl = -203;
public const short ErrorDBHalfReadyIoctl = -204;
public const short ErrorContOPIoctl = -205;
public const short ErrorContStatusIoctl = -206;
public const short ErrorPIOIoctl = -207;
public const short ErrorDIntSetIoctl = -208;
public const short ErrorWaitEvtIoctl = -209;
public const short ErrorOpenEvtIoctl = -210;
public const short ErrorCOSIntSetIoctl = -211;
public const short ErrorMemMapIoctl = -212;
public const short ErrorMemUMapSetIoctl = -213;
public const short ErrorCTRIoctl = -214;
public const short ErrorGetResloctl = -215;
public const short ErrorCalloctl = -216;
public const short ErrorPMIntSetIoctl = -217;
//Error added for USBDASK
public const short ErrorAccessViolationDataCopy = -301;
public const short ErrorNoModuleFound = -302;
public const short ErrorCardIDDuplicated = -303;
public const short ErrorCardDisconnected = -304;
public const short ErrorInvalidScannedIndex = -305;
public const short ErrorUndefinedException = -306;
public const short ErrorInvalidDioConfig = -307;
public const short ErrorInvalidAOCfgCtrl = -308;
public const short ErrorInvalidAOTrigCtrl = -309;
public const short ErrorConflictWithSyncMode = -310;
public const short ErrorConflictWithFifoMode = -311;
public const short ErrorInvalidAOIteration = -312;
public const short ErrorZeroChannelNumber = -313;
public const short ErrorSystemCallFailed = -314;
public const short ErrorTimeoutFromSyncMode = -315;
public const short ErrorInvalidPulseCount = -316;
public const short ErrorInvalidDelayCount = -317;
public const short ErrorConflictWithDelay2 = -318;
public const short ErrorAOFifoCountTooLarge = -319;
public const short ErrorConflictWithWaveRepeat = -320;
public const short ErrorConflictWithReTrig = -321;
public const short ErrorInvalidTriggerChannel = -322;
public const short ErrorInvalidRefVoltage = -323;
public const short ErrorInvalidConversionSrc = -324;
public const short ErrorInvalidInputSignal = -325;
public const short ErrorCalibrateFailed = -326;
public const short ErrorInvalidCalData = -327;
public const short ErrorChanGainQueueTooLarge = -328;
public const short ErrorInvalidCardType = -329;
public const short ErrorInvlaidSyncMode = -330;
public const short ErrorIICVersion = -331;
public const short ErrorFX2UpgradeFailed = -332;
public const short ErrorInvalidReadCount = -333;
public const short ErrorTEDSInvalidSensorNo = -334;
public const short ErroeTEDSAccessTimeout = -335;
public const short ErrorTEDSChecksumFailed = -336;
public const short ErrorTEDSNotIEEE1451_4 = -337;
public const short ErrorTEDSInvalidTemplateID = -338;
public const short ErrorTEDSInvalidPrecisionValue = -339;
public const short ErrorTEDSUnsupportedTemplate = -340;
public const short ErrorTEDSInvalidPropertyID = -341;
public const short ErrorTEDSNoRawData = -342;
public const short ErrorInvalidChannel = -397;
public const short ErrorNullPoint = -398;
public const short ErrorInvalidParamSetting = -399;
// -401 ~ -499 the Kernel error
public const short ErrorAIStartFailed = -401;
public const short ErrorAOStartFailed = -402;
public const short ErrorConflictWithGPIOConfig = -403;
public const short ErrorEepromReadback = -404;
public const short ErrorConflictWithInfiniteOp = -405;
public const short ErrorWaitingUSBHostResponse = -406;
public const short ErrorAOFifoModeTimeout = -407;
public const short ErrorInvalidModuleFunction = -408;
public const short ErrorAdFifoFull = -409;
public const short ErrorInvalidTransferCount = -410;
public const short ErrorConflictWithAIConfig = -411;
public const short ErrorDDSConfigFailed = -412;
public const short ErrorFpgaAccessFailed = -413;
public const short ErrorPLDBusy = -414;
public const short ErrorPLDTimeout = -415;
public const short ErrorUndefinedKernelError = -420;
public const short ErrorSyncModeNotSupport = -501;
//UsbThermo Error Message
public const short ErrorInvalidThermoType = -601;
public const short ErrorOutThermoRange = -602;
public const short ErrorThermoTable = -603;
//AD Range
public const ushort AD_B_10_V = 1;
public const ushort AD_B_5_V = 2;
public const ushort AD_B_2_5_V = 3;
public const ushort AD_B_1_25_V = 4;
public const ushort AD_B_0_625_V = 5;
public const ushort AD_B_0_3125_V = 6;
public const ushort AD_B_0_5_V = 7;
public const ushort AD_B_0_05_V = 8;
public const ushort AD_B_0_005_V = 9;
public const ushort AD_B_1_V = 10;
public const ushort AD_B_0_1_V = 11;
public const ushort AD_B_0_01_V = 12;
public const ushort AD_B_0_001_V = 13;
public const ushort AD_U_20_V = 14;
public const ushort AD_U_10_V = 15;
public const ushort AD_U_5_V = 16;
public const ushort AD_U_2_5_V = 17;
public const ushort AD_U_1_25_V = 18;
public const ushort AD_U_1_V = 19;
public const ushort AD_U_0_1_V = 20;
public const ushort AD_U_0_01_V = 21;
public const ushort AD_U_0_001_V = 22;
public const ushort AD_B_2_V = 23;
public const ushort AD_B_0_25_V = 24;
public const ushort AD_B_0_2_V = 25;
public const ushort AD_U_4_V = 26;
public const ushort AD_U_2_V = 27;
public const ushort AD_U_0_5_V = 28;
public const ushort AD_U_0_4_V = 29;
public const ushort AD_B_1_5_V = 30;
public const ushort AD_B_0_2125_V = 31;
public const ushort AD_B_40_V = 32;
public const ushort AD_B_3_16_V = 33;
public const ushort AD_B_0_316_V = 34;
public const ushort AD_B_25_V = 35;
public const ushort AD_B_12_5_V = 36;
//THERMO //kevinYM@20170504 modidy
public const ushort THERMO_B_TYPE = 1;
public const ushort THERMO_C_TYPE = 2;
public const ushort THERMO_E_TYPE = 3;
public const ushort THERMO_K_TYPE = 4;
public const ushort THERMO_R_TYPE = 5;
public const ushort THERMO_S_TYPE = 6;
public const ushort THERMO_T_TYPE = 7;
public const ushort THERMO_J_TYPE = 8;
public const ushort THERMO_N_TYPE = 9;
public const ushort RTD_PT100 = 10;
public const ushort RTD_PT1000 = RTD_PT100;
public const ushort THERMO_MAX_TYPE = RTD_PT100;
//Synchronous Mode
public const ushort SYNCH_OP = 1;
public const ushort ASYNCH_OP = 2;
// Input Type
public const ushort UD_AI_NonRef_SingEnded = 0x01;
public const ushort UD_AI_SingEnded = 0x02;
public const ushort UD_AI_Differential = 0x04;
public const ushort UD_AI_PseudoDifferential = 0x08;
// Input Coupling
public const ushort UD_AI_EnableIEPE = 0x10;
public const ushort UD_AI_DisableIEPE = 0x20;
public const ushort UD_AI_Coupling_AC = 0x40;
public const ushort UD_AI_Coupling_None = 0x80;
// Conversion Source
public const ushort UD_AI_CONVSRC_INT = 0x01;
public const ushort UD_AI_CONVSRC_EXT = 0x02;
// wTrigCtrl in UD_AI_Trigger_Config()
// Trigger Source (bit9:0)
public const ushort UD_AI_TRGSRC_AI0 = 0x0200;
public const ushort UD_AI_TRGSRC_AI1 = 0x0201;
public const ushort UD_AI_TRGSRC_AI2 = 0x0202;
public const ushort UD_AI_TRGSRC_AI3 = 0x0203;
public const ushort UD_AI_TRGSRC_AI4 = 0x0204;
public const ushort UD_AI_TRGSRC_AI5 = 0x0205;
public const ushort UD_AI_TRGSRC_AI6 = 0x0206;
public const ushort UD_AI_TRGSRC_AI7 = 0x0207;
public const ushort UD_AI_TRGSRC_AI8 = 0x0208;
public const ushort UD_AI_TRGSRC_AI9 = 0x0209;
public const ushort UD_AI_TRGSRC_AI10 = 0x020A;
public const ushort UD_AI_TRGSRC_AI11 = 0x020B;
public const ushort UD_AI_TRGSRC_AI12 = 0x020C;
public const ushort UD_AI_TRGSRC_AI13 = 0x020D;
public const ushort UD_AI_TRGSRC_AI14 = 0x020E;
public const ushort UD_AI_TRGSRC_AI15 = 0x020F;
public const ushort UD_AI_TRGSRC_SOFT = 0x0380;
public const ushort UD_AI_TRGSRC_DTRIG = 0x0388;
// Trigger Edge (bit14)
public const ushort UD_AI_TrigPositive = 0x4000;
public const ushort UD_AI_TrigNegative = 0x0000;
public const ushort UD_AI_Gate_PauseLow = 0x4000;
public const ushort UD_AI_Gate_PauseHigh = 0x0000;
// ReTrigger (bit13)
public const ushort UD_AI_EnReTrigger = 0x2000; // 0x02000000
public const ushort UD_AI_DisReTrigger = 0x0000; // 0x00000000
// AI Trigger Mode
public const ushort UD_AI_TRGMOD_POST = 0x0000; // 0x00000000
public const ushort UD_AI_TRGMOD_DELAY = 0x4000; // 0x40000000
public const ushort UD_AI_TRGMOD_PRE = 0x8000; // 0x80000000
public const ushort UD_AI_TRGMOD_MIDDLE = 0xC000; // 0xC0000000
public const ushort UD_AI_TRGMOD_GATED = 0x1000; // 0x10000000
// AO Trigger Source (bit9:0)
public const ushort UD_AO_TRGSRC_SOFT = 0x0380;
public const ushort UD_AO_TRGSRC_DTRIG = 0x0388;
// AO Trigger Mode
public const ushort UD_AO_TRGMOD_POST = 0x0000;
// AO Trigger Edge (bit14)
public const ushort UD_AO_TrigPositive = 0x4000;
public const ushort UD_AO_TrigNegative = 0x0000;
// AO Conversion Source
public const ushort UD_AO_CONVSRC_INT = 0x01;
public const ushort UD_AO_CONVSRC_EX = 0x02;
// DIO_Config
public const ushort UD_DIO_DIGITAL_INPUT = 0x30;
public const ushort UD_DIO_COUNTER_INPUT = 0x31;
public const ushort UD_DIO_DIGITAL_OUTPUT = 0x32;
public const ushort UD_DIO_PULSE_OUTPUT = 0x33;
// TEDS Property IDs
public const ushort UD_TEDS_PROPERTY_TEMPLATE = 1;
public const ushort UD_TEDS_PROPERTY_ElecSigType = 2;
public const ushort UD_TEDS_PROPERTY_PhysMeasType = 3;
public const ushort UD_TEDS_PROPERTY_MinPhysVal = 4;
public const ushort UD_TEDS_PROPERTY_MaxPhysVal = 5;
public const ushort UD_TEDS_PROPERTY_MinElecVal = 6;
public const ushort UD_TEDS_PROPERTY_MaxElecVal = 7;
public const ushort UD_TEDS_PROPERTY_MapMeth = 8;
public const ushort UD_TEDS_PROPERTY_BridgeType = 9;
public const ushort UD_TEDS_PROPERTY_SensorImped = 10;
public const ushort UD_TEDS_PROPERTY_RespTime = 11;
public const ushort UD_TEDS_PROPERTY_ExciteAmplNom = 12;
public const ushort UD_TEDS_PROPERTY_ExciteAmplMin = 13;
public const ushort UD_TEDS_PROPERTY_ExciteAmplMax = 14;
public const ushort UD_TEDS_PROPERTY_CalDate = 15;
public const ushort UD_TEDS_PROPERTY_CalInitials = 16;
public const ushort UD_TEDS_PROPERTY_CalPeriod = 17;
public const ushort UD_TEDS_PROPERTY_MeasID = 18;
//-------- Constants for USB-1902 --------------------
//Input Type
public const ushort P1902_AI_NonRef_SingEnded = 0x00;
public const ushort P1902_AI_SingEnded = 0x01;
public const ushort P1902_AI_PseudoDifferential = 0x02;
public const ushort P1902_AI_Differential = 0x02;
//Conversion Source
public const ushort P1902_AI_CONVSRC_INT = 0x00;
public const ushort P1902_AI_CONVSRC_EXT = 0x80;
// wTrigCtrl in UD_AI_1902_Config()
// Trigger Source
public const ushort P1902_AI_TRGSRC_AI0 = 0x020;
public const ushort P1902_AI_TRGSRC_AI1 = 0x021;
public const ushort P1902_AI_TRGSRC_AI2 = 0x022;
public const ushort P1902_AI_TRGSRC_AI3 = 0x023;
public const ushort P1902_AI_TRGSRC_AI4 = 0x024;
public const ushort P1902_AI_TRGSRC_AI5 = 0x025;
public const ushort P1902_AI_TRGSRC_AI6 = 0x026;
public const ushort P1902_AI_TRGSRC_AI7 = 0x027;
public const ushort P1902_AI_TRGSRC_AI8 = 0x028;
public const ushort P1902_AI_TRGSRC_AI9 = 0x029;
public const ushort P1902_AI_TRGSRC_AI10 = 0x02A;
public const ushort P1902_AI_TRGSRC_AI11 = 0x02B;
public const ushort P1902_AI_TRGSRC_AI12 = 0x02C;
public const ushort P1902_AI_TRGSRC_AI13 = 0x02D;
public const ushort P1902_AI_TRGSRC_AI14 = 0x02E;
public const ushort P1902_AI_TRGSRC_AI15 = 0x02F;
public const ushort P1902_AI_TRGSRC_SOFT = 0x030;
public const ushort P1902_AI_TRGSRC_DTRIG = 0x031;
// Trigger Edge
public const ushort P1902_AI_TrgPositive = 0x040;
public const ushort P1902_AI_TrgNegative = 0x000;
// Gated Trigger Level
public const ushort P1902_AI_Gate_PauseLow = 0x000;
public const ushort P1902_AI_Gate_PauseHigh = 0x040;
// Trigger Mode
public const ushort P1902_AI_TRGMOD_POST = 0x000;
public const ushort P1902_AI_TRGMOD_GATED = 0x080;
public const ushort P1902_AI_TRGMOD_DELAY = 0x100;
// ReTrigger
public const ushort P1902_AI_EnReTigger = 0x200;
//
// AO Constants
//
// Conversion Source
public const ushort P1902_AO_CONVSRC_INT = 0x00;
// Trigger Mode
public const ushort P1902_AO_TRGMOD_POST = 0x00;
public const ushort P1902_AO_TRGMOD_DELAY = 0x01;
// Trigger Source
public const ushort P1902_AO_TRGSRC_SOFT = 0x00;
public const ushort P1902_AO_TRGSRC_DTRIG = 0x10;
// Trigger Edge
public const ushort P1902_AO_TrgPositive = 0x100;
public const ushort P1902_AO_TrgNegative = 0x000;
// Enable Re-Trigger
public const ushort P1902_AO_EnReTigger = 0x200;
// Flag for AO Waveform Seperation Interval
public const ushort 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
public const ushort P2401_Voltage_2D5V_Above = 0x00;
public const ushort P2401_Voltage_2D5V_Below = 0x01;
public const ushort P2401_Current = 0x02;
public const ushort P2401_RTD_4_Wire = 0x03;
public const ushort P2401_RTD_3_Wire = 0x04;
public const ushort P2401_RTD_2_Wrie = 0x05;
public const ushort P2401_Resistor = 0x06;
public const ushort P2401_ThermoCouple = 0x07;
public const ushort P2401_Full_Bridge = 0x08;
public const ushort P2401_Half_Bridge = 0x09;
public const ushort P2401_ThermoCouple_Differential = 0x0A;
public const ushort P2401_350Ohm_Full_Bridge = 0x0B;
public const ushort P2401_350Ohm_Half_Bridge = 0x0C;
public const ushort P2401_120Ohm_Full_Bridge = 0x0D;
public const ushort P2401_120Ohm_Half_Bridge = 0x0E;
// Conversion Source
public const ushort P2401_AI_CONVSRC_INT = 0x00;
// wTrigCtrl in UD_AI_2401_Config()
// Trigger Source, bit 8:3 in AI_ACQMCR
public const ushort P2401_AI_TRGSRC_SOFT = 0x030;
// Trigger Mode
public const ushort P2401_AI_TRGMOD_POST = 0x000;
// wMAvgStageCh1 ~ wMAvgStageCh4 in UD_AI_2401_PollConfig()
public const ushort P2401_Polling_MAvg_Disable = 0x00;
public const ushort P2401_Polling_MAvg_2_Sampes = 0x01;
public const ushort P2401_Polling_MAvg_4_Sampes = 0x02;
public const ushort P2401_Polling_MAvg_8_Sampes = 0x03;
public const ushort P2401_Polling_MAvg_16_Sampes = 0x04;
// wEnContPolling in UD_AI_2401_PollConfig()
public const ushort P2401_Continue_Polling_Disable = 0x00;
public const ushort P2401_Continue_Polling_Enable = 0x01;
// wPollSpeed in UD_AI_2401_PollConfig()
public const ushort P2401_ADC_2000_SPS = 0x09;
public const ushort P2401_ADC_1000_SPS = 0x08;
public const ushort P2401_ADC_640_SPS = 0x07;
public const ushort P2401_ADC_320_SPS = 0x06;
public const ushort P2401_ADC_160_SPS = 0x05;
public const ushort P2401_ADC_80_SPS = 0x04;
public const ushort P2401_ADC_40_SPS = 0x03;
public const ushort P2401_ADC_20_SPS = 0x02;
// AI Select Channel
public const ushort P2405_AI_CH_0 = 0;
public const ushort P2405_AI_CH_1 = 1;
public const ushort P2405_AI_CH_2 = 2;
public const ushort P2405_AI_CH_3 = 3;
// UD_AI_2405_Chan_Config
// Input Coupling
public const ushort P2405_AI_EnableIEPE = 0x0004;
public const ushort P2405_AI_DisableIEPE = 0x0008;
public const ushort P2405_AI_Coupling_AC = 0x0010;
public const ushort P2405_AI_Coupling_None = 0x0020;
// Input Type
public const ushort P2405_AI_Differential = 0x0000;
public const ushort P2405_AI_PseudoDifferential = 0x0040;
// UD_AI_2405_Trig_Config()
// Conversion Source
public const ushort P2405_AI_CONVSRC_INT = 0x0000;
public const ushort P2405_AI_CONVSRC_EXT = 0x0200;
// Trigger Source
public const ushort P2405_AI_TRGSRC_AI0 = 0x0200;
public const ushort P2405_AI_TRGSRC_AI1 = 0x0208;
public const ushort P2405_AI_TRGSRC_AI2 = 0x0210;
public const ushort P2405_AI_TRGSRC_AI3 = 0x0218;
public const ushort P2405_AI_TRGSRC_SOFT = 0x0380;
public const ushort P2405_AI_TRGSRC_DTRIG = 0x0388; // digital-trigger
// Trigger Edge
public const ushort P2405_AI_TrgPositive = 0x0004;
public const ushort P2405_AI_TrgNegative = 0x0000;
// Gated Trigger Level
public const ushort P2405_AI_Gate_PauseLow = 0x0004;
public const ushort P2405_AI_Gate_PauseHigh = 0x0000;
// ReTrigger
public const ushort P2405_AI_EnReTigger = 0x2000;
// AI Trigger Mode
public const ushort P2405_AI_TRGMOD_POST = 0x0000;
public const ushort P2405_AI_TRGMOD_DELAY = 0x4000;
public const ushort P2405_AI_TRGMOD_PRE = 0x8000;
public const ushort P2405_AI_TRGMOD_MIDDLE = 0xC000;
public const ushort P2405_AI_TRGMOD_GATED = 0x1000;
// UD_DIO_2405_Config()
public const ushort P2405_DIGITAL_INPUT = 0x30;
public const ushort P2405_COUNTER_INPUT = 0x31;
public const ushort P2405_DIGITAL_OUTPUT = 0x32;
public const ushort P2405_PULSE_OUTPUT = 0x33;
//-------------------------------
// GPIO/GPTC Configuration
//-------------------------------
public const ushort IGNORE_CONFIG = 0x00;
public const ushort GPIO_IGNORE_CONFIG = 0x00;
public const ushort GPTC0_GPO1 = 0x01;
public const ushort GPTC0_ENABLE = 0x01;
public const ushort GPI0_3_GPO0_1 = 0x02;
// public const ushort ENC0_GPO0 = 0x04;
public const ushort GPTC0_TC1 = 0x08;
public const ushort GPTC2_GPO3 = 0x10;
public const ushort GPTC1_ENABLE = 0x10;
public const ushort GPI4_7_GPO2_3 = 0x20;
// public const ushort ENC1_GPO1 = 0x40;
public const ushort GPTC2_TC3 = 0x80;
// UD_DIO_Config for USB-101
public const ushort GPO0 = 0x1100;
public const ushort GPO1 = 0x1200;
public const ushort GPO2 = 0x1400;
public const ushort GPO3 = 0x1800;
public const ushort GPI0_3 = 0x2000;
// GPIO Port
public const ushort GPIO_PortA = 0;
public const ushort GPIO_PortB = 1;
//Counter Mode
public const ushort SimpleGatedEventCNT = 0x01;
public const ushort SinglePeriodMSR = 0x02;
public const ushort SinglePulseWidthMSR = 0x03;
public const ushort SingleGatedPulseGen = 0x04;
public const ushort SingleTrigPulseGen = 0x05;
public const ushort RetrigSinglePulseGen = 0x06;
public const ushort SingleTrigContPulseGen = 0x07;
public const ushort ContGatedPulseGen = 0x08;
public const ushort EdgeSeparationMSR = 0x09;
public const ushort SingleTrigContPulseGenPWM = 0x0a;
public const ushort ContGatedPulseGenPWM = 0x0b;
public const ushort CW_CCW_Encoder = 0x0c;
public const ushort x1_AB_Phase_Encoder = 0x0d;
public const ushort x2_AB_Phase_Encoder = 0x0e;
public const ushort x4_AB_Phase_Encoder = 0x0f;
public const ushort Phase_Z = 0x10;
public const ushort MultipleGatedPulseGen = 0x11;
//GPTC clock source
public const ushort GPTC_CLK_SRC_Ext = 0x01;
public const ushort GPTC_CLK_SRC_Int = 0x00;
public const ushort GPTC_GATE_SRC_Ext = 0x02;
public const ushort GPTC_GATE_SRC_Int = 0x00;
public const ushort GPTC_UPDOWN_Ext = 0x04;
public const ushort GPTC_UPDOWN_Int = 0x00;
//GPTC clock polarity
public const ushort GPTC_CLKSRC_LACTIVE = 0x01;
public const ushort GPTC_CLKSRC_HACTIVE = 0x00;
public const ushort GPTC_GATE_LACTIVE = 0x02;
public const ushort GPTC_GATE_HACTIVE = 0x00;
public const ushort GPTC_UPDOWN_LACTIVE = 0x04;
public const ushort GPTC_UPDOWN_HACTIVE = 0x00;
public const ushort GPTC_OUTPUT_LACTIVE = 0x08;
public const ushort GPTC_OUTPUT_HACTIVE = 0x00;
public const ushort IntGate = 0x0;
public const ushort IntUpDnCTR = 0x1;
public const ushort IntENABLE = 0x2;
// 20160516, Jeff added for on-fly change
/*GPTC on-fly change*/
// 1.7.3.0628
public const ushort OnFlyChange_Mode = 0x80;
public const ushort OnFlyChange_PulseCounters = 0x81;
// DAQ Event type for the event message
public const ushort AIEnd = 0;
public const ushort AOEnd = 0;
public const ushort DIEnd = 0;
public const ushort DOEnd = 0;
public const ushort DBEvent = 1;
public const ushort TrigEvent = 2;
// CTR parameters
public const ushort UD_CTR_Filter_Disable = 0;
public const ushort UD_CTR_Filter_Enable = 1;
public const ushort UD_CTR_Reset_Edge_Counter = 2;
public const ushort UD_CTR_Reset_Frequency_Counter = 4;
public const ushort UD_CTR_Polarity_Positive = 0; //robin@20121015 add
public const ushort UD_CTR_Polarity_Negative = 8; //robin@20121015 add
// Calibration
public const ushort Cal_Op_Offset = 0;
public const ushort Cal_Op_Gain = 1;
public const ushort U1902_CalSrc_REF_5V = 0;
public const ushort U1902_CalSrc_REF_10V = 1;
public const ushort U1902_CalSrc_REF_2V = 2;
public const ushort U1902_CalSrc_REF_1V = 3;
public const ushort U1902_CalSrc_REF_0_2V = 4;
public const ushort U1902_CalSrc_AO_0 = 5;
public const ushort U1902_CalSrc_AO_1 = 6;
//ColdJuction
public const ushort U2401_ColdJuction_Disable = 1000;
public const ushort U2401_ColdJuction_Enable = 1001;
public const ushort U2401_ColdJuction_User_define = 1002;
public const string UDDASK_DLL_FILE_NAME = "usb-dask64.dll";
public const string UDDASK_THERMAL_DLL_FILE_NAME = "usbthermo64.dll";
/*----------------------------------------------------------------------------*/
/* USB-DASK Function prototype */
/*----------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_Register_Card (ushort CardType, ushort card_num);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_Release_Card (ushort CardNumber);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_Device_Scan (out ushort pModuleNum, out USBDAQ_DEVICE pAvailModules );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_Device_Scan (out ushort pModuleNum, [MarshalAsAttribute(UnmanagedType.LPArray)] [In, Out] USBDAQ_DEVICE[] pAvailModules);
/*----------------------------------------------------------------------------*/
/* AI Function */
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short GetActualRate_9524 (ushort CardNumber, ushort Group, double SampleRate, out double ActualRate);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short EMGShutDownControl (ushort CardNumber, byte ctrl);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short EMGShutDownStatus (ushort CardNumber, out byte sts);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short HotResetHoldControl (ushort CardNumber, byte enable);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short HotResetHoldStatus (ushort CardNumber, out byte sts);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short GetInitPattern (ushort CardNumber, byte patID, out uint pattern);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short SetInitPattern (ushort CardNumber, byte patID, uint pattern);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short IdentifyLED_Control (ushort CardNumber, byte ctrl);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_1902_Config(ushort CardNumber, ushort wConfigCtrl, ushort wTrigCtrl, uint dwTrgLevel, uint wReTriggerCnt, uint dwDelayCount);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_2401_Config(ushort CardNumber, ushort wChanCfg1, ushort wChanCfg2, ushort wChanCfg3, ushort wChanCfg4, ushort wTrigCtrl);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_2401_PollConfig(ushort CardNumber, ushort wPollSpeed, ushort wMAvgStageCh1, ushort wMAvgStageCh2, ushort wMAvgStageCh3, ushort wMAvgStageCh4);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_1902_CounterInterval (ushort CardNumber, uint ScanIntrv, uint SampIntrv);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncCheck(ushort CardNumber, out byte Stopped, out ulong AccessCnt);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncClear(ushort CardNumber, out ulong AccessCnt);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferHalfReady (ushort CardNumber, out byte HalfReady, out byte StopFlag);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_FIFOOverflow (ushort CardNumber, out bool Overflow);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferMode (ushort CardNumber, bool Enable);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferTransfer32(ushort CardNumber, IntPtr Buffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferTransfer (ushort CardNumber, IntPtr Buffer); //robin@20111222 modify uint -> ushort //robin@20111228 modify short[] => IntPtr
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_AsyncDblBufferTransfer (ushort CardNumber, ushort wbufferId, IntPtr buffer); //20170517 add by KevinYM
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short _AI_AsyncBufferTransfer(ushort CardNumber, out ulong count, IntPtr Buffer); //robin@20120111 add
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferOverrun (ushort CardNumber, ushort op, out ushort overrunFlag);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferOverrun(ushort CardNumber, ushort op, IntPtr overrunFlag);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferHandled (ushort CardNumber);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferToFile (ushort CardNumber);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContReadChannel (ushort CardNumber, ushort Channel, ushort AdRange, IntPtr Buffer, uint ReadCount, double SampleRate, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContReadMultiChannels (ushort CardNumber, ushort NumChans, ushort[] Chans, ushort[] AdRanges, IntPtr Buffer, uint ReadCount, double SampleRate, ushort SyncMode); //robin@20111006 modify uint -> ushort (buffer) //robin@20111228 modify ushort[] => IntPtr
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_2401_Scale32(ushort CardNumber, ushort AdRange, ushort inType, uint reading, out double voltage);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_2401_ContVScale32(ushort CardNumber, ushort AdRange, ushort inType, uint[] readingArray, double[] voltageArray, int count);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContReadChannelToFile (ushort CardNumber, ushort Channel, ushort AdRange, string FileName, uint ReadCount, double SampleRate, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContReadMultiChannelsToFile (ushort CardNumber, ushort NumChans, ushort[] Chans, ushort[] AdRanges, string FileName, uint ReadCount, double SampleRate, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_EventCallBack_x64 (ushort CardNumber, ushort mode, ushort EventType, MulticastDelegate callbackAddr);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_InitialMemoryAllocated (ushort CardNumber, out uint MemSize);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ReadChannel (ushort CardNumber, ushort Channel, ushort AdRange, out ushort Value);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ReadMultiChannels(ushort CardNumber, ushort NumChans, ushort[] Chans, ushort[] AdRanges, ushort[] Buffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ReadMultiChannels(ushort CardNumber, ushort NumChans, ushort[] Chans, ushort[] AdRanges, IntPtr Buffer); //robin@20120323 add
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_VReadChannel (ushort CardNumber, ushort Channel, ushort AdRange, out double voltage);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_VoltScale (ushort CardNumber, ushort AdRange, ushort reading, out double voltage);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AIVoltScale(ushort CardType, ushort AdRange, short reading, out double voltage); //robin@20111004 add
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContVScale (ushort CardNumber, ushort adRange, ushort[] readingArray, double[] voltageArray, int count);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContMultiChanVScale (ushort CardNumber, ushort[] adRange, ushort[] inType, ushort wChannels, uint[] readingArray, double[] voltageArray, ushort[] rawArray, int count);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_SetTimeOut (ushort CardNumber, uint TimeOut);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncReTrigNextReady(ushort CardNumber, out byte Ready, out byte StopFlag, out uint RdyTrigCnt); //robin@20111225 modify
// 2012Oct18, Jeff added for USB-2405
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_2405_Chan_Config( ushort CardNumber, ushort wChanCfg1, ushort wChanCfg2, ushort wChanCfg3, ushort wChanCfg4 );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_2405_Trig_Config( ushort CardNumber, ushort wConvSrc, ushort wTrigMode, ushort wTrigCtrl, uint wReTrigCnt, uint dwDLY1Cnt, uint dwDLY2Cnt, uint dwTrgLevel );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_Channel_Config( ushort CardNumber, ushort wChanCfg1, ushort wChanCfg2, ushort wChanCfg3, ushort wChanCfg4 );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_Trigger_Config( ushort CardNumber, ushort wConvSrc, ushort wTrigMode, ushort wTrigCtrl, uint wReTrigCnt, uint dwDLY1Cnt, uint dwDLY2Cnt, uint dwTrgLevel );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_VoltScale32( ushort CardNumber, ushort AdRange, ushort inType, uint reading, out double voltage );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContVScale32( ushort CardNumber, ushort AdRange, ushort inType, uint[] readingArray, double[] voltageArray, int count);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_DDS_ActualRate_Get ( ushort CardNumber, double SampleRate, out double ActualRate);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_Monitor_Config(ushort CardNumber, short mode, ushort aiCh, ushort gpoCh, ushort adRange, double trgHigh, double trgLow, double deltaT /*ms*/);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_Monitor_AlarmClear(ushort CardNumber, ushort gpoCh);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_Monitor_AlarmClear(ushort CardNumber, ushort gpoCh, out ushort alarmStatus);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_Monitor_Reset(ushort CardNumber);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_1902_Config (ushort CardNumber, ushort ConfigCtrl, ushort TrigCtrl, uint ReTrgCnt, uint DLY1Cnt, uint DLY2Cnt);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_Trigger_Config(ushort CardNumber, ushort wConvSrc, ushort wTrigMode, ushort wTrigCtrl);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_AsyncCheck (ushort CardNumber, out byte Stopped, out uint AccessCnt);
[DllImport(UDDASK_DLL_FILE_NAME)]
//public static extern short UD_AO_AsyncClear(ushort CardNumber, out uint AccessCnt);
public static extern short UD_AO_AsyncClear (ushort CardNumber, out uint AccessCnt, ushort stop_mode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_AsyncDblBufferMode (ushort CardNumber, bool Enable, bool bEnFifoMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_AsyncDblBufferHalfReady (ushort CardNumber, out byte bHalfReady);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_AsyncDblBufferTransfer(ushort CardNumber, ushort wbufferId, ushort[] buffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_ContBufferCompose (ushort CardNumber, ushort TotalChnCount, ushort ChnNum, uint UpdateCount, uint [] ConBuffer, uint [] Buffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_ContBufferCompose(ushort CardNumber, ushort TotalChnCount, ushort ChnNum, uint UpdateCount, IntPtr ConBuffer, IntPtr Buffer); //20170517 add by KevinYM
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_ContWriteChannel (ushort CardNumber, ushort Channel, ushort [] AOBuffer, uint WriteCount, uint Iterations, uint CHUI, ushort finite, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_ContWriteChannel(ushort CardNumber, ushort Channel, IntPtr AOBuffer, uint WriteCount, uint Iterations, uint CHUI, ushort finite, ushort SyncMode); //20170517 add by KevinYM
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_ContWriteMultiChannels(ushort CardNumber, ushort NumChans, ushort[] Chans, short[] AOBuffer, uint WriteCount, uint Iterations, uint CHUI, ushort finite, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_ContWriteMultiChannels(ushort CardNumber, ushort NumChans, ushort[] Chans, IntPtr AOBuffer, uint WriteCount, uint Iterations, uint CHUI, ushort finite, ushort SyncMode); //20170517 add by KevinYM
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_InitialMemoryAllocated (ushort CardNumber, out uint MemSize);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_SetTimeOut (ushort CardNumber, uint TimeOut);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_SimuVWriteChannel (ushort CardNumber, ushort Group, double[] VBuffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_SimuWriteChannel (ushort CardNumber, ushort Group, short[] Buffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_VWriteChannel (ushort CardNumber, ushort Channel, double Voltage);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_WriteChannel (ushort CardNumber, ushort Channel, short Value);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_EventCallBack_x64 (ushort CardNumber, ushort mode, ushort EventType, MulticastDelegate callbackAddr);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_VoltScale (ushort CardNumber, ushort Channel, double Voltage, out short binValue);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DIO_1902_Config (ushort CardNumber, ushort wPart1Cfg, ushort wPart2Cfg);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DIO_2401_Config (ushort wCardNumber, ushort wPart1Cfg );
// 2012Oct18, Jeff added for USB-2405
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DIO_2405_Config(ushort wCardNumber, ushort wPart1Cfg, ushort wPart2Cfg);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DIO_Config(ushort wCardNumber, ushort wPart1Cfg, ushort wPart2Cfg);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DI_ReadLine (ushort CardNumber, ushort Port, ushort Line, out ushort State);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DI_ReadPort (ushort CardNumber, ushort Port, out uint Value);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DO_ReadLine (ushort CardNumber, ushort Port, ushort Line, out ushort Value);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DO_ReadPort (ushort CardNumber, ushort Port, out uint Value);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DO_WriteLine (ushort CardNumber, ushort Port, ushort Line, ushort Value);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DO_WritePort (ushort CardNumber, ushort Port, uint Value);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GPTC_Clear (ushort CardNumber, ushort GCtr);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GPTC_Control (ushort CardNumber, ushort GCtr, ushort ParamID, ushort Value);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GPTC_Read (ushort CardNumber, ushort GCtr, out uint Value);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GPTC_Setup(ushort CardNumber, ushort GCtr, ushort Mode, ushort SrcCtrl, ushort PolCtrl, uint LReg1_Val, uint LReg2_Val, uint PulseCount);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GPTC_Setup_N(ushort CardNumber, ushort GCtr, ushort Mode, ushort SrcCtrl, ushort PolCtrl, uint LReg1_Val, uint LReg2_Val, uint PulseCount);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GPTC_Status(ushort CardNumber, ushort GCtr, out ushort Value);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_GetEvent (ushort CardNumber, out IntPtr hEvent);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_GetEvent (ushort CardNumber, out IntPtr hEvent);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_GetView_x64 (ushort CardNumber, out UIntPtr View);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AO_GetView_x64 (ushort CardNumber, out UIntPtr View);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GetActualRate (ushort CardNumber, double fSampleRate, out double fActualRate);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GetCardIndexFromID (ushort CardNumber, out ushort cardType, out ushort cardIndex);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GetCardType (ushort CardNumber, out ushort cardType);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_IdentifyLED_Control (ushort CardNumber, byte ctrl);
/*---------------------------------------------------------------------------*/
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_GetFPGAVersion(ushort CardNumber, out uint pdwFPGAVersion);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_1902_Trimmer_Set(ushort CardNumber, byte bValue );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_2401_Stop_Poll(ushort wCardNumber); //robin@20120517 add
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_Read_ColdJunc_Thermo(ushort wCardNumber, out double pfValue); //robin@20120405 add
[DllImport(UDDASK_THERMAL_DLL_FILE_NAME)]
public static extern short ADC_to_Thermo( ushort wThermoType, double fScaledADC, double fColdJuncTemp, out double pfTemp );
//For USB-1900 Series
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncBufferTransfer(ushort wCardNumber, IntPtr pwBuffer, uint offset, uint count); //robin@20120611 add
// For USB-2405
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncBufferTransfer32(ushort CardNumber, IntPtr pwBuffer, uint offset, uint count);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncBufferTransfer32( ushort CardNumber, uint[] pdwBuffer, uint offset, uint count );
//For USB-7250, USB-7230
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_CTR_Control(ushort wCardNumber, ushort wCtr, uint dwCtrl); //robin@20120925 add begin
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_CTR_ReadFrequency(ushort wCardNumber, ushort wCtr, out double pfValue);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_CTR_ReadEdgeCounter(ushort wCardNumber, ushort wCtr, out uint dwValue);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_CTR_ReadRisingEdgeCounter(ushort wCardNumber, ushort wCtr, out uint dwValue);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_CTR_SetupMinPulseWidth (ushort wCardNumber, ushort wCtr, ushort Value ); //robin@20121016 double -> ushort
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DI_SetupMinPulseWidth(ushort wCardNumber, ushort Value); //robin@20121016 double -> ushort
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DI_Control (ushort wCardNumber, ushort wPort, uint dwCtrl );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DI_SetCOSInterrupt32 (ushort wCardNumber, ushort wPort, uint dwCtrl, out IntPtr hEvent, bool ManualReset );
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DI_GetCOSLatchData32(ushort wCardNumber, ushort wPort, out uint pwCosLData); //robin@20121001 add
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DO_GetInitPattern (ushort wCardNumber, ushort wPort, out uint pdwPattern);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DO_SetInitPattern(ushort wCardNumber, ushort wPort, out uint pdwPattern); //robin@20120925 add End
// override
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ReadChannel (ushort CardNumber, ushort Channel, ushort AdRange, out uint Value);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ReadMultiChannels(ushort CardNumber, ushort NumChans, ushort[] Chans, ushort[] AdRanges, uint[] Buffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncCheck(ushort CardNumber, out byte Stopped, out uint AccessCnt);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncClear(ushort CardNumber, out uint AccessCnt);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short _AI_AsyncBufferTransfer(ushort CardNumber, out uint count, IntPtr Buffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContReadChannel (ushort CardNumber, ushort Channel, ushort AdRange, ushort[] Buffer, uint ReadCount, double SampleRate, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContReadChannel (ushort CardNumber, ushort Channel, ushort AdRange, uint[] Buffer, uint ReadCount, double SampleRate, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContReadMultiChannels (ushort CardNumber, ushort NumChans, ushort[] Chans, ushort[] AdRanges, ushort[] Buffer, uint ReadCount, double SampleRate, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_ContReadMultiChannels (ushort CardNumber, ushort NumChans, ushort[] Chans, ushort[] AdRanges, uint[] Buffer, uint ReadCount, double SampleRate, ushort SyncMode);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_DIO_INT_EventMessage (ushort wCardNumber, int mode, IntPtr evt, IntPtr windowHandle, uint message, MulticastDelegate callbackAddr);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_AI_AsyncDblBufferTransfer32(ushort CardNumber, uint[] Buffer);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_Serial_Number_Read(ushort wCardNumber, IntPtr pSerialNum);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_HW_Mark_Write(ushort wCardNumber, ushort type);
[DllImport(UDDASK_DLL_FILE_NAME)]
public static extern short UD_HW_Mark_Read(ushort wCardNumber, IntPtr pSerialNum);
}
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