InterfaceChipLSExtendProperty

interface ChipLSExtendProperty {
    @_xsi:type?: "ChipLSExtendProperty";
    BackMode: number;
    BankPreset: number;
    BankPresetList: string[];
    BankPresetStr: string;
    BDataPhase: number;
    BitsNum: number;
    BlankingLevelOne: number;
    BlankingLevelThree: number;
    BlankingLevelTwo: number;
    BlueJumpFive: number;
    BlueJumpFour: number;
    BlueJumpOne: number;
    BlueJumpThree: number;
    BlueJumpTwo: number;
    BlueLowGrayFirstLine: number;
    BlueOpenDetection: number;
    BluePresentGain: number;
    BlueResistance: number;
    BrightMode?: number;
    BrightnessEfficiency: number;
    CalibrationcorrectionparametersOne?: number;
    CalibrationcorrectionparametersThree?: number;
    CalibrationcorrectionparametersTwo?: number;
    CaterpillarOptimizationOne: number;
    CaterpillarOptimizationThree: number;
    CaterpillarOptimizationTwo: number;
    ChipId?: number;
    ClockPhase: number;
    ColEliminateUpPointOne: number;
    ColEliminateUpPointThree: number;
    ColEliminateUpPointTwo: number;
    ColumnBlankingModeOne: number;
    ColumnBlankingModeThree: number;
    ColumnBlankingModeTwo: number;
    ColumnClampSwitchOne: number;
    ColumnClampSwitchThree: number;
    ColumnClampSwitchTwo: number;
    ColUpDriveOne: number;
    ColUpDriveThree: number;
    ColUpDriveTwo: number;
    ColUpVoltageOne: number;
    ColUpVoltageThree: number;
    ColUpVoltageTwo: number;
    CompensateValue: number;
    ConnnectUnitCount: number;
    ContrastValue: number;
    CorrectionDispersionOne?: number;
    CorrectionDispersionThree?: number;
    CorrectionDispersionTwo?: number;
    CorrectionState: boolean;
    CouplingOptimizationOneOne: number;
    CouplingOptimizationOneThree: number;
    CouplingOptimizationOneTwo: number;
    CurFlashIndex: number;
    CurFlashTotal: number;
    CurGrayIndex?: number;
    CurGrayTotal?: number;
    CurLeakageIndex: number;
    CurLeakageTotal: number;
    CurrentBlue: number;
    CurrentGreen: number;
    CurrentRed: number;
    CurrentThresholdVoltateOne: number;
    CurrentThresholdVoltateThree: number;
    CurrentThresholdVoltateTwo: number;
    CustomGammaFlag?: boolean;
    DmFirstData?: Uint8Array;
    DmSecondData?: Uint8Array;
    DmThridData?: Uint8Array;
    DoubleClk?: number;
    DutyRation: number;
    DutyRationList: number[];
    ErrorBegin: number;
    Factor: number;
    FirstLineBlue: number;
    FirstLineGreen: number;
    FirstLineRed: number;
    FixValue: number;
    FrequenceDivsion: number;
    FriedFreuquance: number;
    GammaBufferLen?: number;
    GammaMaxValue: number;
    GammaShift: number;
    GammaStartValue: number;
    GammaTable?: Uint8Array;
    GammaValue: number;
    GDataPhase: number;
    GearCurrent?: number;
    GreenJumpFive: number;
    GreenJumpFour: number;
    GreenJumpOne: number;
    GreenJumpThree: number;
    GreenJumpTwo: number;
    GreenLowGrayFirstLine: number;
    GreenOpenDetection: number;
    GreenPresentGain: number;
    GreenResistance: number;
    HighFrequenceStatus: number;
    HighGraySacleCompensationOne: number;
    HighGraySacleCompensationThree: number;
    HighGraySacleCompensationTwo: number;
    HighNumber: number;
    HighNumberList: number[];
    ICNumber?: number;
    ICNumberOrder: string;
    ICNumPerLine?: number;
    IPVersion?: number;
    Is18Bit: number;
    IsClickDetection: number;
    IsLineShadowOK: boolean;
    IsLowPower: boolean;
    IsNewPcbVersion: boolean;
    IsOld?: boolean;
    IsRowSwitch: boolean;
    IsSetLowEffectGamma?: boolean;
    IsSimplyfy?: boolean;
    IsUseNewModule?: boolean;
    JumpGrayCompensationOne: number;
    JumpGrayCompensationTwo: number;
    LineBlankingPotentialOne: number;
    LineBlankingPotentialZero: number;
    LineCharge: number;
    LineClockPhase: number;
    LineDutyCycle: number;
    LineDutyCycleList: number[];
    LineNoiseCheck: boolean;
    LineNoiseLab: number;
    LineNoiseNum: number;
    LineOutPutDalay: number;
    LowGrayColorCompensationOne: number;
    LowGrayColorCompensationThree: number;
    LowGrayColorCompensationTwo: number;
    LowPowerMode: number;
    MaxBrightness: number;
    MaxRefreshRate: number;
    MaxRefreshRateList: number[];
    MidGrayColorCompensationOne: number;
    MidGrayColorCompensationThree: number;
    MidGrayColorCompensationTwo: number;
    MinWidth: number;
    Mode9739: number;
    ModeList: string[];
    ModePinControlOne: number;
    ModePinControlThree: number;
    ModePinControlTwo: number;
    ModeValue: number;
    ModuleSwitch: number;
    NCoutCon?: number;
    NegetiveScan: number;
    NLR?: number;
    NoColUpVoltateB: number;
    NoColUpVoltateG: number;
    NoColUpVoltateR: number;
    OEData?: Uint8Array;
    OEHiLevel: number;
    OELoLevel: number;
    PassThroughMode: number;
    PmData?: Uint8Array;
    PositiveScan: number;
    PreParamEnable: boolean;
    PreParamValue: number;
    RDataPhase: number;
    ReadPMDataLen?: number;
    ReadPMDataRegisterAddr?: number;
    RedJumpFive: number;
    RedJumpFour: number;
    RedJumpOne: number;
    RedJumpThree: number;
    RedJumpTwo: number;
    RedLowGrayFirstLine: number;
    RedOpenDetection: number;
    RedPresentGain: number;
    RedResistance: number;
    RGBSeq: number;
    ROScale: number;
    RowBankVoltageBlue: number;
    RowBankVoltageGreen: number;
    RowBankVoltageRed: number;
    RowDownVoltageClampPointOne: number;
    RowDownVoltageClampPointThree: number;
    RowDownVoltageClampPointTwo: number;
    RowDownVoltagePointOne: number;
    RowDownVoltagePointThree: number;
    RowDownVoltagePointTwo: number;
    RowEliminateModeOne: number;
    RowEliminateModeThree: number;
    RowEliminateModeTwo: number;
    RowJiangPing: number;
    RowMergeMode: number;
    RowShadow: number;
    ScanType: number;
    Select32Port: number;
    SelectRowSwitch: number;
    SelectRowSwitchB: number;
    SelectRowSwitchG: number;
    ShadowThree: number;
    ShadowZeroVal0: number;
    ShadowZeroVal1: number;
    ShadowZeroVal2: number;
    ShadowZone: number;
    ShiftClock: number;
    ShiftClockList: number[];
    ShiftLenth: number;
    StarRefreshRate: number;
    StarRefreshRateList: number[];
    StartColorFour: number;
    StartColorOne: number;
    StartColorThree: number;
    StartColorTwo: number;
    StartScanFour: number;
    StartScanOne: number;
    StartScanThree: number;
    StartScanTwo: number;
    SubFrameNum: number;
    SystemClock: number;
    TakePicturesOptimization: number;
    TimeDivisionOpenOne: number;
    TimeDivisionOpenThree: number;
    TimeDivisionOpenTwo: number;
    TotalNumber: number;
    UnitIcCount: number;
    Value3D?: number;
    Value3DMax: number;
    VC1One: number;
    VC1Three: number;
    VC1Two: number;
    Version16To16: number;
    Version16To16List: number[];
}

Hierarchy

Properties

@_xsi:type? BackMode BankPreset BankPresetList BankPresetStr BDataPhase BitsNum BlankingLevelOne BlankingLevelThree BlankingLevelTwo BlueJumpFive BlueJumpFour BlueJumpOne BlueJumpThree BlueJumpTwo BlueLowGrayFirstLine BlueOpenDetection BluePresentGain BlueResistance BrightMode? BrightnessEfficiency CalibrationcorrectionparametersOne? CalibrationcorrectionparametersThree? CalibrationcorrectionparametersTwo? CaterpillarOptimizationOne CaterpillarOptimizationThree CaterpillarOptimizationTwo ChipId? ClockPhase ColEliminateUpPointOne ColEliminateUpPointThree ColEliminateUpPointTwo ColumnBlankingModeOne ColumnBlankingModeThree ColumnBlankingModeTwo ColumnClampSwitchOne ColumnClampSwitchThree ColumnClampSwitchTwo ColUpDriveOne ColUpDriveThree ColUpDriveTwo ColUpVoltageOne ColUpVoltageThree ColUpVoltageTwo CompensateValue ConnnectUnitCount ContrastValue CorrectionDispersionOne? CorrectionDispersionThree? CorrectionDispersionTwo? CorrectionState CouplingOptimizationOneOne CouplingOptimizationOneThree CouplingOptimizationOneTwo CurFlashIndex CurFlashTotal CurGrayIndex? CurGrayTotal? CurLeakageIndex CurLeakageTotal CurrentBlue CurrentGreen CurrentRed CurrentThresholdVoltateOne CurrentThresholdVoltateThree CurrentThresholdVoltateTwo CustomGammaFlag? DmFirstData? DmSecondData? DmThridData? DoubleClk? DutyRation DutyRationList ErrorBegin Factor FirstLineBlue FirstLineGreen FirstLineRed FixValue FrequenceDivsion FriedFreuquance GammaBufferLen? GammaMaxValue GammaShift GammaStartValue GammaTable? GammaValue GDataPhase GearCurrent? GreenJumpFive GreenJumpFour GreenJumpOne GreenJumpThree GreenJumpTwo GreenLowGrayFirstLine GreenOpenDetection GreenPresentGain GreenResistance HighFrequenceStatus HighGraySacleCompensationOne HighGraySacleCompensationThree HighGraySacleCompensationTwo HighNumber HighNumberList ICNumber? ICNumberOrder ICNumPerLine? IPVersion? Is18Bit IsClickDetection IsLineShadowOK IsLowPower IsNewPcbVersion IsOld? IsRowSwitch IsSetLowEffectGamma? IsSimplyfy? IsUseNewModule? JumpGrayCompensationOne JumpGrayCompensationTwo LineBlankingPotentialOne LineBlankingPotentialZero LineCharge LineClockPhase LineDutyCycle LineDutyCycleList LineNoiseCheck LineNoiseLab LineNoiseNum LineOutPutDalay LowGrayColorCompensationOne LowGrayColorCompensationThree LowGrayColorCompensationTwo LowPowerMode MaxBrightness MaxRefreshRate MaxRefreshRateList MidGrayColorCompensationOne MidGrayColorCompensationThree MidGrayColorCompensationTwo MinWidth Mode9739 ModeList ModePinControlOne ModePinControlThree ModePinControlTwo ModeValue ModuleSwitch NCoutCon? NegetiveScan NLR? NoColUpVoltateB NoColUpVoltateG NoColUpVoltateR OEData? OEHiLevel OELoLevel PassThroughMode PmData? PositiveScan PreParamEnable PreParamValue RDataPhase ReadPMDataLen? ReadPMDataRegisterAddr? RedJumpFive RedJumpFour RedJumpOne RedJumpThree RedJumpTwo RedLowGrayFirstLine RedOpenDetection RedPresentGain RedResistance RGBSeq ROScale RowBankVoltageBlue RowBankVoltageGreen RowBankVoltageRed RowDownVoltageClampPointOne RowDownVoltageClampPointThree RowDownVoltageClampPointTwo RowDownVoltagePointOne RowDownVoltagePointThree RowDownVoltagePointTwo RowEliminateModeOne RowEliminateModeThree RowEliminateModeTwo RowJiangPing RowMergeMode RowShadow ScanType Select32Port SelectRowSwitch SelectRowSwitchB SelectRowSwitchG ShadowThree ShadowZeroVal0 ShadowZeroVal1 ShadowZeroVal2 ShadowZone ShiftClock ShiftClockList ShiftLenth StarRefreshRate StarRefreshRateList StartColorFour StartColorOne StartColorThree StartColorTwo StartScanFour StartScanOne StartScanThree StartScanTwo SubFrameNum SystemClock TakePicturesOptimization TimeDivisionOpenOne TimeDivisionOpenThree TimeDivisionOpenTwo TotalNumber UnitIcCount Value3D? Value3DMax VC1One VC1Three VC1Two Version16To16 Version16To16List

Properties

Optional@_xsi:type

@_xsi:type?: "ChipLSExtendProperty" = ...

BackMode

BackMode: number = common.Int32_0

BankPreset

BankPreset: number = common.Int32_0

BankPresetList

BankPresetList: string[] = ...

BankPresetStr

BankPresetStr: string = common.string_empty

BDataPhase

BDataPhase: number = common.Int32_0

BitsNum

BitsNum: number = common.Int32_2

BlankingLevelOne

BlankingLevelOne: number = common.UInt8_0

BlankingLevelThree

BlankingLevelThree: number = common.UInt8_0

BlankingLevelTwo

BlankingLevelTwo: number = common.UInt8_0

BlueJumpFive

BlueJumpFive: number = common.Numeric_0

BlueJumpFour

BlueJumpFour: number = common.Numeric_0

BlueJumpOne

BlueJumpOne: number = common.Numeric_0

BlueJumpThree

BlueJumpThree: number = common.Numeric_0

BlueJumpTwo

BlueJumpTwo: number = common.Numeric_0

BlueLowGrayFirstLine

BlueLowGrayFirstLine: number = common.Int32_0

BlueOpenDetection

BlueOpenDetection: number = common.Int32_0

BluePresentGain

BluePresentGain: number = common.Int32_0

BlueResistance

BlueResistance: number = common.Int32_1000

OptionalBrightMode

BrightMode?: number = common.Int32

BrightnessEfficiency

BrightnessEfficiency: number = common.Int32_0

OptionalCalibrationcorrectionparametersOne

CalibrationcorrectionparametersOne?: number = common.Numeric

OptionalCalibrationcorrectionparametersThree

CalibrationcorrectionparametersThree?: number = common.Numeric

OptionalCalibrationcorrectionparametersTwo

CalibrationcorrectionparametersTwo?: number = common.Numeric

CaterpillarOptimizationOne

CaterpillarOptimizationOne: number = common.UInt8_0

CaterpillarOptimizationThree

CaterpillarOptimizationThree: number = common.UInt8_0

CaterpillarOptimizationTwo

CaterpillarOptimizationTwo: number = common.UInt8_0

OptionalChipId

ChipId?: number = common.Int32

ClockPhase

ClockPhase: number = common.Int32_0

ColEliminateUpPointOne

ColEliminateUpPointOne: number = common.Int32_0

ColEliminateUpPointThree

ColEliminateUpPointThree: number = common.Int32_0

ColEliminateUpPointTwo

ColEliminateUpPointTwo: number = common.Int32_0

ColumnBlankingModeOne

ColumnBlankingModeOne: number = common.UInt8_0

ColumnBlankingModeThree

ColumnBlankingModeThree: number = common.UInt8_0

ColumnBlankingModeTwo

ColumnBlankingModeTwo: number = common.UInt8_0

ColumnClampSwitchOne

ColumnClampSwitchOne: number = common.UInt8_0

ColumnClampSwitchThree

ColumnClampSwitchThree: number = common.UInt8_0

ColumnClampSwitchTwo

ColumnClampSwitchTwo: number = common.UInt8_0

ColUpDriveOne

ColUpDriveOne: number = common.Int32_0

ColUpDriveThree

ColUpDriveThree: number = common.Int32_0

ColUpDriveTwo

ColUpDriveTwo: number = common.Int32_0

ColUpVoltageOne

ColUpVoltageOne: number = common.Int32_0

ColUpVoltageThree

ColUpVoltageThree: number = common.Int32_0

ColUpVoltageTwo

ColUpVoltageTwo: number = common.Int32_0

CompensateValue

CompensateValue: number = common.Numeric_0

ConnnectUnitCount

ConnnectUnitCount: number = common.Int32_1

ContrastValue

ContrastValue: number = common.Int32_0

OptionalCorrectionDispersionOne

CorrectionDispersionOne?: number = common.Numeric

OptionalCorrectionDispersionThree

CorrectionDispersionThree?: number = common.Numeric

OptionalCorrectionDispersionTwo

CorrectionDispersionTwo?: number = common.Numeric

CorrectionState

CorrectionState: boolean = common.Bool_false

CouplingOptimizationOneOne

CouplingOptimizationOneOne: number = common.UInt8_0

CouplingOptimizationOneThree

CouplingOptimizationOneThree: number = common.UInt8_0

CouplingOptimizationOneTwo

CouplingOptimizationOneTwo: number = common.UInt8_0

CurFlashIndex

CurFlashIndex: number = common.Int32_0

CurFlashTotal

CurFlashTotal: number = common.Int32_0

OptionalCurGrayIndex

CurGrayIndex?: number = common.Int32

OptionalCurGrayTotal

CurGrayTotal?: number = common.Int32

CurLeakageIndex

CurLeakageIndex: number = common.Int32_0

CurLeakageTotal

CurLeakageTotal: number = common.Int32_0

CurrentBlue

CurrentBlue: number = common.Int32_0

CurrentGreen

CurrentGreen: number = common.Int32_0

CurrentRed

CurrentRed: number = common.Int32_0

CurrentThresholdVoltateOne

CurrentThresholdVoltateOne: number = common.Int32_0

CurrentThresholdVoltateThree

CurrentThresholdVoltateThree: number = common.Int32_0

CurrentThresholdVoltateTwo

CurrentThresholdVoltateTwo: number = common.Int32_0

OptionalCustomGammaFlag

CustomGammaFlag?: boolean = common.Bool

OptionalDmFirstData

DmFirstData?: Uint8Array = common.Base64

OptionalDmSecondData

DmSecondData?: Uint8Array = common.Base64

OptionalDmThridData

DmThridData?: Uint8Array = common.Base64

OptionalDoubleClk

DoubleClk?: number = common.Int32

DutyRation

DutyRation: number = common.Int32_0

DutyRationList

DutyRationList: number[] = ...

ErrorBegin

ErrorBegin: number = common.Int32_0

Factor

Factor: number = common.Int32_0

FirstLineBlue

FirstLineBlue: number = common.Int32_0

FirstLineGreen

FirstLineGreen: number = common.Int32_0

FirstLineRed

FirstLineRed: number = common.Int32_0

FixValue

FixValue: number = common.Int32_0

FrequenceDivsion

FrequenceDivsion: number = common.Int32_0

FriedFreuquance

FriedFreuquance: number = common.Int32_60

OptionalGammaBufferLen

GammaBufferLen?: number = common.Int32

GammaMaxValue

GammaMaxValue: number = common.Int32_0

GammaShift

GammaShift: number = common.Int32_0

GammaStartValue

GammaStartValue: number = common.Int32_0

OptionalGammaTable

GammaTable?: Uint8Array = ...

GammaValue

GammaValue: number = common.Numeric_28

GDataPhase

GDataPhase: number = common.Int32_0

OptionalGearCurrent

GearCurrent?: number = common.Int32

GreenJumpFive

GreenJumpFive: number = common.Numeric_0

GreenJumpFour

GreenJumpFour: number = common.Numeric_0

GreenJumpOne

GreenJumpOne: number = common.Numeric_0

GreenJumpThree

GreenJumpThree: number = common.Numeric_0

GreenJumpTwo

GreenJumpTwo: number = common.Numeric_0

GreenLowGrayFirstLine

GreenLowGrayFirstLine: number = common.Int32_0

GreenOpenDetection

GreenOpenDetection: number = common.Int32_0

GreenPresentGain

GreenPresentGain: number = common.Int32_0

GreenResistance

GreenResistance: number = common.Int32_1000

HighFrequenceStatus

HighFrequenceStatus: number = common.Int32_0

HighGraySacleCompensationOne

HighGraySacleCompensationOne: number = common.Int8_0

HighGraySacleCompensationThree

HighGraySacleCompensationThree: number = common.Int8_0

HighGraySacleCompensationTwo

HighGraySacleCompensationTwo: number = common.Int8_0

HighNumber

HighNumber: number = common.Int32_0

HighNumberList

HighNumberList: number[] = ...

OptionalICNumber

ICNumber?: number = common.Int32

ICNumberOrder

ICNumberOrder: string = common.string_empty

OptionalICNumPerLine

ICNumPerLine?: number = common.Int32

OptionalIPVersion

IPVersion?: number = common.Int32

Is18Bit

Is18Bit: number = common.Int32_0

IsClickDetection

IsClickDetection: number = common.Int32_0

IsLineShadowOK

IsLineShadowOK: boolean = common.Bool_false

IsLowPower

IsLowPower: boolean = common.Bool_false

IsNewPcbVersion

IsNewPcbVersion: boolean = common.Bool_false

OptionalIsOld

IsOld?: boolean = common.Bool

IsRowSwitch

IsRowSwitch: boolean = common.Bool_false

OptionalIsSetLowEffectGamma

IsSetLowEffectGamma?: boolean = common.Bool

OptionalIsSimplyfy

IsSimplyfy?: boolean = common.Bool

OptionalIsUseNewModule

IsUseNewModule?: boolean = common.Bool

JumpGrayCompensationOne

JumpGrayCompensationOne: number = common.Numeric_0

JumpGrayCompensationTwo

JumpGrayCompensationTwo: number = common.Numeric_0

LineBlankingPotentialOne

LineBlankingPotentialOne: number = common.UInt8_0

LineBlankingPotentialZero

LineBlankingPotentialZero: number = common.UInt8_0

LineCharge

LineCharge: number = common.Int32_0

LineClockPhase

LineClockPhase: number = common.Int32_0

LineDutyCycle

LineDutyCycle: number = common.Int32_0

LineDutyCycleList

LineDutyCycleList: number[] = ...

LineNoiseCheck

LineNoiseCheck: boolean = common.Bool_false

LineNoiseLab

LineNoiseLab: number = common.Int32_0

LineNoiseNum

LineNoiseNum: number = common.Int32_0

LineOutPutDalay

LineOutPutDalay: number = common.Int32_0

LowGrayColorCompensationOne

LowGrayColorCompensationOne: number = common.UInt8_0

LowGrayColorCompensationThree

LowGrayColorCompensationThree: number = common.UInt8_0

LowGrayColorCompensationTwo

LowGrayColorCompensationTwo: number = common.UInt8_0

LowPowerMode

LowPowerMode: number = common.Int32_0

MaxBrightness

MaxBrightness: number = common.Int32_0

MaxRefreshRate

MaxRefreshRate: number = common.Int32_0

MaxRefreshRateList

MaxRefreshRateList: number[] = ...

MidGrayColorCompensationOne

MidGrayColorCompensationOne: number = common.Int8_0

MidGrayColorCompensationThree

MidGrayColorCompensationThree: number = common.Int8_0

MidGrayColorCompensationTwo

MidGrayColorCompensationTwo: number = common.Int8_0

MinWidth

MinWidth: number = common.Int32_0

Mode9739

Mode9739: number = common.Int32_0

ModeList

ModeList: string[] = ...

ModePinControlOne

ModePinControlOne: number = common.Int32_0

ModePinControlThree

ModePinControlThree: number = common.Int32_0

ModePinControlTwo

ModePinControlTwo: number = common.Int32_0

ModeValue

ModeValue: number = common.Int32_0

ModuleSwitch

ModuleSwitch: number = common.Int32_0

OptionalNCoutCon

NCoutCon?: number = common.Int32

NegetiveScan

NegetiveScan: number = common.Int32_0

OptionalNLR

NLR?: number = common.Int32

NoColUpVoltateB

NoColUpVoltateB: number = common.Int32_2

NoColUpVoltateG

NoColUpVoltateG: number = common.Int32_2

NoColUpVoltateR

NoColUpVoltateR: number = common.Int32_2

OptionalOEData

OEData?: Uint8Array = common.Base64

OEHiLevel

OEHiLevel: number = common.Int32_0

OELoLevel

OELoLevel: number = common.Int32_0

PassThroughMode

PassThroughMode: number = common.Int32_0

OptionalPmData

PmData?: Uint8Array = common.Base64

PositiveScan

PositiveScan: number = common.Int32_0

PreParamEnable

PreParamEnable: boolean = common.Bool_false

PreParamValue

PreParamValue: number = common.Numeric_0

RDataPhase

RDataPhase: number = common.Int32_0

OptionalReadPMDataLen

ReadPMDataLen?: number = common.Int32

OptionalReadPMDataRegisterAddr

ReadPMDataRegisterAddr?: number = common.UInt32

RedJumpFive

RedJumpFive: number = common.Numeric_0

RedJumpFour

RedJumpFour: number = common.Numeric_0

RedJumpOne

RedJumpOne: number = common.Numeric_0

RedJumpThree

RedJumpThree: number = common.Numeric_0

RedJumpTwo

RedJumpTwo: number = common.Numeric_0

RedLowGrayFirstLine

RedLowGrayFirstLine: number = common.Int32_0

RedOpenDetection

RedOpenDetection: number = common.Int32_0

RedPresentGain

RedPresentGain: number = common.Int32_0

RedResistance

RedResistance: number = common.Int32_1000

RGBSeq

RGBSeq: number = common.Int32_0

ROScale

ROScale: number = common.Numeric_0

RowBankVoltageBlue

RowBankVoltageBlue: number = common.Int32_0

RowBankVoltageGreen

RowBankVoltageGreen: number = common.Int32_0

RowBankVoltageRed

RowBankVoltageRed: number = common.Int32_0

RowDownVoltageClampPointOne

RowDownVoltageClampPointOne: number = common.Int32_0

RowDownVoltageClampPointThree

RowDownVoltageClampPointThree: number = common.Int32_0

RowDownVoltageClampPointTwo

RowDownVoltageClampPointTwo: number = common.Int32_0

RowDownVoltagePointOne

RowDownVoltagePointOne: number = common.Int32_0

RowDownVoltagePointThree

RowDownVoltagePointThree: number = common.Int32_0

RowDownVoltagePointTwo

RowDownVoltagePointTwo: number = common.Int32_0

RowEliminateModeOne

RowEliminateModeOne: number = common.Int32_0

RowEliminateModeThree

RowEliminateModeThree: number = common.Int32_0

RowEliminateModeTwo

RowEliminateModeTwo: number = common.Int32_0

RowJiangPing

RowJiangPing: number = common.Int32_0

RowMergeMode

RowMergeMode: number = common.Int32_0

RowShadow

RowShadow: number = common.Int32_0

ScanType

ScanType: number = common.Int32_0

Select32Port

Select32Port: number = common.Int32_0

SelectRowSwitch

SelectRowSwitch: number = common.Int32_0

SelectRowSwitchB

SelectRowSwitchB: number = common.Int32_0

SelectRowSwitchG

SelectRowSwitchG: number = common.Int32_0

ShadowThree

ShadowThree: number = common.Int32_0

ShadowZeroVal0

ShadowZeroVal0: number = common.Int32_0

ShadowZeroVal1

ShadowZeroVal1: number = common.Int32_0

ShadowZeroVal2

ShadowZeroVal2: number = common.Int32_0

ShadowZone

ShadowZone: number = common.Int32_0

ShiftClock

ShiftClock: number = common.Numeric_0

ShiftClockList

ShiftClockList: number[] = ...

ShiftLenth

ShiftLenth: number = common.Int32_0

StarRefreshRate

StarRefreshRate: number = common.Int32_0

StarRefreshRateList

StarRefreshRateList: number[] = ...

StartColorFour

StartColorFour: number = common.Int32_0

StartColorOne

StartColorOne: number = common.Int32_0

StartColorThree

StartColorThree: number = common.Int32_0

StartColorTwo

StartColorTwo: number = common.Int32_0

StartScanFour

StartScanFour: number = common.Int32_0

StartScanOne

StartScanOne: number = common.Int32_0

StartScanThree

StartScanThree: number = common.Int32_0

StartScanTwo

StartScanTwo: number = common.Int32_0

SubFrameNum

SubFrameNum: number = common.Int32_3

SystemClock

SystemClock: number = common.Int32_0

TakePicturesOptimization

TakePicturesOptimization: number = common.UInt8_0

TimeDivisionOpenOne

TimeDivisionOpenOne: number = common.UInt8_0

TimeDivisionOpenThree

TimeDivisionOpenThree: number = common.UInt8_0

TimeDivisionOpenTwo

TimeDivisionOpenTwo: number = common.UInt8_0

TotalNumber

TotalNumber: number = common.Int32_0

UnitIcCount

UnitIcCount: number = common.Int32_0

OptionalValue3D

Value3D?: number = common.Int32

Value3DMax

Value3DMax: number = common.Int32_4559

VC1One

VC1One: number = common.UInt8_0

VC1Three

VC1Three: number = common.UInt8_0

VC1Two

VC1Two: number = common.UInt8_0

Version16To16

Version16To16: number = common.Int32_0

Version16To16List

Version16To16List: number[] = ...

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@_xsi:typeBackModeBankPresetBankPresetListBankPresetStrBDataPhaseBitsNumBlankingLevelOneBlankingLevelThreeBlankingLevelTwoBlueJumpFiveBlueJumpFourBlueJumpOneBlueJumpThreeBlueJumpTwoBlueLowGrayFirstLineBlueOpenDetectionBluePresentGainBlueResistanceBrightModeBrightnessEfficiencyCalibrationcorrectionparametersOneCalibrationcorrectionparametersThreeCalibrationcorrectionparametersTwoCaterpillarOptimizationOneCaterpillarOptimizationThreeCaterpillarOptimizationTwoChipIdClockPhaseColEliminateUpPointOneColEliminateUpPointThreeColEliminateUpPointTwoColumnBlankingModeOneColumnBlankingModeThreeColumnBlankingModeTwoColumnClampSwitchOneColumnClampSwitchThreeColumnClampSwitchTwoColUpDriveOneColUpDriveThreeColUpDriveTwoColUpVoltageOneColUpVoltageThreeColUpVoltageTwoCompensateValueConnnectUnitCountContrastValueCorrectionDispersionOneCorrectionDispersionThreeCorrectionDispersionTwoCorrectionStateCouplingOptimizationOneOneCouplingOptimizationOneThreeCouplingOptimizationOneTwoCurFlashIndexCurFlashTotalCurGrayIndexCurGrayTotalCurLeakageIndexCurLeakageTotalCurrentBlueCurrentGreenCurrentRedCurrentThresholdVoltateOneCurrentThresholdVoltateThreeCurrentThresholdVoltateTwoCustomGammaFlagDmFirstDataDmSecondDataDmThridDataDoubleClkDutyRationDutyRationListErrorBeginFactorFirstLineBlueFirstLineGreenFirstLineRedFixValueFrequenceDivsionFriedFreuquanceGammaBufferLenGammaMaxValueGammaShiftGammaStartValueGammaTableGammaValueGDataPhaseGearCurrentGreenJumpFiveGreenJumpFourGreenJumpOneGreenJumpThreeGreenJumpTwoGreenLowGrayFirstLineGreenOpenDetectionGreenPresentGainGreenResistanceHighFrequenceStatusHighGraySacleCompensationOneHighGraySacleCompensationThreeHighGraySacleCompensationTwoHighNumberHighNumberListICNumberICNumberOrderICNumPerLineIPVersionIs18BitIsClickDetectionIsLineShadowOKIsLowPowerIsNewPcbVersionIsOldIsRowSwitchIsSetLowEffectGammaIsSimplyfyIsUseNewModuleJumpGrayCompensationOneJumpGrayCompensationTwoLineBlankingPotentialOneLineBlankingPotentialZeroLineChargeLineClockPhaseLineDutyCycleLineDutyCycleListLineNoiseCheckLineNoiseLabLineNoiseNumLineOutPutDalayLowGrayColorCompensationOneLowGrayColorCompensationThreeLowGrayColorCompensationTwoLowPowerModeMaxBrightnessMaxRefreshRateMaxRefreshRateListMidGrayColorCompensationOneMidGrayColorCompensationThreeMidGrayColorCompensationTwoMinWidthMode9739ModeListModePinControlOneModePinControlThreeModePinControlTwoModeValueModuleSwitchNCoutConNegetiveScanNLRNoColUpVoltateBNoColUpVoltateGNoColUpVoltateROEDataOEHiLevelOELoLevelPassThroughModePmDataPositiveScanPreParamEnablePreParamValueRDataPhaseReadPMDataLenReadPMDataRegisterAddrRedJumpFiveRedJumpFourRedJumpOneRedJumpThreeRedJumpTwoRedLowGrayFirstLineRedOpenDetectionRedPresentGainRedResistanceRGBSeqROScaleRowBankVoltageBlueRowBankVoltageGreenRowBankVoltageRedRowDownVoltageClampPointOneRowDownVoltageClampPointThreeRowDownVoltageClampPointTwoRowDownVoltagePointOneRowDownVoltagePointThreeRowDownVoltagePointTwoRowEliminateModeOneRowEliminateModeThreeRowEliminateModeTwoRowJiangPingRowMergeModeRowShadowScanTypeSelect32PortSelectRowSwitchSelectRowSwitchBSelectRowSwitchGShadowThreeShadowZeroVal0ShadowZeroVal1ShadowZeroVal2ShadowZoneShiftClockShiftClockListShiftLenthStarRefreshRateStarRefreshRateListStartColorFourStartColorOneStartColorThreeStartColorTwoStartScanFourStartScanOneStartScanThreeStartScanTwoSubFrameNumSystemClockTakePicturesOptimizationTimeDivisionOpenOneTimeDivisionOpenThreeTimeDivisionOpenTwoTotalNumberUnitIcCountValue3DValue3DMaxVC1OneVC1ThreeVC1TwoVersion16To16Version16To16List