import { Er as BufferFromBase64 } from "./index-s3f1rGjG.cjs"; import * as t from "io-ts"; //#region generated/ChipLSExtendProperty.d.ts declare const ChipLSExtendPropertyBase: t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ PassThroughMode: t.Type; RowShadow: t.Type; CurrentRed: t.Type; CurrentGreen: t.Type; CurrentBlue: t.Type; LineCharge: t.Type; ShadowZone: t.Type; ShadowZeroVal0: t.Type; ShadowZeroVal1: t.Type; ShadowZeroVal2: t.Type; ShadowThree: t.Type; RGBSeq: t.Type; GammaStartValue: t.Type; GammaMaxValue: t.Type; GammaShift: t.Type; GammaValue: t.Type; SystemClock: t.Type; ShiftClock: t.Type; ShiftClockList: t.ArrayC>; ContrastValue: t.Type; FriedFreuquance: t.Type; StarRefreshRate: t.Type; StarRefreshRateList: t.ArrayC>; MaxRefreshRate: t.Type; MaxRefreshRateList: t.ArrayC>; HighNumber: t.Type; HighNumberList: t.ArrayC>; PositiveScan: t.Type; NegetiveScan: t.Type; BrightnessEfficiency: t.Type; ShiftLenth: t.Type; ScanType: t.Type; MaxBrightness: t.Type; Version16To16: t.Type; Version16To16List: t.ArrayC>; BitsNum: t.Type; SubFrameNum: t.Type; Factor: t.Type; RedJumpOne: t.Type; RedJumpTwo: t.Type; RedJumpThree: t.Type; RedJumpFour: t.Type; RedJumpFive: t.Type; GreenJumpOne: t.Type; GreenJumpTwo: t.Type; GreenJumpThree: t.Type; GreenJumpFour: t.Type; GreenJumpFive: t.Type; BlueJumpOne: t.Type; BlueJumpTwo: t.Type; BlueJumpThree: t.Type; BlueJumpFour: t.Type; BlueJumpFive: t.Type; CompensateValue: t.Type; MinWidth: t.Type; OEHiLevel: t.Type; OELoLevel: t.Type; ClockPhase: t.Type; IsNewPcbVersion: t.Type; IsLineShadowOK: t.Type; IsRowSwitch: t.Type; SelectRowSwitch: t.Type; SelectRowSwitchG: t.Type; SelectRowSwitchB: t.Type; Select32Port: t.Type; FirstLineRed: t.Type; FirstLineGreen: t.Type; FirstLineBlue: t.Type; RDataPhase: t.Type; GDataPhase: t.Type; BDataPhase: t.Type; HighFrequenceStatus: t.Type; Mode9739: t.Type; FixValue: t.Type; ROScale: t.Type; ColEliminateUpPointOne: t.Type; ColEliminateUpPointTwo: t.Type; ColEliminateUpPointThree: t.Type; ColUpVoltageOne: t.Type; ColUpVoltageTwo: t.Type; ColUpVoltageThree: t.Type; CurrentThresholdVoltateOne: t.Type; CurrentThresholdVoltateTwo: t.Type; CurrentThresholdVoltateThree: t.Type; ColUpDriveOne: t.Type; ColUpDriveTwo: t.Type; ColUpDriveThree: t.Type; ModePinControlOne: t.Type; ModePinControlTwo: t.Type; ModePinControlThree: t.Type; RowEliminateModeOne: t.Type; RowEliminateModeTwo: t.Type; RowEliminateModeThree: t.Type; RowDownVoltagePointOne: t.Type; RowDownVoltagePointTwo: t.Type; RowDownVoltagePointThree: t.Type; RowDownVoltageClampPointOne: t.Type; RowDownVoltageClampPointTwo: t.Type; RowDownVoltageClampPointThree: t.Type; StartColorOne: t.Type; StartColorTwo: t.Type; StartColorThree: t.Type; StartColorFour: t.Type; StartScanOne: t.Type; StartScanTwo: t.Type; StartScanThree: t.Type; StartScanFour: t.Type; DutyRation: t.Type; DutyRationList: t.ArrayC>; RowMergeMode: t.Type; BankPreset: t.Type; BankPresetList: t.ArrayC; BankPresetStr: t.StringC; RowBankVoltageRed: t.Type; RowBankVoltageGreen: t.Type; RowBankVoltageBlue: t.Type; LineClockPhase: t.Type; LineDutyCycle: t.Type; LineDutyCycleList: t.ArrayC>; LineOutPutDalay: t.Type; RowJiangPing: t.Type; Is18Bit: t.Type; TotalNumber: t.Type; BackMode: t.Type; ModeValue: t.Type; ModeList: t.ArrayC; ErrorBegin: t.Type; FrequenceDivsion: t.Type; CurFlashIndex: t.Type; CurFlashTotal: t.Type; CurLeakageIndex: t.Type; CurLeakageTotal: t.Type; Value3DMax: t.Type; IsClickDetection: t.Type; ModuleSwitch: t.Type; RedOpenDetection: t.Type; GreenOpenDetection: t.Type; BlueOpenDetection: t.Type; RedLowGrayFirstLine: t.Type; GreenLowGrayFirstLine: t.Type; BlueLowGrayFirstLine: t.Type; NoColUpVoltateR: t.Type; NoColUpVoltateG: t.Type; NoColUpVoltateB: t.Type; LineNoiseCheck: t.Type; LineNoiseNum: t.Type; LineNoiseLab: t.Type; RedPresentGain: t.Type; GreenPresentGain: t.Type; BluePresentGain: t.Type; PreParamEnable: t.Type; PreParamValue: t.Type; IsLowPower: t.Type; LowPowerMode: t.Type; RedResistance: t.Type; GreenResistance: t.Type; BlueResistance: t.Type; ConnnectUnitCount: t.Type; UnitIcCount: t.Type; ICNumberOrder: t.StringC; TakePicturesOptimization: t.Type; TimeDivisionOpenOne: t.Type; TimeDivisionOpenTwo: t.Type; TimeDivisionOpenThree: t.Type; CaterpillarOptimizationOne: t.Type; CaterpillarOptimizationTwo: t.Type; CaterpillarOptimizationThree: t.Type; CouplingOptimizationOneOne: t.Type; CouplingOptimizationOneTwo: t.Type; CouplingOptimizationOneThree: t.Type; BlankingLevelOne: t.Type; BlankingLevelTwo: t.Type; BlankingLevelThree: t.Type; VC1One: t.Type; VC1Two: t.Type; VC1Three: t.Type; LowGrayColorCompensationOne: t.Type; LowGrayColorCompensationTwo: t.Type; LowGrayColorCompensationThree: t.Type; JumpGrayCompensationOne: t.Type; JumpGrayCompensationTwo: t.Type; MidGrayColorCompensationOne: t.Type; MidGrayColorCompensationTwo: t.Type; MidGrayColorCompensationThree: t.Type; HighGraySacleCompensationOne: t.Type; HighGraySacleCompensationTwo: t.Type; HighGraySacleCompensationThree: t.Type; ColumnClampSwitchOne: t.Type; ColumnClampSwitchTwo: t.Type; ColumnClampSwitchThree: t.Type; ColumnBlankingModeOne: t.Type; ColumnBlankingModeTwo: t.Type; ColumnBlankingModeThree: t.Type; LineBlankingPotentialZero: t.Type; LineBlankingPotentialOne: t.Type; CorrectionState: t.Type; }>, t.PartialC<{ ChipId: t.Type; PmData: BufferFromBase64; DmFirstData: BufferFromBase64; DmSecondData: BufferFromBase64; DmThridData: BufferFromBase64; GammaTable: BufferFromBase64; GearCurrent: t.Type; IsSimplyfy: t.Type; CustomGammaFlag: t.Type; OEData: BufferFromBase64; IPVersion: t.Type; IsOld: t.Type; CurGrayIndex: t.Type; CurGrayTotal: t.Type; Value3D: t.Type; DoubleClk: t.Type; BrightMode: t.Type; CorrectionDispersionOne: t.Type; CorrectionDispersionTwo: t.Type; CorrectionDispersionThree: t.Type; CalibrationcorrectionparametersOne: t.Type; CalibrationcorrectionparametersTwo: t.Type; CalibrationcorrectionparametersThree: t.Type; NCoutCon: t.Type; NLR: t.Type; IsUseNewModule: t.Type; ReadPMDataLen: t.Type; ReadPMDataRegisterAddr: t.Type; ICNumber: t.Type; ICNumPerLine: t.Type; GammaBufferLen: t.Type; }>]>; /** * Codec for {@link ChipLSExtendProperty} * @category Codecs * @see Automatically generated from ../decompiled/Nova.LCT.GigabitSystem.ChipLSBase.decompiled.cs:1779 */ declare const ChipLSExtendProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ PassThroughMode: t.Type; RowShadow: t.Type; CurrentRed: t.Type; CurrentGreen: t.Type; CurrentBlue: t.Type; LineCharge: t.Type; ShadowZone: t.Type; ShadowZeroVal0: t.Type; ShadowZeroVal1: t.Type; ShadowZeroVal2: t.Type; ShadowThree: t.Type; RGBSeq: t.Type; GammaStartValue: t.Type; GammaMaxValue: t.Type; GammaShift: t.Type; GammaValue: t.Type; SystemClock: t.Type; ShiftClock: t.Type; ShiftClockList: t.ArrayC>; ContrastValue: t.Type; FriedFreuquance: t.Type; StarRefreshRate: t.Type; StarRefreshRateList: t.ArrayC>; MaxRefreshRate: t.Type; MaxRefreshRateList: t.ArrayC>; HighNumber: t.Type; HighNumberList: t.ArrayC>; PositiveScan: t.Type; NegetiveScan: t.Type; BrightnessEfficiency: t.Type; ShiftLenth: t.Type; ScanType: t.Type; MaxBrightness: t.Type; Version16To16: t.Type; Version16To16List: t.ArrayC>; BitsNum: t.Type; SubFrameNum: t.Type; Factor: t.Type; RedJumpOne: t.Type; RedJumpTwo: t.Type; RedJumpThree: t.Type; RedJumpFour: t.Type; RedJumpFive: t.Type; GreenJumpOne: t.Type; GreenJumpTwo: t.Type; GreenJumpThree: t.Type; GreenJumpFour: t.Type; GreenJumpFive: t.Type; BlueJumpOne: t.Type; BlueJumpTwo: t.Type; BlueJumpThree: t.Type; BlueJumpFour: t.Type; BlueJumpFive: t.Type; CompensateValue: t.Type; MinWidth: t.Type; OEHiLevel: t.Type; OELoLevel: t.Type; ClockPhase: t.Type; IsNewPcbVersion: t.Type; IsLineShadowOK: t.Type; IsRowSwitch: t.Type; SelectRowSwitch: t.Type; SelectRowSwitchG: t.Type; SelectRowSwitchB: t.Type; Select32Port: t.Type; FirstLineRed: t.Type; FirstLineGreen: t.Type; FirstLineBlue: t.Type; RDataPhase: t.Type; GDataPhase: t.Type; BDataPhase: t.Type; HighFrequenceStatus: t.Type; Mode9739: t.Type; FixValue: t.Type; ROScale: t.Type; ColEliminateUpPointOne: t.Type; ColEliminateUpPointTwo: t.Type; ColEliminateUpPointThree: t.Type; ColUpVoltageOne: t.Type; ColUpVoltageTwo: t.Type; ColUpVoltageThree: t.Type; CurrentThresholdVoltateOne: t.Type; CurrentThresholdVoltateTwo: t.Type; CurrentThresholdVoltateThree: t.Type; ColUpDriveOne: t.Type; ColUpDriveTwo: t.Type; ColUpDriveThree: t.Type; ModePinControlOne: t.Type; ModePinControlTwo: t.Type; ModePinControlThree: t.Type; RowEliminateModeOne: t.Type; RowEliminateModeTwo: t.Type; RowEliminateModeThree: t.Type; RowDownVoltagePointOne: t.Type; RowDownVoltagePointTwo: t.Type; RowDownVoltagePointThree: t.Type; RowDownVoltageClampPointOne: t.Type; RowDownVoltageClampPointTwo: t.Type; RowDownVoltageClampPointThree: t.Type; StartColorOne: t.Type; StartColorTwo: t.Type; StartColorThree: t.Type; StartColorFour: t.Type; StartScanOne: t.Type; StartScanTwo: t.Type; StartScanThree: t.Type; StartScanFour: t.Type; DutyRation: t.Type; DutyRationList: t.ArrayC>; RowMergeMode: t.Type; BankPreset: t.Type; BankPresetList: t.ArrayC; BankPresetStr: t.StringC; RowBankVoltageRed: t.Type; RowBankVoltageGreen: t.Type; RowBankVoltageBlue: t.Type; LineClockPhase: t.Type; LineDutyCycle: t.Type; LineDutyCycleList: t.ArrayC>; LineOutPutDalay: t.Type; RowJiangPing: t.Type; Is18Bit: t.Type; TotalNumber: t.Type; BackMode: t.Type; ModeValue: t.Type; ModeList: t.ArrayC; ErrorBegin: t.Type; FrequenceDivsion: t.Type; CurFlashIndex: t.Type; CurFlashTotal: t.Type; CurLeakageIndex: t.Type; CurLeakageTotal: t.Type; Value3DMax: t.Type; IsClickDetection: t.Type; ModuleSwitch: t.Type; RedOpenDetection: t.Type; GreenOpenDetection: t.Type; BlueOpenDetection: t.Type; RedLowGrayFirstLine: t.Type; GreenLowGrayFirstLine: t.Type; BlueLowGrayFirstLine: t.Type; NoColUpVoltateR: t.Type; NoColUpVoltateG: t.Type; NoColUpVoltateB: t.Type; LineNoiseCheck: t.Type; LineNoiseNum: t.Type; LineNoiseLab: t.Type; RedPresentGain: t.Type; GreenPresentGain: t.Type; BluePresentGain: t.Type; PreParamEnable: t.Type; PreParamValue: t.Type; IsLowPower: t.Type; LowPowerMode: t.Type; RedResistance: t.Type; GreenResistance: t.Type; BlueResistance: t.Type; ConnnectUnitCount: t.Type; UnitIcCount: t.Type; ICNumberOrder: t.StringC; TakePicturesOptimization: t.Type; TimeDivisionOpenOne: t.Type; TimeDivisionOpenTwo: t.Type; TimeDivisionOpenThree: t.Type; CaterpillarOptimizationOne: t.Type; CaterpillarOptimizationTwo: t.Type; CaterpillarOptimizationThree: t.Type; CouplingOptimizationOneOne: t.Type; CouplingOptimizationOneTwo: t.Type; CouplingOptimizationOneThree: t.Type; BlankingLevelOne: t.Type; BlankingLevelTwo: t.Type; BlankingLevelThree: t.Type; VC1One: t.Type; VC1Two: t.Type; VC1Three: t.Type; LowGrayColorCompensationOne: t.Type; LowGrayColorCompensationTwo: t.Type; LowGrayColorCompensationThree: t.Type; JumpGrayCompensationOne: t.Type; JumpGrayCompensationTwo: t.Type; MidGrayColorCompensationOne: t.Type; MidGrayColorCompensationTwo: t.Type; MidGrayColorCompensationThree: t.Type; HighGraySacleCompensationOne: t.Type; HighGraySacleCompensationTwo: t.Type; HighGraySacleCompensationThree: t.Type; ColumnClampSwitchOne: t.Type; ColumnClampSwitchTwo: t.Type; ColumnClampSwitchThree: t.Type; ColumnBlankingModeOne: t.Type; ColumnBlankingModeTwo: t.Type; ColumnBlankingModeThree: t.Type; LineBlankingPotentialZero: t.Type; LineBlankingPotentialOne: t.Type; CorrectionState: t.Type; }>, t.PartialC<{ ChipId: t.Type; PmData: BufferFromBase64; DmFirstData: BufferFromBase64; DmSecondData: BufferFromBase64; DmThridData: BufferFromBase64; GammaTable: BufferFromBase64; GearCurrent: t.Type; IsSimplyfy: t.Type; CustomGammaFlag: t.Type; OEData: BufferFromBase64; IPVersion: t.Type; IsOld: t.Type; CurGrayIndex: t.Type; CurGrayTotal: t.Type; Value3D: t.Type; DoubleClk: t.Type; BrightMode: t.Type; CorrectionDispersionOne: t.Type; CorrectionDispersionTwo: t.Type; CorrectionDispersionThree: t.Type; CalibrationcorrectionparametersOne: t.Type; CalibrationcorrectionparametersTwo: t.Type; CalibrationcorrectionparametersThree: t.Type; NCoutCon: t.Type; NLR: t.Type; IsUseNewModule: t.Type; ReadPMDataLen: t.Type; ReadPMDataRegisterAddr: t.Type; ICNumber: t.Type; ICNumPerLine: t.Type; GammaBufferLen: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipLSExtendProperty">; }>]>; interface ChipLSExtendProperty extends t.TypeOf {} //#endregion export { ChipLSExtendPropertyBase as n, ChipLSExtendProperty as t }; //# sourceMappingURL=ChipLSExtendProperty-D3TbAK2L.d.cts.map