import * as t from "io-ts"; //#region generated/ChipTBS5367RGBVExtendProperty.d.ts declare const ChipTBS5367RGBVExtendPropertyBase: t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ FourtyBitProperty: t.ArrayC>; IsAdvancedMode: t.Type; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; SpecialDataLen: t.Type; SpecialRegisterAddr: t.Type; BlankingOneLevelR: t.Type; BlankingOneLevelG: t.Type; BlankingOneLevelB: t.Type; BlankingTwoTime: t.Type; HiddenOptimizationOneR: t.Type; HiddenOptimizationOneG: t.Type; HiddenOptimizationOneB: t.Type; HiddenOptimizationTwoR: t.Type; HiddenOptimizationTwoG: t.Type; HiddenOptimizationTwoB: t.Type; LowGrayCompensationOneR: t.Type; LowGrayCompensationOneG: t.Type; LowGrayCompensationOneB: t.Type; LowGrayCompensationTwoR: t.Type; LowGrayCompensationTwoG: t.Type; LowGrayCompensationTwoB: t.Type; LowgrayDeviationCompensation3R: t.Type; LowgrayDeviationCompensation3G: t.Type; LowgrayDeviationCompensation3B: t.Type; LowgrayBrightCompensationTime: t.Type; LowgrayBrightCompensation1R: t.Type; LowgrayBrightCompensation1G: t.Type; LowgrayBrightCompensation1B: t.Type; GradualTransitionOptimization1: t.Type; GradualTransitionOptimization2R: t.Type; GradualTransitionOptimization2G: t.Type; GradualTransitionOptimization2B: t.Type; GradualTransitionOptimization3R: t.Type; GradualTransitionOptimization3G: t.Type; GradualTransitionOptimization3B: t.Type; CouplingOptimizationOneR: t.Type; CouplingOptimizationOneG: t.Type; CouplingOptimizationOneB: t.Type; CouplingOptimizationTwoR: t.Type; CouplingOptimizationTwoG: t.Type; CouplingOptimizationTwoB: t.Type; CouplingOptimizationModeR: t.Type; CouplingOptimizationModeG: t.Type; CouplingOptimizationModeB: t.Type; KneeVoltageR: t.Type; KneeVoltageG: t.Type; KneeVoltageB: t.Type; CurrentGearR: t.Type; CurrentGearG: t.Type; CurrentGearB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; OpenDetectionVoltageR: t.Type; OpenDetectionVoltageG: t.Type; OpenDetectionVoltageB: t.Type; ShutdownDetectionVoltage: t.Type; ScanMode: t.Type; RowBlankingEnhancement: t.Type; CompensationEnabled: t.Type; RowBlankingVolToThirtyOne: t.Type; RowBlankingVolToFifteen: t.Type; RowBlankingTime: t.Type; ScanGapTime: t.Type; TestGrade: t.Type; IsGrayClockCalcByDclk: t.Type; ScreenEnergySaving: t.Type; EnableOpenCircuitProtection: t.Type; EnableShutdownCircuitProtection: t.Type; PartNumPerRef: t.Type; RefNumPerVs: t.Type; GrayDepth: t.Type; GclkFreqN: t.Type; GclkFreqM: t.Type; GclkFreqP: t.Type; RegThreeFifteenToEight: t.Type; RegFourTwentyThreeToSixteen: t.Type; RegFourThirtyOneToTwentyFour: t.Type; RegFourFourtyOneToThirtyFour: t.Type; RegTwoTwentySixToSixteen: t.Type; RegOneTwentyThreeToTwentyTwo: t.Type; RegTwoTwentySixToTwentyThree: t.Type; GrayClockActualWithDivFreq: t.Type; }>]>; /** * Codec for {@link ChipTBS5367RGBVExtendProperty} * @category Codecs * @see Automatically generated from ../decompiled/Nova.LCT.GigabitSystem.ChipTBS3268.decompiled.cs:4413 */ declare const ChipTBS5367RGBVExtendProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ FourtyBitProperty: t.ArrayC>; IsAdvancedMode: t.Type; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; SpecialDataLen: t.Type; SpecialRegisterAddr: t.Type; BlankingOneLevelR: t.Type; BlankingOneLevelG: t.Type; BlankingOneLevelB: t.Type; BlankingTwoTime: t.Type; HiddenOptimizationOneR: t.Type; HiddenOptimizationOneG: t.Type; HiddenOptimizationOneB: t.Type; HiddenOptimizationTwoR: t.Type; HiddenOptimizationTwoG: t.Type; HiddenOptimizationTwoB: t.Type; LowGrayCompensationOneR: t.Type; LowGrayCompensationOneG: t.Type; LowGrayCompensationOneB: t.Type; LowGrayCompensationTwoR: t.Type; LowGrayCompensationTwoG: t.Type; LowGrayCompensationTwoB: t.Type; LowgrayDeviationCompensation3R: t.Type; LowgrayDeviationCompensation3G: t.Type; LowgrayDeviationCompensation3B: t.Type; LowgrayBrightCompensationTime: t.Type; LowgrayBrightCompensation1R: t.Type; LowgrayBrightCompensation1G: t.Type; LowgrayBrightCompensation1B: t.Type; GradualTransitionOptimization1: t.Type; GradualTransitionOptimization2R: t.Type; GradualTransitionOptimization2G: t.Type; GradualTransitionOptimization2B: t.Type; GradualTransitionOptimization3R: t.Type; GradualTransitionOptimization3G: t.Type; GradualTransitionOptimization3B: t.Type; CouplingOptimizationOneR: t.Type; CouplingOptimizationOneG: t.Type; CouplingOptimizationOneB: t.Type; CouplingOptimizationTwoR: t.Type; CouplingOptimizationTwoG: t.Type; CouplingOptimizationTwoB: t.Type; CouplingOptimizationModeR: t.Type; CouplingOptimizationModeG: t.Type; CouplingOptimizationModeB: t.Type; KneeVoltageR: t.Type; KneeVoltageG: t.Type; KneeVoltageB: t.Type; CurrentGearR: t.Type; CurrentGearG: t.Type; CurrentGearB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; OpenDetectionVoltageR: t.Type; OpenDetectionVoltageG: t.Type; OpenDetectionVoltageB: t.Type; ShutdownDetectionVoltage: t.Type; ScanMode: t.Type; RowBlankingEnhancement: t.Type; CompensationEnabled: t.Type; RowBlankingVolToThirtyOne: t.Type; RowBlankingVolToFifteen: t.Type; RowBlankingTime: t.Type; ScanGapTime: t.Type; TestGrade: t.Type; IsGrayClockCalcByDclk: t.Type; ScreenEnergySaving: t.Type; EnableOpenCircuitProtection: t.Type; EnableShutdownCircuitProtection: t.Type; PartNumPerRef: t.Type; RefNumPerVs: t.Type; GrayDepth: t.Type; GclkFreqN: t.Type; GclkFreqM: t.Type; GclkFreqP: t.Type; RegThreeFifteenToEight: t.Type; RegFourTwentyThreeToSixteen: t.Type; RegFourThirtyOneToTwentyFour: t.Type; RegFourFourtyOneToThirtyFour: t.Type; RegTwoTwentySixToSixteen: t.Type; RegOneTwentyThreeToTwentyTwo: t.Type; RegTwoTwentySixToTwentyThree: t.Type; GrayClockActualWithDivFreq: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipTBS5367RGBVExtendProperty">; }>]>; interface ChipTBS5367RGBVExtendProperty extends t.TypeOf {} //#endregion export { ChipTBS5367RGBVExtendPropertyBase as n, ChipTBS5367RGBVExtendProperty as t }; //# sourceMappingURL=ChipTBS5367RGBVExtendProperty-DeKClhtq.d.mts.map