import { t as ChipMBI5762AExtendPropertyDao } from "./ChipMBI5762AExtendPropertyDao-Bg5n14nf.mjs"; import * as t from "io-ts"; //#region generated/ChipMBI5762ARGBVExtendPropertyDao.d.ts declare const ChipMBI5762ARGBVExtendPropertyDaoBase: t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ REG_LENGTH: t.Type; }>, t.PartialC<{ RedProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ RegValue: t.ArrayC>; RegValue100: t.ArrayC>; RegValue300: t.ArrayC>; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; DarkBlockCompensationOneR: t.Type; DarkBlockCompensationOneG: t.Type; DarkBlockCompensationOneB: t.Type; DarkBlockCompensationTwoR: t.Type; DarkBlockCompensationTwoG: t.Type; DarkBlockCompensationTwoB: t.Type; DarkBlockCompensationThreeR: t.Type; DarkBlockCompensationThreeG: t.Type; DarkBlockCompensationThreeB: t.Type; AdvanceHighContrastCompensationR: t.Type; AdvanceHighContrastCompensationG: t.Type; AdvanceHighContrastCompensationB: t.Type; TheFirstScanDarkEliminateR: t.Type; TheFirstScanDarkEliminateG: t.Type; TheFirstScanDarkEliminateB: t.Type; LowGrayColorCompensationOneR: t.Type; LowGrayColorCompensationOneG: t.Type; LowGrayColorCompensationOneB: t.Type; LowGrayColorCompensationTwoR: t.Type; LowGrayColorCompensationTwoG: t.Type; LowGrayColorCompensationTwoB: t.Type; AdvanceHighContrastCompensationTwoR: t.Type; AdvanceHighContrastCompensationTwoG: t.Type; AdvanceHighContrastCompensationTwoB: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneR: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneG: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneB: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoR: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoG: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoB: t.Type; GhostEliminateR: t.Type; GhostEliminateG: t.Type; GhostEliminateB: t.Type; HighGrayMissTimeTwoR: t.Type; HighGrayMissTimeTwoG: t.Type; HighGrayMissTimeTwoB: t.Type; OpenCircuitErrorDetectionVoltageLevelR: t.Type; OpenCircuitErrorDetectionVoltageLevelG: t.Type; OpenCircuitErrorDetectionVoltageLevelB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762AExtendPropertyDao">; }>]>; GreenProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ RegValue: t.ArrayC>; RegValue100: t.ArrayC>; RegValue300: t.ArrayC>; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; DarkBlockCompensationOneR: t.Type; DarkBlockCompensationOneG: t.Type; DarkBlockCompensationOneB: t.Type; DarkBlockCompensationTwoR: t.Type; DarkBlockCompensationTwoG: t.Type; DarkBlockCompensationTwoB: t.Type; DarkBlockCompensationThreeR: t.Type; DarkBlockCompensationThreeG: t.Type; DarkBlockCompensationThreeB: t.Type; AdvanceHighContrastCompensationR: t.Type; AdvanceHighContrastCompensationG: t.Type; AdvanceHighContrastCompensationB: t.Type; TheFirstScanDarkEliminateR: t.Type; TheFirstScanDarkEliminateG: t.Type; TheFirstScanDarkEliminateB: t.Type; LowGrayColorCompensationOneR: t.Type; LowGrayColorCompensationOneG: t.Type; LowGrayColorCompensationOneB: t.Type; LowGrayColorCompensationTwoR: t.Type; LowGrayColorCompensationTwoG: t.Type; LowGrayColorCompensationTwoB: t.Type; AdvanceHighContrastCompensationTwoR: t.Type; AdvanceHighContrastCompensationTwoG: t.Type; AdvanceHighContrastCompensationTwoB: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneR: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneG: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneB: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoR: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoG: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoB: t.Type; GhostEliminateR: t.Type; GhostEliminateG: t.Type; GhostEliminateB: t.Type; HighGrayMissTimeTwoR: t.Type; HighGrayMissTimeTwoG: t.Type; HighGrayMissTimeTwoB: t.Type; OpenCircuitErrorDetectionVoltageLevelR: t.Type; OpenCircuitErrorDetectionVoltageLevelG: t.Type; OpenCircuitErrorDetectionVoltageLevelB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762AExtendPropertyDao">; }>]>; BlueProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ RegValue: t.ArrayC>; RegValue100: t.ArrayC>; RegValue300: t.ArrayC>; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; DarkBlockCompensationOneR: t.Type; DarkBlockCompensationOneG: t.Type; DarkBlockCompensationOneB: t.Type; DarkBlockCompensationTwoR: t.Type; DarkBlockCompensationTwoG: t.Type; DarkBlockCompensationTwoB: t.Type; DarkBlockCompensationThreeR: t.Type; DarkBlockCompensationThreeG: t.Type; DarkBlockCompensationThreeB: t.Type; AdvanceHighContrastCompensationR: t.Type; AdvanceHighContrastCompensationG: t.Type; AdvanceHighContrastCompensationB: t.Type; TheFirstScanDarkEliminateR: t.Type; TheFirstScanDarkEliminateG: t.Type; TheFirstScanDarkEliminateB: t.Type; LowGrayColorCompensationOneR: t.Type; LowGrayColorCompensationOneG: t.Type; LowGrayColorCompensationOneB: t.Type; LowGrayColorCompensationTwoR: t.Type; LowGrayColorCompensationTwoG: t.Type; LowGrayColorCompensationTwoB: t.Type; AdvanceHighContrastCompensationTwoR: t.Type; AdvanceHighContrastCompensationTwoG: t.Type; AdvanceHighContrastCompensationTwoB: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneR: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneG: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneB: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoR: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoG: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoB: t.Type; GhostEliminateR: t.Type; GhostEliminateG: t.Type; GhostEliminateB: t.Type; HighGrayMissTimeTwoR: t.Type; HighGrayMissTimeTwoG: t.Type; HighGrayMissTimeTwoB: t.Type; OpenCircuitErrorDetectionVoltageLevelR: t.Type; OpenCircuitErrorDetectionVoltageLevelG: t.Type; OpenCircuitErrorDetectionVoltageLevelB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762AExtendPropertyDao">; }>]>; VRedProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ RegValue: t.ArrayC>; RegValue100: t.ArrayC>; RegValue300: t.ArrayC>; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; DarkBlockCompensationOneR: t.Type; DarkBlockCompensationOneG: t.Type; DarkBlockCompensationOneB: t.Type; DarkBlockCompensationTwoR: t.Type; DarkBlockCompensationTwoG: t.Type; DarkBlockCompensationTwoB: t.Type; DarkBlockCompensationThreeR: t.Type; DarkBlockCompensationThreeG: t.Type; DarkBlockCompensationThreeB: t.Type; AdvanceHighContrastCompensationR: t.Type; AdvanceHighContrastCompensationG: t.Type; AdvanceHighContrastCompensationB: t.Type; TheFirstScanDarkEliminateR: t.Type; TheFirstScanDarkEliminateG: t.Type; TheFirstScanDarkEliminateB: t.Type; LowGrayColorCompensationOneR: t.Type; LowGrayColorCompensationOneG: t.Type; LowGrayColorCompensationOneB: t.Type; LowGrayColorCompensationTwoR: t.Type; LowGrayColorCompensationTwoG: t.Type; LowGrayColorCompensationTwoB: t.Type; AdvanceHighContrastCompensationTwoR: t.Type; AdvanceHighContrastCompensationTwoG: t.Type; AdvanceHighContrastCompensationTwoB: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneR: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneG: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneB: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoR: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoG: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoB: t.Type; GhostEliminateR: t.Type; GhostEliminateG: t.Type; GhostEliminateB: t.Type; HighGrayMissTimeTwoR: t.Type; HighGrayMissTimeTwoG: t.Type; HighGrayMissTimeTwoB: t.Type; OpenCircuitErrorDetectionVoltageLevelR: t.Type; OpenCircuitErrorDetectionVoltageLevelG: t.Type; OpenCircuitErrorDetectionVoltageLevelB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762AExtendPropertyDao">; }>]>; IsUseNewModule: t.Type; ChipLibVersion: t.Type; ScanType: t.Type; GrayDepth: t.Type; SubField: t.Type; LowGrayHomogeneityEnhance: t.Type; LineScanSynchronization: t.Type; HighGrayMissTimeOne: t.Type; BlankingTime: t.Type; GrayScaleEnhanceMode: t.Type; RemoveBadPointsEnable: t.Type; DIV: t.Type; GradientTransitionOptimizationTime: t.Type; CoefficientM: t.Type; GetCoefficientMValue: t.Type; DLLRange: t.Type; DCLKReset: t.Type; DigitalReset: t.Type; DLLFunction: t.Type; EnhanceDynamicPlusPowerSaving: t.Type; PowerSavingMode: t.Type; PerFrameOriginWaitTime: t.Type; DLLReset: t.Type; AdvanceLowGrayscaleColorShiftCompensationOne: t.Type; AdvanceLowGrayscaleUniformityOptimization: t.Type; GradientCompensation: t.Type; NTimesRefreshFun: t.Type; NTimesRefreshNumber: t.Type; LowGrayColorCompensationThreeR: t.Type; LowGrayColorCompensationThreeG: t.Type; LowGrayColorCompensationThreeB: t.Type; LowGrayColorCompensationFourR: t.Type; LowGrayColorCompensationFourG: t.Type; LowGrayColorCompensationFourB: t.Type; LowGrayColorCompensationFiveR: t.Type; LowGrayColorCompensationFiveG: t.Type; LowGrayColorCompensationFiveB: t.Type; IsAdvancedMode: t.Type; SpecialDataLen: t.Type; SpecialRegisterAddr: t.Type; }>]>; /** * Codec for {@link ChipMBI5762ARGBVExtendPropertyDao} * @category Codecs * @see Automatically generated from ../decompiled/Nova.LCT.GigabitSystem.ChipMBI5762C.decompiled.cs:4327 */ declare const ChipMBI5762ARGBVExtendPropertyDao: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ REG_LENGTH: t.Type; }>, t.PartialC<{ RedProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ RegValue: t.ArrayC>; RegValue100: t.ArrayC>; RegValue300: t.ArrayC>; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; DarkBlockCompensationOneR: t.Type; DarkBlockCompensationOneG: t.Type; DarkBlockCompensationOneB: t.Type; DarkBlockCompensationTwoR: t.Type; DarkBlockCompensationTwoG: t.Type; DarkBlockCompensationTwoB: t.Type; DarkBlockCompensationThreeR: t.Type; DarkBlockCompensationThreeG: t.Type; DarkBlockCompensationThreeB: t.Type; AdvanceHighContrastCompensationR: t.Type; AdvanceHighContrastCompensationG: t.Type; AdvanceHighContrastCompensationB: t.Type; TheFirstScanDarkEliminateR: t.Type; TheFirstScanDarkEliminateG: t.Type; TheFirstScanDarkEliminateB: t.Type; LowGrayColorCompensationOneR: t.Type; LowGrayColorCompensationOneG: t.Type; LowGrayColorCompensationOneB: t.Type; LowGrayColorCompensationTwoR: t.Type; LowGrayColorCompensationTwoG: t.Type; LowGrayColorCompensationTwoB: t.Type; AdvanceHighContrastCompensationTwoR: t.Type; AdvanceHighContrastCompensationTwoG: t.Type; AdvanceHighContrastCompensationTwoB: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneR: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneG: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneB: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoR: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoG: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoB: t.Type; GhostEliminateR: t.Type; GhostEliminateG: t.Type; GhostEliminateB: t.Type; HighGrayMissTimeTwoR: t.Type; HighGrayMissTimeTwoG: t.Type; HighGrayMissTimeTwoB: t.Type; OpenCircuitErrorDetectionVoltageLevelR: t.Type; OpenCircuitErrorDetectionVoltageLevelG: t.Type; OpenCircuitErrorDetectionVoltageLevelB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762AExtendPropertyDao">; }>]>; GreenProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ RegValue: t.ArrayC>; RegValue100: t.ArrayC>; RegValue300: t.ArrayC>; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; DarkBlockCompensationOneR: t.Type; DarkBlockCompensationOneG: t.Type; DarkBlockCompensationOneB: t.Type; DarkBlockCompensationTwoR: t.Type; DarkBlockCompensationTwoG: t.Type; DarkBlockCompensationTwoB: t.Type; DarkBlockCompensationThreeR: t.Type; DarkBlockCompensationThreeG: t.Type; DarkBlockCompensationThreeB: t.Type; AdvanceHighContrastCompensationR: t.Type; AdvanceHighContrastCompensationG: t.Type; AdvanceHighContrastCompensationB: t.Type; TheFirstScanDarkEliminateR: t.Type; TheFirstScanDarkEliminateG: t.Type; TheFirstScanDarkEliminateB: t.Type; LowGrayColorCompensationOneR: t.Type; LowGrayColorCompensationOneG: t.Type; LowGrayColorCompensationOneB: t.Type; LowGrayColorCompensationTwoR: t.Type; LowGrayColorCompensationTwoG: t.Type; LowGrayColorCompensationTwoB: t.Type; AdvanceHighContrastCompensationTwoR: t.Type; AdvanceHighContrastCompensationTwoG: t.Type; AdvanceHighContrastCompensationTwoB: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneR: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneG: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneB: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoR: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoG: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoB: t.Type; GhostEliminateR: t.Type; GhostEliminateG: t.Type; GhostEliminateB: t.Type; HighGrayMissTimeTwoR: t.Type; HighGrayMissTimeTwoG: t.Type; HighGrayMissTimeTwoB: t.Type; OpenCircuitErrorDetectionVoltageLevelR: t.Type; OpenCircuitErrorDetectionVoltageLevelG: t.Type; OpenCircuitErrorDetectionVoltageLevelB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762AExtendPropertyDao">; }>]>; BlueProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ RegValue: t.ArrayC>; RegValue100: t.ArrayC>; RegValue300: t.ArrayC>; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; DarkBlockCompensationOneR: t.Type; DarkBlockCompensationOneG: t.Type; DarkBlockCompensationOneB: t.Type; DarkBlockCompensationTwoR: t.Type; DarkBlockCompensationTwoG: t.Type; DarkBlockCompensationTwoB: t.Type; DarkBlockCompensationThreeR: t.Type; DarkBlockCompensationThreeG: t.Type; DarkBlockCompensationThreeB: t.Type; AdvanceHighContrastCompensationR: t.Type; AdvanceHighContrastCompensationG: t.Type; AdvanceHighContrastCompensationB: t.Type; TheFirstScanDarkEliminateR: t.Type; TheFirstScanDarkEliminateG: t.Type; TheFirstScanDarkEliminateB: t.Type; LowGrayColorCompensationOneR: t.Type; LowGrayColorCompensationOneG: t.Type; LowGrayColorCompensationOneB: t.Type; LowGrayColorCompensationTwoR: t.Type; LowGrayColorCompensationTwoG: t.Type; LowGrayColorCompensationTwoB: t.Type; AdvanceHighContrastCompensationTwoR: t.Type; AdvanceHighContrastCompensationTwoG: t.Type; AdvanceHighContrastCompensationTwoB: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneR: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneG: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneB: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoR: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoG: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoB: t.Type; GhostEliminateR: t.Type; GhostEliminateG: t.Type; GhostEliminateB: t.Type; HighGrayMissTimeTwoR: t.Type; HighGrayMissTimeTwoG: t.Type; HighGrayMissTimeTwoB: t.Type; OpenCircuitErrorDetectionVoltageLevelR: t.Type; OpenCircuitErrorDetectionVoltageLevelG: t.Type; OpenCircuitErrorDetectionVoltageLevelB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762AExtendPropertyDao">; }>]>; VRedProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ IsSetLowEffectGamma: t.Type; }>, t.TypeC<{ RegValue: t.ArrayC>; RegValue100: t.ArrayC>; RegValue300: t.ArrayC>; }>, t.PartialC<{ IsUseNewModule: t.Type; ChipLibVersion: t.Type; DarkBlockCompensationOneR: t.Type; DarkBlockCompensationOneG: t.Type; DarkBlockCompensationOneB: t.Type; DarkBlockCompensationTwoR: t.Type; DarkBlockCompensationTwoG: t.Type; DarkBlockCompensationTwoB: t.Type; DarkBlockCompensationThreeR: t.Type; DarkBlockCompensationThreeG: t.Type; DarkBlockCompensationThreeB: t.Type; AdvanceHighContrastCompensationR: t.Type; AdvanceHighContrastCompensationG: t.Type; AdvanceHighContrastCompensationB: t.Type; TheFirstScanDarkEliminateR: t.Type; TheFirstScanDarkEliminateG: t.Type; TheFirstScanDarkEliminateB: t.Type; LowGrayColorCompensationOneR: t.Type; LowGrayColorCompensationOneG: t.Type; LowGrayColorCompensationOneB: t.Type; LowGrayColorCompensationTwoR: t.Type; LowGrayColorCompensationTwoG: t.Type; LowGrayColorCompensationTwoB: t.Type; AdvanceHighContrastCompensationTwoR: t.Type; AdvanceHighContrastCompensationTwoG: t.Type; AdvanceHighContrastCompensationTwoB: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneR: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneG: t.Type; AdvanceLowGrayscaleUniformityOptimizationOneB: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoR: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoG: t.Type; AdvanceLowGrayscaleUniformityOptimizationTwoB: t.Type; GhostEliminateR: t.Type; GhostEliminateG: t.Type; GhostEliminateB: t.Type; HighGrayMissTimeTwoR: t.Type; HighGrayMissTimeTwoG: t.Type; HighGrayMissTimeTwoB: t.Type; OpenCircuitErrorDetectionVoltageLevelR: t.Type; OpenCircuitErrorDetectionVoltageLevelG: t.Type; OpenCircuitErrorDetectionVoltageLevelB: t.Type; CurrentGainR: t.Type; CurrentGainG: t.Type; CurrentGainB: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762AExtendPropertyDao">; }>]>; IsUseNewModule: t.Type; ChipLibVersion: t.Type; ScanType: t.Type; GrayDepth: t.Type; SubField: t.Type; LowGrayHomogeneityEnhance: t.Type; LineScanSynchronization: t.Type; HighGrayMissTimeOne: t.Type; BlankingTime: t.Type; GrayScaleEnhanceMode: t.Type; RemoveBadPointsEnable: t.Type; DIV: t.Type; GradientTransitionOptimizationTime: t.Type; CoefficientM: t.Type; GetCoefficientMValue: t.Type; DLLRange: t.Type; DCLKReset: t.Type; DigitalReset: t.Type; DLLFunction: t.Type; EnhanceDynamicPlusPowerSaving: t.Type; PowerSavingMode: t.Type; PerFrameOriginWaitTime: t.Type; DLLReset: t.Type; AdvanceLowGrayscaleColorShiftCompensationOne: t.Type; AdvanceLowGrayscaleUniformityOptimization: t.Type; GradientCompensation: t.Type; NTimesRefreshFun: t.Type; NTimesRefreshNumber: t.Type; LowGrayColorCompensationThreeR: t.Type; LowGrayColorCompensationThreeG: t.Type; LowGrayColorCompensationThreeB: t.Type; LowGrayColorCompensationFourR: t.Type; LowGrayColorCompensationFourG: t.Type; LowGrayColorCompensationFourB: t.Type; LowGrayColorCompensationFiveR: t.Type; LowGrayColorCompensationFiveG: t.Type; LowGrayColorCompensationFiveB: t.Type; IsAdvancedMode: t.Type; SpecialDataLen: t.Type; SpecialRegisterAddr: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipMBI5762ARGBVExtendPropertyDao">; }>]>; interface ChipMBI5762ARGBVExtendPropertyDao extends t.TypeOf { RedProperty?: ChipMBI5762AExtendPropertyDao; GreenProperty?: ChipMBI5762AExtendPropertyDao; BlueProperty?: ChipMBI5762AExtendPropertyDao; VRedProperty?: ChipMBI5762AExtendPropertyDao; } //#endregion export { ChipMBI5762ARGBVExtendPropertyDaoBase as n, ChipMBI5762ARGBVExtendPropertyDao as t }; //# sourceMappingURL=ChipMBI5762ARGBVExtendPropertyDao-Bp_0Bs9X.d.mts.map