import { t as ChipSM16389ExtendProperty } from "./ChipSM16389ExtendProperty-xFPniSmY.mjs";
import * as t from "io-ts";

//#region generated/ChipSM16389RGBVExtendProperty.d.ts
declare const ChipSM16389RGBVExtendPropertyBase: t.IntersectionC<[t.PartialC<{
  IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
}>, t.TypeC<{
  REG_LENGTH: t.Type<number, number, unknown>;
}>, t.PartialC<{
  RedProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
    IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
  }>, t.TypeC<{
    REG_LENGTH: t.Type<number, number, unknown>;
    RegisterArray: t.ArrayC<t.Type<number, number, unknown>>;
  }>, t.PartialC<{
    EnergyPattern: t.Type<number, number, unknown>;
    LowGrayHomogeneity: t.Type<number, number, unknown>;
    CouplingOptimize2: t.Type<number, number, unknown>;
    BlankingTime1: t.Type<number, number, unknown>;
    FirstLineCompensation: t.Type<number, number, unknown>;
    LowGrayOptimize2: t.Type<number, number, unknown>;
    OpenTest: t.Type<boolean, boolean, unknown>;
    EliminateOpenCrossGrade: t.Type<number, number, unknown>;
    CouplingEnhancePattern: t.Type<boolean, boolean, unknown>;
    LowGrayOptimize1: t.Type<number, number, unknown>;
    LowGrayAcrossStripeOptimize: t.Type<number, number, unknown>;
    CouplingGrade: t.Type<number, number, unknown>;
    Gain: t.Type<number, number, unknown>;
    BlankingGrade1: t.Type<number, number, unknown>;
    FirstLineDarkCompensationGrade: t.Type<number, number, unknown>;
    BlankingOpen2: t.Type<boolean, boolean, unknown>;
    BlankingGrade2: t.Type<number, number, unknown>;
    BlankingOpen3: t.Type<boolean, boolean, unknown>;
    BlankingGrade3: t.Type<number, number, unknown>;
    CouplingOptimize1: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipSM16389ExtendProperty">;
  }>]>;
  GreenProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
    IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
  }>, t.TypeC<{
    REG_LENGTH: t.Type<number, number, unknown>;
    RegisterArray: t.ArrayC<t.Type<number, number, unknown>>;
  }>, t.PartialC<{
    EnergyPattern: t.Type<number, number, unknown>;
    LowGrayHomogeneity: t.Type<number, number, unknown>;
    CouplingOptimize2: t.Type<number, number, unknown>;
    BlankingTime1: t.Type<number, number, unknown>;
    FirstLineCompensation: t.Type<number, number, unknown>;
    LowGrayOptimize2: t.Type<number, number, unknown>;
    OpenTest: t.Type<boolean, boolean, unknown>;
    EliminateOpenCrossGrade: t.Type<number, number, unknown>;
    CouplingEnhancePattern: t.Type<boolean, boolean, unknown>;
    LowGrayOptimize1: t.Type<number, number, unknown>;
    LowGrayAcrossStripeOptimize: t.Type<number, number, unknown>;
    CouplingGrade: t.Type<number, number, unknown>;
    Gain: t.Type<number, number, unknown>;
    BlankingGrade1: t.Type<number, number, unknown>;
    FirstLineDarkCompensationGrade: t.Type<number, number, unknown>;
    BlankingOpen2: t.Type<boolean, boolean, unknown>;
    BlankingGrade2: t.Type<number, number, unknown>;
    BlankingOpen3: t.Type<boolean, boolean, unknown>;
    BlankingGrade3: t.Type<number, number, unknown>;
    CouplingOptimize1: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipSM16389ExtendProperty">;
  }>]>;
  BlueProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
    IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
  }>, t.TypeC<{
    REG_LENGTH: t.Type<number, number, unknown>;
    RegisterArray: t.ArrayC<t.Type<number, number, unknown>>;
  }>, t.PartialC<{
    EnergyPattern: t.Type<number, number, unknown>;
    LowGrayHomogeneity: t.Type<number, number, unknown>;
    CouplingOptimize2: t.Type<number, number, unknown>;
    BlankingTime1: t.Type<number, number, unknown>;
    FirstLineCompensation: t.Type<number, number, unknown>;
    LowGrayOptimize2: t.Type<number, number, unknown>;
    OpenTest: t.Type<boolean, boolean, unknown>;
    EliminateOpenCrossGrade: t.Type<number, number, unknown>;
    CouplingEnhancePattern: t.Type<boolean, boolean, unknown>;
    LowGrayOptimize1: t.Type<number, number, unknown>;
    LowGrayAcrossStripeOptimize: t.Type<number, number, unknown>;
    CouplingGrade: t.Type<number, number, unknown>;
    Gain: t.Type<number, number, unknown>;
    BlankingGrade1: t.Type<number, number, unknown>;
    FirstLineDarkCompensationGrade: t.Type<number, number, unknown>;
    BlankingOpen2: t.Type<boolean, boolean, unknown>;
    BlankingGrade2: t.Type<number, number, unknown>;
    BlankingOpen3: t.Type<boolean, boolean, unknown>;
    BlankingGrade3: t.Type<number, number, unknown>;
    CouplingOptimize1: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipSM16389ExtendProperty">;
  }>]>;
  VRedProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
    IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
  }>, t.TypeC<{
    REG_LENGTH: t.Type<number, number, unknown>;
    RegisterArray: t.ArrayC<t.Type<number, number, unknown>>;
  }>, t.PartialC<{
    EnergyPattern: t.Type<number, number, unknown>;
    LowGrayHomogeneity: t.Type<number, number, unknown>;
    CouplingOptimize2: t.Type<number, number, unknown>;
    BlankingTime1: t.Type<number, number, unknown>;
    FirstLineCompensation: t.Type<number, number, unknown>;
    LowGrayOptimize2: t.Type<number, number, unknown>;
    OpenTest: t.Type<boolean, boolean, unknown>;
    EliminateOpenCrossGrade: t.Type<number, number, unknown>;
    CouplingEnhancePattern: t.Type<boolean, boolean, unknown>;
    LowGrayOptimize1: t.Type<number, number, unknown>;
    LowGrayAcrossStripeOptimize: t.Type<number, number, unknown>;
    CouplingGrade: t.Type<number, number, unknown>;
    Gain: t.Type<number, number, unknown>;
    BlankingGrade1: t.Type<number, number, unknown>;
    FirstLineDarkCompensationGrade: t.Type<number, number, unknown>;
    BlankingOpen2: t.Type<boolean, boolean, unknown>;
    BlankingGrade2: t.Type<number, number, unknown>;
    BlankingOpen3: t.Type<boolean, boolean, unknown>;
    BlankingGrade3: t.Type<number, number, unknown>;
    CouplingOptimize1: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipSM16389ExtendProperty">;
  }>]>;
  IsUseNewModule: t.Type<boolean, boolean, unknown>;
  ChipLibVersion: t.Type<number, number, unknown>;
  IsAdvancedMode: t.Type<boolean, boolean, unknown>;
  IsGammaDllMode: t.Type<boolean, boolean, unknown>;
  TestGain: t.Type<number, number, unknown>;
  IsErrOpen: t.Type<boolean, boolean, unknown>;
  SpecialDataLen: t.Type<number, number, unknown>;
  SpecialRegisterAddr: t.Type<number, number, unknown>;
  LittlePeriodCount: t.Type<number, number, unknown>;
  RefreshMagnificationP1: t.Type<number, number, unknown>;
  RefreshMagnificationP2: t.Type<number, number, unknown>;
  RefreshMagnificationP3: t.Type<number, number, unknown>;
  LineScanGrayScale: t.Type<number, number, unknown>;
}>]>;
/**
 * Codec for {@link ChipSM16389RGBVExtendProperty}
 * @category Codecs
 * @see Automatically generated from ../decompiled/Nova.LCT.GigabitSystem.ChipSM16389.decompiled.cs:1284
 */
declare const ChipSM16389RGBVExtendProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
  IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
}>, t.TypeC<{
  REG_LENGTH: t.Type<number, number, unknown>;
}>, t.PartialC<{
  RedProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
    IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
  }>, t.TypeC<{
    REG_LENGTH: t.Type<number, number, unknown>;
    RegisterArray: t.ArrayC<t.Type<number, number, unknown>>;
  }>, t.PartialC<{
    EnergyPattern: t.Type<number, number, unknown>;
    LowGrayHomogeneity: t.Type<number, number, unknown>;
    CouplingOptimize2: t.Type<number, number, unknown>;
    BlankingTime1: t.Type<number, number, unknown>;
    FirstLineCompensation: t.Type<number, number, unknown>;
    LowGrayOptimize2: t.Type<number, number, unknown>;
    OpenTest: t.Type<boolean, boolean, unknown>;
    EliminateOpenCrossGrade: t.Type<number, number, unknown>;
    CouplingEnhancePattern: t.Type<boolean, boolean, unknown>;
    LowGrayOptimize1: t.Type<number, number, unknown>;
    LowGrayAcrossStripeOptimize: t.Type<number, number, unknown>;
    CouplingGrade: t.Type<number, number, unknown>;
    Gain: t.Type<number, number, unknown>;
    BlankingGrade1: t.Type<number, number, unknown>;
    FirstLineDarkCompensationGrade: t.Type<number, number, unknown>;
    BlankingOpen2: t.Type<boolean, boolean, unknown>;
    BlankingGrade2: t.Type<number, number, unknown>;
    BlankingOpen3: t.Type<boolean, boolean, unknown>;
    BlankingGrade3: t.Type<number, number, unknown>;
    CouplingOptimize1: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipSM16389ExtendProperty">;
  }>]>;
  GreenProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
    IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
  }>, t.TypeC<{
    REG_LENGTH: t.Type<number, number, unknown>;
    RegisterArray: t.ArrayC<t.Type<number, number, unknown>>;
  }>, t.PartialC<{
    EnergyPattern: t.Type<number, number, unknown>;
    LowGrayHomogeneity: t.Type<number, number, unknown>;
    CouplingOptimize2: t.Type<number, number, unknown>;
    BlankingTime1: t.Type<number, number, unknown>;
    FirstLineCompensation: t.Type<number, number, unknown>;
    LowGrayOptimize2: t.Type<number, number, unknown>;
    OpenTest: t.Type<boolean, boolean, unknown>;
    EliminateOpenCrossGrade: t.Type<number, number, unknown>;
    CouplingEnhancePattern: t.Type<boolean, boolean, unknown>;
    LowGrayOptimize1: t.Type<number, number, unknown>;
    LowGrayAcrossStripeOptimize: t.Type<number, number, unknown>;
    CouplingGrade: t.Type<number, number, unknown>;
    Gain: t.Type<number, number, unknown>;
    BlankingGrade1: t.Type<number, number, unknown>;
    FirstLineDarkCompensationGrade: t.Type<number, number, unknown>;
    BlankingOpen2: t.Type<boolean, boolean, unknown>;
    BlankingGrade2: t.Type<number, number, unknown>;
    BlankingOpen3: t.Type<boolean, boolean, unknown>;
    BlankingGrade3: t.Type<number, number, unknown>;
    CouplingOptimize1: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipSM16389ExtendProperty">;
  }>]>;
  BlueProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
    IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
  }>, t.TypeC<{
    REG_LENGTH: t.Type<number, number, unknown>;
    RegisterArray: t.ArrayC<t.Type<number, number, unknown>>;
  }>, t.PartialC<{
    EnergyPattern: t.Type<number, number, unknown>;
    LowGrayHomogeneity: t.Type<number, number, unknown>;
    CouplingOptimize2: t.Type<number, number, unknown>;
    BlankingTime1: t.Type<number, number, unknown>;
    FirstLineCompensation: t.Type<number, number, unknown>;
    LowGrayOptimize2: t.Type<number, number, unknown>;
    OpenTest: t.Type<boolean, boolean, unknown>;
    EliminateOpenCrossGrade: t.Type<number, number, unknown>;
    CouplingEnhancePattern: t.Type<boolean, boolean, unknown>;
    LowGrayOptimize1: t.Type<number, number, unknown>;
    LowGrayAcrossStripeOptimize: t.Type<number, number, unknown>;
    CouplingGrade: t.Type<number, number, unknown>;
    Gain: t.Type<number, number, unknown>;
    BlankingGrade1: t.Type<number, number, unknown>;
    FirstLineDarkCompensationGrade: t.Type<number, number, unknown>;
    BlankingOpen2: t.Type<boolean, boolean, unknown>;
    BlankingGrade2: t.Type<number, number, unknown>;
    BlankingOpen3: t.Type<boolean, boolean, unknown>;
    BlankingGrade3: t.Type<number, number, unknown>;
    CouplingOptimize1: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipSM16389ExtendProperty">;
  }>]>;
  VRedProperty: t.IntersectionC<[t.IntersectionC<[t.PartialC<{
    IsSetLowEffectGamma: t.Type<boolean, boolean, unknown>;
  }>, t.TypeC<{
    REG_LENGTH: t.Type<number, number, unknown>;
    RegisterArray: t.ArrayC<t.Type<number, number, unknown>>;
  }>, t.PartialC<{
    EnergyPattern: t.Type<number, number, unknown>;
    LowGrayHomogeneity: t.Type<number, number, unknown>;
    CouplingOptimize2: t.Type<number, number, unknown>;
    BlankingTime1: t.Type<number, number, unknown>;
    FirstLineCompensation: t.Type<number, number, unknown>;
    LowGrayOptimize2: t.Type<number, number, unknown>;
    OpenTest: t.Type<boolean, boolean, unknown>;
    EliminateOpenCrossGrade: t.Type<number, number, unknown>;
    CouplingEnhancePattern: t.Type<boolean, boolean, unknown>;
    LowGrayOptimize1: t.Type<number, number, unknown>;
    LowGrayAcrossStripeOptimize: t.Type<number, number, unknown>;
    CouplingGrade: t.Type<number, number, unknown>;
    Gain: t.Type<number, number, unknown>;
    BlankingGrade1: t.Type<number, number, unknown>;
    FirstLineDarkCompensationGrade: t.Type<number, number, unknown>;
    BlankingOpen2: t.Type<boolean, boolean, unknown>;
    BlankingGrade2: t.Type<number, number, unknown>;
    BlankingOpen3: t.Type<boolean, boolean, unknown>;
    BlankingGrade3: t.Type<number, number, unknown>;
    CouplingOptimize1: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipSM16389ExtendProperty">;
  }>]>;
  IsUseNewModule: t.Type<boolean, boolean, unknown>;
  ChipLibVersion: t.Type<number, number, unknown>;
  IsAdvancedMode: t.Type<boolean, boolean, unknown>;
  IsGammaDllMode: t.Type<boolean, boolean, unknown>;
  TestGain: t.Type<number, number, unknown>;
  IsErrOpen: t.Type<boolean, boolean, unknown>;
  SpecialDataLen: t.Type<number, number, unknown>;
  SpecialRegisterAddr: t.Type<number, number, unknown>;
  LittlePeriodCount: t.Type<number, number, unknown>;
  RefreshMagnificationP1: t.Type<number, number, unknown>;
  RefreshMagnificationP2: t.Type<number, number, unknown>;
  RefreshMagnificationP3: t.Type<number, number, unknown>;
  LineScanGrayScale: t.Type<number, number, unknown>;
}>]>, t.PartialC<{
  '@_xsi:type': t.LiteralC<"ChipSM16389RGBVExtendProperty">;
}>]>;
interface ChipSM16389RGBVExtendProperty extends t.TypeOf<typeof ChipSM16389RGBVExtendProperty> {
  RedProperty?: ChipSM16389ExtendProperty;
  GreenProperty?: ChipSM16389ExtendProperty;
  BlueProperty?: ChipSM16389ExtendProperty;
  VRedProperty?: ChipSM16389ExtendProperty;
}
//#endregion
export { ChipSM16389RGBVExtendPropertyBase as n, ChipSM16389RGBVExtendProperty as t };
//# sourceMappingURL=ChipSM16389RGBVExtendProperty-CPCXmvjn.d.mts.map