import * as t from "io-ts";

//#region generated/ChipSM16389SFExtendProperty.d.ts
declare const ChipSM16389SFExtendPropertyBase: 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<{
  FirstRegValue: t.Type<number, number, unknown>;
  CouplingOptimizeEn3: t.Type<boolean, boolean, unknown>;
  CouplingOptimizeLevel3: t.Type<number, number, unknown>;
  CouplingOptimizeEn4: t.Type<boolean, boolean, unknown>;
  AwaitMode: t.Type<boolean, boolean, unknown>;
  AutoEnergyPattern: t.Type<boolean, boolean, 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>;
  FramesSynchronizationMode: t.Type<boolean, boolean, 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>;
  BlankingTime2: t.Type<number, number, unknown>;
  CouplingOptimize1: t.Type<number, number, unknown>;
}>]>;
/**
 * Codec for {@link ChipSM16389SFExtendProperty}
 * @category Codecs
 * @see Automatically generated from ../decompiled/Nova.LCT.GigabitSystem.ChipSM16389SF.decompiled.cs:44
 */
declare const ChipSM16389SFExtendProperty: 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<{
  FirstRegValue: t.Type<number, number, unknown>;
  CouplingOptimizeEn3: t.Type<boolean, boolean, unknown>;
  CouplingOptimizeLevel3: t.Type<number, number, unknown>;
  CouplingOptimizeEn4: t.Type<boolean, boolean, unknown>;
  AwaitMode: t.Type<boolean, boolean, unknown>;
  AutoEnergyPattern: t.Type<boolean, boolean, 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>;
  FramesSynchronizationMode: t.Type<boolean, boolean, 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>;
  BlankingTime2: t.Type<number, number, unknown>;
  CouplingOptimize1: t.Type<number, number, unknown>;
}>]>, t.PartialC<{
  '@_xsi:type': t.LiteralC<"ChipSM16389SFExtendProperty">;
}>]>;
interface ChipSM16389SFExtendProperty extends t.TypeOf<typeof ChipSM16389SFExtendProperty> {}
//#endregion
export { ChipSM16389SFExtendPropertyBase as n, ChipSM16389SFExtendProperty as t };
//# sourceMappingURL=ChipSM16389SFExtendProperty-OXh0ryih.d.cts.map