import { t as ChipNT27002SExtendProperty } from "./ChipNT27002SExtendProperty-C9bv_Q2p.cjs";
import * as t from "io-ts";

//#region generated/ChipNT27002SRGBVExtendProperty.d.ts
declare const ChipNT27002SRGBVExtendPropertyBase: 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<{
    FirstRegValue: t.Type<number, number, unknown>;
    SecondRegValue: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipNT27002SExtendProperty">;
  }>]>;
  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<{
    FirstRegValue: t.Type<number, number, unknown>;
    SecondRegValue: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipNT27002SExtendProperty">;
  }>]>;
  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<{
    FirstRegValue: t.Type<number, number, unknown>;
    SecondRegValue: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipNT27002SExtendProperty">;
  }>]>;
  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<{
    FirstRegValue: t.Type<number, number, unknown>;
    SecondRegValue: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipNT27002SExtendProperty">;
  }>]>;
  IsUseNewModule: t.Type<boolean, boolean, unknown>;
  ChipLibVersion: t.Type<number, number, unknown>;
  ScanType: t.Type<number, number, unknown>;
  IsAdvancedMode: t.Type<boolean, boolean, unknown>;
  MyRedGain: t.Type<number, number, unknown>;
  RedRangeGain: t.Type<number, number, unknown>;
  MyGreenGain: t.Type<number, number, unknown>;
  GreenRangeGain: t.Type<number, number, unknown>;
  MyBlueGain: t.Type<number, number, unknown>;
  BlueRangeGain: t.Type<number, number, unknown>;
  GraySteps: t.Type<number, number, unknown>;
  GetTrueGraySteps: t.Type<number, number, unknown>;
  NO_GCLK: t.Type<number, number, unknown>;
  F_gclk: t.Type<number, number, unknown>;
  FrameStartTime: t.Type<number, number, unknown>;
  ScanBetweenTime: t.Type<number, number, unknown>;
  ShadowEliminationTime: t.Type<number, number, unknown>;
  PrechargeTime: t.Type<number, number, unknown>;
  ScanShadowEliminationTime: t.Type<number, number, unknown>;
  ScanOpeningDelayTime: t.Type<number, number, unknown>;
  ScanCloseingDelayTime: t.Type<number, number, unknown>;
  ScanShadowEliminationVoltage: t.Type<number, number, unknown>;
  ShadowEliminationVoltageR: t.Type<number, number, unknown>;
  ShadowEliminationVoltageG: t.Type<number, number, unknown>;
  ShadowEliminationVoltageB: t.Type<number, number, unknown>;
  PulseWidthCompensationR: t.Type<number, number, unknown>;
  PulseWidthCompensationG: t.Type<number, number, unknown>;
  PulseWidthCompensationB: t.Type<number, number, unknown>;
  PrechargeVoltagR: t.Type<number, number, unknown>;
  PrechargeVoltagG: t.Type<number, number, unknown>;
  PrechargeVoltagB: t.Type<number, number, unknown>;
  ColorTemperature1R: t.Type<number, number, unknown>;
  ColorTemperature1G: t.Type<number, number, unknown>;
  ColorTemperature1B: t.Type<number, number, unknown>;
  ColorTemperature2R: t.Type<number, number, unknown>;
  ColorTemperature2G: t.Type<number, number, unknown>;
  ColorTemperature2B: t.Type<number, number, unknown>;
  ColorTemperature3R: t.Type<number, number, unknown>;
  ColorTemperature3G: t.Type<number, number, unknown>;
  ColorTemperature3B: t.Type<number, number, unknown>;
  AbnormalStatePattern: t.Type<number, number, unknown>;
  OpenVoltageR: t.Type<number, number, unknown>;
  OpenVoltageG: t.Type<number, number, unknown>;
  OpenVoltageB: t.Type<number, number, unknown>;
  DICOpenDateReplication: t.Type<boolean, boolean, unknown>;
  DICOpenDark: t.Type<boolean, boolean, unknown>;
  SavingMode: t.Type<boolean, boolean, unknown>;
  TemperatureSelevtorEn: t.Type<boolean, boolean, unknown>;
  TemperatureSelevtorLevel: t.Type<number, number, unknown>;
  ChannelCloseMode: t.Type<number, number, unknown>;
  FileNumber: t.Type<number, number, unknown>;
  FirstDataLen: t.Type<number, number, unknown>;
  FirstStartIndex: t.Type<number, number, unknown>;
  FirstRegisterAddr: t.Type<number, number, unknown>;
  SecondDataLen: t.Type<number, number, unknown>;
  SecondStartIndex: t.Type<number, number, unknown>;
  SecondRegisterAddr: t.Type<number, number, unknown>;
  SpecialDataLen: t.Type<number, number, unknown>;
  SpecialRegisterAddr: t.Type<number, number, unknown>;
}>]>;
/**
 * Codec for {@link ChipNT27002SRGBVExtendProperty}
 * @category Codecs
 * @see Automatically generated from ../decompiled/Nova.LCT.GigabitSystem.ChipNT27002S.decompiled.cs:974
 */
declare const ChipNT27002SRGBVExtendProperty: 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<{
    FirstRegValue: t.Type<number, number, unknown>;
    SecondRegValue: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipNT27002SExtendProperty">;
  }>]>;
  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<{
    FirstRegValue: t.Type<number, number, unknown>;
    SecondRegValue: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipNT27002SExtendProperty">;
  }>]>;
  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<{
    FirstRegValue: t.Type<number, number, unknown>;
    SecondRegValue: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipNT27002SExtendProperty">;
  }>]>;
  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<{
    FirstRegValue: t.Type<number, number, unknown>;
    SecondRegValue: t.Type<number, number, unknown>;
  }>]>, t.PartialC<{
    '@_xsi:type': t.LiteralC<"ChipNT27002SExtendProperty">;
  }>]>;
  IsUseNewModule: t.Type<boolean, boolean, unknown>;
  ChipLibVersion: t.Type<number, number, unknown>;
  ScanType: t.Type<number, number, unknown>;
  IsAdvancedMode: t.Type<boolean, boolean, unknown>;
  MyRedGain: t.Type<number, number, unknown>;
  RedRangeGain: t.Type<number, number, unknown>;
  MyGreenGain: t.Type<number, number, unknown>;
  GreenRangeGain: t.Type<number, number, unknown>;
  MyBlueGain: t.Type<number, number, unknown>;
  BlueRangeGain: t.Type<number, number, unknown>;
  GraySteps: t.Type<number, number, unknown>;
  GetTrueGraySteps: t.Type<number, number, unknown>;
  NO_GCLK: t.Type<number, number, unknown>;
  F_gclk: t.Type<number, number, unknown>;
  FrameStartTime: t.Type<number, number, unknown>;
  ScanBetweenTime: t.Type<number, number, unknown>;
  ShadowEliminationTime: t.Type<number, number, unknown>;
  PrechargeTime: t.Type<number, number, unknown>;
  ScanShadowEliminationTime: t.Type<number, number, unknown>;
  ScanOpeningDelayTime: t.Type<number, number, unknown>;
  ScanCloseingDelayTime: t.Type<number, number, unknown>;
  ScanShadowEliminationVoltage: t.Type<number, number, unknown>;
  ShadowEliminationVoltageR: t.Type<number, number, unknown>;
  ShadowEliminationVoltageG: t.Type<number, number, unknown>;
  ShadowEliminationVoltageB: t.Type<number, number, unknown>;
  PulseWidthCompensationR: t.Type<number, number, unknown>;
  PulseWidthCompensationG: t.Type<number, number, unknown>;
  PulseWidthCompensationB: t.Type<number, number, unknown>;
  PrechargeVoltagR: t.Type<number, number, unknown>;
  PrechargeVoltagG: t.Type<number, number, unknown>;
  PrechargeVoltagB: t.Type<number, number, unknown>;
  ColorTemperature1R: t.Type<number, number, unknown>;
  ColorTemperature1G: t.Type<number, number, unknown>;
  ColorTemperature1B: t.Type<number, number, unknown>;
  ColorTemperature2R: t.Type<number, number, unknown>;
  ColorTemperature2G: t.Type<number, number, unknown>;
  ColorTemperature2B: t.Type<number, number, unknown>;
  ColorTemperature3R: t.Type<number, number, unknown>;
  ColorTemperature3G: t.Type<number, number, unknown>;
  ColorTemperature3B: t.Type<number, number, unknown>;
  AbnormalStatePattern: t.Type<number, number, unknown>;
  OpenVoltageR: t.Type<number, number, unknown>;
  OpenVoltageG: t.Type<number, number, unknown>;
  OpenVoltageB: t.Type<number, number, unknown>;
  DICOpenDateReplication: t.Type<boolean, boolean, unknown>;
  DICOpenDark: t.Type<boolean, boolean, unknown>;
  SavingMode: t.Type<boolean, boolean, unknown>;
  TemperatureSelevtorEn: t.Type<boolean, boolean, unknown>;
  TemperatureSelevtorLevel: t.Type<number, number, unknown>;
  ChannelCloseMode: t.Type<number, number, unknown>;
  FileNumber: t.Type<number, number, unknown>;
  FirstDataLen: t.Type<number, number, unknown>;
  FirstStartIndex: t.Type<number, number, unknown>;
  FirstRegisterAddr: t.Type<number, number, unknown>;
  SecondDataLen: t.Type<number, number, unknown>;
  SecondStartIndex: t.Type<number, number, unknown>;
  SecondRegisterAddr: t.Type<number, number, unknown>;
  SpecialDataLen: t.Type<number, number, unknown>;
  SpecialRegisterAddr: t.Type<number, number, unknown>;
}>]>, t.PartialC<{
  '@_xsi:type': t.LiteralC<"ChipNT27002SRGBVExtendProperty">;
}>]>;
interface ChipNT27002SRGBVExtendProperty extends t.TypeOf<typeof ChipNT27002SRGBVExtendProperty> {
  RedProperty?: ChipNT27002SExtendProperty;
  GreenProperty?: ChipNT27002SExtendProperty;
  BlueProperty?: ChipNT27002SExtendProperty;
  VRedProperty?: ChipNT27002SExtendProperty;
}
//#endregion
export { ChipNT27002SRGBVExtendPropertyBase as n, ChipNT27002SRGBVExtendProperty as t };
//# sourceMappingURL=ChipNT27002SRGBVExtendProperty-BFm5FYTr.d.cts.map