import { n as DecodeTypeEnum } from "./DecodeType-SEI2__Dn.cjs"; import * as t from "io-ts"; //#region generated/ChipVB5628DecodeParam.d.ts declare const ChipVB5628DecodeParamBase: t.IntersectionC<[t.PartialC<{ DecodeChipType: t.Type; IsNewDecodeType: t.Type; BlankUnitNumPerScan: t.Type; RowChangePoint: t.Type; CtrEndPoint: t.Type; }>, t.PartialC<{ DecodeChipType: t.Type; IsNewDecodeType: t.Type; EliminateShadowElectricPotentialLevel: t.Type; }>]>; /** * Codec for {@link ChipVB5628DecodeParam} * @category Codecs * @see Automatically generated from ../decompiled/Nova.LCT.GigabitSystem.DecodeChip_VB5628.decompiled.cs:33 */ declare const ChipVB5628DecodeParam: t.IntersectionC<[t.IntersectionC<[t.PartialC<{ DecodeChipType: t.Type; IsNewDecodeType: t.Type; BlankUnitNumPerScan: t.Type; RowChangePoint: t.Type; CtrEndPoint: t.Type; }>, t.PartialC<{ DecodeChipType: t.Type; IsNewDecodeType: t.Type; EliminateShadowElectricPotentialLevel: t.Type; }>]>, t.PartialC<{ '@_xsi:type': t.LiteralC<"ChipVB5628DecodeParam">; }>]>; interface ChipVB5628DecodeParam extends t.TypeOf { DecodeChipType?: DecodeTypeEnum; } //#endregion export { ChipVB5628DecodeParamBase as n, ChipVB5628DecodeParam as t }; //# sourceMappingURL=ChipVB5628DecodeParam-DLiYlOYx.d.cts.map