Triangule, SheetFold & Co
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    Interface SheetFold

    class SheetFold

    interface SheetFold {
        pFacets: Facet[];
        pJuncs: tJunc2[];
        pPartName: string;
        pProfiles: tOneProfile[];
        pSFMark: string;
        pThickness: number;
        addSeg(iCtr: Contour, iSeg: Segment1): void;
        calcJuncList(iCtrJ: ContourJ, jName: string): tJunc3[];
        checkFacet(): void;
        computeLength(): void;
        drawJuncNegative(
            rE: number,
            rI: number,
            angle: number,
        ): [tContour, number, number];
        drawJuncPositive(
            rE: number,
            rI: number,
            angle: number,
        ): [tContour, number, number];
        findCtrJ(iCtrsJ: ContourJ[], iFacetIdx: number, iCtrIdx: number): ContourJ;
        fromJunctionToAttach(iJunc: tJunc2): [number, number, number];
        generateJunc3List(iCtrJ: ContourJ): tJunc3[];
        generateMarkers(): tContour[];
        generateNewContours(iCtrsJ: ContourJ[]): tContour[];
        generateOneMarker(iJunc: tJunc2): tContour;
        getJuncIdx(jName: string): number;
        incrSegIdx(idx: number, delta: number, maxIdx: number): number;
        makeFacetFig(iFacetIdx: number, iFacet: Facet): Figure;
        makeFigures(iCheck?: boolean): tFigures;
        makeJuncCtr(
            jName: string,
            jAngle: number,
            jRadius: number,
            jNeutral: number,
        ): [tContour, number, number];
        makePartialCtr(
            iCtrJ: ContourJ,
            iJuncList: tJunc3[],
            first: boolean,
            iCtrsJ: ContourJ[],
        ): Contour;
        makePatternFigure(iCheck: boolean): Figure;
        makeProfileFig(): Figure;
        makeVolume(): tVolume;
        nameFace(idx: number): string;
        nameFaceJ(idx: number): string;
        nameFacePattern(): string;
        nameFaceProfiles(): string;
        oneTetaLength(
            faIdx: number,
            coIdx: number,
            segIdx: number,
        ): [number, number, number, number, string];
        positionF(iTm: Transform3d, iFacetIdx: number): Transform3d;
        positionF2d(iFacetIdx: number): Transform2d;
        positionJ(iTm: Transform3d, jIdx: number): Transform3d;
        positionJ2d(iFacetIdx: number): Transform2d;
        printJuncs(): void;
    }
    Index

    Properties

    pFacets pJuncs pPartName pProfiles pSFMark pThickness

    Methods

    addSeg calcJuncList checkFacet computeLength drawJuncNegative drawJuncPositive findCtrJ fromJunctionToAttach generateJunc3List generateMarkers generateNewContours generateOneMarker getJuncIdx incrSegIdx makeFacetFig makeFigures makeJuncCtr makePartialCtr makePatternFigure makeProfileFig makeVolume nameFace nameFaceJ nameFacePattern nameFaceProfiles oneTetaLength positionF positionF2d positionJ positionJ2d printJuncs

    Properties

    pFacets: Facet[] = []
    pJuncs: tJunc2[] = []
    pPartName: string = ''
    pProfiles: tOneProfile[] = []
    pSFMark: string = ''
    pThickness: number = 0

    Methods

    • Internal

      Parameters

      • rE: number
      • rI: number
      • angle: number

      Returns [tContour, number, number]

    • Internal

      Parameters

      • rE: number
      • rI: number
      • angle: number

      Returns [tContour, number, number]

    • Internal

      Parameters

      • jName: string
      • jAngle: number
      • jRadius: number
      • jNeutral: number

      Returns [tContour, number, number]

    • Internal

      Parameters

      • faIdx: number
      • coIdx: number
      • segIdx: number

      Returns [number, number, number, number, string]

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