@numericelements/knot-sequence/dist/AbstractIncreasingOpenKnotSequence.d.ts

A library for generating and manipulating knot sequences for b-spline curves and surfaces

import { AbstractOpenKnotSequence } from "./AbstractOpenKnotSequence";
import { IncreasingOpenKnotSequenceInterface } from "./IncreasingOpenKnotSequenceInterface";
import { AbstractIncreasingOpenKnotSequence_type, IncreasingOpenKnotSequence, IncreasingOpenKnotSequenceCCurve_allKnots, IncreasingOpenKnotSequenceUpToC0Discontinuity, IncreasingOpenKnotSequenceUpToC0DiscontinuityCCurve_allKnots } from "./KnotSequenceConstructorInterface";
import { KnotIndexStrictlyIncreasingSequence } from "./KnotIndexStrictlyIncreasingSequence";
import { KnotIndexIncreasingSequence } from "./KnotIndexIncreasingSequence";
export declare abstract class AbstractIncreasingOpenKnotSequence extends AbstractOpenKnotSequence {
    protected _indexKnotOrigin: KnotIndexStrictlyIncreasingSequence;
    protected _isSequenceUpToC0Discontinuity: boolean;
    constructor(maxMultiplicityOrder: number, knotParameters: AbstractIncreasingOpenKnotSequence_type);
    get allAbscissae(): number[];
    get indexKnotOrigin(): KnotIndexStrictlyIncreasingSequence;
    get isSequenceUpToC0Discontinuity(): boolean;
    set isSequenceUpToC0Discontinuity(isSequenceUpToC0Discontinuity: boolean);
    [Symbol.iterator](): {
        next: () => {
            value: number;
            done: boolean;
        } | {
            done: boolean;
            value?: undefined;
        };
    };
    abstract checkNonUniformKnotMultiplicityOrder(): void;
    abstract clone(): IncreasingOpenKnotSequenceInterface;
    knotIndexInputParamAssessment(index: KnotIndexIncreasingSequence, methodName: string): void;
    updateNormalizedBasisOrigin(): void;
    generateKnotSequence(knotParameters: IncreasingOpenKnotSequence | IncreasingOpenKnotSequenceCCurve_allKnots | IncreasingOpenKnotSequenceUpToC0Discontinuity | IncreasingOpenKnotSequenceUpToC0DiscontinuityCCurve_allKnots): void;
    checkSizeConsistency(knots: number[]): void;
    length(): number;
    abscissaAtIndex(index: KnotIndexIncreasingSequence): number;
    extractSubsetOfAbscissae(knotStart: KnotIndexIncreasingSequence, knotEnd: KnotIndexIncreasingSequence): number[];
    decrementKnotMultiplicityKnotArrayMutSeq(index: KnotIndexStrictlyIncreasingSequence | Array<KnotIndexStrictlyIncreasingSequence>, checkSequenceConsistency?: boolean): void;
    raiseKnotMultiplicityKnotArrayMutSeq(arrayIndices: KnotIndexStrictlyIncreasingSequence | Array<KnotIndexStrictlyIncreasingSequence>, multiplicity?: number, checkSequenceConsistency?: boolean): void;
    insertKnotAbscissaArrayMutSeq(abscissa: number | number[], multiplicity?: number): void;
}
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