import { CellComplex, type CellGroup } from '@holotope/core';
import { SimplexConstitutiveFamilyN, type SimplexConstitutiveFamilyElementContextN, type SimplexConstitutiveFamilyElementEvaluationN, type SimplexConstitutiveFamilyElementN, type SimplexConstitutiveFamilyEvaluationN, type SimplexConstitutiveFamilyHessianBlockN, type SimplexConstitutiveFamilyHessianVectorEvaluationN, type SimplexConstitutiveFamilyMaterialN } from './simplex-constitutive-family.js';
import { type SimplexCompressibleNeoHookeanEvaluationN, type SimplexCompressibleNeoHookeanMaterialN } from './simplex-neo-hookean-material.js';
import { type XpbdConservativeHessianBlockN, type XpbdConservativeHessianBlockProviderN, type XpbdConservativeHessianVectorEvaluationN, type XpbdConservativeHessianVectorProviderN, type XpbdParticleDirectionQueryN } from './xpbd-incremental-potential-analytic-curvature.js';
import { XpbdParticleN, XpbdWorldN, type XpbdConservativeForceProviderN, type XpbdParticlePositionQueryN } from './xpbd-world.js';
export interface SimplexCompressibleNeoHookeanFamilyElementContextN extends SimplexConstitutiveFamilyElementContextN {
}
export type SimplexCompressibleNeoHookeanFamilyMaterialN = SimplexConstitutiveFamilyMaterialN<SimplexCompressibleNeoHookeanMaterialN>;
export interface CompileSimplexCompressibleNeoHookeanFamilyNOptions {
    readonly id: string;
    readonly source: CellComplex;
    readonly simplexGroup: CellGroup;
    /** One live particle per source vertex, in source-vertex order. */
    readonly particles: readonly XpbdParticleN[];
    readonly material: SimplexCompressibleNeoHookeanFamilyMaterialN;
}
export interface SimplexCompressibleNeoHookeanFamilyElementN extends SimplexConstitutiveFamilyElementN<SimplexCompressibleNeoHookeanMaterialN> {
}
export interface SimplexCompressibleNeoHookeanFamilyElementEvaluationN extends SimplexConstitutiveFamilyElementEvaluationN<SimplexCompressibleNeoHookeanMaterialN, SimplexCompressibleNeoHookeanEvaluationN> {
}
export interface SimplexCompressibleNeoHookeanFamilyEvaluationN extends SimplexConstitutiveFamilyEvaluationN<SimplexCompressibleNeoHookeanMaterialN, SimplexCompressibleNeoHookeanEvaluationN> {
}
/** Exact assembled Neo-Hookean potential curvature in family particle order. */
export interface SimplexCompressibleNeoHookeanFamilyHessianVectorEvaluationN extends SimplexConstitutiveFamilyHessianVectorEvaluationN<SimplexCompressibleNeoHookeanMaterialN, SimplexCompressibleNeoHookeanEvaluationN> {
    /** Stable Neo-Hookean law identity retained by the named wrapper. */
    readonly lawId: string;
}
/** Source-identified compressible Neo-Hookean family over shared RN particles. */
export declare class SimplexCompressibleNeoHookeanFamilyN implements XpbdConservativeForceProviderN, XpbdConservativeHessianVectorProviderN, XpbdConservativeHessianBlockProviderN {
    readonly constitutiveFamily: SimplexConstitutiveFamilyN<SimplexCompressibleNeoHookeanMaterialN, SimplexCompressibleNeoHookeanEvaluationN>;
    readonly id: string;
    readonly dimension: number;
    readonly source: CellComplex;
    readonly sourceSimplexGroup: CellGroup;
    readonly particles: readonly XpbdParticleN[];
    readonly elements: readonly SimplexCompressibleNeoHookeanFamilyElementN[];
    readonly potentialHessianBlocks: readonly SimplexConstitutiveFamilyHessianBlockN<SimplexCompressibleNeoHookeanMaterialN>[];
    private attachedWorld;
    private constructor();
    static compile(options: CompileSimplexCompressibleNeoHookeanFamilyNOptions): SimplexCompressibleNeoHookeanFamilyN;
    evaluate(): SimplexCompressibleNeoHookeanFamilyEvaluationN;
    evaluateAt(positionOf: XpbdParticlePositionQueryN): SimplexCompressibleNeoHookeanFamilyEvaluationN;
    /** Evaluates exact Neo-Hookean curvature without mutating live particles. */
    evaluatePotentialHessianVectorAt(positionOf: XpbdParticlePositionQueryN, directionOf: XpbdParticleDirectionQueryN): SimplexCompressibleNeoHookeanFamilyHessianVectorEvaluationN;
    /** Evaluates one exact source-simplex Neo-Hookean Hessian block. */
    evaluatePotentialHessianBlockVectorAt(block: XpbdConservativeHessianBlockN, positionOf: XpbdParticlePositionQueryN, directionOf: XpbdParticleDirectionQueryN): XpbdConservativeHessianVectorEvaluationN;
    /** Registers this provider; particles must already belong to the world. */
    addToWorld(world: XpbdWorldN): XpbdWorldN;
}
export declare function compileSimplexCompressibleNeoHookeanFamilyN(options: CompileSimplexCompressibleNeoHookeanFamilyNOptions): SimplexCompressibleNeoHookeanFamilyN;
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