/**
 * SolverAdapters — Thin wrappers that implement SimSolver around concrete solvers.
 */
import type { SimSolver, SolverMode, FieldData, GpuBackedSolver } from '../SimSolver';
import type { ThermalSolver } from '../ThermalSolver';
import type { StructuralSolver } from '../StructuralSolver';
import type { StructuralSolverTET10 } from '../StructuralSolverTET10';
import type { HydraulicSolver } from '../HydraulicSolver';
import type { AcousticSolver } from '../AcousticSolver';
import type { FDTDSolver } from '../FDTDSolver';
import type { ReactionDiffusionSolver } from '../ReactionDiffusionSolver';
import type { AffinityODESolver } from '../AffinityODESolver';
export declare class ThermalSolverAdapter implements SimSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["temperature", "temperature_grid"];
    constructor(s: ThermalSolver);
    step(dt: number): void;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    dispose(): void;
}
export declare class ThermalGpuStencilSolverAdapter implements GpuBackedSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["temperature", "temperature_grid"];
    constructor(s: ThermalSolver);
    step(dt: number): Promise<void>;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    readbackOutput(): Promise<Float32Array>;
    dispose(): void;
}
export declare class StructuralSolverAdapter implements SimSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["von_mises_stress", "safety_factor", "displacements"];
    constructor(s: StructuralSolver);
    step(): void;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    dispose(): void;
}
export declare class StructuralGpuCgSolverAdapter implements GpuBackedSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["von_mises_stress", "safety_factor", "displacements"];
    constructor(s: StructuralSolver);
    step(): void;
    solve(): Promise<void>;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    readbackOutput(): Promise<Float32Array>;
    dispose(): void;
}
export declare class TET10SolverAdapter implements GpuBackedSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["von_mises_stress", "safety_factor", "displacements"];
    constructor(s: StructuralSolverTET10);
    step(): void;
    solve(): Promise<void>;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    readbackOutput(): Promise<Float32Array>;
    dispose(): void;
}
export declare class HydraulicSolverAdapter implements SimSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["pressure", "flow_rates"];
    constructor(s: HydraulicSolver);
    step(): void;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    dispose(): void;
}
export declare class AcousticSolverAdapter implements SimSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["pressure", "pressure_grid"];
    constructor(s: AcousticSolver);
    step(dt: number): void;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    dispose(): void;
}
export declare class AcousticGpuStencilSolverAdapter implements GpuBackedSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["pressure", "pressure_grid"];
    constructor(s: AcousticSolver);
    step(dt: number): Promise<void>;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    readbackOutput(): Promise<Float32Array>;
    dispose(): void;
}
export declare class FDTDSolverAdapter implements SimSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["E_magnitude", "H_magnitude"];
    constructor(s: FDTDSolver);
    step(): void;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    dispose(): void;
}
export declare class ReactionDiffusionSolverAdapter implements SimSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly string[];
    constructor(s: ReactionDiffusionSolver);
    step(dt: number): void;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    dispose(): void;
}
export declare class AffinityODESolverAdapter implements SimSolver {
    private s;
    readonly mode: SolverMode;
    readonly fieldNames: readonly ["state_vector", "feelings_R", "feelings_J", "intimacy", "passion", "commitment"];
    constructor(s: AffinityODESolver);
    step(dt: number): void;
    solve(): void;
    getField(name: string): FieldData | null;
    getStats(): Record<string, unknown>;
    dispose(): void;
}
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