import { Particle, ParticleCreation } from '../interfaces/particle.interface.js';
import { SimulationInterface, SimulationOptions, SimulationOutput } from '../interfaces/simulation.interface.js';
import { DiffusionEquation } from '../interfaces/time.interface.js';
export declare class Simulation implements SimulationInterface {
    running: boolean;
    stopped: boolean;
    particles: Particle[];
    options: SimulationOptions;
    private particles_history;
    private times;
    private pause_interval;
    private current_simulation_step;
    private readonly BOLTZMANN_CONSTANT;
    constructor(options: SimulationOptions);
    initParticles(): void;
    addParticle(particle: ParticleCreation): void;
    stop(): SimulationOutput;
    pause(): void;
    resume(): void;
    run(): Promise<SimulationOutput>;
    /**
     * @description Finish the simulation and return the output
     */
    finish(): SimulationOutput;
    /**
     * @description Process a particle at a given step and time
     */
    processParticleAtGivenStepAndTime(particle: Particle, time: number, step_size: number): Particle;
    /**
     * @description Get the diffusion coefficient at a given time for a given particle. Calculates the global diffusion coefficient if it is defined, otherwise uses the particle's diffusion coefficient
     */
    getDiffusionCoefficient(particle: Particle, time: number): number;
    /**
     * @description Get the diffusion coefficient based on the equation provided
     */
    getDiffusionCoefficientBasedOnEquation(equation: DiffusionEquation, particle: Particle): number;
    /**
     * @description Calculate the diffusion coefficient using the Einstein-Stokes equation
     */
    einsteinStokesEquation(particle: Particle): number;
    /**
     * @description Run validations on the simulation options to ensure the simulation can run
     */
    runValidations(): void;
    /**
     * @description Validate the particles in the simulation
     */
    validateParticles(particles: Particle[]): void;
}