import type { CompositionType } from '../composition';
import { type Vec2, type Vec3 } from '../math';
import type { RadiationType } from '../scattering';
import type { RadiationKey } from './calc-xrd';
export * from './broadening';
export * from './calc-xrd';
export * from './parse';
export * from './saed';
export { default as SaedPattern } from './SaedPattern.svelte';
export { default as XrdPlot } from './XrdPlot.svelte';
export type Hkl = Vec3;
export type HklObj = {
    hkl: Hkl;
    multiplicity?: number;
};
export type RecipPoint = {
    hkl: Hkl;
    g_norm: number;
};
export type HklFormat = `compact` | `full` | null;
export declare function format_hkl(hkl: Hkl, format: HklFormat): string;
export type XrdPattern = {
    x: number[];
    y: number[];
    hkls?: HklObj[][];
    d_hkls?: number[];
};
export declare function decimate_pattern(pattern: XrdPattern, max_points: number): XrdPattern;
export type XrdOptions = {
    wavelength?: number | RadiationKey;
    radiation?: RadiationType;
    accelerating_voltage?: number;
    debye_waller_factors?: CompositionType;
    scaled?: boolean;
    two_theta_range?: Vec2 | null;
    peak_merge_tol?: number;
    scaled_intensity_tol?: number;
};
export type SaedSpot = {
    hkl: Hkl;
    position_2d: Vec2;
    intensity: number;
    laue_zone: number;
    d_spacing: number;
    excitation_error: number;
};
export type SaedPatternData = {
    spots: SaedSpot[];
    zone_axis: Vec3;
    wavelength: number;
    max_g: number;
    in_plane_basis: [Vec3, Vec3];
};
export type SaedOptions = {
    zone_axis?: Vec3;
    wavelength?: number;
    accelerating_voltage?: number;
    max_g?: number;
    crystal_thickness?: number;
    debye_waller_factors?: CompositionType;
    intensity_tol?: number;
};
export interface PatternEntry {
    label: string;
    pattern: XrdPattern;
    color?: string;
}