import type { CompositionType } from '../composition';
import type { ElementSymbol } from '../element';
import type { Point2D, Point3D, Vec2 } from '../math';
import type { AnyStructure } from '../structure';
export interface StructurePopupStats {
    id?: string;
    formula?: string;
    e_above_hull?: number;
    e_form?: number;
}
export interface StructurePopupContext {
    structure: AnyStructure;
    stats?: StructurePopupStats;
    formula_html: string;
}
export interface PhaseData {
    composition: CompositionType;
    energy: number;
    entry_id?: string;
    e_above_hull?: number;
    is_stable?: boolean;
    exclude_from_hull?: boolean;
    energy_per_atom?: number;
    e_form_per_atom?: number;
    reduced_formula?: string;
    name?: string;
    temperatures?: number[];
    free_energies?: number[];
    volume_per_atom?: number;
    '@module'?: string;
    '@class'?: string;
    correction?: number;
    energy_adjustments?: Record<string, number>[];
    parameters?: Record<string, unknown>;
    data?: Record<string, unknown>;
    structure?: Record<string, unknown>;
    attributes?: Record<string, unknown>;
    magnetic_ordering?: MagneticOrdering | (string & {});
}
export interface EntryCategoryConfig {
    label: string;
    property: string | string[];
    markers: Record<string, MarkerSymbol>;
    labels?: Record<string, string>;
    aliases?: Record<string, string>;
}
export type MagneticOrdering = `FM` | `FiM` | `AFM` | `NM`;
export declare const MAGNETIC_ORDERING_CATEGORY: EntryCategoryConfig;
export interface ProcessedPhaseData {
    entries: PhaseData[];
    elements: ElementSymbol[];
}
export type MarkerSymbol = // Marker symbol types for convex hull entries
`circle` | `star` | `triangle` | `cross` | `diamond` | `square` | `wye`;
export declare const HULL_FACE_COLOR_MODES: readonly ["uniform", "formation_energy", "dominant_element", "facet_index"];
export type HullFaceColorMode = (typeof HULL_FACE_COLOR_MODES)[number];
export interface ConvexHullEntry extends PhaseData, Point3D {
    is_element: boolean;
    size?: number;
    marker?: MarkerSymbol;
}
export interface ConvexHullConfig {
    show_labels?: boolean;
    show_hull?: boolean;
    font_size?: number;
    colors?: {
        stable?: string;
        unstable?: string;
    };
}
export declare const DEFAULT_HULL_COLORS: {
    stable: string;
    unstable: string;
};
export interface ConvexHullControlsType {
    title?: string;
    show_counts?: boolean;
    show_label_controls?: boolean;
}
export interface HoverData3D<T = ConvexHullEntry> {
    entry: T;
    position: Point2D;
}
export interface PhaseStats {
    total: number;
    unary: number;
    binary: number;
    ternary: number;
    quaternary: number;
    quinary_plus: number;
    stable: number;
    unstable: number;
    energy_range: {
        min: number;
        max: number;
        avg: number;
    };
    hull_distance: {
        max: number;
        avg: number;
    };
    elements: number;
    chemical_system: string;
    max_arity: number;
}
export type PhaseArityField = Extract<keyof PhaseStats, `unary` | `binary` | `ternary` | `quaternary` | `quinary_plus`>;
export interface HighlightStyle {
    effect?: `pulse` | `glow` | `size` | `color` | `both`;
    color?: string;
    size_multiplier?: number;
    opacity?: number;
    pulse_speed?: number;
}
export declare const DEFAULT_GAS_TEMP = 300;
export declare const GAS_SPECIES: readonly ["O2", "N2", "H2", "CO", "CO2", "H2O", "F2"];
export type GasSpecies = (typeof GAS_SPECIES)[number];
export declare const DEFAULT_GAS_PRESSURES: Readonly<Record<GasSpecies, number>>;
export interface GasThermodynamicsProvider {
    get_standard_chemical_potential(gas: GasSpecies, temperature: number): number;
    get_supported_gases(): GasSpecies[];
    get_temperature_range(): Vec2;
}
export interface GasThermodynamicsConfig {
    enabled_gases?: GasSpecies[];
    pressures?: Partial<Record<GasSpecies, number>>;
    provider?: GasThermodynamicsProvider;
    element_to_gas?: Partial<Record<ElementSymbol, GasSpecies>>;
}
export interface GasAnalysis {
    has_gas_dependent_elements: boolean;
    gas_elements: ElementSymbol[];
    relevant_gases: GasSpecies[];
}