import { FlowLightVariant } from '../../flow-light/src/types';
export type TxCardVariant = 'solid' | 'dashed' | 'plain';
export type TxCardBackground = 'pure' | 'mask' | 'blur' | 'glass' | 'refraction' | 'acrylic' | 'mica' | 'flat' | 'plain';
export type TxCardShadow = 'none' | 'soft' | 'medium';
export type TxCardSize = 'small' | 'medium' | 'large';
export type TxCardRefractionTone = 'mist' | 'balanced' | 'vivid';
export interface TxCardProps {
    variant?: TxCardVariant;
    background?: TxCardBackground;
    shadow?: TxCardShadow;
    size?: TxCardSize;
    radius?: number;
    padding?: number;
    glassBlur?: boolean;
    glassBlurAmount?: number;
    glassOverlay?: boolean;
    glassOverlayOpacity?: number;
    maskOpacity?: number;
    fallbackMaskOpacity?: number;
    surfaceMoving?: boolean;
    refractionStrength?: number;
    refractionProfile?: 'soft' | 'filmic' | 'cinematic';
    refractionTone?: TxCardRefractionTone;
    refractionAngle?: number;
    /**
     * `refraction` renderer, as on TxBaseSurface: 'css' (default) without the SVG displacement layer,
     * 'svg' with it, at `refractionGlassOpacity`.
     */
    refractionRenderer?: 'css' | 'svg';
    /** Opacity of the SVG displacement layer under `refractionRenderer="svg"` (0-1); 0.3 when absent. */
    refractionGlassOpacity?: number;
    refractionLightFollowMouse?: boolean;
    refractionLightFollowIntensity?: number;
    refractionLightSpring?: boolean;
    refractionLightSpringStiffness?: number;
    refractionLightSpringDamping?: number;
    /** The flow light (TxFlowLight) over the card's surface, whatever its `background`; off when absent. */
    flowLight?: FlowLightVariant | false;
    /** Multiplies the flow light's theme opacity; default 1. */
    flowLightIntensity?: number;
    clickable?: boolean;
    /**
     * A faint light that follows the pointer over the card and glints along its border, drawn in
     * dark themes only. Follows `clickable` when absent.
     */
    specular?: boolean;
    loading?: boolean;
    loadingSpinnerSize?: number;
    disabled?: boolean;
    inertial?: boolean;
    inertialMaxOffset?: number;
    inertialRebound?: number;
}