unicode-shaper/dist/ubidi/internal.d.ts

Shape unicode text so that renderers like WebGL and WebGPU can properly display the glyphs.

export declare const MIRROR_CHAR: number[][];
/**
 * Mirror adjust string (things like parens, brackets, quotes, etc.)
 * @param s - input string
 */
export declare function mirrorAdjustString(s: number[]): void;
export declare const RAND_AL_CAT: number[][];
/**
 * Check if a character is a "right-to-left" unicode character
 * @param c - input unicode character
 * @returns - True if right-to-left
 */
export declare function isRTL(c: number): boolean;
export declare const NEUTRAL: number[][];
/**
 * Check if character is neutral
 * @param c - input unicode character
 * @returns - True if neutral
 */
export declare function isNeutral(c: number): boolean;
export declare const WEAK: number[][];
/**
 * Check if a character is a "weak" unicode character
 * @param c - input unicode character
 * @returns - True if weak
 */
export declare function isWeak(c: number): boolean;
/** Unicode character types */
export declare const Type: {
    /** Right to Left */
    readonly Rtl: 0;
    /** Weak */
    readonly Weak: 1;
    /** Neutral */
    readonly Neutral: 2;
    /** Left to Right */
    readonly Ltr: 3;
};
/**
 * Enum representing the unicode character types
 * - 0 = Right to Left
 * - 1 = Weak
 * - 2 = Neutral
 * - 3 = Left to Right
 */
export type Type = (typeof Type)[keyof typeof Type];
/**
 * Get the type of a unicode character
 * @param c - input unicode character
 * @returns - The type
 */
export declare function getType(c: number): Type;
/**
 * Find the dominant type in the string. skip past CtrChar until RTL or LTR is found.
 * @param str - Array of unicode characters
 * @returns - The dominant type
 */
export declare function findDominantType(str: number[]): Type;
//# sourceMappingURL=internal.d.ts.map