@thi.ng/vectors/remainder.d.ts

Optimized 2d/3d/4d and arbitrary length vector operations, support for memory mapping/layouts

/**
 * Componentwise computes modulo of given nD vector. Uses the same logic as the
 * standard C function `remainder()`, i.e. componentwise `a - b * round(a / b)`.
 * Also see {@link mod}, {@link fmod}. Multi-method.
 *
 * @param o - output vector
 * @param a - input vector
 * @param b - input vector
 */
export declare const remainder: import("./api.js").MultiVecOpVV<number>;
/**
 * Componentwise computes modulo of given 2D vector. Uses the same logic as the
 * standard C function `remainder()`, i.e. componentwise `a - b * round(a / b)`.
 * Also see {@link mod2}, {@link fmod2}.
 *
 * @param o - output vector
 * @param a - input vector
 * @param b - input vector
 */
export declare const remainder2: import("./api.js").VecOpVV<number>;
/**
 * Componentwise computes modulo of given 3D vector. Uses the same logic as the
 * standard C function `remainder()`, i.e. componentwise `a - b * round(a / b)`.
 * Also see {@link mod3}, {@link fmod3}.
 *
 * @param o - output vector
 * @param a - input vector
 * @param b - input vector
 */
export declare const remainder3: import("./api.js").VecOpVV<number>;
/**
 * Componentwise computes modulo of given 4D vector. Uses the same logic as the
 * standard C function `remainder()`, i.e. componentwise `a - b * round(a / b)`.
 * Also see {@link mod4}, {@link fmod4}.
 *
 * @param o - output vector
 * @param a - input vector
 * @param b - input vector
 */
export declare const remainder4: import("./api.js").VecOpVV<number>;
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