import 'tsover-runtime';
import type { TgpuNamable } from '../shared/meta.ts';
import type { ExtractInvalidSchemaError, Infer, InferGPU, InferGPURecord, InferInput, InferInputRecord, InferPatch, InferPatchRecord, InferPartial, InferPartialRecord, InferRecord, IsValidStorageSchema, IsValidUniformSchema, IsValidVertexSchema, MemIdentity, MemIdentityRecord } from '../shared/repr.ts';
import type { $gpuRepr, $inRepr, $invalidSchemaReason, $memIdent, $repr, $reprPartial, $reprPatch, $validStorageSchema, $validUniformSchema, $validVertexSchema } from '../shared/symbols.ts';
import { $internal } from '../shared/symbols.ts';
import type { Prettify, SwapNever } from '../shared/utilityTypes.ts';
import type { WgslExternalTexture, WgslStorageTexture, WgslTexture } from './texture.ts';
import type { WgslComparisonSampler, WgslSampler } from './sampler.ts';
import type { _ref as ref } from './ref.ts';
import type { DualFn } from '../types.ts';
type DecoratedLocation<T extends BaseData> = Decorated<T, Location[]>;
export interface BaseData {
    readonly [$internal]: Record<string, unknown>;
    readonly type: string;
    readonly [$repr]: unknown;
    toString(): string;
}
export interface NumberArrayView {
    readonly length: number;
    [n: number]: number;
    [Symbol.iterator]: () => Iterator<number>;
}
/**
 * Maps a scalar, vector, or matrix element schema to the corresponding TypedArray type.
 */
export type TypedArrayFor<T> = T extends F32 | Vec2f | Vec3f | Vec4f | Mat2x2f | Mat3x3f | Mat4x4f ? Float32Array : T extends F16 | Vec2h | Vec3h | Vec4h ? Float16Array : T extends I32 | Vec2i | Vec3i | Vec4i | Atomic<I32> ? Int32Array : T extends U32 | Vec2u | Vec3u | Vec4u | Atomic<U32> ? Uint32Array : T extends U16 ? Uint16Array : T extends Decorated<infer TBase> ? TypedArrayFor<TBase> : never;
/**
 * Vector infix notation.
 *
 * @privateRemarks
 * These functions are not defined on vectors,
 * but are instead assigned to `VecBase` after both `data` and `std` are initialized.
 */
export interface vecInfixNotation<T extends vecBase> {
    add(other: T | number): T;
    sub(other: T | number): T;
    mul(other: mBaseForVec<T> | T | number): T;
    div(other: T | number): T;
    mod(other: T | number): T;
    [Symbol.operatorPlus](lhs: T | number, rhs: T | number): T;
    [Symbol.operatorMinus](lhs: T | number, rhs: T | number): T;
    [Symbol.operatorStar](lhs: mBaseForVec<T> | T | number, rhs: mBaseForVec<T> | T | number): T;
    [Symbol.operatorSlash](lhs: T | number, rhs: T | number): T;
    [Symbol.operatorPercent](lhs: T | number, rhs: T | number): T;
}
export type vecIToVecU<T extends AnyIntegerVecInstance> = T extends v2i | v2u ? v2u : T extends v3i | v3u ? v3u : v4u;
export interface vecBitShiftNotation<T extends AnyIntegerVecInstance> {
    bitShiftLeft(rhs: vecIToVecU<T> | number): T;
    bitShiftRight(rhs: vecIToVecU<T> | number): T;
}
/**
 * Matrix infix notation.
 *
 * @privateRemarks
 * These functions are not defined on matrices,
 * but are instead assigned to `MatBase` after both `data` and `std` are initialized.
 */
export interface matInfixNotation<T extends matBase> {
    add(other: T): T;
    sub(other: T): T;
    mul(other: T | number): T;
    mul(other: vBaseForMat<T>): vBaseForMat<T>;
    [Symbol.operatorPlus](lhs: T, rhs: T): T;
    [Symbol.operatorMinus](lhs: T, rhs: T): T;
    [Symbol.operatorStar](lhs: T | number, rhs: T | number): T;
    [Symbol.operatorStar](lhs: T, rhs: vBaseForMat<T>): vBaseForMat<T>;
    [Symbol.operatorStar](lhs: vBaseForMat<T>, rhs: T): vBaseForMat<T>;
}
/**
 * Represents a 64-bit integer.
 */
export interface AbstractInt extends BaseData {
    readonly type: 'abstractInt';
    readonly concretized: I32;
    readonly [$repr]: number;
    readonly [$invalidSchemaReason]: 'Abstract numerics are not host-shareable';
}
/**
 * Represents a 64-bit IEEE 754 floating point number.
 */
export interface AbstractFloat extends BaseData {
    readonly type: 'abstractFloat';
    readonly concretized: F32;
    readonly [$repr]: number;
    readonly [$invalidSchemaReason]: 'Abstract numerics are not host-shareable';
}
export interface Void extends BaseData {
    readonly type: 'void';
    readonly [$repr]: void;
    readonly [$invalidSchemaReason]: 'Void is not host-shareable';
}
export declare const Void: Void;
type XY = 'x' | 'y';
type XYZ = 'x' | 'y' | 'z';
type XYZW = 'x' | 'y' | 'z' | 'w';
type RG = 'r' | 'g';
type RGB = 'r' | 'g' | 'b';
type RGBA = 'r' | 'g' | 'b' | 'a';
type Swizzle2<T2, T3, T4> = {
    readonly [K in `${XY}${XY}` | `${RG}${RG}`]: T2;
} & {
    readonly [K in `${XY}${XY}${XY}` | `${RG}${RG}${RG}`]: T3;
} & {
    readonly [K in `${XY}${XY}${XY}${XY}` | `${RG}${RG}${RG}${RG}`]: T4;
};
type Swizzle3<T2, T3, T4> = {
    readonly [K in `${XYZ}${XYZ}` | `${RGB}${RGB}`]: T2;
} & {
    readonly [K in `${XYZ}${XYZ}${XYZ}` | `${RGB}${RGB}${RGB}`]: T3;
} & {
    readonly [K in `${XYZ}${XYZ}${XYZ}${XYZ}` | `${RGB}${RGB}${RGB}${RGB}`]: T4;
};
type Swizzle4<T2, T3, T4> = {
    readonly [K in `${XYZW}${XYZW}` | `${RGBA}${RGBA}`]: T2;
} & {
    readonly [K in `${XYZW}${XYZW}${XYZW}` | `${RGBA}${RGBA}${RGBA}`]: T3;
} & {
    readonly [K in `${XYZW}${XYZW}${XYZW}${XYZW}` | `${RGBA}${RGBA}${RGBA}${RGBA}`]: T4;
};
type Tuple2<S> = [S, S];
type Tuple3<S> = [S, S, S];
type Tuple4<S> = [S, S, S, S];
/**
 * A type which every numeric vector is assignable to. In most cases the union v2f | v3f | v4f | v2h | v3h | v4h | v2i | v3i | v4i | v2u | v3u | v4u
 * is preferred, but when an implementation uses overloaded operators and is generic on the type,
 * this makes the type checking much more laid back.
 *
 * @example
 * ```ts
 * export function quinticInterpolation(t: d.v2f): d.v2f;
 * export function quinticInterpolation(t: d.v3f): d.v3f;
 * export function quinticInterpolation(t: d.vecBase): d.vecBase {
 *   'use gpu';
 *   return t * t * t * (t * (t * 6 - 15) + 10);
 * }
 * ```
 */
export interface vecBase extends vecInfixNotation<vecBase> {
    readonly [$internal]: true;
    readonly kind: 'vec2f' | 'vec3f' | 'vec4f' | 'vec2h' | 'vec3h' | 'vec4h' | 'vec2i' | 'vec3i' | 'vec4i' | 'vec2u' | 'vec3u' | 'vec4u';
}
/**
 * Interface representing its WGSL vector type counterpart: vec2f or vec2<f32>.
 * A vector with 2 elements of type f32
 */
export interface v2f extends Tuple2<number>, Swizzle2<v2f, v3f, v4f>, vecInfixNotation<v2f> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec2f';
    x: number;
    y: number;
    r: number;
    g: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec2h or vec2<f16>.
 * A vector with 2 elements of type f16
 */
export interface v2h extends Tuple2<number>, Swizzle2<v2h, v3h, v4h>, vecInfixNotation<v2h> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec2h';
    x: number;
    y: number;
    r: number;
    g: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec2i or vec2<i32>.
 * A vector with 2 elements of type i32
 */
export interface v2i extends Tuple2<number>, Swizzle2<v2i, v3i, v4i>, vecInfixNotation<v2i>, vecBitShiftNotation<v2i> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec2i';
    x: number;
    y: number;
    r: number;
    g: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec2u or vec2<u32>.
 * A vector with 2 elements of type u32
 */
export interface v2u extends Tuple2<number>, Swizzle2<v2u, v3u, v4u>, vecInfixNotation<v2u>, vecBitShiftNotation<v2u> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec2u';
    x: number;
    y: number;
    r: number;
    g: number;
}
/**
 * Interface representing its WGSL vector type counterpart: `vec2<bool>`.
 * A vector with 2 elements of type `bool`
 */
export interface v2b extends Tuple2<boolean>, Swizzle2<v2b, v3b, v4b> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec2<bool>';
    x: boolean;
    y: boolean;
    r: boolean;
    g: boolean;
}
/**
 * Interface representing its WGSL vector type counterpart: vec3f or vec3<f32>.
 * A vector with 3 elements of type f32
 */
export interface v3f extends Tuple3<number>, Swizzle3<v2f, v3f, v4f>, vecInfixNotation<v3f> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec3f';
    x: number;
    y: number;
    z: number;
    r: number;
    g: number;
    b: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec3h or vec3<f16>.
 * A vector with 3 elements of type f16
 */
export interface v3h extends Tuple3<number>, Swizzle3<v2h, v3h, v4h>, vecInfixNotation<v3h> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec3h';
    x: number;
    y: number;
    z: number;
    r: number;
    g: number;
    b: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec3i or vec3<i32>.
 * A vector with 3 elements of type i32
 */
export interface v3i extends Tuple3<number>, Swizzle3<v2i, v3i, v4i>, vecInfixNotation<v3i>, vecBitShiftNotation<v3i> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec3i';
    x: number;
    y: number;
    z: number;
    r: number;
    g: number;
    b: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec3u or vec3<u32>.
 * A vector with 3 elements of type u32
 */
export interface v3u extends Tuple3<number>, Swizzle3<v2u, v3u, v4u>, vecInfixNotation<v3u>, vecBitShiftNotation<v3u> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec3u';
    x: number;
    y: number;
    z: number;
    r: number;
    g: number;
    b: number;
}
/**
 * Interface representing its WGSL vector type counterpart: `vec3<bool>`.
 * A vector with 3 elements of type `bool`
 */
export interface v3b extends Tuple3<boolean>, Swizzle3<v2b, v3b, v4b> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec3<bool>';
    x: boolean;
    y: boolean;
    z: boolean;
    r: boolean;
    g: boolean;
    b: boolean;
}
/**
 * Interface representing its WGSL vector type counterpart: vec4f or vec4<f32>.
 * A vector with 4 elements of type f32
 */
export interface v4f extends Tuple4<number>, Swizzle4<v2f, v3f, v4f>, vecInfixNotation<v4f> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec4f';
    x: number;
    y: number;
    z: number;
    w: number;
    r: number;
    g: number;
    b: number;
    a: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec4h or vec4<f16>.
 * A vector with 4 elements of type f16
 */
export interface v4h extends Tuple4<number>, Swizzle4<v2h, v3h, v4h>, vecInfixNotation<v4h> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec4h';
    x: number;
    y: number;
    z: number;
    w: number;
    r: number;
    g: number;
    b: number;
    a: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec4i or vec4<i32>.
 * A vector with 4 elements of type i32
 */
export interface v4i extends Tuple4<number>, Swizzle4<v2i, v3i, v4i>, vecInfixNotation<v4i>, vecBitShiftNotation<v4i> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec4i';
    x: number;
    y: number;
    z: number;
    w: number;
    r: number;
    g: number;
    b: number;
    a: number;
}
/**
 * Interface representing its WGSL vector type counterpart: vec4u or vec4<u32>.
 * A vector with 4 elements of type u32
 */
export interface v4u extends Tuple4<number>, Swizzle4<v2u, v3u, v4u>, vecInfixNotation<v4u>, vecBitShiftNotation<v4u> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec4u';
    x: number;
    y: number;
    z: number;
    w: number;
    r: number;
    g: number;
    b: number;
    a: number;
}
/**
 * Interface representing its WGSL vector type counterpart: `vec4<bool>`.
 * A vector with 4 elements of type `bool`
 */
export interface v4b extends Tuple4<boolean>, Swizzle4<v2b, v3b, v4b> {
    readonly [$internal]: true;
    /** use to distinguish between vectors of the same size on the type level */
    readonly kind: 'vec4<bool>';
    x: boolean;
    y: boolean;
    z: boolean;
    w: boolean;
    r: boolean;
    g: boolean;
    b: boolean;
    a: boolean;
}
export type AnyFloat32VecInstance = v2f | v3f | v4f;
export type AnyFloat16VecInstance = v2h | v3h | v4h;
export type AnyFloatVecInstance = v2f | v2h | v3f | v3h | v4f | v4h;
export type AnyUnsignedVecInstance = v2u | v3u | v4u;
export type AnyIntegerVecInstance = v2i | v2u | v3i | v3u | v4i | v4u;
export type AnyBooleanVecInstance = v2b | v3b | v4b;
export type AnySignedVecInstance = v2i | v2f | v2h | v3i | v3f | v3h | v4i | v4f | v4h;
export type AnyNumericVec2Instance = v2f | v2h | v2i | v2u;
export type AnyNumericVec3Instance = v3f | v3h | v3i | v3u;
export type AnyNumericVec4Instance = v4f | v4h | v4i | v4u;
export type AnyNumericVecInstance = AnyNumericVec2Instance | AnyNumericVec3Instance | AnyNumericVec4Instance;
export type AnyVec2Instance = v2f | v2h | v2i | v2u | v2b;
export type AnyVec3Instance = v3f | v3h | v3i | v3u | v3b;
export type AnyVec4Instance = v4f | v4h | v4i | v4u | v4b;
export type AnyVecInstance = AnyVec2Instance | AnyVec3Instance | AnyVec4Instance;
export type VecKind = AnyVecInstance['kind'];
/**
 * A type which every matrix is assignable to. In most cases the union m2x2f | m3x3f | m4x4f
 * is preferred, but when an implementation uses overloaded operators and is generic on the type,
 * this makes the type checking much more laid back.
 */
export interface matBase extends matInfixNotation<matBase> {
    readonly [$internal]: true;
    readonly kind: 'mat2x2f' | 'mat3x3f' | 'mat4x4f';
}
/**
 * Interface representing its WGSL matrix type counterpart: mat2x2
 * A matrix with 2 rows and 2 columns, with elements of type `TColumn`
 */
export interface mat2x2<TColumn> extends NumberArrayView {
    readonly [$internal]: true;
    readonly length: 4;
    readonly kind: string;
    readonly columns: readonly [TColumn, TColumn];
    [n: number]: number;
    toString(): string;
}
/**
 * Interface representing its WGSL matrix type counterpart: mat2x2f or mat2x2<f32>
 * A matrix with 2 rows and 2 columns, with elements of type d.f32
 */
export interface m2x2f extends mat2x2<v2f>, matInfixNotation<m2x2f> {
    readonly kind: 'mat2x2f';
}
/**
 * Interface representing its WGSL matrix type counterpart: mat3x3
 * A matrix with 3 rows and 3 columns, with elements of type `TColumn`
 */
export interface mat3x3<TColumn> extends NumberArrayView {
    readonly [$internal]: true;
    readonly length: 12;
    readonly kind: string;
    readonly columns: readonly [TColumn, TColumn, TColumn];
    [n: number]: number;
    toString(): string;
}
/**
 * Interface representing its WGSL matrix type counterpart: mat3x3f or mat3x3<f32>
 * A matrix with 3 rows and 3 columns, with elements of type d.f32
 */
export interface m3x3f extends mat3x3<v3f>, matInfixNotation<m3x3f> {
    readonly kind: 'mat3x3f';
}
/**
 * Interface representing its WGSL matrix type counterpart: mat4x4
 * A matrix with 4 rows and 4 columns, with elements of type `TColumn`
 */
export interface mat4x4<TColumn> extends NumberArrayView {
    readonly [$internal]: true;
    readonly length: 16;
    readonly kind: string;
    readonly columns: readonly [TColumn, TColumn, TColumn, TColumn];
    [n: number]: number;
    toString(): string;
}
/**
 * Interface representing its WGSL matrix type counterpart: mat4x4f or mat4x4<f32>
 * A matrix with 4 rows and 4 columns, with elements of type d.f32
 */
export interface m4x4f extends mat4x4<v4f>, matInfixNotation<m4x4f> {
    readonly kind: 'mat4x4f';
}
export type AnyMatInstance = m2x2f | m3x3f | m4x4f;
export type vBaseForMat<T extends matBase> = T extends m2x2f ? v2f : T extends m3x3f ? v3f : T extends m4x4f ? v4f : vecBase;
export type mBaseForVec<T extends vecBase> = T extends v2f ? m2x2f : T extends v3f ? m3x3f : T extends v4f ? m4x4f : matBase;
/**
 * Boolean schema representing a single WGSL bool value.
 * Cannot be used inside buffers as it is not host-shareable.
 */
export interface Bool extends BaseData, DualFn<((v: number | boolean) => boolean) & (() => boolean)> {
    readonly type: 'bool';
    readonly [$repr]: boolean;
    readonly [$invalidSchemaReason]: 'Bool is not host-shareable, use U32 or I32 instead';
}
/**
 * 32-bit float schema representing a single WGSL f32 value.
 */
export interface F32 extends BaseData, DualFn<(v?: number | boolean) => number> {
    readonly type: 'f32';
    readonly [$repr]: number;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * 16-bit float schema representing a single WGSL f16 value.
 */
export interface F16 extends BaseData, DualFn<(v?: number | boolean) => number> {
    readonly type: 'f16';
    readonly [$repr]: number;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Signed 32-bit integer schema representing a single WGSL i32 value.
 */
export interface I32 extends BaseData, DualFn<(v?: number | boolean) => number> {
    readonly type: 'i32';
    readonly [$repr]: number;
    readonly [$memIdent]: I32 | Atomic<I32> | DecoratedLocation<I32>;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Unsigned 32-bit integer schema representing a single WGSL u32 value.
 */
export interface U32 extends BaseData, DualFn<(v?: number | boolean) => number> {
    readonly type: 'u32';
    readonly [$repr]: number;
    readonly [$memIdent]: U32 | Atomic<U32> | DecoratedLocation<U32>;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Unsigned 16-bit integer schema used exclusively for index buffer schemas.
 */
export interface U16 extends BaseData {
    readonly type: 'u16';
    readonly [$repr]: number;
    readonly [$invalidSchemaReason]: 'U16 is only usable inside arrays for index buffers, use U32 or I32 instead';
}
/**
 * Type of the `d.vec2f` object/function: vector data type schema/constructor
 */
export interface Vec2f extends BaseData, DualFn<((x: number, y: number) => v2f) & ((xy: number) => v2f) & (() => v2f) & ((v: AnyNumericVec2Instance) => v2f)> {
    readonly type: 'vec2f';
    readonly primitive: F32;
    readonly componentCount: 2;
    readonly [$repr]: v2f;
    readonly [$inRepr]: v2f | readonly [number, number] | Float32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec2h` object/function: vector data type schema/constructor
 */
export interface Vec2h extends BaseData, DualFn<((x: number, y: number) => v2h) & ((xy: number) => v2h) & (() => v2h) & ((v: AnyNumericVec2Instance) => v2h)> {
    readonly type: 'vec2h';
    readonly primitive: F16;
    readonly componentCount: 2;
    readonly [$repr]: v2h;
    readonly [$inRepr]: v2h | readonly [number, number] | Float16Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec2i` object/function: vector data type schema/constructor
 */
export interface Vec2i extends BaseData, DualFn<((x: number, y: number) => v2i) & ((xy: number) => v2i) & (() => v2i) & ((v: AnyNumericVec2Instance) => v2i)> {
    readonly type: 'vec2i';
    readonly primitive: I32;
    readonly componentCount: 2;
    readonly [$repr]: v2i;
    readonly [$inRepr]: v2i | readonly [number, number] | Int32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec2u` object/function: vector data type schema/constructor
 */
export interface Vec2u extends BaseData, DualFn<((x: number, y: number) => v2u) & ((xy: number) => v2u) & (() => v2u) & ((v: AnyNumericVec2Instance) => v2u)> {
    readonly type: 'vec2u';
    readonly primitive: U32;
    readonly componentCount: 2;
    readonly [$repr]: v2u;
    readonly [$inRepr]: v2u | readonly [number, number] | Uint32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec2b` object/function: vector data type schema/constructor
 * Cannot be used inside buffers as it is not host-shareable.
 */
export interface Vec2b extends BaseData, DualFn<((x: boolean, y: boolean) => v2b) & ((xy: boolean) => v2b) & (() => v2b) & ((v: v2b) => v2b)> {
    readonly type: 'vec2<bool>';
    readonly primitive: Bool;
    readonly componentCount: 2;
    readonly [$repr]: v2b;
    readonly [$invalidSchemaReason]: 'Boolean vectors is not host-shareable, use numeric vectors instead';
}
/**
 * Type of the `d.vec3f` object/function: vector data type schema/constructor
 */
export interface Vec3f extends BaseData, DualFn<((x: number, y: number, z: number) => v3f) & ((xyz: number) => v3f) & (() => v3f) & ((v: AnyNumericVec3Instance) => v3f) & ((v0: AnyNumericVec2Instance, z: number) => v3f) & ((x: number, v0: AnyNumericVec2Instance) => v3f)> {
    readonly type: 'vec3f';
    readonly primitive: F32;
    readonly componentCount: 3;
    readonly [$repr]: v3f;
    readonly [$inRepr]: v3f | readonly [number, number, number] | Float32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec3h` object/function: vector data type schema/constructor
 */
export interface Vec3h extends BaseData, DualFn<((x: number, y: number, z: number) => v3h) & ((xyz: number) => v3h) & (() => v3h) & ((v: AnyNumericVec3Instance) => v3h) & ((v0: AnyNumericVec2Instance, z: number) => v3h) & ((x: number, v0: AnyNumericVec2Instance) => v3h)> {
    readonly type: 'vec3h';
    readonly primitive: F16;
    readonly componentCount: 3;
    readonly [$repr]: v3h;
    readonly [$inRepr]: v3h | readonly [number, number, number] | Float16Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec3i` object/function: vector data type schema/constructor
 */
export interface Vec3i extends BaseData, DualFn<((x: number, y: number, z: number) => v3i) & ((xyz: number) => v3i) & (() => v3i) & ((v: AnyNumericVec3Instance) => v3i) & ((v0: AnyNumericVec2Instance, z: number) => v3i) & ((x: number, v0: AnyNumericVec2Instance) => v3i)> {
    readonly type: 'vec3i';
    readonly primitive: I32;
    readonly componentCount: 3;
    readonly [$repr]: v3i;
    readonly [$inRepr]: v3i | readonly [number, number, number] | Int32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec3u` object/function: vector data type schema/constructor
 */
export interface Vec3u extends BaseData, DualFn<((x: number, y: number, z: number) => v3u) & ((xyz: number) => v3u) & (() => v3u) & ((v: AnyNumericVec3Instance) => v3u) & ((v0: AnyNumericVec2Instance, z: number) => v3u) & ((x: number, v0: AnyNumericVec2Instance) => v3u)> {
    readonly type: 'vec3u';
    readonly primitive: U32;
    readonly componentCount: 3;
    readonly [$repr]: v3u;
    readonly [$inRepr]: v3u | readonly [number, number, number] | Uint32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec3b` object/function: vector data type schema/constructor
 * Cannot be used inside buffers as it is not host-shareable.
 */
export interface Vec3b extends BaseData, DualFn<((x: boolean, y: boolean, z: boolean) => v3b) & ((xyz: boolean) => v3b) & (() => v3b) & ((v: v3b) => v3b) & ((v0: v2b, z: boolean) => v3b) & ((x: boolean, v0: v2b) => v3b)> {
    readonly type: 'vec3<bool>';
    readonly primitive: Bool;
    readonly componentCount: 3;
    readonly [$repr]: v3b;
    readonly [$invalidSchemaReason]: 'Boolean vectors is not host-shareable, use numeric vectors instead';
}
/**
 * Type of the `d.vec4f` object/function: vector data type schema/constructor
 */
export interface Vec4f extends BaseData, DualFn<((x: number, y: number, z: number, w: number) => v4f) & ((xyzw: number) => v4f) & (() => v4f) & ((v: AnyNumericVec4Instance) => v4f) & ((v0: AnyNumericVec3Instance, w: number) => v4f) & ((x: number, v0: AnyNumericVec3Instance) => v4f) & ((v0: AnyNumericVec2Instance, v1: AnyNumericVec2Instance) => v4f) & ((v0: AnyNumericVec2Instance, z: number, w: number) => v4f) & ((x: number, v0: AnyNumericVec2Instance, z: number) => v4f) & ((x: number, y: number, v0: AnyNumericVec2Instance) => v4f)> {
    readonly type: 'vec4f';
    readonly primitive: F32;
    readonly componentCount: 4;
    readonly [$repr]: v4f;
    readonly [$inRepr]: v4f | readonly [number, number, number, number] | Float32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec4h` object/function: vector data type schema/constructor
 */
export interface Vec4h extends BaseData, DualFn<((x: number, y: number, z: number, w: number) => v4h) & ((xyzw: number) => v4h) & (() => v4h) & ((v: AnyNumericVec4Instance) => v4h) & ((v0: AnyNumericVec3Instance, w: number) => v4h) & ((x: number, v0: AnyNumericVec3Instance) => v4h) & ((v0: AnyNumericVec2Instance, v1: AnyNumericVec2Instance) => v4h) & ((v0: AnyNumericVec2Instance, z: number, w: number) => v4h) & ((x: number, v0: AnyNumericVec2Instance, z: number) => v4h) & ((x: number, y: number, v0: AnyNumericVec2Instance) => v4h)> {
    readonly type: 'vec4h';
    readonly primitive: F16;
    readonly componentCount: 4;
    readonly [$repr]: v4h;
    readonly [$inRepr]: v4h | readonly [number, number, number, number] | Float16Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec4i` object/function: vector data type schema/constructor
 */
export interface Vec4i extends BaseData, DualFn<((x: number, y: number, z: number, w: number) => v4i) & ((xyzw: number) => v4i) & (() => v4i) & ((v: AnyNumericVec4Instance) => v4i) & ((v0: AnyNumericVec3Instance, w: number) => v4i) & ((x: number, v0: AnyNumericVec3Instance) => v4i) & ((v0: AnyNumericVec2Instance, v1: AnyNumericVec2Instance) => v4i) & ((v0: AnyNumericVec2Instance, z: number, w: number) => v4i) & ((x: number, v0: AnyNumericVec2Instance, z: number) => v4i) & ((x: number, y: number, v0: AnyNumericVec2Instance) => v4i)> {
    readonly type: 'vec4i';
    readonly primitive: I32;
    readonly componentCount: 4;
    readonly [$repr]: v4i;
    readonly [$inRepr]: v4i | readonly [number, number, number, number] | Int32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec4u` object/function: vector data type schema/constructor
 */
export interface Vec4u extends BaseData, DualFn<((x: number, y: number, z: number, w: number) => v4u) & ((xyzw: number) => v4u) & (() => v4u) & ((v: AnyNumericVec4Instance) => v4u) & ((v0: AnyNumericVec3Instance, w: number) => v4u) & ((x: number, v0: AnyNumericVec3Instance) => v4u) & ((v0: AnyNumericVec2Instance, v1: AnyNumericVec2Instance) => v4u) & ((v0: AnyNumericVec2Instance, z: number, w: number) => v4u) & ((x: number, v0: AnyNumericVec2Instance, z: number) => v4u) & ((x: number, y: number, v0: AnyNumericVec2Instance) => v4u)> {
    readonly type: 'vec4u';
    readonly primitive: U32;
    readonly componentCount: 4;
    readonly [$repr]: v4u;
    readonly [$inRepr]: v4u | readonly [number, number, number, number] | Uint32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
/**
 * Type of the `d.vec4b` object/function: vector data type schema/constructor
 * Cannot be used inside buffers as it is not host-shareable.
 */
export interface Vec4b extends BaseData, DualFn<((x: boolean, y: boolean, z: boolean, w: boolean) => v4b) & ((xyzw: boolean) => v4b) & (() => v4b) & ((v: v4b) => v4b) & ((v0: v3b, w: boolean) => v4b) & ((x: boolean, v0: v3b) => v4b) & ((v0: v2b, v1: v2b) => v4b) & ((v0: v2b, z: boolean, w: boolean) => v4b) & ((x: boolean, v0: v2b, z: boolean) => v4b) & ((x: boolean, y: boolean, v0: v2b) => v4b)> {
    readonly type: 'vec4<bool>';
    readonly primitive: Bool;
    readonly componentCount: 4;
    readonly [$repr]: v4b;
    readonly [$invalidSchemaReason]: 'Boolean vectors is not host-shareable, use numeric vectors instead';
}
/**
 * Type of the `d.mat2x2f` object/function: matrix data type schema/constructor
 */
export interface Mat2x2f extends BaseData {
    readonly type: 'mat2x2f';
    readonly primitive: F32;
    readonly [$repr]: m2x2f;
    readonly [$inRepr]: m2x2f | readonly number[] | Float32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    (...elements: [number, number, number, number]): m2x2f;
    (...columns: [v2f, v2f]): m2x2f;
    (): m2x2f;
    identity(): m2x2f;
}
/**
 * Type of the `d.mat3x3f` object/function: matrix data type schema/constructor
 */
export interface Mat3x3f extends BaseData {
    readonly type: 'mat3x3f';
    readonly primitive: F32;
    readonly [$repr]: m3x3f;
    readonly [$inRepr]: m3x3f | readonly number[] | Float32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    (...elements: [number, number, number, number, number, number, number, number, number]): m3x3f;
    (...columns: [v3f, v3f, v3f]): m3x3f;
    (): m3x3f;
    identity(): m3x3f;
}
/**
 * Type of the `d.mat4x4f` object/function: matrix data type schema/constructor
 */
export interface Mat4x4f extends BaseData {
    readonly type: 'mat4x4f';
    readonly primitive: F32;
    readonly [$repr]: m4x4f;
    readonly [$inRepr]: m4x4f | readonly number[] | Float32Array;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    (...elements: [number, number, number, number, number, number, number, number, number, number, number, number, number, number, number, number]): m4x4f;
    (...columns: [v4f, v4f, v4f, v4f]): m4x4f;
    (): m4x4f;
    identity(): m4x4f;
    translation(vec: v3f): m4x4f;
    scaling(vec: v3f): m4x4f;
    rotationX(angle: number): m4x4f;
    rotationY(angle: number): m4x4f;
    rotationZ(angle: number): m4x4f;
}
/**
 * Array schema constructed via `d.arrayOf` function.
 *
 * Responsible for handling reading and writing array values
 * between binary and JS representation. Takes into account
 * the `byteAlignment` requirement of its elementType.
 */
export interface WgslArray<out TElement extends BaseData = BaseData> extends BaseData {
    <T extends TElement>(elements: Infer<T>[]): Infer<T>[];
    (): Infer<TElement>[];
    readonly type: 'array';
    readonly elementCount: number;
    readonly elementType: TElement;
    readonly [$repr]: Infer<TElement>[];
    readonly [$inRepr]: readonly InferInput<TElement>[] | TypedArrayFor<TElement>;
    readonly [$gpuRepr]: InferGPU<TElement>[];
    readonly [$reprPartial]: {
        idx: number;
        value: InferPartial<TElement>;
    }[] | undefined;
    readonly [$reprPatch]: Record<number, InferPatch<TElement>> | InferInput<TElement>[] | TypedArrayFor<TElement> | undefined;
    readonly [$memIdent]: WgslArray<MemIdentity<TElement>>;
    readonly [$validStorageSchema]: IsValidStorageSchema<TElement>;
    readonly [$validUniformSchema]: IsValidUniformSchema<TElement>;
    readonly [$validVertexSchema]: IsValidVertexSchema<TElement>;
    readonly [$invalidSchemaReason]: `in array element — ${ExtractInvalidSchemaError<TElement>}`;
}
/**
 * Struct schema constructed via `d.struct` function.
 *
 * Responsible for handling reading and writing struct values
 * between binary and JS representation. Takes into account
 * the `byteAlignment` requirement of its members.
 */
export interface WgslStruct<out TProps extends Record<string, BaseData> = Record<string, BaseData>> extends BaseData, TgpuNamable {
    readonly [$internal]: {
        isAbstruct: boolean;
    };
    readonly type: 'struct';
    readonly propTypes: TProps;
    (props: Prettify<InferRecord<TProps>>): Prettify<InferRecord<TProps>>;
    (): Prettify<InferRecord<TProps>>;
    readonly [$repr]: Prettify<InferRecord<TProps>>;
    readonly [$inRepr]: Prettify<InferInputRecord<TProps>>;
    readonly [$gpuRepr]: Prettify<InferGPURecord<TProps>>;
    readonly [$memIdent]: WgslStruct<Prettify<MemIdentityRecord<TProps>>>;
    readonly [$reprPartial]: Prettify<Partial<InferPartialRecord<TProps>>> | undefined;
    readonly [$reprPatch]: Prettify<Partial<InferPatchRecord<TProps>>> | undefined;
    readonly [$invalidSchemaReason]: SwapNever<{
        [K in keyof TProps]: ExtractInvalidSchemaError<TProps[K], `in struct property '${K & string}' — `>;
    }[keyof TProps], undefined>;
    readonly [$validStorageSchema]: {
        [K in keyof TProps]: IsValidStorageSchema<TProps[K]>;
    }[keyof TProps] extends true ? true : false;
    readonly [$validUniformSchema]: {
        [K in keyof TProps]: IsValidUniformSchema<TProps[K]>;
    }[keyof TProps] extends true ? true : false;
    readonly [$validVertexSchema]: {
        [K in keyof TProps]: IsValidVertexSchema<TProps[K]>;
    }[keyof TProps] extends true ? true : false;
}
/** @deprecated Just use `WgslStruct` without any type parameters */
export type AnyWgslStruct = WgslStruct;
export type AddressSpace = 'uniform' | 'storage' | 'workgroup' | 'private' | 'function' | 'handle';
export type Access = 'read' | 'write' | 'read-write';
export interface Ptr<TAddr extends AddressSpace = AddressSpace, TInner extends BaseData = BaseData, TAccess extends Access = Access> extends BaseData {
    readonly type: 'ptr';
    readonly inner: TInner;
    readonly addressSpace: TAddr;
    readonly access: TAccess;
    readonly implicit: boolean;
    readonly [$repr]: ref<Infer<TInner>>;
    readonly [$invalidSchemaReason]: 'Pointers are not host-shareable';
}
/**
 * Schema representing the `atomic<...>` WGSL data type.
 */
export interface Atomic<TInner extends U32 | I32 = U32 | I32> extends BaseData {
    readonly type: 'atomic';
    readonly inner: TInner;
    readonly [$repr]: Infer<TInner>;
    readonly [$gpuRepr]: TInner extends U32 ? atomicU32 : atomicI32;
    readonly [$memIdent]: MemIdentity<TInner>;
    readonly [$validStorageSchema]: true;
    readonly [$validUniformSchema]: true;
    readonly [$validVertexSchema]: true;
}
export interface atomicU32 {
    readonly [$internal]: true;
    readonly type: 'atomicU32';
}
export interface atomicI32 {
    readonly [$internal]: true;
    readonly type: 'atomicI32';
}
export interface Align<T extends number> {
    readonly [$internal]: true;
    readonly type: '@align';
    readonly params: [T];
}
export interface Size<T extends number> {
    readonly [$internal]: true;
    readonly type: '@size';
    readonly params: [T];
}
export interface Location<T extends number = number> {
    readonly [$internal]: true;
    readonly type: '@location';
    readonly params: [T];
}
export type PerspectiveOrLinearInterpolationType = `${'perspective' | 'linear'}${'' | ', center' | ', centroid' | ', sample'}`;
export type FlatInterpolationType = `flat${'' | ', first' | ', either'}`;
export type InterpolationType = PerspectiveOrLinearInterpolationType | FlatInterpolationType;
export interface Interpolate<T extends InterpolationType = InterpolationType> {
    readonly [$internal]: true;
    readonly type: '@interpolate';
    readonly params: [T];
}
export interface Builtin<T extends string> {
    readonly [$internal]: true;
    readonly type: '@builtin';
    readonly params: [T];
}
export interface Invariant {
    readonly [$internal]: true;
    readonly type: '@invariant';
    readonly params: [];
}
export interface Decorated<out TInner extends BaseData = BaseData, out TAttribs extends unknown[] = unknown[]> extends BaseData {
    readonly type: 'decorated';
    readonly inner: TInner;
    readonly attribs: TAttribs;
    readonly [$repr]: Infer<TInner>;
    readonly [$inRepr]: InferInput<TInner>;
    readonly [$gpuRepr]: InferGPU<TInner>;
    readonly [$reprPartial]: InferPartial<TInner>;
    readonly [$reprPatch]: InferPatch<TInner>;
    readonly [$memIdent]: TAttribs extends Location[] ? MemIdentity<TInner> | Decorated<MemIdentity<TInner>, TAttribs> : Decorated<MemIdentity<TInner>, TAttribs>;
    readonly [$validStorageSchema]: IsValidStorageSchema<TInner>;
    readonly [$validUniformSchema]: IsValidUniformSchema<TInner>;
    readonly [$validVertexSchema]: IsValidVertexSchema<TInner>;
    readonly [$invalidSchemaReason]: ExtractInvalidSchemaError<TInner>;
}
export declare const wgslTypeLiterals: readonly ["bool", "f32", "f16", "i32", "u32", "u16", "vec2f", "vec2h", "vec2i", "vec2u", "vec2<bool>", "vec3f", "vec3h", "vec3i", "vec3u", "vec3<bool>", "vec4f", "vec4h", "vec4i", "vec4u", "vec4<bool>", "mat2x2f", "mat3x3f", "mat4x4f", "struct", "array", "ptr", "atomic", "decorated", "abstractInt", "abstractFloat", "void", "texture_1d", "texture_storage_1d", "texture_2d", "texture_storage_2d", "texture_multisampled_2d", "texture_depth_2d", "texture_depth_multisampled_2d", "texture_2d_array", "texture_storage_2d_array", "texture_depth_2d_array", "texture_cube", "texture_depth_cube", "texture_cube_array", "texture_depth_cube_array", "texture_3d", "texture_storage_3d", "texture_external", "sampler", "sampler_comparison"];
export type WgslTypeLiteral = (typeof wgslTypeLiterals)[number];
export type IsWgslData<T> = T extends {
    readonly type: WgslTypeLiteral;
} ? true : false;
export type PerspectiveOrLinearInterpolatableBaseType = F32 | F16 | Vec2f | Vec2h | Vec3f | Vec3h | Vec4f | Vec4h;
export type PerspectiveOrLinearInterpolatableData = PerspectiveOrLinearInterpolatableBaseType | Decorated<PerspectiveOrLinearInterpolatableBaseType>;
export type FlatInterpolatableAdditionalBaseType = I32 | U32 | Vec2i | Vec2u | Vec3i | Vec3u | Vec4i | Vec4u;
export type FlatInterpolatableData = PerspectiveOrLinearInterpolatableData | FlatInterpolatableAdditionalBaseType | Decorated<FlatInterpolatableAdditionalBaseType>;
export type TextureSampleTypes = F32 | I32 | U32;
export type ScalarData = Bool | F32 | F16 | I32 | U32 | AbstractInt | AbstractFloat;
export type VecData = Vec2f | Vec2h | Vec2i | Vec2u | Vec2b | Vec3f | Vec3h | Vec3i | Vec3u | Vec3b | Vec4f | Vec4h | Vec4i | Vec4u | Vec4b;
export type MatData = Mat2x2f | Mat3x3f | Mat4x4f;
export type StorableData = ScalarData | VecData | MatData | Atomic<I32> | Atomic<U32> | WgslArray | WgslStruct;
export type AnyFloat32VecData = Vec2f | Vec3f | Vec4f;
export type AnyFloat16VecData = Vec2h | Vec3h | Vec4h;
export type AnyWgslData = Bool | F32 | F16 | I32 | U32 | U16 | Vec2f | Vec2h | Vec2i | Vec2u | Vec2b | Vec3f | Vec3h | Vec3i | Vec3u | Vec3b | Vec4f | Vec4h | Vec4i | Vec4u | Vec4b | Mat2x2f | Mat3x3f | Mat4x4f | WgslStruct | WgslArray | Ptr | Atomic<U32> | Atomic<I32> | Decorated | AbstractInt | AbstractFloat | Void | WgslTexture | WgslStorageTexture | WgslExternalTexture | WgslSampler | WgslComparisonSampler;
export declare function isVecInstance(value: unknown): value is AnyVecInstance;
export declare function isVecBoolInstance(value: unknown): value is v2b | v3b | v4b;
export declare function isVec2(value: unknown): value is Vec2f | Vec2h | Vec2i | Vec2u;
export declare function isVec3(value: unknown): value is Vec3f | Vec3h | Vec3i | Vec3u;
export declare function isVec4(value: unknown): value is Vec4f | Vec4h | Vec4i | Vec4u;
export declare function isVec(value: unknown): value is Vec2f | Vec2h | Vec2i | Vec2u | Vec2b | Vec3f | Vec3h | Vec3i | Vec3u | Vec3b | Vec4f | Vec4h | Vec4i | Vec4u | Vec4b;
export declare function isVecBool(value: unknown): value is Vec2b | Vec3b | Vec4b;
export declare function isMatInstance(value: unknown): value is AnyMatInstance;
export declare function isMat2x2f(value: unknown): value is Mat2x2f;
export declare function isMat3x3f(value: unknown): value is Mat3x3f;
export declare function isMat4x4f(value: unknown): value is Mat4x4f;
export declare function isMat(value: unknown): value is Mat2x2f | Mat3x3f | Mat4x4f;
export declare function isInteger(value: unknown): value is AbstractInt | I32 | U32;
export declare function isIntegerVec(value: unknown): value is Vec2i | Vec3i | Vec4i | Vec2u | Vec3u | Vec4u;
export declare function isFloat32VecInstance(element: unknown): element is AnyFloat32VecInstance;
export declare function isInteger32VecInstance(value: unknown): value is v2u | v2i | v3u | v3i | v4u | v4i;
export declare function isUint32VecInstance(value: unknown): value is v2u | v3u | v4u;
export declare function isWgslData(value: unknown): value is AnyWgslData;
/**
 * Checks whether passed in value is an array schema,
 * as opposed to, e.g., a disarray schema.
 *
 * Array schemas can be used to describe uniform and storage buffers,
 * whereas disarray schemas cannot.
 *
 * @example
 * isWgslArray(d.arrayOf(d.u32, 4)) // true
 * isWgslArray(d.disarray(d.u32, 4)) // false
 * isWgslArray(d.vec3f) // false
 */
export declare function isWgslArray(schema: unknown): schema is WgslArray;
/**
 * Checks whether passed in value is a struct schema,
 * as opposed to, e.g., an unstruct schema.
 *
 * Struct schemas can be used to describe uniform and storage buffers,
 * whereas unstruct schemas cannot.
 *
 * @example
 * isWgslStruct(d.struct({ a: d.u32 })) // true
 * isWgslStruct(d.unstruct({ a: d.u32 })) // false
 * isWgslStruct(d.vec3f) // false
 */
export declare function isWgslStruct(schema: unknown): schema is WgslStruct;
/**
 * Checks whether passed in value is a pointer schema.
 *
 * @example
 * isPtr(d.ptrFn(d.f32)) // true
 * isPtr(d.ptrPrivate(d.f32)) // true
 * isPtr(d.f32) // false
 */
export declare function isPtr(schema: unknown): schema is Ptr;
/**
 * Checks whether the passed in value is an atomic schema.
 *
 * @example
 * isAtomic(d.atomic(d.u32)) // true
 * isAtomic(d.u32) // false
 */
export declare function isAtomic(schema: unknown): schema is Atomic;
export declare function isAlignAttrib<T extends number>(value: unknown): value is Align<T>;
export declare function isSizeAttrib<T extends number>(value: unknown): value is Size<T>;
export declare function isLocationAttrib<T extends number>(value: unknown): value is Location<T>;
export declare function isInterpolateAttrib<T extends InterpolationType>(value: unknown): value is Interpolate<T>;
export declare function isBuiltinAttrib(value: unknown): value is Builtin<string>;
export declare function isInvariantAttrib(value: unknown): value is Invariant;
export declare function isDecorated(value: unknown): value is Decorated;
export declare function isAbstractFloat(value: unknown): value is AbstractFloat;
export declare function isAbstractInt(value: unknown): value is AbstractInt;
export declare function isAbstract(value: unknown): value is AbstractFloat | AbstractInt;
export declare function isConcrete(value: unknown): boolean;
export declare function isVoid(value: unknown): value is Void;
export declare function isBool(value: unknown): value is Bool;
export declare function isNumericSchema(schema: unknown): schema is AbstractInt | AbstractFloat | F32 | F16 | I32 | U32;
export declare function isHalfPrecisionSchema(schema: unknown): schema is F16 | Vec2h | Vec3h | Vec4h;
/**
 * Returns true for schemas that are not naturally referential in JS (primitives).
 * @param schema
 * @returns
 */
export declare function isNaturallyEphemeral(schema: unknown): boolean;
export declare function WORKAROUND_getSchema<T extends AnyVecInstance | AnyMatInstance>(vec: T): VecData | MatData;
export {};