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figura-ts

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Lua Types for the Minecraft Mod Figura

github.com/N1ghtTheF0x/figura-ts

N1ghtTheF0x/figura-ts

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declare interface FiguraMatrices { mat2(this: void): FiguraMat2 mat2(this: void,col1: FiguraVec2,col2: FiguraVec2): FiguraMat2 mat3(this: void): FiguraMat3 mat3(this: void,col1: FiguraVec3,col2: FiguraVec3,col3: FiguraVec3): FiguraMat3 mat4(this: void): FiguraMat4 mat4(this: void,col1: FiguraVec4,col2: FiguraVec4,col3: FiguraVec4,col4: FiguraVec4): FiguraMat4 rotation2(this: void,angle: number): FiguraMat2 rotation3(this: void,vec: FiguraVec3): FiguraMat3 rotation3(this: void,x: number,y: number,z: number): FiguraMat3 xRotation3(this: void,angle: number): FiguraMat3 yRotation3(this: void,angle: number): FiguraMat3 zRotation3(this: void,angle: number): FiguraMat3 rotation4(this: void,vec: FiguraVec3): FiguraMat4 rotation4(this: void,x: number,y: number,z: number): FiguraMat4 xRotation4(this: void,angle: number): FiguraMat4 yRotation4(this: void,angle: number): FiguraMat4 zRotation4(this: void,angle: number): FiguraMat4 scale2(this: void,vec: FiguraVec2): FiguraMat2 scale3(this: void,vec: FiguraVec3): FiguraMat3 scale3(this: void,x: number,y: number,z: number): FiguraMat3 scale4(this: void,vec: FiguraVec3): FiguraMat4 scale4(this: void,x: number,y: number,z: number): FiguraMat4 translate3(this: void,vec: FiguraVec2): FiguraMat3 translate3(this: void,x: number,y: number): FiguraMat3 translate4(this: void,vec: FiguraVec3): FiguraMat4 translate4(this: void,x: number,y: number,z: number): FiguraMat4 } declare const matrices: FiguraMatrices type IMatrixColumns<Numbers extends number,Vector extends FiguraAnyVector> = { [x in `${Numbers}` | `c${Numbers}`]: Vector } type IMatrixRows<Numbers extends number,Vector extends FiguraAnyVector> = { [x in `r${Numbers}`]: Vector } type IMatrixValues<Columns extends number,Rows extends number> = { [x in `v${Columns}${Rows}`]: number } type IMatrixFields<Columns extends number,Rows extends number,Vector extends FiguraAnyVector> = IMatrixColumns<Columns,Vector> & IMatrixRows<Rows,Vector> & IMatrixValues<Columns,Rows> type IMatrix<Itself extends FiguraAnyMatrix,Columns extends number,Rows extends number,Vector extends FiguraAnyVector> = { ADD: LuaAdditionMethod<Itself,Itself> SUB: LuaSubtractionMethod<Itself,Itself> MUL: LuaMultiplicationMethod<Itself,Itself> | LuaMultiplicationMethod<Vector,Vector> | LuaMultiplicationMethod<number,Itself> LEN: LuaLengthMethod<number> getColumn(col: Columns): Vector getRow(row: Rows): Vector } & IMatrixFields<Columns,Rows,Vector> declare interface FiguraMat2 extends IMatrix<FiguraMat2,1 | 2,1 | 2,FiguraVec2> { copy(): this set(other: FiguraMat2): this multiply(other: FiguraMat2): this rightMultiply(other: FiguraMat2): this transpose(): this transposed(): this invert(): this inverted(): this det(): number reset(): this add(other: FiguraMat2): this sub(other: FiguraMat2): this scale(vec: FiguraVec2): this scale(x: number,y: number): this rotate(degrees: number): this augmented(): FiguraMat3 apply(x: number): number applyDir(x: number): number } declare interface FiguraMat3 extends IMatrix<FiguraMat3,1 | 2 | 3,1 | 2 | 3,FiguraVec3> { copy(): this set(other: FiguraMat3): this multiply(other: FiguraMat3): this rightMultiply(other: FiguraMat3): this transpose(): this transposed(): this invert(): this inverted(): this det(): number reset(): this add(other: FiguraMat3): this sub(other: FiguraMat3): this scale(vec: FiguraVec3): this scale(x: number,y: number,z: number): this translate(vec: FiguraVec2): this translate(x: number,y: number): this rotateX(degrees: number): this rotateY(degrees: number): this rotateZ(degrees: number): this rotate(vec: FiguraVec3): this rotate(x: number,y: number,z: number): this deaugmented(): FiguraMat2 augmented(): FiguraMat4 apply(vec: FiguraVec2): FiguraVec2 apply(x: number,y: number): FiguraVec2 applyDir(vec: FiguraVec2): FiguraVec2 applyDir(x: number,y: number): FiguraVec2 } declare interface FiguraMat4 extends IMatrix<FiguraMat4,1 | 2 | 3 | 4,1 | 2 | 3 | 4,FiguraVec3> { copy(): this set(other: FiguraMat4): this multiply(other: FiguraMat4): this rightMultiply(other: FiguraMat4): this transpose(): this transposed(): this invert(): this inverted(): this det(): number reset(): FiguraMat4 add(other: FiguraMat4): this sub(other: FiguraMat4): this scale(vec: FiguraVec3): this scale(x: number,y: number,z: number): this translate(vec: FiguraVec3): this translate(x: number,y: number,z: number): this rotateX(degrees: number): this rotateY(degrees: number): this rotateZ(degrees: number): this rotate(vec: FiguraVec3): this rotate(x: number,y: number,z: number): this deaugmented(): FiguraMat3 apply(): FiguraVec3 apply(vec: FiguraVec3): FiguraVec3 apply(x: number,y: number,z: number): FiguraVec3 applyDir(vec: FiguraVec3): FiguraVec3 applyDir(x: number,y: number,z: number): FiguraVec3 } declare type FiguraAnyMatrix = FiguraMat2 | FiguraMat3 | FiguraMat4