Class MeshMorpher

Constructors

constructor

new MeshMorpher(): MeshMorpher
Returns MeshMorpher

Methods

`Static`_generateFromFunction

_generateFromFunction(
    shapeFunc: any,
    resU: any,
    resV: any,
): {
    flat: boolean;
    indices: Uint16Array<ArrayBuffer>;
    normals: Float32Array<ArrayBuffer>;
    uvs: Float32Array<ArrayBuffer>;
    vertexCount: number;
    vertices: Float32Array<ArrayBuffer>;
}
Parameters
- shapeFunc: any
- resU: any
- resV: any
Returns {
    flat: boolean;
    indices: Uint16Array<ArrayBuffer>;
    normals: Float32Array<ArrayBuffer>;
    uvs: Float32Array<ArrayBuffer>;
    vertexCount: number;
    vertices: Float32Array<ArrayBuffer>;
}
- Defined in src/engine/procedural-mesh.js:1006

`Static`brain

brain(radius?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1466

`Static`capsule

capsule(
    radius?: number,
    height?: number,
    fromZeroY?: boolean,
): (u: any, v: any) => number[]
Parameters
- radius: number = 1
- height: number = 1
- fromZeroY: boolean = true
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1191

`Static`circlePlane

circlePlane(radius?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1295

`Static`compose

compose(
    ...parts: any[],
):
    | ((u: any, vGlobal: any) => any[])
    | { flat: boolean; func: (u: any, vGlobal: any) => any[] }
Parameters
- ...parts: any[]
Returns
| ((u: any, vGlobal: any) => any[])
| { flat: boolean; func: (u: any, vGlobal: any) => any[] }
- Defined in src/engine/procedural-mesh.js:895

`Static`computeSmoothNormals

computeSmoothNormals(positions: any, indices: any): Float32Array<any>
Parameters
- positions: any
- indices: any
Returns Float32Array<any>
- Defined in src/engine/procedural-mesh.js:967

`Static`cone

cone(
    baseRadius?: number,
    height?: number,
    fromZeroY?: boolean,
): (u: any, v: any) => number[]
Parameters
- baseRadius: number = 1
- height: number = 1
- fromZeroY: boolean = true
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1132

`Static`coneX

coneX(
    baseRadius?: number,
    height?: number,
    fromZeroX?: boolean,
): (u: any, v: any) => number[]
Parameters
- baseRadius: number = 1
- height: number = 1
- fromZeroX: boolean = true
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1148

`Static`createMatchedPair

createMatchedPair(
    shapeA: any,
    shapeB: any,
    resolutionU?: number,
    resolutionV?: number,
): {
    meshA: {
        flat: boolean;
        indices: Uint16Array<ArrayBuffer>;
        normals: Float32Array<ArrayBuffer>;
        uvs: Float32Array<ArrayBuffer>;
        vertexCount: number;
        vertices: Float32Array<ArrayBuffer>;
    };
    meshB: {
        flat: boolean;
        indices: Uint16Array<ArrayBuffer>;
        normals: Float32Array<ArrayBuffer>;
        uvs: Float32Array<ArrayBuffer>;
        vertexCount: number;
        vertices: Float32Array<ArrayBuffer>;
    };
    vertexCount: number;
}
Parameters
- shapeA: any
- shapeB: any
- resolutionU: number = 32
- resolutionV: number = 32
Returns {
    meshA: {
        flat: boolean;
        indices: Uint16Array<ArrayBuffer>;
        normals: Float32Array<ArrayBuffer>;
        uvs: Float32Array<ArrayBuffer>;
        vertexCount: number;
        vertices: Float32Array<ArrayBuffer>;
    };
    meshB: {
        flat: boolean;
        indices: Uint16Array<ArrayBuffer>;
        normals: Float32Array<ArrayBuffer>;
        uvs: Float32Array<ArrayBuffer>;
        vertexCount: number;
        vertices: Float32Array<ArrayBuffer>;
    };
    vertexCount: number;
}
- Defined in src/engine/procedural-mesh.js:859

`Static`crumble

crumble(S?: number, detail?: number): (u: any, v: any) => number[]
Crumble: breaks into small chunks, stays roughly in place Good for: stone/brick crumbling, dust formations
Parameters
- S: number = 1
- detail: number = 4
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1534

`Static`cube

cube(size?: number): (u: any, v: any) => number[]
Parameters
- size: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1087

`Static`cylinder

cylinder(radius?: number, height?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
- height: number = 2
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1115

`Static`diamond

diamond(size?: number): (u: any, v: any) => number[]
Parameters
- size: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1316

`Static`flatStar

flatStar(
    radius?: number,
    innerRadius?: number,
    thickness?: number,
): { flat: boolean; func: (u: any, v: any) => number[] }
Parameters
- radius: number = 1
- innerRadius: number = 0.2
- thickness: number = 0.1
Returns { flat: boolean; func: (u: any, v: any) => number[] }
- Defined in src/engine/procedural-mesh.js:1385

`Static`galaxyComposite

galaxyComposite(
    numStars?: number,
    arms?: number,
    twist?: number,
    scale?: number,
): (u: any, v: any) => number[]
Parameters
- numStars: number = 500
- arms: number = 4
- twist: number = 2
- scale: number = 20
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1479

`Static`galaxySpiral

galaxySpiral(
    scale?: number,
    arms?: number,
    twist?: number,
): (u: any, v: any) => number[]
Parameters
- scale: number = 10
- arms: number = 3
- twist: number = 2
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1352

`Static`icosahedron

icosahedron(radius?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1303

`Static`implode

implode(S?: number, scale?: number): (u: any, v: any) => number[]
Implode: shrinks to near-zero point (singularity effect) Good for: magic absorption, black hole, vortex
Parameters
- S: number = 1
- scale: number = 0.1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1620

`Static`klein

klein(radius?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1397

`Static`littleStar

littleStar(
    radius?: number,
    innerRadius?: number,
    depth?: number,
): (u: any, v: any) => number[]
Parameters
- radius: number = 1
- innerRadius: number = 0.4
- depth: number = 0.2
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1365

`Static`mobius

mobius(radius?: number, width?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
- width: number = 0.5
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1232

`Static`plane

plane(size?: number): (u: any, v: any) => number[]
Parameters
- size: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1228

`Static`pyramid

pyramid(size?: number): (u: any, v: any) => number[]
Parameters
- size: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1245

`Static`rippleSphere

rippleSphere(radius?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1430

`Static`rock

rock(radius?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1325

`Static`scatter

scatter(S?: number, spread?: number): (u: any, v: any) => number[]
Scatter: random cloud of small pieces Good for: dust, particle explosion, disintegration
Parameters
- S: number = 1
- spread: number = 0.3
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1636

`Static`shatter

shatter(S?: number, pieces?: number): (u: any, v: any) => any[]
Shatter: breaks into radial chunks, splayed outward Good for: explosions, hard breaks Returns a parametric function for MeshMorpher compatibility
Parameters
- S: number = 1
- pieces: number = 8
Returns (u: any, v: any) => any[]
- Defined in src/engine/procedural-mesh.js:1501

`Static`shell

shell(scale?: number): (u: any, v: any) => number[]
Parameters
- scale: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1417

`Static`sphere

sphere(radius?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1075

`Static`splinter

splinter(S?: number, count?: number): (u: any, v: any) => number[]
Splinter: thin shards radiating from center Good for: ice/glass shattering, crystalline breaks
Parameters
- S: number = 1
- count: number = 12
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1573

`Static`star

star(
    radius?: number,
    innerRadius?: number,
    depth?: number,
): (u: any, v: any) => number[]
Parameters
- radius: number = 1
- innerRadius: number = 0.4
- depth: number = 0.3
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1266

`Static`star3d

star3d(radius?: number): (u: any, v: any) => number[]
Parameters
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1338

`Static`supershape

supershape(size?: number): (u: any, v: any) => number[]
Parameters
- size: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1253

`Static`tornado

tornado(height?: number, radius?: number): (u: any, v: any) => number[]
Parameters
- height: number = 2
- radius: number = 1
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1457

`Static`torus

torus(majorRadius?: number, minorRadius?: number): (u: any, v: any) => number[]
Parameters
- majorRadius: number = 1
- minorRadius: number = 0.3
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1123

`Static`twistedTorus

twistedTorus(
    R?: number,
    r?: number,
    twists?: number,
): (u: any, v: any) => number[]
Parameters
- R: number = 1
- r: number = 0.3
- twists: number = 3
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1444

`Static`wavePlane

wavePlane(size?: number): (u: any, v: any) => number[]
Parameters
- size: number = 2
Returns (u: any, v: any) => number[]
- Defined in src/engine/procedural-mesh.js:1286

Class MeshMorpher

Index

Constructors

Methods

Constructors

constructor

Returns MeshMorpher

Methods

Static_generateFromFunction

Parameters

Returns { flat: boolean; indices: Uint16Array<ArrayBuffer>; normals: Float32Array<ArrayBuffer>; uvs: Float32Array<ArrayBuffer>; vertexCount: number; vertices: Float32Array<ArrayBuffer>;}

Staticbrain

Parameters

Returns (u: any, v: any) => number[]

Staticcapsule

Parameters

Returns (u: any, v: any) => number[]

StaticcirclePlane

Parameters

Returns (u: any, v: any) => number[]

Staticcompose

Parameters

Returns | ((u: any, vGlobal: any) => any[]) | { flat: boolean; func: (u: any, vGlobal: any) => any[] }

StaticcomputeSmoothNormals

Parameters

Returns Float32Array<any>

Staticcone

Parameters

Returns (u: any, v: any) => number[]

StaticconeX

Parameters

Returns (u: any, v: any) => number[]

StaticcreateMatchedPair

Parameters

Staticcrumble

Parameters

Returns (u: any, v: any) => number[]

Staticcube

Parameters

Returns (u: any, v: any) => number[]

Staticcylinder

Parameters

Returns (u: any, v: any) => number[]

Staticdiamond

Parameters

Returns (u: any, v: any) => number[]

StaticflatStar

Parameters

Returns { flat: boolean; func: (u: any, v: any) => number[] }

StaticgalaxyComposite

Parameters

Returns (u: any, v: any) => number[]

StaticgalaxySpiral

Parameters

Returns (u: any, v: any) => number[]

Staticicosahedron

Parameters

Returns (u: any, v: any) => number[]

Staticimplode

Parameters

Returns (u: any, v: any) => number[]

Staticklein

Parameters

Returns (u: any, v: any) => number[]

StaticlittleStar

Parameters

Returns (u: any, v: any) => number[]

Staticmobius

Parameters

Returns (u: any, v: any) => number[]

Staticplane

Parameters

Returns (u: any, v: any) => number[]

Staticpyramid

Parameters

Returns (u: any, v: any) => number[]

StaticrippleSphere

Parameters

Returns (u: any, v: any) => number[]

Staticrock

`Static`_generateFromFunction

Returns {
flat: boolean;
indices: Uint16Array<ArrayBuffer>;
normals: Float32Array<ArrayBuffer>;
uvs: Float32Array<ArrayBuffer>;
vertexCount: number;
vertices: Float32Array<ArrayBuffer>;
}

`Static`brain

`Static`capsule

`Static`circlePlane

`Static`compose

Returns
| ((u: any, vGlobal: any) => any[])
| { flat: boolean; func: (u: any, vGlobal: any) => any[] }

`Static`computeSmoothNormals

`Static`cone

`Static`coneX

`Static`createMatchedPair

`Static`crumble

`Static`cube

`Static`cylinder

`Static`diamond

`Static`flatStar

`Static`galaxyComposite

`Static`galaxySpiral

`Static`icosahedron

`Static`implode

`Static`klein

`Static`littleStar

`Static`mobius

`Static`plane

`Static`pyramid

`Static`rippleSphere

`Static`rock

`Static`scatter

`Static`shatter

`Static`shell

`Static`sphere

`Static`splinter

`Static`star

`Static`star3d

`Static`supershape

`Static`tornado

`Static`torus

`Static`twistedTorus

`Static`wavePlane