References

F GL_LINES()

F GL_POINTS()

F GL_TRIANGLES()

F getContext(): *

F setContext(context: *)

V AMBIENT_LIGHT: number

V BASIC_MATERIAL: number

V DEFAULT_MATERIAL: number

V DIRECTIONAL_LIGHT: number

V FLATSHADING_MATERIAL: number

V MAX_DIRECTIONAL: number

V POINT_LIGHT: number

V RAW_MATERIAL: number

V SEM_MATERIAL: number

V library: *

V version: *

C OrthographicCamera

C PerspectiveCamera

C OrbitControls

C Material

C Model

C Object3

C Scene

C Texture

C Vector3

C Box

C Icosahedron

C Line

C Plane

C AxisHelper

C NormalHelper

C DirectionalHelper

C DirectionalLight

C File

C JsonLoader

C ObjLoader

C Basic

C Default

C FlatShading

C Raw

C Sem

C Renderer

F ashima(): string

V FOG: {"linear": *, "exponential": *, "exponential2": *}

V DIRECTIONAL: {"before": *, "main": *}

V POINT: {"before": *, "main": *}

V UBO: {"scene": *, "model": *}

C UniformBuffer

C Vao

F createProgram(gl: *, vertex: *, fragment: *): *

F componentToHex(c: *): *

F convert(hex: *): *

F hexIntToRgb(hex: *): *

F hexStringToRgb(hex: *): *

F rgbToHex(r: *, g: *, b: *): string

F flatten(arr: *): *

F generateVertexNormals(positions: *, indices: *): *

F mergeVertices(data: *): {"positions": *, "indices": *, "normals": *}

F subdivide(data: *): *

F unflatten(arr: *, amount: *): *

F clamp(value: *, min: *, max: *): *

F isPowerOf2(value: *): *

F randomRange(min: *, max: *): *