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three-class-config.js
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//
// base version of this file auto-generated by generate-class-config.js
// date: Wed Aug 31 2016 08:59:45 GMT-0700 (PDT)
//
'use strict';
var Types = require('./prop-types');
// NOTE: uuid properties are not generated, as they cannot be synced across
// several clients.
module.exports = {
_defaults: require('./three-class-config-defaults'),
AnimationAction: {
relativePath: './animation/AnimationAction',
properties: {
mixer: new Types.ThreeType('AnimationMixer'),
clip: new Types.ThreeType('AnimationClip'),
localRoot: new Types.ThreeType(),
clampWhenFinished: new Types.Bool(false),
enabled: new Types.Bool(true),
loop: new Types.Enum('LoopModes', 'LoopRepeat'),
paused: new Types.Bool(false),
repititions: new Types.Int(Infinity),
time: new Types.Float(0),
timeScale: new Types.Float(1),
weigth: new Types.Float(1),
zeroSlopeAtEnd: new Types.Bool(true),
zeroSlopeAtStart: new Types.Bool(true),
},
constructorArgs: ['mixer', 'clip', 'localRoot'],
},
AnimationClip: {
relativePath: './animation/AnimationClip',
properties: {
name: new Types.String(null, {nullable: true}),
duration: new Types.Float(-1.0),
tracks: new Types.ThreeTypeArray('KeyframeTrack'),
},
constructorArgs: ['name', 'duration', 'tracks'],
propsDefinedByThree: ['duration'],
},
AnimationMixer: {
relativePath: './animation/AnimationMixer',
properties: {
rootObject: new Types.ThreeType(),
time: new Types.Float(0),
timeScale: new Types.Float(1.0),
},
constructorArgs: ['rootObject', 'time', 'timeScale'],
},
AnimationObjectGroup: {
relativePath: './animation/AnimationObjectGroup',
},
AnimationUtils: {
relativePath: './animation/AnimationUtils',
},
KeyframeTrack: {
relativePath: './animation/KeyframeTrack',
properties: {
name: new Types.String(''),
times: new Types.ArrayBuffer(),
values: new Types.ArrayBuffer(),
interpolation: new Types.Enum('InterpolationModes', 'InterpolateLinear'),
},
constructorArgs: ['name', 'times', 'values', 'interpolation'],
},
PropertyBinding: {
relativePath: './animation/PropertyBinding',
},
PropertyMixer: {
relativePath: './animation/PropertyMixer',
},
Audio: {
relativePath: './audio/Audio',
},
AudioAnalyser: {
relativePath: './audio/AudioAnalyser',
},
AudioBuffer: {
relativePath: './audio/AudioBuffer',
},
AudioListener: {
relativePath: './audio/AudioListener',
},
PositionalAudio: {
relativePath: './audio/PositionalAudio',
},
Camera: {
relativePath: './cameras/Camera',
superClass: 'Object3D',
properties: {
matrixWorldInverse: new Types.Matrix4(),
projectionMatrix: new Types.Matrix4(),
},
propsDefinedByThree: [ 'matrixWorldInverse', 'projectionMatrix' ],
},
CubeCamera: {
relativePath: './cameras/CubeCamera',
superClass: 'Object3D',
properties: {
}
},
OrthographicCamera: {
relativePath: './cameras/OrthographicCamera',
superClass: 'Camera',
properties: {
zoom: new Types.Float(1.0),
left: new Types.Float(),
right: new Types.Float(),
top: new Types.Float(),
bottom: new Types.Float(),
near: new Types.Float(0.1),
far: new Types.Float(2000),
},
constructorArgs: [ 'left', 'right', 'top', 'bottom', 'near', 'far' ],
},
PerspectiveCamera: {
relativePath: './cameras/PerspectiveCamera',
superClass: 'Camera',
properties: {
fov: new Types.Float(50.0),
zoom: new Types.Float(1.0),
near: new Types.Float(0.1),
far: new Types.Float(2000),
focus: new Types.Float(10.0),
aspect: new Types.Float(1.0),
// view: new Types.Dict(),
// filmGauge: new Types.Float(35.0),
// filmOffset: new Types.Float(0.0),
},
constructorArgs: [ 'fov', 'aspect', 'near', 'far' ],
},
ArrayCamera: {
relativePath: './cameras/ArrayCamera',
superClass: 'PerspectiveCamera',
properties: {
},
constructorArgs: [ 'fov', 'aspect', 'near', 'far' ],
},
StereoCamera: {
relativePath: './cameras/StereoCamera',
properties: {
aspect: new Types.Float(1),
eyeSep: new Types.Float(0.064),
cameraL: new Types.ThreeType('PerspectiveCamera'),
cameraR: new Types.ThreeType('PerspectiveCamera'),
},
},
CombinedCamera: {
relativePath: './cameras/CombinedCamera',
superClass: 'Camera',
properties: {
fov: new Types.Float(50.0),
zoom: new Types.Float(1.0),
near: new Types.Float(0.1),
far: new Types.Float(2000),
orthoNear: new Types.Float(0.1),
orthoFar: new Types.Float(2000),
width: new Types.Float(),
height: new Types.Float(),
mode: new Types.Enum("['perspective', 'orthographic']", 'perspective'),
impersonate:new Types.Bool(true),
// view: new Types.ViewOffset()
},
constructorArgs: [ 'width', 'height', 'fov', 'near', 'far', 'orthoNear', 'orthoFar' ],
},
Controls: {
relativePath: './controls/Controls',
properties: {
controlling: new Types.ThreeType('Object3D', {nullable: false}),
},
},
OrbitControls: {
relativePath: './controls/OrbitControls',
superClass: 'Controls',
properties: {
autoRotate: new Types.Bool(false),
autoRotateSpeed: new Types.Float(2.0), // 30 seconds per round when fps is 60
dampingFactor: new Types.Float(0.25),
enabled: new Types.Bool(true),
enableDamping: new Types.Bool(false),
enableKeys: new Types.Bool(true),
enablePan: new Types.Bool(true),
enableRotate: new Types.Bool(true),
enableZoom: new Types.Bool(true),
keyPanSpeed: new Types.Float(7.0), // pixels moved per arrow key push
// keys: new Types.KeyDict(),
maxAzimuthAngle: new Types.Float(Infinity), // radians
maxDistance: new Types.Float(Infinity),
maxPolarAngle: new Types.Float(Math.PI), // radians
maxZoom: new Types.Float(Infinity),
minAzimuthAngle: new Types.Float(-Infinity), // radians
minDistance: new Types.Float(0),
minPolarAngle: new Types.Float(0), // radians
minZoom: new Types.Float(0),
// mouseButtons: new Types.MouseButtonDict(),
panSpeed: new Types.Float(1.0),
rotateSpeed: new Types.Float(1.0),
screenSpacePanning: new Types.Bool(true),
zoomSpeed: new Types.Float(1.0),
target: new Types.Vector3(0, 0, 0),
},
constructorArgs: ['controlling'],
},
TrackballControls: {
relativePath: './controls/TrackballControls',
superClass: 'Controls',
properties: {
enabled: new Types.Bool(true),
minDistance: new Types.Float(0),
maxDistance: new Types.Float(Infinity),
rotateSpeed: new Types.Float(1.0),
zoomSpeed: new Types.Float(1.2),
panSpeed: new Types.Float(0.3),
staticMoving: new Types.Bool(false),
dynamicDampingFactor: new Types.Float(0.2),
noRotate: new Types.Bool(false),
noZoom: new Types.Bool(false),
noPan: new Types.Bool(false),
noRoll: new Types.Bool(false),
target: new Types.Vector3(0, 0, 0),
},
constructorArgs: ['controlling'],
},
FlyControls: {
relativePath: './controls/FlyControls',
superClass: 'Controls',
properties: {
moveVector: new Types.Vector3(0, 0, 0),
rotationVector: new Types.Vector3(0, 0, 0),
movementSpeed: new Types.Float(1.0),
rollSpeed: new Types.Float(0.05),
syncRate: new Types.Float(1.0),
},
constructorArgs: ['controlling'],
},
Picker: {
relativePath: './controls/Picker',
superClass: 'Controls',
properties: {
event: new Types.String('click', {
help: 'The DOM MouseEvent type to trigger the pick',
}),
all: new Types.Bool(false, {
help: 'Wether to send info on all object intersections beneath the picked point, or only the first one. See ``picked``.',
}),
distance: new Types.Float(null, {
nullable: true,
help: 'The distance from the camera of the picked point (null if no object picked)',
}),
point: new Types.Vector3(0, 0, 0, {
help: 'The coordinates of the picked point (all zero if no object picked)',
}),
face: new Types.Vector3(0, 0, 0, {
help: 'The vertex indices of the picked face (all zero if no face picked)',
}),
faceNormal: new Types.Vector3(0, 0, 0, {
help: 'The normal vector of the picked face (all zero if no face picked)',
}),
faceVertices: new Types.VectorArray({
help: 'The three vertices that make up the picked face, as vectors (empty if no face picked)',
}),
faceIndex: new Types.Int(null, {
nullable: true,
help: 'The index of the face picked (null if no face picked)',
}),
modifiers: new Types.Array(undefined, {
help: 'The keyboard modifiers held at the pick event in the following order: [SHIFT, CTRL, ALT, META]',
}),
object: new Types.ThreeType('Object3D', {
nullable: true,
help: 'The picked object (null if no object picked)',
}),
picked: new Types.Array(undefined, {
help: 'The other fields on the picker will always be for the first object intersection. ' +
'If ``all`` is set true, this field will be an array containing the same information ' +
'for all intersections.',
}),
uv: new Types.Vector2(0, 0, {
help: 'The UV coordinate picked (all zero if invalid pick)',
}),
indices: new Types.Array(undefined, {
help: 'The vertex indices of the picked face (empty if no face picked)',
}),
},
propsDefinedByThree: [
'distance', 'point', 'face', 'faceNormal', 'faceVertices',
'faceIndex', 'object', 'picked', 'uv', 'indices'],
constructorArgs: ['controlling'],
},
BufferAttribute: {
relativePath: './core/BufferAttribute',
properties: {
array: new Types.ArrayBuffer(),
// count: new Types.Int(0), // inferred from array
dynamic: new Types.Bool(false),
//itemSize: new Types.Int(1), // inferred from array
needsUpdate: new Types.Bool(false),
normalized: new Types.Bool(false),
version: new Types.Int(-1),
},
constructorArgs: [ 'array', 'normalized' ],
propsDefinedByThree: [ 'version', 'needsUpdate' ]
},
BaseBufferGeometry: {
relativePath: './core/BaseBufferGeometry',
properties: {
name: new Types.String(''),
type: new Types.String(''),
},
propsDefinedByThree: [ 'type' ]
},
Clock: {
relativePath: './core/Clock',
},
DirectGeometry: {
relativePath: './core/DirectGeometry',
},
EventDispatcher: {
relativePath: './core/EventDispatcher',
},
BaseGeometry: {
relativePath: './core/BaseGeometry',
properties: {
// TODO: id not supported as it conflicts with backbone's id
// id: new Types.String(''),
name: new Types.String(''),
type: new Types.String(''),
// By default BaseGeometry does not sync geometry arrays
// Use the Geometry class to access those arrays
},
propsDefinedByThree: [ 'type' ]
},
Geometry: {
relativePath: './core/Geometry',
superClass: 'BaseGeometry',
properties: {
vertices: new Types.VectorArray(),
colors: new Types.ColorArray(),
faces: new Types.FaceArray(),
faceVertexUvs: new Types.Array([[]]),
lineDistances: new Types.Array(),
morphTargets: new Types.Array(),
morphNormals: new Types.Array(),
skinWeights: new Types.VectorArray(),
skinIndices: new Types.VectorArray(),
_ref_geometry: new Types.ThreeType('BaseGeometry'),
_store_ref: new Types.Bool(false),
},
},
BufferGeometry: {
relativePath: './core/BufferGeometry',
superClass: 'BaseBufferGeometry',
properties: {
index: new Types.ThreeType(['BufferAttribute', 'InterleavedBufferAttribute']),
attributes: new Types.ThreeTypeDict(['BufferAttribute', 'InterleavedBufferAttribute']),
morphAttributes: new Types.BufferMorphAttributes(),
userData: new Types.Dict(),
MaxIndex: new Types.Int(65535),
// TODO: These likely require special types:
//groups: new Types.GeometryGroup(),
//drawRange: new Types.DrawRange(),
_ref_geometry: new Types.ThreeType(['BaseGeometry', 'BaseBufferGeometry']),
_store_ref: new Types.Bool(false),
},
},
InstancedBufferAttribute: {
relativePath: './core/InstancedBufferAttribute',
superClass: 'BufferAttribute',
properties: {
meshPerAttribute: new Types.Int(1),
},
constructorArgs: ['array', 'meshPerAttribute'],
},
InstancedBufferGeometry: {
relativePath: './core/InstancedBufferGeometry',
superClass: 'BufferGeometry',
properties: {
maxInstancedCount: new Types.Int(null, {nullable: true}),
},
},
InstancedInterleavedBuffer: {
relativePath: './core/InstancedInterleavedBuffer',
superClass: 'InterleavedBuffer',
properties: {
meshPerAttribute: new Types.Int(1),
},
constructorArgs: ['array', 'meshPerAttribute'],
},
InterleavedBuffer: {
relativePath: './core/InterleavedBuffer',
properties: {
array: new Types.ArrayBuffer(),
dynamic: new Types.Bool(false),
// updateRange: new Types.UpdateRange(),
version: new Types.Int(0),
needsUpdate: new Types.Bool(false),
},
propsDefinedByThree: ['version', 'needsUpdate'],
constructorArgs: ['array'],
},
InterleavedBufferAttribute: {
relativePath: './core/InterleavedBufferAttribute',
properties: {
data: new Types.ThreeType('InterleavedBuffer'),
itemSize: new Types.Int(0),
offset: new Types.Int(0),
normalized: new Types.Bool(false),
},
constructorArgs: ['data', 'itemSize', 'offset', 'normalized']
},
Layers: {
relativePath: './core/Layers',
},
Object3D: {
relativePath: './core/Object3D',
properties: {
// TODO: id not supported as it conflicts with backbone's id
// id: new Types.String(''),
name: new Types.String(''),
type: new Types.String(''),
//parent: new Types.ThreeType('this'),
children: new Types.ThreeTypeArray('this'),
up: new Types.Vector3(0, 1, 0),
position: new Types.Vector3(),
rotation: new Types.Euler(),
quaternion: new Types.Vector4(0, 0, 0, 1),
scale: new Types.Vector3(1, 1, 1),
modelViewMatrix: new Types.Matrix4(),
normalMatrix: new Types.Matrix3(),
matrix: new Types.Matrix4(),
matrixWorld: new Types.Matrix4(),
matrixAutoUpdate: new Types.Bool(true),
matrixWorldNeedsUpdate: new Types.Bool(false),
visible: new Types.Bool(true),
castShadow: new Types.Bool(false),
receiveShadow: new Types.Bool(false),
frustumCulled: new Types.Bool(true),
renderOrder: new Types.Int(0),
},
propsDefinedByThree: [ 'type', 'matrixWorldNeedsUpdate' ]
},
Blackbox: {
superClass: 'Object3D',
relativePath: './objects/Blackbox'
},
Raycaster: {
relativePath: './core/Raycaster',
properties: {
origin: new Types.Vector3(),
direction: new Types.Vector3(),
near: new Types.Float(0.0),
far: new Types.Float(1000000.0),
ray: new Types.ThreeType('Ray'),
linePrecision: new Types.Float(1.0),
},
constructorArgs: [ 'origin', 'direction', 'near', 'far' ],
},
AmbientLight: {
relativePath: './lights/AmbientLight',
superClass: 'Light',
constructorArgs: [ 'color', 'intensity' ],
},
DirectionalLight: {
relativePath: './lights/DirectionalLight',
superClass: 'Light',
properties: {
target: new Types.InitializedThreeType('Object3D', {nullable: false}),
shadow: new Types.InitializedThreeType('LightShadow', {nullable: false}),
},
constructorArgs: [ 'color', 'intensity' ],
},
DirectionalLightShadow: {
relativePath: './lights/DirectionalLightShadow',
superClass: 'LightShadow',
},
HemisphereLight: {
relativePath: './lights/HemisphereLight',
superClass: 'Light',
properties: {
groundColor: new Types.Color('#000000'),
},
constructorArgs: [ 'color', 'groundColor', 'intensity' ],
},
Light: {
relativePath: './lights/Light',
superClass: 'Object3D',
properties: {
color: new Types.Color('#ffffff'),
intensity: new Types.Float(1.0),
},
constructorArgs: [ 'color', 'intensity' ],
},
LightShadow: {
relativePath: './lights/LightShadow',
properties: {
camera: new Types.InitializedThreeType('Camera', {nullable: false}),
bias: new Types.Float(0),
mapSize: new Types.Vector2(512, 512),
radius: new Types.Float(1)
},
constructorArgs: [ 'camera' ],
},
PointLight: {
relativePath: './lights/PointLight',
superClass: 'Light',
properties: {
power: new Types.Float(4.0 * Math.PI),
distance: new Types.Float(0.0),
decay: new Types.Float(1.0),
shadow: new Types.InitializedThreeType('LightShadow', {nullable: false}),
},
constructorArgs: [ 'color', 'intensity', 'distance', 'decay' ],
},
RectAreaLight: {
relativePath: './lights/RectAreaLight',
superClass: 'Light',
properties: {
width: new Types.Float(10),
height: new Types.Float(10),
},
constructorArgs: [ 'color', 'intensity', 'width', 'height' ],
},
SpotLight: {
relativePath: './lights/SpotLight',
superClass: 'Light',
properties: {
target: new Types.InitializedThreeType('Object3D', {nullable: false}),
distance: new Types.Float(0.0),
angle: new Types.Float(Math.PI / 3.0),
penumbra: new Types.Float(0.0),
decay: new Types.Float(1.0),
shadow: new Types.InitializedThreeType('LightShadow', {nullable: false}),
},
constructorArgs: [ 'color', 'intensity', 'distance', 'angle', 'penumbra', 'decay' ],
},
SpotLightShadow: {
relativePath: './lights/SpotLightShadow',
superClass: 'LightShadow',
},
AnimationLoader: {
relativePath: './loaders/AnimationLoader',
},
AudioLoader: {
relativePath: './loaders/AudioLoader',
},
BinaryTextureLoader: {
relativePath: './loaders/BinaryTextureLoader',
},
BufferGeometryLoader: {
relativePath: './loaders/BufferGeometryLoader',
},
Cache: {
relativePath: './loaders/Cache',
},
CompressedTextureLoader: {
relativePath: './loaders/CompressedTextureLoader',
},
CubeTextureLoader: {
relativePath: './loaders/CubeTextureLoader',
},
DataTextureLoader: {
relativePath: './loaders/DataTextureLoader',
},
FileLoader: {
relativePath: './laoders/FileLoader',
},
FontLoader: {
relativePath: './loaders/FontLoader',
},
ImageLoader: {
relativePath: './loaders/ImageLoader',
},
ImageBitmapLoader: {
relativePath: './loaders/ImageBitmapLoader',
},
JSONLoader: {
relativePath: './loaders/JSONLoader',
},
Loader: {
relativePath: './loaders/Loader',
},
LoadingManager: {
relativePath: './loaders/LoadingManager',
},
MaterialLoader: {
relativePath: './loaders/MaterialLoader',
},
ObjectLoader: {
relativePath: './loaders/ObjectLoader',
},
TextureLoader: {
relativePath: './loaders/TextureLoader',
},
XHRLoader: {
relativePath: './loaders/XHRLoader',
},
// NOTE: the constructor arg, 'parameters' is special-cased in our wrapper generator
// it will be auto-detected, and properly generate the constructor dict arg
// containing all props of the model
LineBasicMaterial: {
relativePath: './materials/LineBasicMaterial',
superClass: 'Material',
properties: {
color: new Types.Color('#ffffff'),
lights: new Types.Bool(false),
linewidth: new Types.Float(1.0),
linecap: new Types.String('round'),
linejoin: new Types.String('round'),
},
constructorArgs: [ 'parameters' ],
},
LineDashedMaterial: {
relativePath: './materials/LineDashedMaterial',
superClass: 'Material',
properties: {
color: new Types.Color('#ffffff'),
lights: new Types.Bool(false),
linewidth: new Types.Float(1.0),
scale: new Types.Float(1.0),
dashSize: new Types.Float(3.0),
gapSize: new Types.Float(1.0),
},
constructorArgs: [ 'parameters' ],
},
LineMaterial: {
relativePath: './materials/LineMaterial',
superClass: 'Material',
properties: {
color: new Types.Color('#ffffff'),
fog: new Types.Bool(false),
lights: new Types.Bool(false),
linewidth: new Types.Float(1.0),
dashScale: new Types.Float(1.0),
dashSize: new Types.Float(1.0),
gapSize: new Types.Float(1.0),
},
constructorArgs: [ 'parameters' ],
},
Material: {
relativePath: './materials/Material',
properties: {
alphaTest: new Types.Float(0.0),
blendDst: new Types.Enum('BlendFactors', 'OneMinusSrcAlphaFactor'),
blendDstAlpha: new Types.Float(null),
blending: new Types.Enum('BlendingMode', 'NormalBlending'),
blendSrc: new Types.Enum('BlendFactors', 'SrcAlphaFactor'),
blendSrcAlpha: new Types.Float(null),
blendEquation: new Types.Enum('Equations', 'AddEquation'),
blendEquationAlpha: new Types.Float(null),
clipIntersection: new Types.Bool(false),
clippingPlanes: new Types.ThreeTypeArray('Plane'),
clipShadows: new Types.Bool(false),
colorWrite: new Types.Bool(true),
//customDepthMaterial: new Types.ForwardDeclaredThreeType('MeshDepthMaterial', 'pythreejs', {nullable: true}),
//customDistanceMaterial: new Types.ForwardDeclaredThreeType('MeshDepthMaterial', 'pythreejs', {nullable: true}),
defines: new Types.Dict(null, {nullable: true}),
depthFunc: new Types.Enum('DepthMode', 'LessEqualDepth'),
depthTest: new Types.Bool(true),
depthWrite: new Types.Bool(true),
dithering: new Types.Bool(false),
flatShading: new Types.Bool(false),
fog: new Types.Bool(true),
lights: new Types.Bool(true),
name: new Types.String(''),
opacity: new Types.Float(1.0),
overdraw: new Types.Float(0),
polygonOffset: new Types.Bool(false),
polygonOffsetFactor: new Types.Float(0),
polygonOffsetUnits: new Types.Float(0),
precision: new Types.String(null, {nullable: true}),
premultipliedAlpha: new Types.Bool(false),
shadowSide: new Types.Enum('Side', null, {nullable: true}),
side: new Types.Enum('Side', 'FrontSide'),
transparent: new Types.Bool(false),
type: new Types.String(''),
vertexColors: new Types.Enum('Colors', 'NoColors'),
visible: new Types.Bool(true),
},
propsDefinedByThree: [ 'type' ]
},
MeshBasicMaterial: {
relativePath: './materials/MeshBasicMaterial',
superClass: 'Material',
properties: {
alphaMap: new Types.ThreeType('Texture'),
aoMap: new Types.ThreeType('Texture'),
aoMapIntensity: new Types.Float(1),
color: new Types.Color('#ffffff'),
combine: new Types.Enum('Operations', 'MultiplyOperation'),
envMap: new Types.ThreeType('CubeTexture'),
lightMap: new Types.ThreeType('Texture'),
lightMapIntensity: new Types.Float(1.0),
lights: new Types.Bool(false),
map: new Types.ThreeType('Texture'),
morphTargets: new Types.Bool(false),
reflectivity: new Types.Float(1),
refractionRatio: new Types.Float(0.98),
skinning: new Types.Bool(false),
specularMap: new Types.ThreeType('Texture'),
wireframe: new Types.Bool(false),
wireframeLinewidth: new Types.Float(1),
wireframeLinecap: new Types.String('round'), // TODO: enum?
wireframeLinejoin: new Types.String('round'),
},
constructorArgs: [ 'parameters' ],
},
MeshDepthMaterial: {
relativePath: './materials/MeshDepthMaterial',
superClass: 'Material',
properties: {
alphaMap: new Types.ThreeType('Texture'),
displacementMap: new Types.ThreeType('Texture'),
displacementScale: new Types.Float(1.0),
displacementBias: new Types.Float(0.0),
fog: new Types.Bool(false),
lights: new Types.Bool(false),
map: new Types.ThreeType('Texture'),
morphTargets: new Types.Bool(false),
skinning: new Types.Bool(false),
wireframe: new Types.Bool(false),
wireframeLinewidth: new Types.Float(1.0),
},
constructorArgs: [ 'parameters' ],
},
MeshLambertMaterial: {
relativePath: './materials/MeshLambertMaterial',
superClass: 'Material',
properties: {
alphaMap: new Types.ThreeType('Texture'),
aoMap: new Types.ThreeType('Texture'),
aoMapIntensity: new Types.Float(1.0),
color: new Types.Color('#ffffff'),
combine: new Types.Enum('Operations', 'MultiplyOperation'),
emissive: new Types.Color('#000000'),
emissiveMap: new Types.ThreeType('Texture'),
emissiveIntensity: new Types.Float(1.0),
envMap: new Types.ThreeType('CubeTexture'),
lightMap: new Types.ThreeType('Texture'),
lightMapIntensity: new Types.Float(1.0),
map: new Types.ThreeType('Texture'),
morphNormals: new Types.Bool(false),
morphTargets: new Types.Bool(false),
reflectivity: new Types.Float(1.0),
refractionRatio: new Types.Float(0.98),
skinning: new Types.Bool(false),
specularMap: new Types.ThreeType('Texture'),
wireframe: new Types.Bool(false),
wireframeLinecap: new Types.String('round'),
wireframeLinejoin: new Types.String('round'),
wireframeLinewidth: new Types.Float(1.0),
},
constructorArgs: [ 'parameters' ],
},
MeshMatcapMaterial: {
relativePath: './materials/MeshMatcapMaterial',
superClass: 'Material',
properties: {
alphaMap: new Types.ThreeType('Texture'),
bumpMap: new Types.ThreeType('Texture'),
bumpScale: new Types.Float(1.0),
color: new Types.Color('#ffffff'),
displacementMap: new Types.ThreeType('Texture'),
displacementScale: new Types.Float(1.0),
displacementBias: new Types.Float(0.0),
lights: new Types.Bool(false),
map: new Types.ThreeType('Texture'),
matcap: new Types.ThreeType('Texture'),
morphNormals: new Types.Bool(false),
morphTargets: new Types.Bool(false),
normalMap: new Types.ThreeType('Texture'),
normalScale: new Types.Vector2(1, 1),
skinning: new Types.Bool(false),
},
constructorArgs: [ 'parameters' ],
},
MeshNormalMaterial: {
relativePath: './materials/MeshNormalMaterial',
superClass: 'Material',
properties: {
fog: new Types.Bool(false),
lights: new Types.Bool(false),
morphTargets: new Types.Bool(false),
wireframe: new Types.Bool(false),
wireframeLinewidth: new Types.Float(1.0),
},
constructorArgs: [ 'parameters' ],
},
MeshPhongMaterial: {
relativePath: './materials/MeshPhongMaterial',
superClass: 'Material',
properties: {
alphaMap: new Types.ThreeType('Texture'),
aoMap: new Types.ThreeType('Texture'),
aoMapIntensity: new Types.Float(1.0),
bumpMap: new Types.ThreeType('Texture'),
bumpScale: new Types.Float(1.0),
color: new Types.Color('#ffffff'),
combine: new Types.Enum('Operations', 'MultiplyOperation'),
displacementMap: new Types.ThreeType('Texture'),
displacementScale: new Types.Float(1.0),
displacementBias: new Types.Float(0.0),
emissive: new Types.Color('#000000'),
emissiveMap: new Types.ThreeType('Texture'),
emissiveIntensity: new Types.Float(1.0),
envMap: new Types.ThreeType('CubeTexture'),
lightMap: new Types.ThreeType('Texture'),
lightMapIntensity: new Types.Float(1.0),
map: new Types.ThreeType('Texture'),
morphNormals: new Types.Bool(false),
morphTargets: new Types.Bool(false),
normalMap: new Types.ThreeType('Texture'),
normalScale: new Types.Vector2(1, 1),
reflectivity: new Types.Float(1.0),
refractionRatio: new Types.Float(0.98),
shininess: new Types.Float(30.0),
skinning: new Types.Bool(false),
specular: new Types.Color('#111111'),
specularMap: new Types.ThreeType('Texture'),
wireframe: new Types.Bool(false),
wireframeLinewidth: new Types.Float(1.0),
wireframeLinecap: new Types.String('round'),
wireframeLinejoin: new Types.String('round'),
},
constructorArgs: [ 'parameters' ],
},
MeshPhysicalMaterial: {
relativePath: './materials/MeshPhysicalMaterial',
superClass: 'MeshStandardMaterial',
properties: {
clearCoat: new Types.Float(0.0),
clearCoatRoughness: new Types.Float(0.0),
defines: new Types.Dict({ 'PHYSICAL': '' }, {nullable: true}),
reflectivity: new Types.Float(0.5),
},
},
MeshStandardMaterial: {
relativePath: './materials/MeshStandardMaterial',
superClass: 'Material',
properties: {
alphaMap: new Types.ThreeType('Texture'),
aoMap: new Types.ThreeType('Texture'),
aoMapIntensity: new Types.Float(1),
bumpMap: new Types.ThreeType('Texture'),
bumpScale: new Types.Float(1.0),
color: new Types.Color('#ffffff'),
defines: new Types.Dict({ 'STANDARD': '' }, {nullable: true}),
displacementMap: new Types.ThreeType('Texture'),
displacementScale: new Types.Float(1.0),
displacementBias: new Types.Float(0.0),
emissive: new Types.Color('#000000'),
emissiveMap: new Types.ThreeType('Texture'),
emissiveIntensity: new Types.Float(1.0),
envMap: new Types.ThreeType('CubeTexture'),
envMapIntensity: new Types.Float(1.0),
lightMap: new Types.ThreeType('Texture'),
lightMapIntensity: new Types.Float(1.0),
map: new Types.ThreeType('Texture'),
metalness: new Types.Float(0.5),
metalnessMap: new Types.ThreeType('Texture'),
morphTargets: new Types.Bool(false),
morphNormals: new Types.Bool(false),
normalMap: new Types.ThreeType('Texture'),
normalScale: new Types.Vector2(1, 1),
refractionRatio: new Types.Float(0.98),
roughness: new Types.Float(0.5),
roughnessMap: new Types.ThreeType('Texture'),
skinning: new Types.Bool(false),
wireframe: new Types.Bool(false),
wireframeLinecap: new Types.String('round'), // TODO: enum?
wireframeLinejoin: new Types.String('round'),
wireframeLinewidth: new Types.Float(1),
},
constructorArgs: [ 'parameters' ],
},
MeshToonMaterial: {
relativePath: './materials/MeshToonMaterial',
superClass: 'MeshPhongMaterial',
properties: {
gradientMap: new Types.ThreeType('Texture'),
},
},
PointsMaterial: {
relativePath: './materials/PointsMaterial',
superClass: 'Material',
properties: {
color: new Types.Color('#ffffff'),
lights: new Types.Bool(false),
map: new Types.ThreeType('Texture'),
morphTargets: new Types.Bool(false),
size: new Types.Float(1.0),
sizeAttenuation: new Types.Bool(true),
},
constructorArgs: [ 'parameters' ],
},
RawShaderMaterial: {
relativePath: './materials/RawShaderMaterial',
superClass: 'ShaderMaterial',
properties: {},
constructorArgs: [ 'parameters' ],
},
ShaderMaterial: {
relativePath: './materials/ShaderMaterial',
superClass: 'Material',
properties: {
uniforms: new Types.UniformDict(),
clipping: new Types.Bool(false),
extensions: new Types.Dict(),
fog: new Types.Bool(false),
fragmentShader: new Types.String(''),
lights: new Types.Bool(false),
linewidth: new Types.Float(1.0),
morphNormals: new Types.Bool(false),
morphTargets: new Types.Bool(false),
flatShading: new Types.Bool(false),
skinning: new Types.Bool(false),
uniformsNeedUpdate: new Types.Bool(false),
vertexShader: new Types.String(''),
wireframe: new Types.Bool(false),
wireframeLinewidth: new Types.Float(1.0),
},
constructorArgs: [ 'parameters' ],
propsDefinedByThree: [ 'extensions' ],
},
ShadowMaterial: {
relativePath: './materials/ShadowMaterial',
superClass: 'ShaderMaterial',
properties: {
lights: new Types.Bool(true),
transparent: new Types.Bool(true),
},
},
SpriteMaterial: {
relativePath: './materials/SpriteMaterial',
superClass: 'Material',
properties: {
color: new Types.Color('#ffffff'),
fog: new Types.Bool(false),
lights: new Types.Bool(false),
map: new Types.ThreeType('Texture'),
rotation: new Types.Float(0.0),
sizeAttenuation: new Types.Bool(true),
},
constructorArgs: [ 'parameters' ],
},
Box2: {
relativePath: './math/Box2',
properties: {
min: new Types.Vector2(),
max: new Types.Vector2(),
},
constructorArgs: [ 'min', 'max' ],
},
Box3: {
relativePath: './math/Box3',
properties: {
min: new Types.Vector3(),
max: new Types.Vector3(),
},
constructorArgs: [ 'min', 'max' ],
},
Cylindrical: {
relativePath: './math/Cylindrical',
properties: {
radius: new Types.Float(1.0),
theta: new Types.Float(0.),
y: new Types.Float(0.),
},
constructorArgs: ['radius', 'theta', 'y'],
},
Frustum: {
relativePath: './math/Frustum',