README
Tr
IsDirectionalLight
Tr
IsGLTFLoader
Tr
IsMaterial
Tr
IsObject
Tr
IsWebGLRenderer
T
BufferGeometry
- ::newCamera::new
- ::loadDRACOLoader::load
- ::newDRACOLoader::new
- ::setDecoderPathDRACOLoader::setDecoderPath
- ::newDirectionalLight::new
- ::sceneGLTF::scene
- ::loadGLTFLoader::load
- ::newGLTFLoader::new
- ::setDRACOLoaderGLTFLoader::setDRACOLoader
T
Geometry
T
Light
T
Loader
T
Material
- ::newMesh::new
T
MeshPhongMaterial
T
Object
T
Primitive
- ::newWebGLRender::newWebGL
- ::renderRender::render
- ::setPixelRatioRender::setPixelRatio
- ::setSizeRender::setSize
- ::backgroundScene::background
- ::newScene::new
V
add_ffi
V
cast_shadow_ffi
V
ffi_to_camera
V
ffi_to_directionalLight
V
ffi_to_material
V
ffi_to_mesh
V
ffi_to_object
V
ffi_to_scene
V
id_ffi
V
js_identity
V
lookat_ffi
V
meshBasicMaterial
V
newBox
V
newCapsule
V
newCircle
V
newCone
V
newCylinder
V
newDodecahedron
V
newEdges
V
newExtrude
V
newIcosahedron
V
newLathe
V
newOctahedron
V
newPlane
V
newPolyhedron
V
newRing
V
newShape
V
newSphere
V
newTetrahedron
V
newTorus
V
newTorusKnot
V
newTube
V
newWireframe
V
request_animation_frame
V
set_position_ffi
V
set_rotation_ffi
V
simp_ffi

threejs

js-ffi

threejs

Download zip

Author

FrenchPicnic

Version

0.0.2

License

Apache-2.0

Last updated

last year

Downloads

rami3l/js-ffi0.4.0

#threejs

Three.js是一个尽可能简化在网页端获取3D内容的库, 这个仓库是在moonbit的移植

目前还处于开发状态

#开始

复制本仓库中的index.html到您的根目录即可, 并对下面的部分进行修改

<script  type="importmap">{
	"imports": {
		"three": "https://threejs.org/build/three.module.js",
        "game": "替换为您moonbit生成的js文件位置"
        }
    }
</script>

#使用

本项目还未上传至mooncake, 您可以clone本项目然后在本地编译进行测试使用

IsDirectionalLight

source

pub trait IsDirectionalLight : IsObject {
}

IsGLTFLoader

source

pub trait IsGLTFLoader {
}

IsMaterial

source

pub trait IsMaterial : @rami3l/js-ffi/js.Cast
Cast {
}

IsObject

source

pub trait IsObject : @rami3l/js-ffi/js.Cast
Cast {
  add(Self, @rami3l/js-ffi/js.Value
Value) -> Unit
  cast_shadow(Self) -> Bool
  id(Self) -> Int
  set_position(Self, Float, Float, Float) -> Unit
  set_rotation(Self, Float, Float, Float, String) -> Unit
  lookat(Self, Float, Float, Float) -> Unit
}

IsWebGLRenderer

source

pub trait IsWebGLRenderer {
}

BufferGeometry

source

#external
pub type BufferGeometry

Camera

source

#external
pub type Camera

impl IsObject for Camera

impl Cast for Camera

Camera::new

source

fn Camera::new(fov : Float, aspect : Float, near : Float, far : Float) -> Camera

DRACOLoader

source

type DRACOLoader

impl IsGLTFLoader for DRACOLoader

DRACOLoader::load

source

fn DRACOLoader::load(loader : DRACOLoader, path : String, onload : (GLTF) -> Unit) -> Unit

DRACOLoader::new

source

fn DRACOLoader::new() -> DRACOLoader

DRACOLoader::setDecoderPath

source

fn DRACOLoader::setDecoderPath(self : DRACOLoader, path : String) -> Unit

see https://github.com/google/draco/releases https://www.gstatic.com/draco/versioned/decoders/1.5.7/

DirectionalLight

source

type DirectionalLight

impl IsDirectionalLight for DirectionalLight

impl IsObject for DirectionalLight

impl Cast for DirectionalLight

DirectionalLight::new

source

fn DirectionalLight::new(color : String, intensity : Float) -> DirectionalLight

GLTF

source

type GLTF

GLTF::scene

source

fn GLTF::scene(self : GLTF) -> Scene

GLTFLoader

source

type GLTFLoader

impl IsGLTFLoader for GLTFLoader

GLTFLoader::load

source

fn GLTFLoader::load(loader : GLTFLoader, path : String, onload : (GLTF) -> Unit) -> Unit

GLTFLoader::new

source

fn GLTFLoader::new() -> GLTFLoader

GLTFLoader::setDRACOLoader

source

fn GLTFLoader::setDRACOLoader(self : GLTFLoader, dracoLoader : DRACOLoader) -> Unit

Geometry

source

pub(all) struct Geometry {
  bufferGeometry : BufferGeometry
  primitive : Primitive
}

Light

source

type Light

Loader

source

type Loader

Material

source

type Material

impl IsMaterial for Material

impl Cast for Material

Mesh

source

#external
pub type Mesh

impl IsObject for Mesh

impl Cast for Mesh

Mesh::new

source

fn Mesh::new(geometry : BufferGeometry) -> Object

MeshPhongMaterial

source

type MeshPhongMaterial

Object

source

type Object

impl IsObject for Object

impl Cast for Object

Primitive

source

pub(all) enum Primitive {
  BoxGeometry
  CapsuleGeometry
  CircleGeometry
  ConeGeometry
  CylinderGeometry
  DodecahedronGeometry
  EdgesGeometry
  ExtrudeGeometry
  IcosahedronGeometry
  LatheGeometry
  OctahedronGeometry
  ParametricGeometry
  PlaneGeometry
  PolyhedronGeometry
  RingGeometry
  ShapeGeometry
  SphereGeometry
  TetrahedronGeometry
  TorusGeometry
  TorusKnotGeometry
  TubeGeometry
  WireframeGeometry
}

Render

source

#external
pub type Render

Render::newWebGL

source

fn Render::newWebGL(canvas : String) -> Render

Render::render

source

fn Render::render(renderer : Render, scene : @rami3l/js-ffi/js.Value
Value, camera : Camera) -> Unit

Render::setPixelRatio

source

fn Render::setPixelRatio(renderer : Render, value : Float) -> Unit

Render::setSize

source

fn Render::setSize(renderer : Render, width : Int, height : Int, updateStyle : Bool) -> Unit

Scene

source

#external
pub type Scene

impl IsObject for Scene

impl Cast for Scene

Scene::background

source

fn Scene::background(self : Scene, color : String) -> Unit

Scene::new

source

fn Scene::new() -> Scene

add_ffi

source

fn add_ffi(parent : @rami3l/js-ffi/js.Value
Value, child : @rami3l/js-ffi/js.Value
Value) -> Unit

cast_shadow_ffi

source

fn cast_shadow_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Bool

ffi_to_camera

source

fn ffi_to_camera(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[Camera]

ffi_to_directionalLight

source

fn ffi_to_directionalLight(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[DirectionalLight]

ffi_to_material

source

fn ffi_to_material(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[Material]

ffi_to_mesh

source

fn ffi_to_mesh(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[Mesh]

ffi_to_object

source

fn ffi_to_object(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[Object]

ffi_to_scene

source

fn ffi_to_scene(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[Scene]

id_ffi

source

fn id_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Int

js_identity

source

fn[A, B] js_identity(a : A) -> B

lookat_ffi

source

fn lookat_ffi(obj : @rami3l/js-ffi/js.Value
Value, x : Float, y : Float, z : Float) -> Unit

meshBasicMaterial

source

fn meshBasicMaterial() -> Material

newBox

source

fn newBox(width : Int, height : Int, depth : Int, widthSegments : Int, heightSegments : Int, depthSegments : Int) -> BufferGeometry

newCapsule

source

fn newCapsule(radius : Float, height : Float, capSegments : Int, radialSegments : Int, heightSegments : Int) -> BufferGeometry

newCircle

source

fn newCircle(radius : Float, segments : Int, thetaStart : Float, thetaLength : Float) -> BufferGeometry

newCone

source

fn newCone(radius : Float, height : Float, radialSegments : Int, heightSegments : Int, openEnded : Bool, thetaStart : Float, thetaLength : Float) -> BufferGeometry

newCylinder

source

fn newCylinder(radiusTop : Float, radiusBottom : Float, height : Float, radialSegments : Int, heightSegments : Int, openEnded : Bool, thetaStart : Float, thetaLength : Float) -> BufferGeometry

newDodecahedron

source

fn newDodecahedron(radius : Float, detail : Int) -> BufferGeometry

newEdges

source

fn newEdges(geometry : BufferGeometry, thresholdAngle : Int) -> BufferGeometry

newExtrude

source

fn newExtrude() -> BufferGeometry

TODO:

newIcosahedron

source

fn newIcosahedron(radius : Float, detail : Int) -> BufferGeometry

newLathe

source

fn newLathe(segments : Int, phiStart : Float, phiLength : Float) -> BufferGeometry

TODO:

newOctahedron

source

fn newOctahedron(radius : Float, detail : Int) -> BufferGeometry

newPlane

source

fn newPlane(width : Float, height : Float, widthSegments : Int, heightSegments : Int) -> BufferGeometry

newPolyhedron

source

fn newPolyhedron() -> BufferGeometry

TODO:

newRing

source

fn newRing(innerRadius : Float, outerRadius : Float, thetaSegments : Int, phiSegments : Int, thetaStart : Float, thetaLength : Float) -> BufferGeometry

newShape

source

fn newShape() -> BufferGeometry

TODO:

newSphere

source

fn newSphere(radius : Float, widthSegments : Int, heightSegments : Int, phiStart : Float, phiLength : Float, thetaStart : Float, thetaLength : Float) -> BufferGeometry

newTetrahedron

source

fn newTetrahedron(radius : Float, detail : Int) -> BufferGeometry

newTorus

source

fn newTorus(radius : Float, tube : Float, radialSegments : Int, tubularSegments : Int, arc : Float) -> BufferGeometry

newTorusKnot

source

fn newTorusKnot(radius : Float, tube : Float, tubularSegments : Int, radialSegments : Int, p : Int, q : Int) -> BufferGeometry

newTube

source

fn newTube(tubularSegments : Int, radius : Float, radialSegments : Int, closed : Bool) -> BufferGeometry

TODO:

newWireframe

source

fn newWireframe(geometry : BufferGeometry) -> BufferGeometry

request_animation_frame

source

fn request_animation_frame(f : (Double) -> Unit) -> Double

https://developer.mozilla.org/en-US/docs/Web/API/Window/requestAnimationFrame

set_position_ffi

source

fn set_position_ffi(obj : @rami3l/js-ffi/js.Value
Value, x : Float, y : Float, z : Float) -> Unit

set_rotation_ffi

source

fn set_rotation_ffi(obj : @rami3l/js-ffi/js.Value
Value, x : Float, y : Float, z : Float, order : String) -> Unit

simp_ffi

source

fn simp_ffi() -> String

Source Files

Site source Report issue Packages Build queue Skills Statistics

threejs

#threejs

#开始

#使用

#IsDirectionalLight

#IsGLTFLoader

#IsMaterial

#IsObject

#IsWebGLRenderer

#BufferGeometry

#Camera

#Camera::new

#DRACOLoader

#DRACOLoader::load

#DRACOLoader::new

#DRACOLoader::setDecoderPath

#DirectionalLight

#DirectionalLight::new

#GLTF

#GLTF::scene

#GLTFLoader

#GLTFLoader::load

#GLTFLoader::new

#GLTFLoader::setDRACOLoader

#Geometry

#Light

#Loader

#Material

#Mesh

#Mesh::new

#MeshPhongMaterial

#Object

#Primitive

#Render

#Render::newWebGL

#Render::render

#Render::setPixelRatio

#Render::setSize

#Scene

#Scene::background

#Scene::new

#add_ffi

#cast_shadow_ffi

#ffi_to_camera

#ffi_to_directionalLight

#ffi_to_material

#ffi_to_mesh

#ffi_to_object

#ffi_to_scene

#id_ffi

#js_identity

#lookat_ffi

#meshBasicMaterial

#newBox

#newCapsule

#newCircle

#newCone

#newCylinder

#newDodecahedron

#newEdges

#newExtrude

#newIcosahedron

#newLathe

#newOctahedron

#newPlane

#newPolyhedron

#newRing

#newShape

#newSphere

#newTetrahedron

#newTorus

#newTorusKnot

#newTube

#newWireframe

#request_animation_frame

#set_position_ffi

#set_rotation_ffi

#simp_ffi

Source Files

IsDirectionalLight

IsGLTFLoader

IsMaterial

IsObject

IsWebGLRenderer

BufferGeometry

Camera

Camera::new

DRACOLoader

DRACOLoader::load

DRACOLoader::new

DRACOLoader::setDecoderPath

DirectionalLight

DirectionalLight::new

GLTF

GLTF::scene

GLTFLoader

GLTFLoader::load

GLTFLoader::new

GLTFLoader::setDRACOLoader

Geometry

Light

Loader

Material

Mesh

Mesh::new

MeshPhongMaterial

Object

Primitive

Render

Render::newWebGL

Render::render

Render::setPixelRatio

Render::setSize

Scene

Scene::background

Scene::new

add_ffi

cast_shadow_ffi

ffi_to_camera

ffi_to_directionalLight

ffi_to_material

ffi_to_mesh

ffi_to_object

ffi_to_scene

id_ffi

js_identity

lookat_ffi

meshBasicMaterial

newBox

newCapsule

newCircle

newCone

newCylinder

newDodecahedron

newEdges

newExtrude

newIcosahedron

newLathe

newOctahedron

newPlane

newPolyhedron

newRing

newShape

newSphere

newTetrahedron

newTorus

newTorusKnot

newTube

newWireframe

request_animation_frame

set_position_ffi

set_rotation_ffi

simp_ffi