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Tr
IsBox2
Tr
IsCamera
Tr
IsControl
Tr
IsCubeCamera
Tr
IsDirectionalLight
Tr
IsEluer
Tr
IsGLTFLoader
Tr
IsLight
Tr
IsMaterial
Tr
IsObject
Tr
IsOrbitControls
Tr
IsOrthographicCamera
Tr
IsPerspectiveCamera
Tr
IsPointLight
Tr
IsVector2
Tr
IsVector3
Tr
IsWebGLRenderer
- ::newBox2::new
T
BufferGeometry
- ::newCamera::new
T
CubeCamera
- ::loadDRACOLoader::load
- ::newDRACOLoader::new
- ::setDecoderPathDRACOLoader::setDecoderPath
- ::newDirectionalLight::new
T
Eluer
- ::sceneGLTF::scene
- ::loadGLTFLoader::load
- ::newGLTFLoader::new
- ::setDRACOLoaderGLTFLoader::setDRACOLoader
T
Geometry
T
Light
T
Loader
T
Material
- ::newMesh::new
T
MeshPhongMaterial
T
Object
- ::newOrbitControl::new
- ::newOrthographicCamera::new
- ::newPerspectiveCamera::new
- ::newPointLight::new
T
Primitive
- ::newWebGLRender::newWebGL
- ::renderRender::render
- ::setPixelRatioRender::setPixelRatio
- ::setSizeRender::setSize
- ::backgroundScene::background
- ::newScene::new
- ::newVector2::new
- ::newVector3::new
V
box2_clamp_point_ffi
V
box2_clone_ffi
V
box2_contains_box_ffi
V
box2_contains_point_ffi
V
box2_copy_ffi
V
box2_distance_to_point_ffi
V
box2_equals_ffi
V
box2_expand_by_point_ffi
V
box2_expand_by_scalar_ffi
V
box2_expand_by_vector_ffi
V
box2_get_center_ffi
V
box2_get_parameter_ffi
V
box2_get_size_ffi
V
box2_intersect_ffi
V
box2_intersects_box_ffi
V
box2_is_empty_ffi
V
box2_make_empty_ffi
V
box2_set_ffi
V
box2_set_from_center_and_size_ffi
V
box2_translate_ffi
V
box2_union_ffi
V
camera_get_world_direction_ffi
V
cube_update_coordinate_system_ffi
V
decay_ffi
V
distance_ffi
V
eluer_order_ffi
V
eluer_set_ffi
V
eluer_x_ffi
V
eluer_y_ffi
V
eluer_z_ffi
V
ffi_to_Light
V
ffi_to_box2
V
ffi_to_camera
V
ffi_to_cube_camera
V
ffi_to_directionalLight
V
ffi_to_eluer
V
ffi_to_material
V
ffi_to_mesh
V
ffi_to_object
V
ffi_to_orbit_control
V
ffi_to_orthographic_camera
V
ffi_to_perspective_camera
V
ffi_to_pointLight
V
ffi_to_scene
V
ffi_to_vector2
V
ffi_to_vector3
V
js_identity
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
object_add_ffi
V
object_attach_ffi
V
object_cast_shadow_ffi
V
object_clear_ffi
V
object_clone_ffi
V
object_copy_ffi
V
object_frustum_culled_ffi
V
object_get_world_direction_ffi
V
object_get_world_position_ffi
V
object_get_world_scale_ffi
V
object_id_ffi
V
object_is_object3d_ffi
V
object_local_to_world_ffi
V
object_lookat_ffi
V
object_matrix_auto_update_ffi
V
object_remove_ffi
V
object_remove_from_parent_ffi
V
object_rotate_on_axis_ffi
V
object_rotate_on_world_axis_ffi
V
object_rotate_x_ffi
V
object_rotate_y_ffi
V
object_rotate_z_ffi
V
object_set_position_ffi
V
object_set_rotation_ffi
V
object_set_rotation_from_axis_angle_ffi
V
object_translate_x_ffi
V
object_translate_y_ffi
V
object_translate_z_ffi
V
object_transltae_on_axis_ffi
V
object_update_matrix_ffi
V
object_world_to_local_ffi
V
orbit_update_ffi
V
orthographic_clear_view_offset_ffi
V
orthographic_set_view_offset_ffi
V
orthographic_update_projection_matrix_ffi
V
perspective_clear_view_offset_ffi
V
perspective_get_effective_fov_ffi
V
perspective_get_film_height_ffi
V
perspective_get_film_width_ffi
V
perspective_get_focal_length_ffi
V
perspective_set_focal_length_ffi
V
perspective_set_view_offset_ffi
V
perspective_update_projection_matrix_ffi
V
request_animation_frame
V
vector2_add_ffi
V
vector2_add_scalar_ffi
V
vector2_add_scalar_vector_ffi
V
vector2_add_vectors_ffi
V
vector2_angle_ffi
V
vector2_angle_to_ffi
V
vector2_ceil_ffi
V
vector2_clamp_ffi
V
vector2_clamp_length_ffi
V
vector2_clamp_scalar_ffi
V
vector2_clone_ffi
V
vector2_copy_ffi
V
vector2_cross_ffi
V
vector2_distance_to_ffi
V
vector2_distance_to_squared_ffi
V
vector2_divide_ffi
V
vector2_divide_scalar_ffi
V
vector2_dot_ffi
V
vector2_equals_ffi
V
vector2_floor_ffi
V
vector2_get_component_ffi
V
vector2_length_ffi
V
vector2_length_sq_ffi
V
vector2_lerp_ffi
V
vector2_lerp_vectors_ffi
V
vector2_manhattan_distance_to_ffi
V
vector2_manhattan_length_ffi
V
vector2_max_ffi
V
vector2_min_ffi
V
vector2_multiply_ffi
V
vector2_multiply_scalar_ffi
V
vector2_negate_ffi
V
vector2_normalize_ffi
V
vector2_random_ffi
V
vector2_rotate_around_ffi
V
vector2_round_ffi
V
vector2_round_to_zero_ffi
V
vector2_set_component_ffi
V
vector2_set_ffi
V
vector2_set_length_ffi
V
vector2_set_x_ffi
V
vector2_set_y_ffi
V
vector2_sub_ffi
V
vector2_sub_scalar_ffi
V
vector2_sub_vectors_ffi
V
vector3_add_ffi
V
vector3_add_scalar_ffi
V
vector3_add_scaled_vector_ffi
V
vector3_add_vectors_ffi
V
vector3_angle_to_ffi
V
vector3_applye_axis_angle_ffi
V
vector3_ceil_ffi
V
vector3_clamp_ffi
V
vector3_clamp_length_ffi
V
vector3_clamp_scalar_ffi
V
vector3_clone_ffi
V
vector3_copy_ffi
V
vector3_cross_ffi
V
vector3_cross_vectors_ffi
V
vector3_distance_to_ffi
V
vector3_distance_to_squared_ffi
V
vector3_divide_ffi
V
vector3_divide_scalar_ffi
V
vector3_dot_ffi
V
vector3_equals_ffi
V
vector3_floor_ffi
V
vector3_get_component_ffi
V
vector3_length_ffi
V
vector3_length_sq_ffi
V
vector3_lerp_ffi
V
vector3_lerp_vectors_ffi
V
vector3_manhattan_distance_to_ffi
V
vector3_manhattan_length_ffi
V
vector3_max_ffi
V
vector3_min_ffi
V
vector3_multiply_ffi
V
vector3_multiply_scalar_ffi
V
vector3_multiply_vectors_ffi
V
vector3_negate_ffi
V
vector3_normalize_ffi
V
vector3_project_ffi
V
vector3_project_on_plane_ffi
V
vector3_project_on_vector_ffi
V
vector3_random_direction_ffi
V
vector3_random_ffi
V
vector3_reflect_ffi
V
vector3_round_ffi
V
vector3_round_to_zero_ffi
V
vector3_set_component_ffi
V
vector3_set_ffi
V
vector3_set_from_cylindrical_coords_ffi
V
vector3_set_from_spherical_coords_ffi
V
vector3_set_length_ffi
V
vector3_set_scalar_ffi
V
vector3_set_x_ffi
V
vector3_set_y_ffi
V
vector3_set_z_ffi
V
vector3_sub_ffi
V
vector3_sub_scalar_ffi
V
vector3_sub_vectors_ffi
V
vector3_unproject_ffi
V
vector3_x_ffi
V
vector3_y_ffi
V
vector3_z_ffi

threejs

js-ffi

threejs

Download zip

Author

FrenchPicnic

Version

0.0.7

License

Apache-2.0

Last updated

9 months ago

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

IsBox2

source

pub trait IsBox2 : @rami3l/js-ffi/js.Cast
Cast {
  clamp_point(Self, Vector2, Vector2) -> Vector2
  clone(Self) -> Box2
  contains_box(Self, Box2) -> Bool
  contains_point(Self, Vector2) -> Bool
  copy(Self, Box2) -> Unit
  distance_to_point(Self, Vector2) -> Float
  equals(Self, Box2) -> Bool
  expand_by_point(Self, Vector2) -> Unit
  expand_by_scalar(Self, Float) -> Unit
  expand_by_vector(Self, Vector2) -> Unit
  get_center(Self, Vector2) -> Vector2
  get_parameter(Self, Vector2, Vector2) -> Vector2
  get_size(Self, Vector2) -> Vector2
  intersect(Self, Box2) -> Unit
  intersects_box(Self, Box2) -> Bool
  is_empty(Self) -> Bool
  make_empty(Self) -> Unit
  set(Self, Vector2, Vector2) -> Unit
  set_from_center_and_size(Self, Vector2, Vector2) -> Unit
  translate(Self, Vector2) -> Unit
  union(Self, Box2) -> Unit
}

IsCamera

source

pub trait IsCamera : IsObject {
  get_world_direction(Self, Vector3) -> Vector3
}

IsControl

source

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

IsCubeCamera

source

pub trait IsCubeCamera : IsCamera {
  update_coordinate_system(Self) -> Unit
}

IsDirectionalLight

source

pub trait IsDirectionalLight : IsLight {
}

IsEluer

source

pub trait IsEluer : @rami3l/js-ffi/js.Cast
Cast {
  x(Self) -> Float
  y(Self) -> Float
  z(Self) -> Float
  order(Self) -> String
  set(Self, Float, Float, Float, String) -> Unit
}

IsGLTFLoader

source

pub trait IsGLTFLoader {
}

IsLight

source

pub trait IsLight : IsObject {
}

IsMaterial

source

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

IsObject

source

pub trait IsObject : @rami3l/js-ffi/js.Cast
Cast {
  cast_shadow(Self) -> Bool
  id(Self) -> Int
  add(Self, Object) -> Unit
  attach(Self, Object) -> Unit
  clear(Self) -> Unit
  clone(Self, Bool) -> Object
  copy(Self, Object, Bool) -> Object
  get_world_direction(Self, Vector3) -> Vector3
  get_world_position(Self, Vector3) -> Vector3
  get_world_scale(Self, Vector3) -> Vector3
  local_to_world(Self, Vector3) -> Vector3
  lookat(Self, Float, Float, Float) -> Unit
  remove(Self, @rami3l/js-ffi/js.Value
Value) -> Unit
  remove_from_parent(Self) -> Unit
  rotate_on_axis(Self, Vector3, Float) -> Unit
  rotate_on_world_axis(Self, Vector3, Float) -> Unit
  rotate_x(Self, Float) -> Unit
  rotate_y(Self, Float) -> Unit
  rotate_z(Self, Float) -> Unit
  set_rotation_from_axis_angle(Self, Vector3, Float) -> Unit
  translate_on_axis(Self, Vector3, Float) -> Unit
  translate_x(Self, Float) -> Unit
  translate_y(Self, Float) -> Unit
  translate_z(Self, Float) -> Unit
  update_matrix(Self) -> Unit
  world_to_local(Self, Vector3) -> Vector3
  set_position(Self, Float, Float, Float) -> Unit
  set_rotation(Self, Float, Float, Float, String) -> Unit
}

IsOrbitControls

source

pub trait IsOrbitControls : IsControl {
  update(Self) -> Bool
}

IsOrthographicCamera

source

pub trait IsOrthographicCamera : IsCamera {
  clear_view_offset(Self) -> Unit
  set_view_offset(Self, Float, Float, Float, Float, Float, Float) -> Unit
  update_projection_matrix(Self) -> Unit
}

IsPerspectiveCamera

source

pub trait IsPerspectiveCamera : IsCamera {
  clear_view_offset(Self) -> Unit
  get_effective_fov(Self) -> Float
  get_film_height(Self) -> Float
  get_film_width(Self) -> Float
  get_focal_length(Self) -> Float
  set_focal_length(Self, Float) -> Unit
  set_view_offset(Self, Float, Float, Float, Float, Float, Float) -> Unit
  update_projection_matrix(Self) -> Unit
}

IsPointLight

source

pub trait IsPointLight : IsLight {
  decay(Self) -> Float
  distance(Self) -> Float
}

IsVector2

source

pub trait IsVector2 : @rami3l/js-ffi/js.Cast
Cast {
  add(Self, Vector2) -> Unit
  add_scalar(Self, Float) -> Unit
  add_scalar_vector(Self, Vector2, Float) -> Unit
  add_vectors(Self, Vector2, Vector2) -> Unit
  angle(Self) -> Float
  angle_to(Self, Vector2) -> Float
  ceil(Self) -> Unit
  clamp(Self, Vector2, Vector2) -> Unit
  clamp_scalar(Self, Float, Float) -> Unit
  clamp_length(Self, Float, Float) -> Unit
  clone(Self) -> Vector2
  copy(Self, Vector2) -> Unit
  cross(Self, Vector2) -> Float
  distance_to(Self, Vector2) -> Float
  distance_to_squared(Self, Vector2) -> Float
  divide(Self, Vector2) -> Unit
  divide_scalar(Self, Float) -> Unit
  dot(Self, Vector2) -> Float
  equals(Self, Vector2) -> Bool
  floor(Self) -> Unit
  get_component(Self, Int) -> Float
  length(Self) -> Float
  length_sq(Self) -> Float
  lerp(Self, Vector2, Float) -> Unit
  lerp_vectors(Self, Vector2, Vector2, Float) -> Unit
  manhattan_distance_to(Self, Vector2) -> Float
  manhattan_length(Self) -> Float
  max(Self, Vector2) -> Unit
  min(Self, Vector2) -> Unit
  multiply(Self, Vector2) -> Unit
  multiply_scalar(Self, Float) -> Unit
  negate(Self) -> Unit
  normalize(Self) -> Unit
  random(Self) -> Unit
  rotate_around(Self, Vector2, Float) -> Unit
  round(Self) -> Unit
  round_to_zero(Self) -> Unit
  set(Self, Float, Float) -> Unit
  set_component(Self, Int, Float) -> Unit
  set_length(Self, Float) -> Unit
  set_scalar(Self, Float) -> Unit
  set_x(Self, Float) -> Unit
  set_y(Self, Float) -> Unit
  sub(Self, Vector2) -> Unit
  sub_scalar(Self, Float) -> Unit
  sub_vectors(Self, Vector2, Vector2) -> Unit
}

IsVector3

source

pub trait IsVector3 : @rami3l/js-ffi/js.Cast
Cast {
  x(Self) -> Float
  y(Self) -> Float
  z(Self) -> Float
  add(Self, Vector3) -> Unit
  add_scalar(Self, Float) -> Unit
  add_scaled_vector(Self, Vector3, Float) -> Unit
  add_vectors(Self, Vector3, Vector3) -> Vector3
  angle_to(Self, Vector3) -> Float
  apply_axis_angle(Self, Vector3, Float) -> Unit
  ceil(Self) -> Unit
  clamp(Self, Vector3, Vector3) -> Unit
  clamp_length(Self, Float, Float) -> Unit
  clamp_scalar(Self, Float, Float) -> Unit
  clone(Self) -> Vector3
  copy(Self, Vector3) -> Unit
  cross(Self, Vector3) -> Unit
  cross_vectors(Self, Vector3, Vector3) -> Vector3
  distance_to(Self, Vector3) -> Float
  distance_to_squared(Self, Vector3) -> Float
  divide(Self, Vector3) -> Unit
  divide_scalar(Self, Float) -> Unit
  dot(Self, Vector3) -> Float
  equals(Self, Vector3) -> Bool
  floor(Self) -> Unit
  get_component(Self, Int) -> Float
  length(Self) -> Float
  length_sq(Self) -> Float
  lerp(Self, Vector3, Float) -> Unit
  lerp_vectors(Self, Vector3, Vector3, Float) -> Vector3
  manhattan_distance_to(Self, Vector3) -> Float
  manhattan_length(Self) -> Float
  max(Self, Vector3) -> Vector3
  min(Self, Vector3) -> Vector3
  multiply(Self, Vector3) -> Unit
  multiply_scalar(Self, Float) -> Vector3
  multiply_vectors(Self, Vector3, Vector3) -> Vector3
  negate(Self) -> Unit
  normalize(Self) -> Unit
  project(Self, Camera) -> Unit
  project_on_plane(Self, Vector3) -> Unit
  project_on_vector(Self, Vector3) -> Unit
  random(Self) -> Unit
  random_direction(Self) -> Unit
  reflect(Self, Vector3) -> Unit
  round(Self) -> Unit
  round_to_zero(Self) -> Unit
  set(Self, Float, Float, Float) -> Unit
  set_component(Self, Int, Float) -> Unit
  set_from_cylindrical_coords(Self, Float, Float, Float) -> Unit
  set_from_spherical_coords(Self, Float, Float, Float) -> Unit
  set_length(Self, Float) -> Unit
  set_scalar(Self, Float) -> Unit
  set_x(Self, Float) -> Unit
  set_y(Self, Float) -> Unit
  set_z(Self, Float) -> Unit
  sub(Self, Vector3) -> Unit
  sub_scalar(Self, Float) -> Unit
  sub_vectors(Self, Vector3, Vector3) -> Vector3
  unproject(Self, Camera) -> Unit
}

IsWebGLRenderer

source

pub trait IsWebGLRenderer {
}

Box2

source

type Box2

impl IsBox2 for Box2

impl Cast for Box2

Box2::new

source

fn Box2::new(min : Vector2, max : Vector2) -> Box2

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() -> Camera

CubeCamera

source

type CubeCamera

impl IsCamera for CubeCamera

impl IsCubeCamera for CubeCamera

impl IsObject for CubeCamera

impl Cast for CubeCamera

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

Eluer

source

type Eluer

impl IsEluer for Eluer

impl Cast for Eluer

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

impl IsLight for Light

impl IsObject for Light

impl Cast for 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

OrbitControl

source

type OrbitControl

To use this module, you need to add

import { OrbitControls } from 'three/addons/controls/OrbitControls.js';
window.OrbitControls = OrbitControls;

to your main .html file.

impl IsControl for OrbitControl

impl IsOrbitControls for OrbitControl

impl Cast for OrbitControl

OrbitControl::new

source

fn OrbitControl::new(camera : Camera, element : String) -> OrbitControl

OrthographicCamera

source

type OrthographicCamera

impl IsCamera for OrthographicCamera

impl IsObject for OrthographicCamera

impl IsOrthographicCamera for OrthographicCamera

impl Cast for OrthographicCamera

OrthographicCamera::new

source

fn OrthographicCamera::new(left : Float, right : Float, top : Float, bottom : Float, near : Float, far : Float) -> Camera

PerspectiveCamera

source

type PerspectiveCamera

impl IsCamera for PerspectiveCamera

impl IsObject for PerspectiveCamera

impl IsPerspectiveCamera for PerspectiveCamera

impl Cast for PerspectiveCamera

PerspectiveCamera::new

source

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

PointLight

source

type PointLight

impl IsObject for PointLight

impl IsPointLight for PointLight

impl Cast for PointLight

PointLight::new

source

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

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

Vector2

source

type Vector2

impl IsVector2 for Vector2

impl Cast for Vector2

Vector2::new

source

fn Vector2::new(x : Float, y : Float) -> Vector2

Vector3

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type Vector3

impl IsVector3 for Vector3

impl Cast for Vector3

Vector3::new

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fn Vector3::new(x : Float, y : Float, z : Float) -> Vector3

box2_clamp_point_ffi

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fn box2_clamp_point_ffi(box : @rami3l/js-ffi/js.Value
Value, point : @rami3l/js-ffi/js.Value
Value, target : @rami3l/js-ffi/js.Value
Value) -> Vector2

box2_clone_ffi

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fn box2_clone_ffi(box : @rami3l/js-ffi/js.Value
Value) -> Box2

box2_contains_box_ffi

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fn box2_contains_box_ffi(box : @rami3l/js-ffi/js.Value
Value, other : @rami3l/js-ffi/js.Value
Value) -> Bool

box2_contains_point_ffi

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fn box2_contains_point_ffi(box : @rami3l/js-ffi/js.Value
Value, point : @rami3l/js-ffi/js.Value
Value) -> Bool

box2_copy_ffi

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fn box2_copy_ffi(box : @rami3l/js-ffi/js.Value
Value, other : @rami3l/js-ffi/js.Value
Value) -> Unit

box2_distance_to_point_ffi

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fn box2_distance_to_point_ffi(box : @rami3l/js-ffi/js.Value
Value, point : @rami3l/js-ffi/js.Value
Value) -> Float

box2_equals_ffi

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fn box2_equals_ffi(box : @rami3l/js-ffi/js.Value
Value, other : @rami3l/js-ffi/js.Value
Value) -> Bool

box2_expand_by_point_ffi

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fn box2_expand_by_point_ffi(box : @rami3l/js-ffi/js.Value
Value, other : @rami3l/js-ffi/js.Value
Value) -> Unit

box2_expand_by_scalar_ffi

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fn box2_expand_by_scalar_ffi(box : @rami3l/js-ffi/js.Value
Value, other : Float) -> Unit

box2_expand_by_vector_ffi

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fn box2_expand_by_vector_ffi(box : @rami3l/js-ffi/js.Value
Value, other : @rami3l/js-ffi/js.Value
Value) -> Unit

box2_get_center_ffi

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fn box2_get_center_ffi(box : @rami3l/js-ffi/js.Value
Value, target : @rami3l/js-ffi/js.Value
Value) -> Vector2

box2_get_parameter_ffi

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fn box2_get_parameter_ffi(box : @rami3l/js-ffi/js.Value
Value, point : @rami3l/js-ffi/js.Value
Value, target : @rami3l/js-ffi/js.Value
Value) -> Vector2

box2_get_size_ffi

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fn box2_get_size_ffi(box : @rami3l/js-ffi/js.Value
Value, target : @rami3l/js-ffi/js.Value
Value) -> Vector2

box2_intersect_ffi

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fn box2_intersect_ffi(box : @rami3l/js-ffi/js.Value
Value, other : @rami3l/js-ffi/js.Value
Value) -> Unit

box2_intersects_box_ffi

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fn box2_intersects_box_ffi(box : @rami3l/js-ffi/js.Value
Value, other : @rami3l/js-ffi/js.Value
Value) -> Bool

box2_is_empty_ffi

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fn box2_is_empty_ffi(box : @rami3l/js-ffi/js.Value
Value) -> Bool

box2_make_empty_ffi

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fn box2_make_empty_ffi(box : @rami3l/js-ffi/js.Value
Value) -> Unit

box2_set_ffi

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fn box2_set_ffi(box : @rami3l/js-ffi/js.Value
Value, min : @rami3l/js-ffi/js.Value
Value, max : @rami3l/js-ffi/js.Value
Value) -> Unit

box2_set_from_center_and_size_ffi

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fn box2_set_from_center_and_size_ffi(box : @rami3l/js-ffi/js.Value
Value, center : @rami3l/js-ffi/js.Value
Value, size : @rami3l/js-ffi/js.Value
Value) -> Unit

box2_translate_ffi

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fn box2_translate_ffi(box : @rami3l/js-ffi/js.Value
Value, offset : @rami3l/js-ffi/js.Value
Value) -> Unit

box2_union_ffi

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fn box2_union_ffi(box : @rami3l/js-ffi/js.Value
Value, other : @rami3l/js-ffi/js.Value
Value) -> Unit

camera_get_world_direction_ffi

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fn camera_get_world_direction_ffi(camera : @rami3l/js-ffi/js.Value
Value, target : @rami3l/js-ffi/js.Value
Value) -> Vector3

cube_update_coordinate_system_ffi

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fn cube_update_coordinate_system_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Unit

decay_ffi

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fn decay_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Float

distance_ffi

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fn distance_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Float

eluer_order_ffi

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fn eluer_order_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> String

eluer_set_ffi

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

eluer_x_ffi

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fn eluer_x_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Float

eluer_y_ffi

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fn eluer_y_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Float

eluer_z_ffi

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fn eluer_z_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Float

ffi_to_Light

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

ffi_to_box2

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fn ffi_to_box2(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[Box2]

ffi_to_camera

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

ffi_to_cube_camera

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

ffi_to_directionalLight

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

ffi_to_eluer

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

ffi_to_material

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

ffi_to_mesh

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

ffi_to_object

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

ffi_to_orbit_control

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

ffi_to_orthographic_camera

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

ffi_to_perspective_camera

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

ffi_to_pointLight

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

ffi_to_scene

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

ffi_to_vector2

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fn ffi_to_vector2(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[Vector2]

ffi_to_vector3

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fn ffi_to_vector3(x : @rami3l/js-ffi/js.Value
Value) -> @rami3l/js-ffi/js.Nullable
Nullable[Vector3]

js_identity

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

meshBasicMaterial

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fn meshBasicMaterial() -> Material

newBox

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

newCapsule

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

newCircle

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

newCone

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

newCylinder

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

newDodecahedron

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

newEdges

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

newExtrude

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fn newExtrude() -> BufferGeometry

TODO:

newIcosahedron

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

newLathe

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

TODO:

newOctahedron

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

newPlane

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

newPolyhedron

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fn newPolyhedron() -> BufferGeometry

TODO:

newRing

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

newShape

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fn newShape() -> BufferGeometry

TODO:

newSphere

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

newTetrahedron

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

newTorus

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

newTorusKnot

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

newTube

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

TODO:

newWireframe

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fn newWireframe(geometry : BufferGeometry) -> BufferGeometry

object_add_ffi

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

object_attach_ffi

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fn object_attach_ffi(obj : @rami3l/js-ffi/js.Value
Value, object : @rami3l/js-ffi/js.Value
Value) -> Unit

object_cast_shadow_ffi

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

object_clear_ffi

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fn object_clear_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Unit

object_clone_ffi

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fn object_clone_ffi(obj : @rami3l/js-ffi/js.Value
Value, recursive : Bool) -> Object

object_copy_ffi

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fn object_copy_ffi(obj : @rami3l/js-ffi/js.Value
Value, object : @rami3l/js-ffi/js.Value
Value, recursive : Bool) -> Object

object_frustum_culled_ffi

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

object_get_world_direction_ffi

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fn object_get_world_direction_ffi(obj : @rami3l/js-ffi/js.Value
Value, target : @rami3l/js-ffi/js.Value
Value) -> Vector3

object_get_world_position_ffi

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fn object_get_world_position_ffi(obj : @rami3l/js-ffi/js.Value
Value, target : @rami3l/js-ffi/js.Value
Value) -> Vector3

object_get_world_scale_ffi

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fn object_get_world_scale_ffi(obj : @rami3l/js-ffi/js.Value
Value, target : @rami3l/js-ffi/js.Value
Value) -> Vector3

object_id_ffi

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

object_is_object3d_ffi

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fn object_is_object3d_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Bool

object_local_to_world_ffi

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fn object_local_to_world_ffi(obj : @rami3l/js-ffi/js.Value
Value, vector : @rami3l/js-ffi/js.Value
Value) -> Vector3

object_lookat_ffi

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

object_matrix_auto_update_ffi

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

object_remove_ffi

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

object_remove_from_parent_ffi

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fn object_remove_from_parent_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Unit

object_rotate_on_axis_ffi

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fn object_rotate_on_axis_ffi(obj : @rami3l/js-ffi/js.Value
Value, axis : @rami3l/js-ffi/js.Value
Value, angle : Float) -> Unit

object_rotate_on_world_axis_ffi

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fn object_rotate_on_world_axis_ffi(obj : @rami3l/js-ffi/js.Value
Value, axis : @rami3l/js-ffi/js.Value
Value, angle : Float) -> Unit

object_rotate_x_ffi

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fn object_rotate_x_ffi(obj : @rami3l/js-ffi/js.Value
Value, angle : Float) -> Unit

object_rotate_y_ffi

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fn object_rotate_y_ffi(obj : @rami3l/js-ffi/js.Value
Value, angle : Float) -> Unit

object_rotate_z_ffi

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fn object_rotate_z_ffi(obj : @rami3l/js-ffi/js.Value
Value, angle : Float) -> Unit

object_set_position_ffi

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

object_set_rotation_ffi

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

object_set_rotation_from_axis_angle_ffi

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fn object_set_rotation_from_axis_angle_ffi(obj : @rami3l/js-ffi/js.Value
Value, axis : @rami3l/js-ffi/js.Value
Value, angle : Float) -> Unit

object_translate_x_ffi

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fn object_translate_x_ffi(obj : @rami3l/js-ffi/js.Value
Value, distance : Float) -> Unit

object_translate_y_ffi

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fn object_translate_y_ffi(obj : @rami3l/js-ffi/js.Value
Value, distance : Float) -> Unit

object_translate_z_ffi

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fn object_translate_z_ffi(obj : @rami3l/js-ffi/js.Value
Value, distance : Float) -> Unit

object_transltae_on_axis_ffi

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fn object_transltae_on_axis_ffi(obj : @rami3l/js-ffi/js.Value
Value, axis : @rami3l/js-ffi/js.Value
Value, distance : Float) -> Unit

object_update_matrix_ffi

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fn object_update_matrix_ffi(obj : @rami3l/js-ffi/js.Value
Value) -> Unit

object_world_to_local_ffi

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fn object_world_to_local_ffi(obj : @rami3l/js-ffi/js.Value
Value, vector : Vector3) -> Vector3

orbit_update_ffi

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fn orbit_update_ffi(orbit : @rami3l/js-ffi/js.Value
Value) -> Bool

orthographic_clear_view_offset_ffi

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fn orthographic_clear_view_offset_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Unit

orthographic_set_view_offset_ffi

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fn orthographic_set_view_offset_ffi(camera : @rami3l/js-ffi/js.Value
Value, fullwidth : Float, fullheight : Float, x : Float, y : Float, width : Float, height : Float) -> Unit

orthographic_update_projection_matrix_ffi

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fn orthographic_update_projection_matrix_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Unit

perspective_clear_view_offset_ffi

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fn perspective_clear_view_offset_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Unit

perspective_get_effective_fov_ffi

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fn perspective_get_effective_fov_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Float

perspective_get_film_height_ffi

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fn perspective_get_film_height_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Float

perspective_get_film_width_ffi

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fn perspective_get_film_width_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Float

perspective_get_focal_length_ffi

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fn perspective_get_focal_length_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Float

perspective_set_focal_length_ffi

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fn perspective_set_focal_length_ffi(camera : @rami3l/js-ffi/js.Value
Value, length : Float) -> Unit

perspective_set_view_offset_ffi

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fn perspective_set_view_offset_ffi(camera : @rami3l/js-ffi/js.Value
Value, x : Float, y : Float, width : Float, height : Float, aspect : Float, zoom : Float) -> Unit

perspective_update_projection_matrix_ffi

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fn perspective_update_projection_matrix_ffi(camera : @rami3l/js-ffi/js.Value
Value) -> Unit

request_animation_frame

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

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

vector2_add_ffi

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fn vector2_add_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_add_scalar_ffi

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fn vector2_add_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, s : Float) -> Unit

vector2_add_scalar_vector_ffi

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fn vector2_add_scalar_vector_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value, s : Float) -> Unit

vector2_add_vectors_ffi

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fn vector2_add_vectors_ffi(vec : @rami3l/js-ffi/js.Value
Value, a : @rami3l/js-ffi/js.Value
Value, b : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_angle_ffi

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fn vector2_angle_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_angle_to_ffi

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fn vector2_angle_to_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_ceil_ffi

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fn vector2_ceil_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_clamp_ffi

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fn vector2_clamp_ffi(vec : @rami3l/js-ffi/js.Value
Value, min : @rami3l/js-ffi/js.Value
Value, max : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_clamp_length_ffi

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fn vector2_clamp_length_ffi(vec : @rami3l/js-ffi/js.Value
Value, min : Float, max : Float) -> Unit

vector2_clamp_scalar_ffi

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fn vector2_clamp_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, min : Float, max : Float) -> Unit

vector2_clone_ffi

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fn vector2_clone_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Vector2

vector2_copy_ffi

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fn vector2_copy_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_cross_ffi

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fn vector2_cross_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_distance_to_ffi

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fn vector2_distance_to_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_distance_to_squared_ffi

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fn vector2_distance_to_squared_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_divide_ffi

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fn vector2_divide_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_divide_scalar_ffi

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fn vector2_divide_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, s : Float) -> Unit

vector2_dot_ffi

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fn vector2_dot_ffi(vec : @rami3l/js-ffi/js.Value
Value, s : Float) -> Float

vector2_equals_ffi

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fn vector2_equals_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : Vector2) -> Bool

vector2_floor_ffi

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fn vector2_floor_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_get_component_ffi

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fn vector2_get_component_ffi(vec : @rami3l/js-ffi/js.Value
Value, index : Int) -> Float

vector2_length_ffi

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fn vector2_length_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_length_sq_ffi

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fn vector2_length_sq_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_lerp_ffi

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fn vector2_lerp_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value, alpha : Float) -> Unit

vector2_lerp_vectors_ffi

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fn vector2_lerp_vectors_ffi(vec : @rami3l/js-ffi/js.Value
Value, v1 : @rami3l/js-ffi/js.Value
Value, v2 : @rami3l/js-ffi/js.Value
Value, alpha : Float) -> Unit

vector2_manhattan_distance_to_ffi

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fn vector2_manhattan_distance_to_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_manhattan_length_ffi

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fn vector2_manhattan_length_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector2_max_ffi

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fn vector2_max_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_min_ffi

source

fn vector2_min_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_multiply_ffi

source

fn vector2_multiply_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_multiply_scalar_ffi

source

fn vector2_multiply_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, s : Float) -> Unit

vector2_negate_ffi

source

fn vector2_negate_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_normalize_ffi

source

fn vector2_normalize_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_random_ffi

source

fn vector2_random_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_rotate_around_ffi

source

fn vector2_rotate_around_ffi(vec : @rami3l/js-ffi/js.Value
Value, center : @rami3l/js-ffi/js.Value
Value, angle : Float) -> Unit

vector2_round_ffi

source

fn vector2_round_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_round_to_zero_ffi

source

fn vector2_round_to_zero_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_set_component_ffi

source

fn vector2_set_component_ffi(vec : @rami3l/js-ffi/js.Value
Value, index : Int, value : Float) -> Unit

vector2_set_ffi

source

fn vector2_set_ffi(vec : @rami3l/js-ffi/js.Value
Value, x : Float, y : Float) -> Unit

vector2_set_length_ffi

source

fn vector2_set_length_ffi(vec : @rami3l/js-ffi/js.Value
Value, length : Float) -> Unit

vector2_set_x_ffi

source

fn vector2_set_x_ffi(vec : @rami3l/js-ffi/js.Value
Value, x : Float) -> Unit

vector2_set_y_ffi

source

fn vector2_set_y_ffi(vec : @rami3l/js-ffi/js.Value
Value, y : Float) -> Unit

vector2_sub_ffi

source

fn vector2_sub_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector2_sub_scalar_ffi

source

fn vector2_sub_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, scalar : Float) -> Unit

vector2_sub_vectors_ffi

source

fn vector2_sub_vectors_ffi(vec : @rami3l/js-ffi/js.Value
Value, a : @rami3l/js-ffi/js.Value
Value, b : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_add_ffi

source

fn vector3_add_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_add_scalar_ffi

source

fn vector3_add_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, s : Float) -> Unit

vector3_add_scaled_vector_ffi

source

fn vector3_add_scaled_vector_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value, s : Float) -> Unit

vector3_add_vectors_ffi

source

fn vector3_add_vectors_ffi(vec : @rami3l/js-ffi/js.Value
Value, a : @rami3l/js-ffi/js.Value
Value, b : @rami3l/js-ffi/js.Value
Value) -> Vector3

vector3_angle_to_ffi

source

fn vector3_angle_to_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_applye_axis_angle_ffi

source

fn vector3_applye_axis_angle_ffi(vec : @rami3l/js-ffi/js.Value
Value, axis : @rami3l/js-ffi/js.Value
Value, angle : Float) -> Unit

vector3_ceil_ffi

source

fn vector3_ceil_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_clamp_ffi

source

fn vector3_clamp_ffi(vec : @rami3l/js-ffi/js.Value
Value, minv : @rami3l/js-ffi/js.Value
Value, maxv : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_clamp_length_ffi

source

fn vector3_clamp_length_ffi(vec : @rami3l/js-ffi/js.Value
Value, minv : Float, maxv : Float) -> Unit

vector3_clamp_scalar_ffi

source

fn vector3_clamp_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, minv : Float, maxv : Float) -> Unit

vector3_clone_ffi

source

fn vector3_clone_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Vector3

vector3_copy_ffi

source

fn vector3_copy_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_cross_ffi

source

fn vector3_cross_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_cross_vectors_ffi

source

fn vector3_cross_vectors_ffi(vec : @rami3l/js-ffi/js.Value
Value, a : @rami3l/js-ffi/js.Value
Value, b : @rami3l/js-ffi/js.Value
Value) -> Vector3

vector3_distance_to_ffi

source

fn vector3_distance_to_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_distance_to_squared_ffi

source

fn vector3_distance_to_squared_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_divide_ffi

source

fn vector3_divide_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_divide_scalar_ffi

source

fn vector3_divide_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, scalar : Float) -> Unit

vector3_dot_ffi

source

fn vector3_dot_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_equals_ffi

source

fn vector3_equals_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Bool

vector3_floor_ffi

source

fn vector3_floor_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_get_component_ffi

source

fn vector3_get_component_ffi(vec : @rami3l/js-ffi/js.Value
Value, index : Int) -> Float

vector3_length_ffi

source

fn vector3_length_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_length_sq_ffi

source

fn vector3_length_sq_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_lerp_ffi

source

fn vector3_lerp_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value, alpha : Float) -> Unit

vector3_lerp_vectors_ffi

source

fn vector3_lerp_vectors_ffi(vec : @rami3l/js-ffi/js.Value
Value, v1 : @rami3l/js-ffi/js.Value
Value, v2 : @rami3l/js-ffi/js.Value
Value, alpha : Float) -> Vector3

vector3_manhattan_distance_to_ffi

source

fn vector3_manhattan_distance_to_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_manhattan_length_ffi

source

fn vector3_manhattan_length_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_max_ffi

source

fn vector3_max_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Vector3

vector3_min_ffi

source

fn vector3_min_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Vector3

vector3_multiply_ffi

source

fn vector3_multiply_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_multiply_scalar_ffi

source

fn vector3_multiply_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : Float) -> Vector3

vector3_multiply_vectors_ffi

source

fn vector3_multiply_vectors_ffi(vec : @rami3l/js-ffi/js.Value
Value, a : @rami3l/js-ffi/js.Value
Value, b : @rami3l/js-ffi/js.Value
Value) -> Vector3

vector3_negate_ffi

source

fn vector3_negate_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_normalize_ffi

source

fn vector3_normalize_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_project_ffi

source

fn vector3_project_ffi(vec : @rami3l/js-ffi/js.Value
Value, camera : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_project_on_plane_ffi

source

fn vector3_project_on_plane_ffi(vec : @rami3l/js-ffi/js.Value
Value, plane : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_project_on_vector_ffi

source

fn vector3_project_on_vector_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_random_direction_ffi

source

fn vector3_random_direction_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_random_ffi

source

fn vector3_random_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_reflect_ffi

source

fn vector3_reflect_ffi(vec : @rami3l/js-ffi/js.Value
Value, normal : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_round_ffi

source

fn vector3_round_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_round_to_zero_ffi

source

fn vector3_round_to_zero_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_set_component_ffi

source

fn vector3_set_component_ffi(vec : @rami3l/js-ffi/js.Value
Value, index : Int, value : Float) -> Unit

vector3_set_ffi

source

fn vector3_set_ffi(vec : @rami3l/js-ffi/js.Value
Value, x : Float, y : Float, z : Float) -> Unit

vector3_set_from_cylindrical_coords_ffi

source

fn vector3_set_from_cylindrical_coords_ffi(vec : @rami3l/js-ffi/js.Value
Value, radius : Float, theta : Float, y : Float) -> Unit

vector3_set_from_spherical_coords_ffi

source

fn vector3_set_from_spherical_coords_ffi(vec : @rami3l/js-ffi/js.Value
Value, radius : Float, phi : Float, theta : Float) -> Unit

vector3_set_length_ffi

source

fn vector3_set_length_ffi(vec : @rami3l/js-ffi/js.Value
Value, length : Float) -> Unit

vector3_set_scalar_ffi

source

fn vector3_set_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, scalar : Float) -> Unit

vector3_set_x_ffi

source

fn vector3_set_x_ffi(vec : @rami3l/js-ffi/js.Value
Value, x : Float) -> Unit

vector3_set_y_ffi

source

fn vector3_set_y_ffi(vec : @rami3l/js-ffi/js.Value
Value, y : Float) -> Unit

vector3_set_z_ffi

source

fn vector3_set_z_ffi(vec : @rami3l/js-ffi/js.Value
Value, z : Float) -> Unit

vector3_sub_ffi

source

fn vector3_sub_ffi(vec : @rami3l/js-ffi/js.Value
Value, v : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_sub_scalar_ffi

source

fn vector3_sub_scalar_ffi(vec : @rami3l/js-ffi/js.Value
Value, s : Float) -> Unit

vector3_sub_vectors_ffi

source

fn vector3_sub_vectors_ffi(vec : @rami3l/js-ffi/js.Value
Value, a : @rami3l/js-ffi/js.Value
Value, b : @rami3l/js-ffi/js.Value
Value) -> Vector3

vector3_unproject_ffi

source

fn vector3_unproject_ffi(vec : @rami3l/js-ffi/js.Value
Value, camera : @rami3l/js-ffi/js.Value
Value) -> Unit

vector3_x_ffi

source

fn vector3_x_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_y_ffi

source

fn vector3_y_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

vector3_z_ffi

source

fn vector3_z_ffi(vec : @rami3l/js-ffi/js.Value
Value) -> Float

Site source Report issue Packages Build queue Skills Statistics

threejs

#threejs

#开始

#使用

#IsBox2

#IsCamera

#IsControl

#IsCubeCamera

#IsDirectionalLight

#IsEluer

#IsGLTFLoader

#IsLight

#IsMaterial

#IsObject

#IsOrbitControls

#IsOrthographicCamera

#IsPerspectiveCamera

#IsPointLight

#IsVector2

#IsVector3

#IsWebGLRenderer

#Box2

#Box2::new

#BufferGeometry

#Camera

#Camera::new

#CubeCamera

#DRACOLoader

#DRACOLoader::load

#DRACOLoader::new

#DRACOLoader::setDecoderPath

#DirectionalLight

#DirectionalLight::new

#Eluer

#GLTF

#GLTF::scene

#GLTFLoader

#GLTFLoader::load

#GLTFLoader::new

#GLTFLoader::setDRACOLoader

#Geometry

#Light

#Loader

#Material

#Mesh

#Mesh::new

#MeshPhongMaterial

#Object

#OrbitControl

#OrbitControl::new

#OrthographicCamera

#OrthographicCamera::new

#PerspectiveCamera

#PerspectiveCamera::new

#PointLight

#PointLight::new

#Primitive

#Render

#Render::newWebGL

#Render::render

#Render::setPixelRatio

#Render::setSize

#Scene

#Scene::background

#Scene::new

#Vector2

#Vector2::new

#Vector3

#Vector3::new

#box2_clamp_point_ffi

#box2_clone_ffi

#box2_contains_box_ffi

#box2_contains_point_ffi

#box2_copy_ffi

#box2_distance_to_point_ffi

#box2_equals_ffi

#box2_expand_by_point_ffi

#box2_expand_by_scalar_ffi

#box2_expand_by_vector_ffi

#box2_get_center_ffi

IsBox2

IsCamera

IsControl

IsCubeCamera

IsDirectionalLight

IsEluer

IsGLTFLoader

IsLight

IsMaterial

IsObject

IsOrbitControls

IsOrthographicCamera

IsPerspectiveCamera

IsPointLight

IsVector2

IsVector3

IsWebGLRenderer

Box2

Box2::new

BufferGeometry

Camera

Camera::new

CubeCamera

DRACOLoader

DRACOLoader::load

DRACOLoader::new

DRACOLoader::setDecoderPath

DirectionalLight

DirectionalLight::new

Eluer

GLTF

GLTF::scene

GLTFLoader

GLTFLoader::load

GLTFLoader::new

GLTFLoader::setDRACOLoader

Geometry

Light

Loader

Material

Mesh

Mesh::new

MeshPhongMaterial

Object

OrbitControl

OrbitControl::new

OrthographicCamera

OrthographicCamera::new

PerspectiveCamera

PerspectiveCamera::new

PointLight

PointLight::new

Primitive

Render

Render::newWebGL

Render::render

Render::setPixelRatio

Render::setSize

Scene

Scene::background

Scene::new

Vector2

Vector2::new

Vector3

Vector3::new

box2_clamp_point_ffi

box2_clone_ffi

box2_contains_box_ffi

box2_contains_point_ffi

box2_copy_ffi

box2_distance_to_point_ffi

box2_equals_ffi

box2_expand_by_point_ffi

box2_expand_by_scalar_ffi

box2_expand_by_vector_ffi

box2_get_center_ffi

box2_get_parameter_ffi

box2_get_size_ffi

box2_intersect_ffi

box2_intersects_box_ffi