Class FloatingModel

Namespace

OmegaEngine.Graphics.Renderables

Assembly

OmegaEngine.dll

A Model that is rendered observing the Cameras view direction, but ignoring its position.

public class FloatingModel : Model, IDisposable, IPositionable

Inheritance

object

EngineElement

Renderable

PositionableRenderable

Model

FloatingModel

Implements

IDisposable

IPositionable

Inherited Members

Model.Quad(Engine, ITextureProvider, float, float)

Model.Box(Engine, ITextureProvider, float, float, float)

Model.Sphere(Engine, ITextureProvider, float, int, int)

Model.Cylinder(Engine, ITextureProvider, float, float, float, int, int)

Model.Cylinder(Engine, ITextureProvider, float, float, float)

Model.Disc(Engine, ITextureProvider, float, float, float, int)

Model.Disc(Engine, ITextureProvider, float, float, float)

Model.Mesh

Model.Materials

Model.SetTexture(ITextureProvider)

Model.VertexCount

Model.NumberSubsets

Model.RenderSubset(int, Camera, LightSource[])

Model.Intersects(Ray, out float)

Model.OnDispose()

PositionableRenderable.WorldTransformDirty

PositionableRenderable.Pickable

PositionableRenderable.RenderIn

PositionableRenderable.SurfaceEffect

PositionableRenderable.SurfaceShader

PositionableRenderable.Billboard

PositionableRenderable.PreTransform

PositionableRenderable.Scale

PositionableRenderable.SetScale(float)

PositionableRenderable.Rotation

PositionableRenderable.Position

PositionableRenderable.RecalcWorldTransform()

PositionableRenderable.BoundingSphere

PositionableRenderable.WorldBoundingSphere

PositionableRenderable.DrawBoundingSphere

PositionableRenderable.BoundingBox

PositionableRenderable.WorldBoundingBox

PositionableRenderable.DrawBoundingBox

PositionableRenderable.RequiredViews

PositionableRenderable.RenderHelper(Action, XMaterial, Camera, params LightSource[])

PositionableRenderable.IsVisible(Camera)

PositionableRenderable.Intersects(Ray, out DoubleVector3)

PositionableRenderable.IntersectsBounding(Ray)

PositionableRenderable.OnEngineSet()

Renderable.PreRender

Renderable.OnPreRender()

Renderable.RenderCount

Renderable.Name

Renderable.ToString()

Renderable.Visible

Renderable.Wireframe

Renderable.VisibilityDistance

Renderable.Alpha

Renderable.PrepareRender()

EngineElement.RegisterChild(EngineElement, bool)

EngineElement.UnregisterChild(EngineElement)

EngineElement.Engine

EngineElement.IsEngineSet

EngineElement.IsDisposed

EngineElement.Dispose()

object.Equals(object)

object.Equals(object, object)

object.ReferenceEquals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

Extension Methods

XmlStorage.SaveXmlZip<T>(T, Stream, string?, params EmbeddedFile[])

XmlStorage.SaveXmlZip<T>(T, string, string?, params EmbeddedFile[])

XmlStorage.SaveXml<T>(T, Stream, string?)

XmlStorage.SaveXml<T>(T, string, string?)

XmlStorage.ToXmlString<T>(T, string?)

Remarks

This kind of model effectively "floats" atop of the scene. This can be useful for things like direction widgets.

Constructors

FloatingModel(XMesh)

Creates a new floating model based upon a cached mesh, using its internal material data if available

public FloatingModel(XMesh mesh)

Parameters

mesh XMesh

The mesh to use for rendering

FloatingModel(XMesh, params XMaterial[])

Creates a new floating model based upon a cached mesh, using an external texture and a white material

public FloatingModel(XMesh mesh, params XMaterial[] materials)

Parameters

mesh XMesh

The mesh use for rendering

materials XMaterial[]

The materials to use for rendering the mesh

FloatingModel(Mesh, params XMaterial[])

Creates a new floating model based upon a custom mesh. Normals should be already calculated if they are required. Warning: The custom mesh and materials will be automatically disposed!

public FloatingModel(Mesh mesh, params XMaterial[] materials)

Parameters

mesh Mesh

The mesh use for rendering

materials XMaterial[]

The materials to use for rendering the mesh

See Also

FloatingModels