DXGfxLib.MeshObject Class Reference

Inherits DXGfxLib::SceneObject, and DXGfxLib::SceneObject.

Inherited by DXGfxLib.Area, DXGfxLib.Area, DXGfxLib.ArticulatedModel, DXGfxLib.ArticulatedModel, DXGfxLib.Cursor, DXGfxLib.Cursor, DXGfxLib.MeshObjectWithLOD, DXGfxLib.MeshObjectWithLOD, DXGfxLib.ObjectFromMeshRessource, DXGfxLib.ObjectFromMeshRessource, DXGfxLib.ObjectFromObj, DXGfxLib.ObjectFromObj, DXGfxLib.SkyBox, DXGfxLib.SkyBox, DXGfxLib.SkyDome, DXGfxLib.SkyDome, DXGfxLib.TerrainTile, DXGfxLib.TerrainTile, DXGfxLib.TexturedPlane, and DXGfxLib.TexturedPlane.

Collaboration diagram for DXGfxLib.MeshObject:

[legend]

List of all members.

Public Member Functions

MeshObject ()

Default constructor. Don't do anything.

override void Initialize ()

MeshObject (string fileName)

Ok this constructor does also load the specified file, using the current device that DXGfxManager should have information on.

MeshObject (Device d3ddevice, string fileName)

This one also.

override void GetPrepared ()

For a Mesh object, when we are required to get prepared in fact we are going to load any DXResource needed to render.

override void LoadFromFile (Device d3ddevice, string fileName)

For loading a scene from the XML file this method is pretty useful as we just get the filename from the file, create an instance of the desired type and instruct that instance to populate its internal state from the specified file.

MeshObject Clone ()

I am not sure why I added this so be carefull.

virtual void Attach (Mesh mesh)

This method is used to associate a FrameworkMesh instance to the SceneObject.

override void Draw (Device device)

In its draw method the scene will call the Draw method on all scene object (or derived class instances) that have registered to be rendered in the AttachForRendering method.

virtual void DrawSubset (int index)

This might be interesting if derived class want to set the device state in a specif way and just used the base MeshObject to perform the DrawSubset. Instead of a DrawSubset call on the full mesh this method will perform the DrawSubset on the right progressive mesh if possible.

override bool Intersect (Vector3 rayPos, Vector3 rayDir, out IntersectInformation closestHit)

This method can be used to decide whether a ray intersect with the scene object or not. RayPos and RayDir have to be given in world space coordinates. They will be transform to local coordinates to perform the testing by the the method itself. This method return IntersectInformation on the closest hit to the RayPos.

override bool Intersect (Vector3 rayOri, Vector3 rayDir, ref List< SceneObject > collidingSceneObjects)

This method is somehow similar to the previous one except that instead of returning the closest hit information it does return a list of colliding objects.

override bool Intersect (Vector3 rayOri, Vector3 rayDir, ref List< SceneObject > collidingSceneObjects, System.Type desiredType)

This method is somehow similar to the previous one except that you can specify here the desired type of the scene objects you will get back in the list of objects colliding with the ray.

MeshObject ()

Default constructor. Don't do anything.

override void Initialize ()

MeshObject (string fileName)

Ok this constructor does also load the specified file, using the current device that DXGfxManager should have information on.

MeshObject (Device d3ddevice, string fileName)

This one also.

override void GetPrepared ()

For a Mesh object, when we are required to get prepared in fact we are going to load any DXResource needed to render.

override void LoadFromFile (Device d3ddevice, string fileName)

For loading a scene from the XML file this method is pretty useful as we just get the filename from the file, create an instance of the desired type and instruct that instance to populate its internal state from the specified file.

MeshObject Clone ()

I am not sure why I added this so be carefull.

virtual void Attach (Mesh mesh)

This method is used to associate a FrameworkMesh instance to the SceneObject.

override void Draw (Device device)

In its draw method the scene will call the Draw method on all scene object (or derived class instances) that have registered to be rendered in the AttachForRendering method.

virtual void DrawSubset (int index)

This might be interesting if derived class want to set the device state in a specif way and just used the base MeshObject to perform the DrawSubset. Instead of a DrawSubset call on the full mesh this method will perform the DrawSubset on the right progressive mesh if possible.

override bool Intersect (Vector3 rayPos, Vector3 rayDir, out IntersectInformation closestHit)

This method can be used to decide whether a ray intersect with the scene object or not. RayPos and RayDir have to be given in world space coordinates. They will be transform to local coordinates to perform the testing by the the method itself. This method return IntersectInformation on the closest hit to the RayPos.

override bool Intersect (Vector3 rayOri, Vector3 rayDir, ref List< SceneObject > collidingSceneObjects)

This method is somehow similar to the previous one except that instead of returning the closest hit information it does return a list of colliding objects.

override bool Intersect (Vector3 rayOri, Vector3 rayDir, ref List< SceneObject > collidingSceneObjects, System.Type desiredType)

This method is somehow similar to the previous one except that you can specify here the desired type of the scene objects you will get back in the list of objects colliding with the ray.

Public Attributes

Vector3 barycenter = new Vector3()

Barycenter of our vertices.

float bSphereRadius

Radius of the bounding sphere in case we need it.

float objectRadius = 0.0f

We also want to keep this information around.

Vector3 objectCenter

We also want to keep this information around.

Protected Attributes

Mesh originalMesh = null

We keep a mesh object associated with our Scene object!

ExtendedMaterial[] extendedMaterials

Material[] meshMaterials

If we are given material we want to keep that information. It is used among other things for rendering!

Texture[] meshTextures

If we are given materials to render our mesh we will need to load the associated textures!

EffectInstance[] effects

Same as for adjacencyBugger and materials if we are given effects we want to keep them.

Detailed Description

Definition at line 27 of file MeshObject.cs.

Constructor & Destructor Documentation

DXGfxLib.MeshObject.MeshObject ( )

Default constructor. Don't do anything.

Definition at line 75 of file MeshObject.cs.

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DXGfxLib.MeshObject.MeshObject ( string fileName )

Ok this constructor does also load the specified file, using the current device that DXGfxManager should have information on.

Parameters:

fileName

Definition at line 89 of file MeshObject.cs.

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DXGfxLib.MeshObject.MeshObject	(	Device	d3ddevice,
		string	fileName
	)

This one also.

Parameters:

	d3ddevice
	fileName

Definition at line 103 of file MeshObject.cs.

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DXGfxLib.MeshObject.MeshObject ( )

Default constructor. Don't do anything.

Definition at line 75 of file MeshObject.cs.

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DXGfxLib.MeshObject.MeshObject ( string fileName )

Ok this constructor does also load the specified file, using the current device that DXGfxManager should have information on.

Parameters:

fileName

Definition at line 89 of file MeshObject.cs.

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DXGfxLib.MeshObject.MeshObject	(	Device	d3ddevice,
		string	fileName
	)

This one also.

Parameters:

	d3ddevice
	fileName

Definition at line 103 of file MeshObject.cs.

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Member Function Documentation

virtual void DXGfxLib.MeshObject.Attach ( Mesh mesh ) [virtual]

This method is used to associate a FrameworkMesh instance to the SceneObject.

Parameters:

meshToAttach

Definition at line 204 of file MeshObject.cs.

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virtual void DXGfxLib.MeshObject.Attach ( Mesh mesh ) [virtual]

This method is used to associate a FrameworkMesh instance to the SceneObject.

Parameters:

meshToAttach

Definition at line 204 of file MeshObject.cs.

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MeshObject DXGfxLib.MeshObject.Clone ( )

I am not sure why I added this so be carefull.

Returns:

Definition at line 181 of file MeshObject.cs.

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MeshObject DXGfxLib.MeshObject.Clone ( )

I am not sure why I added this so be carefull.

Returns:

Definition at line 181 of file MeshObject.cs.

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override void DXGfxLib.MeshObject.Draw ( Device device ) [virtual]

In its draw method the scene will call the Draw method on all scene object (or derived class instances) that have registered to be rendered in the AttachForRendering method.

Parameters:

device

Reimplemented from DXGfxLib.SceneObject.

Reimplemented in DXGfxLib.ArticulatedModel, DXGfxLib.Billboard, DXGfxLib.Cursor, DXGfxLib.FrameworkMeshObject, DXGfxLib.MeshObjectWithLOD, DXGfxLib.ObjectFromMeshRessource, DXGfxLib.ObjectFromObj, DXGfxLib.SkyBox, DXGfxLib.TerrainTile, DXGfxLib.TexturedPlane, DXGfxLib.Water, DXGfxLib.ArticulatedModel, DXGfxLib.Billboard, DXGfxLib.Cursor, DXGfxLib.FrameworkMeshObject, DXGfxLib.MeshObjectWithLOD, DXGfxLib.ObjectFromMeshRessource, DXGfxLib.ObjectFromObj, DXGfxLib.SkyBox, DXGfxLib.TerrainTile, DXGfxLib.TexturedPlane, and DXGfxLib.Water.

Definition at line 234 of file MeshObject.cs.

override void DXGfxLib.MeshObject.Draw ( Device device ) [virtual]

In its draw method the scene will call the Draw method on all scene object (or derived class instances) that have registered to be rendered in the AttachForRendering method.

Parameters:

device

Reimplemented from DXGfxLib.SceneObject.

Reimplemented in DXGfxLib.ArticulatedModel, DXGfxLib.Billboard, DXGfxLib.Cursor, DXGfxLib.FrameworkMeshObject, DXGfxLib.MeshObjectWithLOD, DXGfxLib.ObjectFromMeshRessource, DXGfxLib.ObjectFromObj, DXGfxLib.SkyBox, DXGfxLib.TerrainTile, DXGfxLib.TexturedPlane, DXGfxLib.Water, DXGfxLib.ArticulatedModel, DXGfxLib.Billboard, DXGfxLib.Cursor, DXGfxLib.FrameworkMeshObject, DXGfxLib.MeshObjectWithLOD, DXGfxLib.ObjectFromMeshRessource, DXGfxLib.ObjectFromObj, DXGfxLib.SkyBox, DXGfxLib.TerrainTile, DXGfxLib.TexturedPlane, and DXGfxLib.Water.

Definition at line 234 of file MeshObject.cs.

virtual void DXGfxLib.MeshObject.DrawSubset ( int index ) [virtual]

This might be interesting if derived class want to set the device state in a specif way and just used the base MeshObject to perform the DrawSubset. Instead of a DrawSubset call on the full mesh this method will perform the DrawSubset on the right progressive mesh if possible.

Parameters:

index

Reimplemented in DXGfxLib.MeshObjectWithLOD, and DXGfxLib.MeshObjectWithLOD.

Definition at line 255 of file MeshObject.cs.

virtual void DXGfxLib.MeshObject.DrawSubset ( int index ) [virtual]

This might be interesting if derived class want to set the device state in a specif way and just used the base MeshObject to perform the DrawSubset. Instead of a DrawSubset call on the full mesh this method will perform the DrawSubset on the right progressive mesh if possible.

Parameters:

index

Reimplemented in DXGfxLib.MeshObjectWithLOD, and DXGfxLib.MeshObjectWithLOD.

Definition at line 255 of file MeshObject.cs.

override void DXGfxLib.MeshObject.GetPrepared ( ) [virtual]

For a Mesh object, when we are required to get prepared in fact we are going to load any DXResource needed to render.

Reimplemented from DXGfxLib.SceneNode.

Reimplemented in DXGfxLib.Cursor, DXGfxLib.SkyDome, DXGfxLib.Cursor, and DXGfxLib.SkyDome.

Definition at line 111 of file MeshObject.cs.

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override void DXGfxLib.MeshObject.GetPrepared ( ) [virtual]

For a Mesh object, when we are required to get prepared in fact we are going to load any DXResource needed to render.

Reimplemented from DXGfxLib.SceneNode.

Reimplemented in DXGfxLib.Cursor, DXGfxLib.SkyDome, DXGfxLib.Cursor, and DXGfxLib.SkyDome.

Definition at line 111 of file MeshObject.cs.

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override void DXGfxLib.MeshObject.Initialize ( ) [virtual]

Reimplemented from DXGfxLib.SceneObject.

Reimplemented in DXGfxLib.SkyDome, and DXGfxLib.SkyDome.

Definition at line 80 of file MeshObject.cs.

override void DXGfxLib.MeshObject.Initialize ( ) [virtual]

Reimplemented from DXGfxLib.SceneObject.

Reimplemented in DXGfxLib.SkyDome, and DXGfxLib.SkyDome.

Definition at line 80 of file MeshObject.cs.

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override bool DXGfxLib.MeshObject.Intersect	(	Vector3	rayOri,
		Vector3	rayDir,
		ref List< SceneObject >	collidingSceneObjects,
		System.Type	desiredType
	)			`[virtual]`

This method is somehow similar to the previous one except that you can specify here the desired type of the scene objects you will get back in the list of objects colliding with the ray.

Parameters:

	rayOri
	rayDir
	collidingSceneObjects
	desiredType

Returns:

Reimplemented from DXGfxLib.SceneObject.

Definition at line 353 of file MeshObject.cs.

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override bool DXGfxLib.MeshObject.Intersect	(	Vector3	rayOri,
		Vector3	rayDir,
		ref List< SceneObject >	collidingSceneObjects
	)			`[virtual]`

This method is somehow similar to the previous one except that instead of returning the closest hit information it does return a list of colliding objects.

Parameters:

	rayOri
	rayDir
	collidingSceneObjects

Returns:

Reimplemented from DXGfxLib.SceneObject.

Definition at line 296 of file MeshObject.cs.

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override bool DXGfxLib.MeshObject.Intersect	(	Vector3	rayPos,
		Vector3	rayDir,
		out IntersectInformation	closestHit
	)			`[virtual]`

This method can be used to decide whether a ray intersect with the scene object or not. RayPos and RayDir have to be given in world space coordinates. They will be transform to local coordinates to perform the testing by the the method itself. This method return IntersectInformation on the closest hit to the RayPos.

Parameters:

	rayPos
	rayDir
	closestHit

Returns:

Reimplemented from DXGfxLib.SceneObject.

Reimplemented in DXGfxLib.TerrainTile, and DXGfxLib.TerrainTile.

Definition at line 269 of file MeshObject.cs.

override bool DXGfxLib.MeshObject.Intersect	(	Vector3	rayOri,
		Vector3	rayDir,
		ref List< SceneObject >	collidingSceneObjects,
		System.Type	desiredType
	)			`[virtual]`

This method is somehow similar to the previous one except that you can specify here the desired type of the scene objects you will get back in the list of objects colliding with the ray.

Parameters:

	rayOri
	rayDir
	collidingSceneObjects
	desiredType

Returns:

Reimplemented from DXGfxLib.SceneObject.

Definition at line 353 of file MeshObject.cs.

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override bool DXGfxLib.MeshObject.Intersect	(	Vector3	rayOri,
		Vector3	rayDir,
		ref List< SceneObject >	collidingSceneObjects
	)			`[virtual]`

This method is somehow similar to the previous one except that instead of returning the closest hit information it does return a list of colliding objects.

Parameters:

	rayOri
	rayDir
	collidingSceneObjects

Returns:

Reimplemented from DXGfxLib.SceneObject.

Definition at line 296 of file MeshObject.cs.

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override bool DXGfxLib.MeshObject.Intersect	(	Vector3	rayPos,
		Vector3	rayDir,
		out IntersectInformation	closestHit
	)			`[virtual]`

This method can be used to decide whether a ray intersect with the scene object or not. RayPos and RayDir have to be given in world space coordinates. They will be transform to local coordinates to perform the testing by the the method itself. This method return IntersectInformation on the closest hit to the RayPos.

Parameters:

	rayPos
	rayDir
	closestHit

Returns:

Reimplemented from DXGfxLib.SceneObject.

Reimplemented in DXGfxLib.TerrainTile, and DXGfxLib.TerrainTile.

Definition at line 269 of file MeshObject.cs.

override void DXGfxLib.MeshObject.LoadFromFile	(	Device	d3ddevice,
		string	fileName
	)			`[virtual]`

For loading a scene from the XML file this method is pretty useful as we just get the filename from the file, create an instance of the desired type and instruct that instance to populate its internal state from the specified file.

Parameters:

	d3ddevice
	fileName

Reimplemented from DXGfxLib.SceneObject.

Reimplemented in DXGfxLib.ArticulatedModel, DXGfxLib.Cursor, DXGfxLib.SkyBox, DXGfxLib.SkyDome, DXGfxLib.Water, DXGfxLib.ArticulatedModel, DXGfxLib.Cursor, DXGfxLib.SkyBox, DXGfxLib.SkyDome, and DXGfxLib.Water.

Definition at line 130 of file MeshObject.cs.

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override void DXGfxLib.MeshObject.LoadFromFile	(	Device	d3ddevice,
		string	fileName
	)			`[virtual]`

For loading a scene from the XML file this method is pretty useful as we just get the filename from the file, create an instance of the desired type and instruct that instance to populate its internal state from the specified file.

Parameters:

	d3ddevice
	fileName

Reimplemented from DXGfxLib.SceneObject.

Reimplemented in DXGfxLib.ArticulatedModel, DXGfxLib.Cursor, DXGfxLib.SkyBox, DXGfxLib.SkyDome, DXGfxLib.Water, DXGfxLib.ArticulatedModel, DXGfxLib.Cursor, DXGfxLib.SkyBox, DXGfxLib.SkyDome, and DXGfxLib.Water.

Definition at line 130 of file MeshObject.cs.

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Member Data Documentation

Vector3 DXGfxLib.MeshObject::barycenter = new Vector3()

Barycenter of our vertices.

Definition at line 32 of file MeshObject.cs.

float DXGfxLib.MeshObject::bSphereRadius

Radius of the bounding sphere in case we need it.

Definition at line 37 of file MeshObject.cs.

EffectInstance [] DXGfxLib.MeshObject.effects [protected]

Same as for adjacencyBugger and materials if we are given effects we want to keep them.

Definition at line 60 of file MeshObject.cs.

ExtendedMaterial [] DXGfxLib.MeshObject.extendedMaterials [protected]

Definition at line 44 of file MeshObject.cs.

Material [] DXGfxLib.MeshObject.meshMaterials [protected]

If we are given material we want to keep that information. It is used among other things for rendering!

Definition at line 50 of file MeshObject.cs.

Texture [] DXGfxLib.MeshObject.meshTextures [protected]

If we are given materials to render our mesh we will need to load the associated textures!

Definition at line 55 of file MeshObject.cs.

Vector3 DXGfxLib.MeshObject::objectCenter

We also want to keep this information around.

Definition at line 70 of file MeshObject.cs.

float DXGfxLib.MeshObject::objectRadius = 0.0f

We also want to keep this information around.

Definition at line 65 of file MeshObject.cs.

Mesh DXGfxLib.MeshObject::originalMesh = null [protected]

We keep a mesh object associated with our Scene object!

Definition at line 42 of file MeshObject.cs.

The documentation for this class was generated from the following files:

D:/guillaume/guillara/3D/DXGfx/Backup/DXGfxLib/MeshObject.cs
D:/guillaume/guillara/3D/DXGfx/DXGfxLib/MeshObject.cs


Public Member Functions
	MeshObject ()
	Default constructor. Don't do anything.
override void	Initialize ()
	MeshObject (string fileName)
	Ok this constructor does also load the specified file, using the current device that DXGfxManager should have information on.
	MeshObject (Device d3ddevice, string fileName)
	This one also.
override void	GetPrepared ()
	For a Mesh object, when we are required to get prepared in fact we are going to load any DXResource needed to render.
override void	LoadFromFile (Device d3ddevice, string fileName)
	For loading a scene from the XML file this method is pretty useful as we just get the filename from the file, create an instance of the desired type and instruct that instance to populate its internal state from the specified file.
MeshObject	Clone ()
	I am not sure why I added this so be carefull.
virtual void	Attach (Mesh mesh)
	This method is used to associate a FrameworkMesh instance to the SceneObject.
override void	Draw (Device device)
	In its draw method the scene will call the Draw method on all scene object (or derived class instances) that have registered to be rendered in the AttachForRendering method.
virtual void	DrawSubset (int index)
	This might be interesting if derived class want to set the device state in a specif way and just used the base MeshObject to perform the DrawSubset. Instead of a DrawSubset call on the full mesh this method will perform the DrawSubset on the right progressive mesh if possible.
override bool	Intersect (Vector3 rayPos, Vector3 rayDir, out IntersectInformation closestHit)
	This method can be used to decide whether a ray intersect with the scene object or not. RayPos and RayDir have to be given in world space coordinates. They will be transform to local coordinates to perform the testing by the the method itself. This method return IntersectInformation on the closest hit to the RayPos.
override bool	Intersect (Vector3 rayOri, Vector3 rayDir, ref List< SceneObject > collidingSceneObjects)
	This method is somehow similar to the previous one except that instead of returning the closest hit information it does return a list of colliding objects.
override bool	Intersect (Vector3 rayOri, Vector3 rayDir, ref List< SceneObject > collidingSceneObjects, System.Type desiredType)
	This method is somehow similar to the previous one except that you can specify here the desired type of the scene objects you will get back in the list of objects colliding with the ray.
	MeshObject ()
	Default constructor. Don't do anything.
override void	Initialize ()
	MeshObject (string fileName)
	Ok this constructor does also load the specified file, using the current device that DXGfxManager should have information on.
	MeshObject (Device d3ddevice, string fileName)
	This one also.
override void	GetPrepared ()
	For a Mesh object, when we are required to get prepared in fact we are going to load any DXResource needed to render.
override void	LoadFromFile (Device d3ddevice, string fileName)
	For loading a scene from the XML file this method is pretty useful as we just get the filename from the file, create an instance of the desired type and instruct that instance to populate its internal state from the specified file.
MeshObject	Clone ()
	I am not sure why I added this so be carefull.
virtual void	Attach (Mesh mesh)
	This method is used to associate a FrameworkMesh instance to the SceneObject.
override void	Draw (Device device)
	In its draw method the scene will call the Draw method on all scene object (or derived class instances) that have registered to be rendered in the AttachForRendering method.
virtual void	DrawSubset (int index)
	This might be interesting if derived class want to set the device state in a specif way and just used the base MeshObject to perform the DrawSubset. Instead of a DrawSubset call on the full mesh this method will perform the DrawSubset on the right progressive mesh if possible.
override bool	Intersect (Vector3 rayPos, Vector3 rayDir, out IntersectInformation closestHit)
	This method can be used to decide whether a ray intersect with the scene object or not. RayPos and RayDir have to be given in world space coordinates. They will be transform to local coordinates to perform the testing by the the method itself. This method return IntersectInformation on the closest hit to the RayPos.
override bool	Intersect (Vector3 rayOri, Vector3 rayDir, ref List< SceneObject > collidingSceneObjects)
	This method is somehow similar to the previous one except that instead of returning the closest hit information it does return a list of colliding objects.
override bool	Intersect (Vector3 rayOri, Vector3 rayDir, ref List< SceneObject > collidingSceneObjects, System.Type desiredType)
	This method is somehow similar to the previous one except that you can specify here the desired type of the scene objects you will get back in the list of objects colliding with the ray.
Public Attributes
Vector3	barycenter = new Vector3()
	Barycenter of our vertices.
float	bSphereRadius
	Radius of the bounding sphere in case we need it.
float	objectRadius = 0.0f
	We also want to keep this information around.
Vector3	objectCenter
	We also want to keep this information around.
Protected Attributes
Mesh	originalMesh = null
	We keep a mesh object associated with our Scene object!
ExtendedMaterial[]	extendedMaterials
Material[]	meshMaterials
	If we are given material we want to keep that information. It is used among other things for rendering!
Texture[]	meshTextures
	If we are given materials to render our mesh we will need to load the associated textures!
EffectInstance[]	effects
	Same as for adjacencyBugger and materials if we are given effects we want to keep them.