Handles the custom meshes generated by the understanding DLL. The meshes are generated during the scanning phase and once more on scan finalization. The meshes can be used to visualize the scanning progress. More...

Inheritance diagram for HoloToolkit.Unity.SpatialUnderstandingCustomMesh:

Public Member Functions
IEnumerator	Import_UnderstandingMesh ()
	Imports the custom mesh from the DLL. This a a coroutine which will take multiple frames to complete. More...

Public Member Functions inherited from HoloToolkit.Unity.SpatialMapping.SpatialMappingSource
	SpatialMappingSource ()

virtual List< MeshFilter >	GetMeshFilters ()
	Gets all mesh filters that have a valid mesh. More...

virtual List< MeshRenderer >	GetMeshRenderers ()
	Gets all mesh renderers that have been created. More...

void	SaveSpatialMeshes (string fileName)
	Saves all the currently created spatial source meshes in world space. More...

Public Attributes
float	ImportMeshPeriod = 1.0f

float	MaxFrameTime = 5.0f
	Used to keep our processing from exceeding our frame budget. More...

bool	CreateMeshColliders = true
	Whether to create mesh colliders. If unchecked, mesh colliders will be empty and disabled. More...

Properties
Material	MeshMaterial `[get, set]`

bool	DrawProcessedMesh `[get, set]`
	Controls rendering of the mesh. This can be set by the user to hide or show the mesh. More...

bool	HasMeshSectors `[get]`
	Have any mesh sectors been scanned More...

bool	IsImportActive `[get]`
	Indicates if the previous import is still being processed. More...

override Material	RenderMaterial `[get]`
	The material to use if rendering. More...

Properties inherited from HoloToolkit.Unity.SpatialMapping.SpatialMappingSource
ReadOnlyCollection< SurfaceObject >	SurfaceObjects `[get]`
	Collection of surface objects that have been created for this spatial mapping source. More...

virtual Material	RenderMaterial `[get]`
	Material to use for rendering the mesh More...

Additional Inherited Members
Protected Member Functions inherited from HoloToolkit.Unity.SpatialMapping.SpatialMappingSource
virtual void	Awake ()

SurfaceObject	CreateSurfaceObject (Mesh mesh, string objectName, Transform parentObject, int meshID=0, bool? drawVisualMeshesOverride=null, bool? castShadowsOverride=null)
	Create a new surface object. More...

void	AddSurfaceObject (SurfaceObject toAdd)
	Add the surface to SurfaceObjects. More...

SurfaceObject	UpdateOrAddSurfaceObject (SurfaceObject toUpdateOrAdd, bool destroyGameObjectIfReplaced=true, bool destroyMeshesIfReplaced=true)
	Update the first surface with a matching ID if one exists in SurfaceObjects, otherwise add the surface as new. More...

SurfaceObject	RemoveSurfaceIfFound (int surfaceID, bool destroyGameObject=true, bool destroyMeshes=true)
	Remove the first surface with the specified ID if one exists in SurfaceObjects. More...

void	CleanUpSurface (SurfaceObject surface, bool destroyGameObject=true, bool destroyMeshes=true, GameObject objectToPreserve=null, Mesh meshToPreserveA=null, Mesh meshToPreserveB=null)
	Clean up the resources associated with the surface. More...

void	Cleanup (bool destroyGameObjects=true, bool destroyMeshes=true)
	Cleans up references to objects that we have created. More...

Protected Attributes inherited from HoloToolkit.Unity.SpatialMapping.SpatialMappingSource
readonly Type []	componentsRequiredForSurfaceMesh
	When a mesh is created we will need to create a game object with a minimum set of components to contain the mesh. These are the required component types. More...

Events inherited from HoloToolkit.Unity.SpatialMapping.SpatialMappingSource
EventHandler< DataEventArgs< SurfaceObject > >	SurfaceAdded

EventHandler< DataEventArgs< SurfaceUpdate > >	SurfaceUpdated

EventHandler< DataEventArgs< SurfaceObject > >	SurfaceRemoved

EventHandler< EventArgs >	RemovingAllSurfaces

Detailed Description

Handles the custom meshes generated by the understanding DLL. The meshes are generated during the scanning phase and once more on scan finalization. The meshes can be used to visualize the scanning progress.

Definition at line 25 of file SpatialUnderstandingCustomMesh.cs.