Detailed Description

A mesh made up of a dynamic number of "blocks". Each block always consists of two triangles and 4 vertices. This is used for displaying the content in 3D with a single mesh.

Public Member Functions
	DynamicMesh (UIBatch batch)
	Creates a new dynamic mesh which uses the hybrid shader and a texture atlas. More...

void	NextBuffer ()
	Gets the next vertex buffer. More...

void	SetFontAtlas (TextureAtlas atlas)
	Changes the font atlas used by the default material. More...

void	SetGraphicsAtlas (TextureAtlas atlas)
	Sets a default material to this mesh. More...

void	SetGlobalMaterial (Shader shader)

void	SetMaterial (Material material)
	Applies the given material to this mesh. More...

void	RequireNormals ()
	Let the mesh know that normals are required. More...

void	RequireUV3 ()
	Let the mesh know that UV3 is required. More...

void	ChangeParent ()
	Called to update the parenting of this mesh. More...

void	PrepareForLayout ()
	Let the mesh know it's about to undergo a layout routine. PowerUI.Renderman.Layout. More...

void	CompletedLayout ()
	After the draw pass, builds flat buffers. More...

void	Flatten (BlockBuffer current, int blockCount)
	Called with the first buffer in a set. Flattens the set of verts into the provided mesh. More...

MeshBlock	Allocate (Renderman renderer)
	Allocates a block from this mesh. Note that the block object is actually shared. The block can then have its vertices/triangles edited. Changes will be outputted visually when MeshBlock.Done is called. More...

void	Flush ()
	Outputs all the verts/triangles etc to the underlying unity mesh. More...

void	Destroy ()
	Permanently destroys this mesh. More...

Public Attributes
UIBatch	Batch
	The batch this mesh belongs to. More...

int	BlockCount
	The number of blocks that have been allocated. More...

Mesh	OutputMesh
	The unity mesh that this will be flushed into. More...

Material	Material
	The material to use when rendering. More...

Transform	OutputTransform
	The transform of this mesh. More...

GameObject	OutputGameObject
	The gameobjec that holds this mesh. More...

FixedSizeBuffer< Vector2 >	UV
	An array of uv coordinates. More...

FixedSizeBuffer< Vector2 >	UV2
	An array of uv coordinates. More...

FixedSizeBuffer< Vector2 >	UV3
	An array of uv coordinates. More...

FixedSizeBuffer< int >	Triangles
	An array of triangles. More...

FixedSizeBuffer< Color >	Colours
	An array of vertex colours. More...

FixedSizeBuffer< Vector3 >	Normals
	An array of normals. More...

FixedSizeBuffer< Vector3 >	Vertices
	An array of vertex coordinates. More...

BlockBuffer	LastBuffer
	The raw vertex buffer linked list. Data is written into these. If we create too many verts, it simply creates another buffer. Flatten is used to convert this flexible structure into the actual vector3[] etc. More...

BlockBuffer	FirstBuffer
	The raw vertex buffer linked list. Data is written into these. If we create too many verts, it simply creates another buffer. Flatten is used to convert this flexible structure into the actual vector3[] etc. More...

int	CurrentBufferBlocks
	# of blocks in the current buffer. More...

int	FullBufferCount
	Total number of full buffers. More...

Properties
int	TotalBlockCount `[get]`
	Total number of allocated blocks. More...

Private Member Functions
void	Setup ()
	Called only by constructors. This creates the actual mesh and the buffers for verts/tris etc. More...

Private Attributes
int	LastBlockCount
	The number of blocks that were allocated last UI update. More...

MeshRenderer	Renderer
	The renderer being used to layout the blocks. More...

Material	GlobalMaterial
	The material used by this mesh when it is using an atlas. More...

Constructor & Destructor Documentation

PowerUI.DynamicMesh.DynamicMesh ( UIBatch batch)

inline

Creates a new dynamic mesh which uses the hybrid shader and a texture atlas.

Member Function Documentation

MeshBlock PowerUI.DynamicMesh.Allocate ( Renderman renderer)

inline

Allocates a block from this mesh. Note that the block object is actually shared. The block can then have its vertices/triangles edited. Changes will be outputted visually when MeshBlock.Done is called.

void PowerUI.DynamicMesh.ChangeParent ( )

inline

Called to update the parenting of this mesh.

void PowerUI.DynamicMesh.CompletedLayout ( )

inline

After the draw pass, builds flat buffers.

void PowerUI.DynamicMesh.Destroy ( )

inline

Permanently destroys this mesh.

void PowerUI.DynamicMesh.Flatten	(	BlockBuffer	current,
		int	blockCount
	)

inline

Called with the first buffer in a set. Flattens the set of verts into the provided mesh.

void PowerUI.DynamicMesh.Flush ( )

inline

Outputs all the verts/triangles etc to the underlying unity mesh.

void PowerUI.DynamicMesh.NextBuffer ( )

inline

Gets the next vertex buffer.

void PowerUI.DynamicMesh.PrepareForLayout ( )

inline

Let the mesh know it's about to undergo a layout routine. PowerUI.Renderman.Layout.

void PowerUI.DynamicMesh.RequireNormals ( )

inline

Let the mesh know that normals are required.

void PowerUI.DynamicMesh.RequireUV3 ( )

inline

Let the mesh know that UV3 is required.

void PowerUI.DynamicMesh.SetFontAtlas ( TextureAtlas atlas)

inline

Changes the font atlas used by the default material.

void PowerUI.DynamicMesh.SetGlobalMaterial ( Shader shader)

inline

void PowerUI.DynamicMesh.SetGraphicsAtlas ( TextureAtlas atlas)

inline

Sets a default material to this mesh.

void PowerUI.DynamicMesh.SetMaterial ( Material material)

inline

Applies the given material to this mesh.

Parameters

material The material to apply.

void PowerUI.DynamicMesh.Setup ( )

inlineprivate

Called only by constructors. This creates the actual mesh and the buffers for verts/tris etc.

Member Data Documentation

UIBatch PowerUI.DynamicMesh.Batch

The batch this mesh belongs to.

int PowerUI.DynamicMesh.BlockCount

The number of blocks that have been allocated.

FixedSizeBuffer<Color> PowerUI.DynamicMesh.Colours

An array of vertex colours.

int PowerUI.DynamicMesh.CurrentBufferBlocks

# of blocks in the current buffer.

BlockBuffer PowerUI.DynamicMesh.FirstBuffer

The raw vertex buffer linked list. Data is written into these. If we create too many verts, it simply creates another buffer. Flatten is used to convert this flexible structure into the actual vector3[] etc.

int PowerUI.DynamicMesh.FullBufferCount

Total number of full buffers.

Material PowerUI.DynamicMesh.GlobalMaterial

private

The material used by this mesh when it is using an atlas.

int PowerUI.DynamicMesh.LastBlockCount

private

The number of blocks that were allocated last UI update.

BlockBuffer PowerUI.DynamicMesh.LastBuffer

The raw vertex buffer linked list. Data is written into these. If we create too many verts, it simply creates another buffer. Flatten is used to convert this flexible structure into the actual vector3[] etc.

Material PowerUI.DynamicMesh.Material

The material to use when rendering.

FixedSizeBuffer<Vector3> PowerUI.DynamicMesh.Normals

An array of normals.

GameObject PowerUI.DynamicMesh.OutputGameObject

The gameobjec that holds this mesh.

Mesh PowerUI.DynamicMesh.OutputMesh

The unity mesh that this will be flushed into.

Transform PowerUI.DynamicMesh.OutputTransform

The transform of this mesh.

MeshRenderer PowerUI.DynamicMesh.Renderer

private

The renderer being used to layout the blocks.

FixedSizeBuffer<int> PowerUI.DynamicMesh.Triangles

An array of triangles.

FixedSizeBuffer<Vector2> PowerUI.DynamicMesh.UV

An array of uv coordinates.

FixedSizeBuffer<Vector2> PowerUI.DynamicMesh.UV2

An array of uv coordinates.

FixedSizeBuffer<Vector2> PowerUI.DynamicMesh.UV3

An array of uv coordinates.

FixedSizeBuffer<Vector3> PowerUI.DynamicMesh.Vertices

An array of vertex coordinates.

Property Documentation

int PowerUI.DynamicMesh.TotalBlockCount

get

Total number of allocated blocks.

Detailed Description

Public Member Functions

Public Attributes

Properties

Private Member Functions

Private Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

Property Documentation