vtkIceTClientCompositeManager Class Reference

Composites and sends image over socket. More...

#include <vtkIceTClientCompositeManager.h>

Collaboration diagram for vtkIceTClientCompositeManager:


Public Types
enum	Tags { RENDER_RMI_TAG = 12721, WIN_INFO_TAG = 22134, REN_INFO_TAG = 22135, GATHER_Z_RMI_TAG = 987987, SERVER_Z_TAG = 88771, CLIENT_Z_TAG = 88772 }
Public Member Functions
	vtkTypeRevisionMacro (vtkIceTClientCompositeManager, vtkObject)
void	PrintSelf (ostream &os, vtkIndent indent)
void	InitializeOffScreen ()
virtual void	InitializeRMIs ()
virtual void	SetRenderView (vtkObject *)

virtual vtkRenderWindow *	GetRenderWindow ()
virtual void	SetRenderWindow (vtkRenderWindow *renWin)

virtual void	StartRender ()
void	RenderRMI ()

void	SetCompositeController (vtkMultiProcessController *controller)
virtual vtkMultiProcessController *	GetCompositeController ()

void	SetClientController (vtkSocketController *controller)
virtual vtkSocketController *	GetClientController ()

virtual void	SetClientFlag (int)
virtual int	GetClientFlag ()

virtual void	SetImageReductionFactor (int)
virtual int	GetImageReductionFactor ()

void	SetIceTManager (vtkIceTRenderManager *c)
virtual vtkIceTRenderManager *	GetIceTManager ()

virtual void	SetTiled (int)
virtual int	GetTiled ()
virtual void	TiledOn ()
virtual void	TiledOff ()
virtual void	SetTiledDimensions (int, int)
void	SetTiledDimensions (int[2])
virtual int *	GetTiledDimensions ()
virtual void	GetTiledDimensions (int &, int &)
virtual void	GetTiledDimensions (int[2])

virtual void	SetTileSize (int, int)
void	SetTileSize (int[2])
virtual int *	GetTileSize ()
virtual void	GetTileSize (int &, int &)
virtual void	GetTileSize (int[2])

virtual void	SetUseCompositing (int)
virtual int	GetUseCompositing ()
virtual void	UseCompositingOn ()
virtual void	UseCompositingOff ()

float	GetZBufferValue (int x, int y)
void	GatherZBufferValueRMI (int x, int y)

virtual void	SetUseCompositeCompression (int)
virtual int	GetUseCompositeCompression ()
virtual void	UseCompositeCompressionOn ()
virtual void	UseCompositeCompressionOff ()
Static Public Member Functions
vtkIceTClientCompositeManager *	New ()
Protected Types
enum	{ ACKNOWLEDGE_RMI = 17231 }
Protected Member Functions
	vtkIceTClientCompositeManager ()
	~vtkIceTClientCompositeManager ()
virtual void	SatelliteStartRender ()
virtual void	SatelliteEndRender ()
Protected Attributes
vtkRenderWindow *	RenderWindow
vtkMultiProcessController *	CompositeController
vtkSocketController *	ClientController
vtkIceTRenderManager *	IceTManager
int	Tiled
int	TiledDimensions [2]
int	TileSize [2]
int	ClientFlag
unsigned long	StartTag
vtkObject *	RenderView
int	ImageReductionFactor
int	UseCompositing
int	UseCompositeCompression

Detailed Description

Composites and sends image over socket.

vtkIceTClientCompositeManager operates in client server mode. Server composites normaly. I wanted to use vtkPVTreeComposite here, But have to rethink the architecture. Client receives the image over the socket. It renders on top of the remote image. (No zbuffer).

See also:: vtkMultiProcessController vtkRenderWindow vtkPVTreeComposite

Definition at line 43 of file vtkIceTClientCompositeManager.h.

Member Enumeration Documentation

enum vtkIceTClientCompositeManager::Tags

Enumeration values:

RENDER_RMI_TAG

WIN_INFO_TAG

REN_INFO_TAG

GATHER_Z_RMI_TAG

SERVER_Z_TAG

CLIENT_Z_TAG

Definition at line 128 of file vtkIceTClientCompositeManager.h.

anonymous enum [protected]

Enumeration values:

ACKNOWLEDGE_RMI

Definition at line 187 of file vtkIceTClientCompositeManager.h.

Constructor & Destructor Documentation

vtkIceTClientCompositeManager::vtkIceTClientCompositeManager ( ) [protected]

vtkIceTClientCompositeManager::~vtkIceTClientCompositeManager ( ) [protected]

Member Function Documentation

vtkIceTClientCompositeManager* vtkIceTClientCompositeManager::New ( ) [static]

vtkIceTClientCompositeManager::vtkTypeRevisionMacro ( vtkIceTClientCompositeManager ,

vtkObject

)

void vtkIceTClientCompositeManager::PrintSelf ( ostream & os,

vtkIndent indent

)

virtual vtkRenderWindow* vtkIceTClientCompositeManager::GetRenderWindow ( ) [virtual]

Set/Get the RenderWindow to use for compositing. We add a start and end observer to the window.

virtual void vtkIceTClientCompositeManager::SetRenderWindow ( vtkRenderWindow * renWin ) [virtual]

Set/Get the RenderWindow to use for compositing. We add a start and end observer to the window.

void vtkIceTClientCompositeManager::InitializeOffScreen ( )

Used to get satellite windows rendering off screen.

virtual void vtkIceTClientCompositeManager::StartRender ( ) [virtual]

Callbacks that initialize and finish the compositing.

void vtkIceTClientCompositeManager::RenderRMI ( )

Callbacks that initialize and finish the compositing.

virtual void vtkIceTClientCompositeManager::InitializeRMIs ( ) [virtual]

If the user wants to handle the event loop, then they must call this method to initialize the RMIs.

void vtkIceTClientCompositeManager::SetCompositeController ( vtkMultiProcessController * controller )

Set/Get the controller use in compositing (set to the global controller by default) If not using the default, this must be called before any other methods.

virtual vtkMultiProcessController* vtkIceTClientCompositeManager::GetCompositeController ( ) [virtual]

Set/Get the controller use in compositing (set to the global controller by default) If not using the default, this must be called before any other methods.

void vtkIceTClientCompositeManager::SetClientController ( vtkSocketController * controller )

Set/Get the controller use to communicate to client.

virtual vtkSocketController* vtkIceTClientCompositeManager::GetClientController ( ) [virtual]

Set/Get the controller use to communicate to client.

virtual void vtkIceTClientCompositeManager::SetClientFlag ( int ) [virtual]

This flag is needed to differentiate between client and server, since the socket controller always thinks it is node 0.

virtual int vtkIceTClientCompositeManager::GetClientFlag ( ) [virtual]

This flag is needed to differentiate between client and server, since the socket controller always thinks it is node 0.

virtual void vtkIceTClientCompositeManager::SetImageReductionFactor ( int ) [virtual]

For values larger than 1, render a smaller image and display the result using pixel replication.

virtual int vtkIceTClientCompositeManager::GetImageReductionFactor ( ) [virtual]

For values larger than 1, render a smaller image and display the result using pixel replication.

virtual void vtkIceTClientCompositeManager::SetRenderView ( vtkObject * ) [inline, virtual]

Methods that are not used at the moment.
Definition at line 99 of file vtkIceTClientCompositeManager.h.

void vtkIceTClientCompositeManager::SetIceTManager ( vtkIceTRenderManager * c )

This is the server (IceT) manager. This is the way we propagate the parameters client->server.

virtual vtkIceTRenderManager* vtkIceTClientCompositeManager::GetIceTManager ( ) [virtual]

This is the server (IceT) manager. This is the way we propagate the parameters client->server.

virtual void vtkIceTClientCompositeManager::SetTiled ( int ) [virtual]

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

virtual int vtkIceTClientCompositeManager::GetTiled ( ) [virtual]

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

virtual void vtkIceTClientCompositeManager::TiledOn ( ) [virtual]

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

virtual void vtkIceTClientCompositeManager::TiledOff ( ) [virtual]

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

virtual void vtkIceTClientCompositeManager::SetTiledDimensions ( int ,

int

) [virtual]

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

void vtkIceTClientCompositeManager::SetTiledDimensions ( int [2] )

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

virtual int* vtkIceTClientCompositeManager::GetTiledDimensions ( ) [virtual]

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

virtual void vtkIceTClientCompositeManager::GetTiledDimensions ( int & ,

int &

) [virtual]

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

virtual void vtkIceTClientCompositeManager::GetTiledDimensions ( int [2] ) [virtual]

These parameters allow this object to manage a tiled display. When the flag is on, the nodes (starting in lower left) render tiles of a larger display defined by TiledDimensions.

virtual void vtkIceTClientCompositeManager::SetTileSize ( int ,

int

) [virtual]

This parameter is used when user want to specify explicitely the size of each tile display. Useful for testing.

void vtkIceTClientCompositeManager::SetTileSize ( int [2] )

This parameter is used when user want to specify explicitely the size of each tile display. Useful for testing.

virtual int* vtkIceTClientCompositeManager::GetTileSize ( ) [virtual]

This parameter is used when user want to specify explicitely the size of each tile display. Useful for testing.

virtual void vtkIceTClientCompositeManager::GetTileSize ( int & ,

int &

) [virtual]

This parameter is used when user want to specify explicitely the size of each tile display. Useful for testing.

virtual void vtkIceTClientCompositeManager::GetTileSize ( int [2] ) [virtual]

This parameter is used when user want to specify explicitely the size of each tile display. Useful for testing.

virtual void vtkIceTClientCompositeManager::SetUseCompositing ( int ) [virtual]

Switch between local client rendering and distributed compositing.

virtual int vtkIceTClientCompositeManager::GetUseCompositing ( ) [virtual]

Switch between local client rendering and distributed compositing.

virtual void vtkIceTClientCompositeManager::UseCompositingOn ( ) [virtual]

Switch between local client rendering and distributed compositing.

virtual void vtkIceTClientCompositeManager::UseCompositingOff ( ) [virtual]

Switch between local client rendering and distributed compositing.

float vtkIceTClientCompositeManager::GetZBufferValue ( int x,

int y

)

Get the z buffer value at a pixel. GatherZBufferValue is an internal method.

void vtkIceTClientCompositeManager::GatherZBufferValueRMI ( int x,

int y

)

Get the z buffer value at a pixel. GatherZBufferValue is an internal method.

virtual void vtkIceTClientCompositeManager::SetUseCompositeCompression ( int ) [virtual]

This is not used. It is here until we can clean up the render module superclasses.

virtual int vtkIceTClientCompositeManager::GetUseCompositeCompression ( ) [virtual]

This is not used. It is here until we can clean up the render module superclasses.

virtual void vtkIceTClientCompositeManager::UseCompositeCompressionOn ( ) [virtual]

This is not used. It is here until we can clean up the render module superclasses.

virtual void vtkIceTClientCompositeManager::UseCompositeCompressionOff ( ) [virtual]

This is not used. It is here until we can clean up the render module superclasses.

virtual void vtkIceTClientCompositeManager::SatelliteStartRender ( ) [protected, virtual]

virtual void vtkIceTClientCompositeManager::SatelliteEndRender ( ) [protected, virtual]

Member Data Documentation

vtkRenderWindow* vtkIceTClientCompositeManager::RenderWindow [protected]

Definition at line 164 of file vtkIceTClientCompositeManager.h.

vtkMultiProcessController* vtkIceTClientCompositeManager::CompositeController [protected]

Definition at line 165 of file vtkIceTClientCompositeManager.h.

vtkSocketController* vtkIceTClientCompositeManager::ClientController [protected]

Definition at line 166 of file vtkIceTClientCompositeManager.h.

vtkIceTRenderManager* vtkIceTClientCompositeManager::IceTManager [protected]

Definition at line 167 of file vtkIceTClientCompositeManager.h.

int vtkIceTClientCompositeManager::Tiled [protected]

Definition at line 169 of file vtkIceTClientCompositeManager.h.

int vtkIceTClientCompositeManager::TiledDimensions[2] [protected]

Definition at line 170 of file vtkIceTClientCompositeManager.h.

int vtkIceTClientCompositeManager::TileSize[2] [protected]

Definition at line 171 of file vtkIceTClientCompositeManager.h.

int vtkIceTClientCompositeManager::ClientFlag [protected]

Definition at line 173 of file vtkIceTClientCompositeManager.h.

unsigned long vtkIceTClientCompositeManager::StartTag [protected]

Definition at line 174 of file vtkIceTClientCompositeManager.h.

vtkObject* vtkIceTClientCompositeManager::RenderView [protected]

Definition at line 180 of file vtkIceTClientCompositeManager.h.

int vtkIceTClientCompositeManager::ImageReductionFactor [protected]

Definition at line 181 of file vtkIceTClientCompositeManager.h.

int vtkIceTClientCompositeManager::UseCompositing [protected]

Definition at line 183 of file vtkIceTClientCompositeManager.h.

int vtkIceTClientCompositeManager::UseCompositeCompression [protected]

Definition at line 184 of file vtkIceTClientCompositeManager.h.

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

Servers/Filters/vtkIceTClientCompositeManager.h

Generated on Tue May 30 12:38:46 2006 for ParaView by

1.3.5

vtkIceTClientCompositeManager Class Reference

Public Types

Public Member Functions

Static Public Member Functions

Protected Types

Protected Member Functions

Protected Attributes

Detailed Description

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation