#include <renderer/parrendmgr.h>

Collaboration diagram for vistle::ParallelRemoteRenderManager:

[legend]

Classes
struct	DisplayTile
	serializable description of one IceT tile - usable by boost::mpi More...

struct	GlobalState
	state shared among all views More...

struct	IceTData
	per view IceT state More...

struct	PerViewState

Public Member Functions
	ParallelRemoteRenderManager (Renderer *module, IceTDrawCallback drawCallback)

	~ParallelRemoteRenderManager ()

Port *	outputPort () const

void	connectionAdded (const Port *to)

void	connectionRemoved (const Port *to)

bool	handleMessage (const message::Message *message, const MessagePayload &payload)

bool	handleParam (const Parameter *p)

bool	prepareFrame (size_t numTimesteps)

int	timestep () const

size_t	numViews () const

void	setCurrentView (size_t i)

void	compositeCurrentView (const unsigned char rgba, const float depth, const int viewport[4], int timestep, bool lastView)

void	finishCurrentView (const IceTImage &img, int timestep)

void	finishCurrentView (const IceTImage &img, int timestep, bool lastView)

bool	finishFrame (int timestep)

vistle::Matrix4	getModelViewMat (size_t viewIdx) const

vistle::Matrix4	getProjMat (size_t viewIdx) const

const PerViewState &	viewData (size_t viewIdx) const

unsigned char *	rgba (size_t viewIdx)

float *	depth (size_t viewIdx)

void	updateRect (size_t viewIdx, const IceTInt *viewport)

void	setModified ()

bool	sceneChanged () const

bool	isVariantVisible (const std::string &variant) const

void	setLocalBounds (const Vector3 &min, const Vector3 &max)

int	rootRank () const

void	addObject (std::shared_ptr< RenderObject > ro)

void	removeObject (std::shared_ptr< RenderObject > ro)

bool	checkIceTError (const char *msg) const

void	updateVariants ()

Public Attributes
EIGEN_MAKE_ALIGNED_OPERATOR_NEW typedef void(*	IceTDrawCallback )(const IceTDouble proj, const IceTDouble mv, const IceTFloat bg, const IceTInt viewport, IceTImage image)

Renderer *	m_module

IceTDrawCallback	m_drawCallback

int	m_displayRank

RhrController	m_rhrControl

IntParameter *	m_continuousRendering

FloatParameter *	m_delay

double	m_delaySec

IntParameter *	m_colorRank

Vector4	m_defaultColor

Vector3	localBoundMin

Vector3	localBoundMax

size_t	m_updateCount = -1

int	m_updateBounds

int	m_updateVariants

int	m_updateScene

int	m_doRender

size_t	m_lightsUpdateCount

struct GlobalState	m_state

std::vector< PerViewState, Eigen::aligned_allocator< PerViewState > >	m_viewData

std::vector< std::vector< unsigned char > >	m_rgba

std::vector< std::vector< float > >	m_depth

int	m_currentView
	holds no. of view currently being rendered - not a problem as IceT is not reentrant anyway More...

bool	m_frameComplete
	track whether frame has been flushed to clients More...

std::vector< IceTData >	m_icet

RhrServer::VariantVisibilityMap	m_clientVariants

Renderer::VariantMap	m_localVariants

Constructor & Destructor Documentation

◆ ParallelRemoteRenderManager()

vistle::ParallelRemoteRenderManager::ParallelRemoteRenderManager	(	Renderer *	module,
		IceTDrawCallback	drawCallback
	)

◆ ~ParallelRemoteRenderManager()

vistle::ParallelRemoteRenderManager::~ParallelRemoteRenderManager ( )

Member Function Documentation

◆ addObject()

void vistle::ParallelRemoteRenderManager::addObject ( std::shared_ptr< RenderObject > ro )

◆ checkIceTError()

bool vistle::ParallelRemoteRenderManager::checkIceTError ( const char * msg ) const

◆ compositeCurrentView()

void vistle::ParallelRemoteRenderManager::compositeCurrentView	(	const unsigned char *	rgba,
		const float *	depth,
		const int	viewport[4],
		int	timestep,
		bool	lastView
	)

◆ connectionAdded()

void vistle::ParallelRemoteRenderManager::connectionAdded ( const Port * to )

◆ connectionRemoved()

void vistle::ParallelRemoteRenderManager::connectionRemoved ( const Port * to )

◆ depth()

float * vistle::ParallelRemoteRenderManager::depth ( size_t viewIdx )

◆ finishCurrentView() [1/2]

void vistle::ParallelRemoteRenderManager::finishCurrentView	(	const IceTImage &	img,
		int	timestep
	)

◆ finishCurrentView() [2/2]

void vistle::ParallelRemoteRenderManager::finishCurrentView	(	const IceTImage &	img,
		int	timestep,
		bool	lastView
	)

◆ finishFrame()

bool vistle::ParallelRemoteRenderManager::finishFrame ( int timestep )

◆ getModelViewMat()

vistle::Matrix4 vistle::ParallelRemoteRenderManager::getModelViewMat ( size_t viewIdx ) const

◆ getProjMat()

vistle::Matrix4 vistle::ParallelRemoteRenderManager::getProjMat ( size_t viewIdx ) const

◆ handleMessage()

bool vistle::ParallelRemoteRenderManager::handleMessage	(	const message::Message *	message,
		const MessagePayload &	payload
	)

◆ handleParam()

bool vistle::ParallelRemoteRenderManager::handleParam ( const Parameter * p )

◆ isVariantVisible()

bool vistle::ParallelRemoteRenderManager::isVariantVisible ( const std::string & variant ) const

◆ numViews()

size_t vistle::ParallelRemoteRenderManager::numViews ( ) const

◆ outputPort()

Port * vistle::ParallelRemoteRenderManager::outputPort ( ) const

◆ prepareFrame()

bool vistle::ParallelRemoteRenderManager::prepareFrame ( size_t numTimesteps )

◆ removeObject()

void vistle::ParallelRemoteRenderManager::removeObject ( std::shared_ptr< RenderObject > ro )

◆ rgba()

unsigned char * vistle::ParallelRemoteRenderManager::rgba ( size_t viewIdx )

◆ rootRank()

int vistle::ParallelRemoteRenderManager::rootRank ( ) const

inline

◆ sceneChanged()

bool vistle::ParallelRemoteRenderManager::sceneChanged ( ) const

◆ setCurrentView()

void vistle::ParallelRemoteRenderManager::setCurrentView ( size_t i )

◆ setLocalBounds()

void vistle::ParallelRemoteRenderManager::setLocalBounds	(	const Vector3 &	min,
		const Vector3 &	max
	)

◆ setModified()

void vistle::ParallelRemoteRenderManager::setModified ( )

◆ timestep()

int vistle::ParallelRemoteRenderManager::timestep ( ) const

◆ updateRect()

void vistle::ParallelRemoteRenderManager::updateRect	(	size_t	viewIdx,
		const IceTInt *	viewport
	)

◆ updateVariants()

void vistle::ParallelRemoteRenderManager::updateVariants ( )

◆ viewData()

const PerViewState & vistle::ParallelRemoteRenderManager::viewData ( size_t viewIdx ) const

Member Data Documentation

◆ IceTDrawCallback

EIGEN_MAKE_ALIGNED_OPERATOR_NEW typedef void(* vistle::ParallelRemoteRenderManager::IceTDrawCallback) (const IceTDouble *proj, const IceTDouble *mv, const IceTFloat *bg, const IceTInt *viewport, IceTImage image)

◆ localBoundMax

Vector3 vistle::ParallelRemoteRenderManager::localBoundMax

◆ localBoundMin

Vector3 vistle::ParallelRemoteRenderManager::localBoundMin

◆ m_clientVariants

RhrServer::VariantVisibilityMap vistle::ParallelRemoteRenderManager::m_clientVariants

◆ m_colorRank

IntParameter* vistle::ParallelRemoteRenderManager::m_colorRank

◆ m_continuousRendering

IntParameter* vistle::ParallelRemoteRenderManager::m_continuousRendering

◆ m_currentView

int vistle::ParallelRemoteRenderManager::m_currentView

holds no. of view currently being rendered - not a problem as IceT is not reentrant anyway

◆ m_defaultColor

Vector4 vistle::ParallelRemoteRenderManager::m_defaultColor

◆ m_delay

FloatParameter* vistle::ParallelRemoteRenderManager::m_delay

◆ m_delaySec

double vistle::ParallelRemoteRenderManager::m_delaySec

◆ m_depth

std::vector<std::vector<float> > vistle::ParallelRemoteRenderManager::m_depth

◆ m_displayRank

int vistle::ParallelRemoteRenderManager::m_displayRank

◆ m_doRender

int vistle::ParallelRemoteRenderManager::m_doRender

◆ m_drawCallback

IceTDrawCallback vistle::ParallelRemoteRenderManager::m_drawCallback

◆ m_frameComplete

bool vistle::ParallelRemoteRenderManager::m_frameComplete

track whether frame has been flushed to clients

◆ m_icet

std::vector<IceTData> vistle::ParallelRemoteRenderManager::m_icet

◆ m_lightsUpdateCount

size_t vistle::ParallelRemoteRenderManager::m_lightsUpdateCount

◆ m_localVariants

Renderer::VariantMap vistle::ParallelRemoteRenderManager::m_localVariants

◆ m_module

Renderer* vistle::ParallelRemoteRenderManager::m_module

◆ m_rgba

std::vector<std::vector<unsigned char> > vistle::ParallelRemoteRenderManager::m_rgba

◆ m_rhrControl

RhrController vistle::ParallelRemoteRenderManager::m_rhrControl

◆ m_state

struct GlobalState vistle::ParallelRemoteRenderManager::m_state

◆ m_updateBounds

int vistle::ParallelRemoteRenderManager::m_updateBounds

◆ m_updateCount

size_t vistle::ParallelRemoteRenderManager::m_updateCount = -1

◆ m_updateScene

int vistle::ParallelRemoteRenderManager::m_updateScene

◆ m_updateVariants

int vistle::ParallelRemoteRenderManager::m_updateVariants

◆ m_viewData

std::vector<PerViewState, Eigen::aligned_allocator<PerViewState> > vistle::ParallelRemoteRenderManager::m_viewData

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

renderer/parrendmgr.h

Classes

Public Member Functions

Public Attributes