ezView Class Reference

Encapsulates a view on the given world through the given camera and rendered with the specified RenderPipeline. More...

#include <View.h>

Inheritance diagram for ezView:

Public Member Functions
void	SetName (const char *szName)
const char *	GetName () const
void	SetWorld (ezWorld *pWorld)
ezWorld *	GetWorld ()
const ezWorld *	GetWorld () const
void	SetRenderPipeline (ezUniquePtr< ezRenderPipeline > &&pRenderPipeline)
ezRenderPipeline *	GetRenderPipeline () const
void	SetLogicCamera (const ezCamera *pCamera)
const ezCamera *	GetLogicCamera () const
void	SetRenderCamera (const ezCamera *pCamera)
const ezCamera *	GetRenderCamera () const
void	SetViewport (const ezRectFloat &viewport)
const ezRectFloat &	GetViewport () const
const ezViewData &	GetData () const
bool	IsValid () const
void	ExtractData ()
	Extracts all relevant data from the world to render the view.
ezTask *	GetExtractTask ()
	Returns a task implementation that calls ExtractData on this view.
ezResult	ComputePickingRay (float fScreenPosX, float fScreenPosY, ezVec3 &out_RayStartPos, ezVec3 &out_RayDir)
	Returns the start position and direction (in world space) of the picking ray through the screen position in this view. More...
const ezMat4 &	GetProjectionMatrix () const
	Returns the current projection matrix.
const ezMat4 &	GetInverseProjectionMatrix () const
	Returns the current inverse projection matrix.
const ezMat4 &	GetViewMatrix () const
	Returns the current view matrix (camera orientation).
const ezMat4 &	GetInverseViewMatrix () const
	Returns the current inverse view matrix (inverse camera orientation).
const ezMat4 &	GetViewProjectionMatrix () const
	Returns the current view-projection matrix.
const ezMat4 &	GetInverseViewProjectionMatrix () const
	Returns the current inverse view-projection matrix.
Public Member Functions inherited from ezNode
void	InitializePins ()
const ezNodePin *	GetPinByName (const char *szName) const
Public Member Functions inherited from ezReflectedClass
EZ_FORCE_INLINE bool	IsInstanceOf (const ezRTTI *pType) const
	Returns whether the type of this instance is of the given type or derived from it.
template<typename T >
EZ_FORCE_INLINE bool	IsInstanceOf () const
	Returns whether the type of this instance is of the given type or derived from it.
virtual void	Serialize (ezArchiveWriter &stream) const
	This function is called to serialize the instance. More...
virtual void	Deserialize (ezArchiveReader &stream)
	This function is called to deserialize the instance. More...
virtual void	OnDeserialized ()
	This function is called after all objects are deserialized and thus all references to other objects are valid. More...

Public Attributes
ezTagSet	m_IncludeTags
ezTagSet	m_ExcludeTags

Private Member Functions
	EZ_ADD_DYNAMIC_REFLECTION (ezView)
	ezView ()
	Use ezRenderLoop::CreateView to create a view.
void	UpdateCachedMatrices () const

Private Attributes
ezHashedString	m_sName
ezProfilingId	m_ExtractDataProfilingID
ezDelegateTask< void >	m_ExtractTask
ezWorld *	m_pWorld
ezUniquePtr< ezRenderPipeline >	m_pRenderPipeline
const ezCamera *	m_pLogicCamera
const ezCamera *	m_pRenderCamera
ezInputNodePin	m_PinRenderTarget0
ezInputNodePin	m_PinRenderTarget1
ezInputNodePin	m_PinRenderTarget2
ezInputNodePin	m_PinRenderTarget3
ezInputNodePin	m_PinDepthStencil
ezUInt32	m_uiLastCameraSettingsModification
ezUInt32	m_uiLastCameraOrientationModification
float	m_fLastViewportAspectRatio
ezViewData	m_Data

Friends
class	ezRenderLoop

Additional Inherited Members
Static Public Member Functions inherited from ezNoBase
static const ezRTTI *	GetStaticRTTI ()

Detailed Description

Encapsulates a view on the given world through the given camera and rendered with the specified RenderPipeline.

Member Function Documentation

EZ_FORCE_INLINE ezResult ezView::ComputePickingRay	(	float	fScreenPosX,
		float	fScreenPosY,
		ezVec3 &	out_RayStartPos,
		ezVec3 &	out_RayDir
	)

Returns the start position and direction (in world space) of the picking ray through the screen position in this view.

fScreenPosX and fScreenPosY are expected to be in [0; 1] range (normalized pixel coordinates). If no ray can be computed, EZ_FAILURE is returned.

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

• D:/Daten/Code/ezEngine/Branches/Milestone7_Release/Code/Engine/RendererCore/Pipeline/View.h
• D:/Daten/Code/ezEngine/Branches/Milestone7_Release/Code/Engine/RendererCore/Pipeline/Implementation/View.cpp
• D:/Daten/Code/ezEngine/Branches/Milestone7_Release/Code/Engine/RendererCore/Pipeline/Implementation/View_inl.h