Offers all controls to model a camera. More...

Inheritance diagram for nkGraphics::Camera:

Public Member Functions
const Frustum &	getFrustum ()

nkMemory::StringView	getName () const

PROJECTION_TYPE	getProjectionType () const

float	getPerspectiveFov () const

float	getPerspectiveAspectRatio () const

float	getPerspectiveOffCenterFovLeft () const

float	getPerspectiveOffCenterFovRight () const

float	getPerspectiveOffCenterFovTop () const

float	getPerspectiveOffCenterFovBottom () const

float	getOrthographicHeight () const

float	getOrthographicAspectRatio () const

float	getNear () const

float	getFar () const

bool	getAutoUpdateOnContextSwitch () const

bool	getHidden () const

bool	getReverseZ () const

bool	getInfiniteZ () const

const nkMaths::Matrix &	getViewMatrix () const

const nkMaths::Matrix &	getProjectionMatrix () const

nkMaths::Matrix	getViewProjMatrix () const

nkMaths::Vector	getProjectionParameters () const

virtual void	setPositionRelative (const nkMaths::Vector &value) override

virtual void	setPositionAbsolute (const nkMaths::Vector &value) override

virtual void	translateRelative (const nkMaths::Vector &value) override

virtual void	translateAbsolute (const nkMaths::Vector &value) override

virtual void	setOrientationRelative (const nkMaths::Quaternion &value) override

virtual void	setOrientationAbsolute (const nkMaths::Quaternion &value) override

virtual void	rotateRelative (const nkMaths::Quaternion &value) override

virtual void	rotateAbsolute (const nkMaths::Quaternion &value) override

virtual void	setScaleRelative (const nkMaths::Vector &value) override

virtual void	setScaleAbsolute (const nkMaths::Vector &value) override

virtual void	applyScale (const nkMaths::Vector &value) override

void	setName (nkMemory::StringView name)

void	setAsPerspective (float fovRadian, float aspectRatioWidthOverHeight)

void	setAsPerspectiveReverseZ (float fovRadian, float aspectRatioWidthOverHeight)

void	setAsPerspectiveReverseInfiniteZ (float fovRadian, float aspectRatioWidthOverHeight)

void	setAsPerspectiveOffCenter (float fovLeftRadian, float fovRightRadian, float fovTopRadian, float fovBottomRadian)

void	setAsPerspectiveOffCenterReverseZ (float fovLeftRadian, float fovRightRadian, float fovTopRadian, float fovBottomRadian)

void	setAsPerspectiveOffCenterReverseInfiniteZ (float fovLeftRadian, float fovRightRadian, float fovTopRadian, float fovBottomRadian)

void	setAsOrthographic (float height, float aspectRatioWidthOverHeight)

void	setAsOrthographicReverseZ (float height, float aspectRatioWidthOverHeight)

void	setRange (float near, float far)

void	prepareForContext (RenderContext *context)

void	setAutoUpdateOnContextSwitch (bool value)

void	setHidden (bool value)

void	updateViewMatrix ()

void	updateProjectionMatrix ()

void	lookAt (const nkMaths::Vector &point, const nkMaths::Vector &enforcedUp=nkMaths::Vector(0, 0, 0, 0))

void	getNearPlanePoints (nkMaths::Vector &a, nkMaths::Vector &b, nkMaths::Vector &c, nkMaths::Vector &d)

void	getFarPlanePoints (nkMaths::Vector &a, nkMaths::Vector &b, nkMaths::Vector &c, nkMaths::Vector &d)

void	getFrustumCornersDirectionsWorld (nkMaths::Vector &a, nkMaths::Vector &b, nkMaths::Vector &c, nkMaths::Vector &d)

void	getFrustumCornersDirectionsView (nkMaths::Vector &a, nkMaths::Vector &b, nkMaths::Vector &c, nkMaths::Vector &d)

nkMaths::Vector	getDirectionAtPixelWorld (int x, int y, RenderContext *fromContext=nullptr)

nkMaths::Vector	getDirectionAtScreenCoordWorld (float x, float y)

nkMaths::Vector	getDirectionAtPixelView (int x, int y, RenderContext *fromContext=nullptr)

nkMaths::Vector	getDirectionAtScreenCoordView (float x, float y)

virtual void	exportClassToTree (nkExport::Node *rootNode) override

virtual void	importClassFromTree (nkExport::Node *rootNode) override

Public Member Functions inherited from nkGraphics::Node
virtual	~Node ()

nkMaths::Vector	getPositionRelative () const

nkMaths::Vector	getPositionAbsolute ()

nkMaths::Quaternion	getOrientationRelative () const

nkMaths::Quaternion	getOrientationAbsolute ()

nkMaths::Vector	getScaleRelative () const

nkMaths::Vector	getScaleAbsolute ()

void	setRelativeTransform (const nkMaths::Matrix &value)

void	setAbsoluteTransform (const nkMaths::Matrix &value)

nkMaths::Matrix	getRelativeTransform ()

nkMaths::Matrix	getAbsoluteTransform ()

void	updateTransformations ()

void	dispatchDirtyTransform ()

bool	getTransformDirty () const

nkMaths::Vector	getAbsoluteUp ()

nkMaths::Vector	getAbsoluteFront ()

nkMaths::Vector	getAbsoluteRight ()

void	setParentNode (Node *parent)

Node *	getParentNode () const

Node *	getChildNode (unsigned int index) const

unsigned int	getNumChildNode () const

void	setName (nkMemory::StringView value)

nkMemory::StringView	getName () const

bool	getHidden () const

void	setHidden (bool value)

void	addEntityToTrack (Entity *entity)

void	stopEntityTracking (Entity *entity)

unsigned int	getTrackedEntityCount () const

Entity *	getTrackedEntity (unsigned int index) const

void	registerListener (NodeChangeListener *listener)

void	unregisterListener (NodeChangeListener *listener)

Public Member Functions inherited from nkExport::Exportable
	Exportable () noexcept

virtual	~Exportable ()

Static Public Member Functions
static nkMemory::UniquePtr< Camera >	create (System *system=nullptr)

Static Public Member Functions inherited from nkGraphics::Node
static nkMemory::UniquePtr< Node >	create (System *system=nullptr)

Detailed Description

Offers all controls to model a camera.

See CameraManager::createOrRetrieve() or Camera::create() for instantiation.

Member Function Documentation

◆ getFrustum()

const Frustum& nkGraphics::Camera::getFrustum ( )

Returns: The frustum representing the field of view of the camera.

◆ getName()

nkMemory::StringView nkGraphics::Camera::getName ( ) const

Returns: The camera's name.

◆ getProjectionType()

PROJECTION_TYPE nkGraphics::Camera::getProjectionType ( ) const

Returns: The projection type currently used by the camera.

◆ getPerspectiveFov()

float nkGraphics::Camera::getPerspectiveFov ( ) const

Returns: The vertical field of view of the camera, in radians, for a perspective projection type.

◆ getPerspectiveAspectRatio()

float nkGraphics::Camera::getPerspectiveAspectRatio ( ) const

Returns: The currently used aspect ratio (width / height), for a perspective projection type.

◆ getPerspectiveOffCenterFovLeft()

float nkGraphics::Camera::getPerspectiveOffCenterFovLeft ( ) const

Returns: The horizontal left field of view of the camera, in radians, for a perspective off-center projection type.

◆ getPerspectiveOffCenterFovRight()

float nkGraphics::Camera::getPerspectiveOffCenterFovRight ( ) const

Returns: The horizontal right field of view of the camera, in radians, for a perspective off-center projection type.

◆ getPerspectiveOffCenterFovTop()

float nkGraphics::Camera::getPerspectiveOffCenterFovTop ( ) const

Returns: The vertical top field of view of the camera, in radians, for a perspective off-center projection type.

◆ getPerspectiveOffCenterFovBottom()

float nkGraphics::Camera::getPerspectiveOffCenterFovBottom ( ) const

Returns: The vertical bottom field of view of the camera, in radians, for a perspective off-center projection type.

◆ getOrthographicHeight()

float nkGraphics::Camera::getOrthographicHeight ( ) const

Returns: The orthographic height used by the camera, in world units.

◆ getOrthographicAspectRatio()

float nkGraphics::Camera::getOrthographicAspectRatio ( ) const

Returns: The currently used aspect ratio (width / height), for an orthographic projection type.

◆ getNear()

float nkGraphics::Camera::getNear ( ) const

Returns: Current near plane distance used.

◆ getFar()

float nkGraphics::Camera::getFar ( ) const

Returns: Current far plance distance used.

◆ getAutoUpdateOnContextSwitch()

bool nkGraphics::Camera::getAutoUpdateOnContextSwitch ( ) const

Returns: Whether the camera will auto update its aspect ratio before being used in a context (true) or not (false).

◆ getHidden()

bool nkGraphics::Camera::getHidden ( ) const

Returns: Whether the camera is hidden from project saving (true) or not (false).

◆ getReverseZ()

bool nkGraphics::Camera::getReverseZ ( ) const

Returns: Whether the camera is currently using a reversed Z projection (true) or not (false).

◆ getInfiniteZ()

bool nkGraphics::Camera::getInfiniteZ ( ) const

Returns: Whether the camera is currently using an infinite Z projection (true) or not (false).

◆ getViewMatrix()

const nkMaths::Matrix& nkGraphics::Camera::getViewMatrix ( ) const

Returns: The current view matrix.

◆ getProjectionMatrix()

const nkMaths::Matrix& nkGraphics::Camera::getProjectionMatrix ( ) const

Returns: The current projection matrix.

◆ getViewProjMatrix()

nkMaths::Matrix nkGraphics::Camera::getViewProjMatrix ( ) const

Returns: The view * proj matrix.

◆ getProjectionParameters()

nkMaths::Vector nkGraphics::Camera::getProjectionParameters ( ) const

Allows to retrieve the projection parameters of the camera. These parameters allow to reconstruct the linear ([0, 1]) depth from the camera, of a projected position.
To recompose the depth, these formulas can be used both within CPU or GPU shader code :

Projection type

Formula

Perspective

B / (z - A)

Orthographic

near + z * far

Returns: The vector filled with the parameters, (A, B, near, far).

Remarks: The projected depth is expected to be within [0, 1] in both DirectX and OpenGL. While the GPU will naturally sample in this interval from a depth buffer, if the reconstruction happens in another context with OpenGL, the projected Z needs to be corrected from [-1, 1] to [0, 1]. This can be done with (z * 0.5 + 0.5).

◆ setPositionRelative()

virtual void nkGraphics::Camera::setPositionRelative ( const nkMaths::Vector & value )

overridevirtual

See Node::setPositionRelative().

Reimplemented from nkGraphics::Node.

◆ setPositionAbsolute()

virtual void nkGraphics::Camera::setPositionAbsolute ( const nkMaths::Vector & value )

overridevirtual

See Node::setPositionAbsolute().

Reimplemented from nkGraphics::Node.

◆ translateRelative()

virtual void nkGraphics::Camera::translateRelative ( const nkMaths::Vector & value )

overridevirtual

See Node::translateRelative().

Reimplemented from nkGraphics::Node.

◆ translateAbsolute()

virtual void nkGraphics::Camera::translateAbsolute ( const nkMaths::Vector & value )

overridevirtual

See Node::translateAbsolute().

Reimplemented from nkGraphics::Node.

◆ setOrientationRelative()

virtual void nkGraphics::Camera::setOrientationRelative ( const nkMaths::Quaternion & value )

overridevirtual

See Node::setOrientationRelative().

Reimplemented from nkGraphics::Node.

◆ setOrientationAbsolute()

virtual void nkGraphics::Camera::setOrientationAbsolute ( const nkMaths::Quaternion & value )

overridevirtual

See Node::setOrientationAbsolute().

Reimplemented from nkGraphics::Node.

◆ rotateRelative()

virtual void nkGraphics::Camera::rotateRelative ( const nkMaths::Quaternion & value )

overridevirtual

See Node::rotateRelative().

Reimplemented from nkGraphics::Node.

◆ rotateAbsolute()

virtual void nkGraphics::Camera::rotateAbsolute ( const nkMaths::Quaternion & value )

overridevirtual

See Node::rotateAbsolute().

Reimplemented from nkGraphics::Node.

◆ setScaleRelative()

virtual void nkGraphics::Camera::setScaleRelative ( const nkMaths::Vector & value )

overridevirtual

See Node::setScaleRelative().

Reimplemented from nkGraphics::Node.

◆ setScaleAbsolute()

virtual void nkGraphics::Camera::setScaleAbsolute ( const nkMaths::Vector & value )

overridevirtual

See Node::setScaleAbsolute().

Reimplemented from nkGraphics::Node.

◆ applyScale()

virtual void nkGraphics::Camera::applyScale ( const nkMaths::Vector & value )

overridevirtual

See Node::applyScale().

Reimplemented from nkGraphics::Node.

◆ setName()

void nkGraphics::Camera::setName ( nkMemory::StringView name )

Sets the name of the camera.

Parameters

name	The name to assign.

Remarks: In theory, should never be called by external code.

◆ setAsPerspective()

void nkGraphics::Camera::setAsPerspective	(	float	fovRadian,
		float	aspectRatioWidthOverHeight
	)

Sets the camera up for perspective projection.

Parameters

fovRadian	The vertical field of view, in radian.
aspectRatioWidthOverHeight	The aspect ratio, given as width / height.

Remarks: If one of the perspective parameter needs to be changed, this method needs to be called again. It is useful in such case to use the getters for associated parameters that should remain the same.

◆ setAsPerspectiveReverseZ()

void nkGraphics::Camera::setAsPerspectiveReverseZ	(	float	fovRadian,
		float	aspectRatioWidthOverHeight
	)

Sets the camera up for perspective projection, with a reverse Z logic (near = 1, far = 0). This redistributes the Z buffer precision, allowing to use a far bigger range for the camera.
The rendering needs to be accomodated to support this, by :

Cleaning the depth buffer to 0 instead of 1.
Using the COMPARISON_FUNCTION::FUNCTION_GREATER depth comparison function (DepthStencilState::setDepthComparison()).
Use floating point depth targets, preferrably 32bits (FORMAT::D32_FLOAT).

Parameters

fovRadian	The vertical field of view, in radian.
aspectRatioWidthOverHeight	The aspect ratio, given as width / height.

Remarks: If one of the perspective parameter needs to be changed, this method needs to be called again. It is useful in such case to use the getters for associated parameters that should remain the same.

◆ setAsPerspectiveReverseInfiniteZ()

void nkGraphics::Camera::setAsPerspectiveReverseInfiniteZ	(	float	fovRadian,
		float	aspectRatioWidthOverHeight
	)

Sets the camera up for perspective projection, with a reverse Z logic (near = 1, far = 0). All the details from setAsPerspectiveReverseZ() apply, this time considering far as being infinite.
This means the far value within the set range won't be used. While the infinite Z can be used in most cases once the rendering is adapted to the reverse Z values, it might still be attractive to use a finite Z value :

To maintain a finite frustum, maintaining far culling capabilities.
To be able to compress Z precision in a known interval, for instance for shadow maps.
To continue being able to use formulas that rely on a finite far.

Parameters

fovRadian	The vertical field of view, in radian.
aspectRatioWidthOverHeight	The aspect ratio, given as width / height.

Remarks: If one of the perspective parameter needs to be changed, this method needs to be called again. It is useful in such case to use the getters for associated parameters that should remain the same.

◆ setAsPerspectiveOffCenter()

void nkGraphics::Camera::setAsPerspectiveOffCenter	(	float	fovLeftRadian,
		float	fovRightRadian,
		float	fovTopRadian,
		float	fovBottomRadian
	)

Sets the camera up for off-center perspective projection.

Parameters

fovLeftRadian	The horizontal left field of view angle from the theoretical projection center, in radians.
fovRightRadian	The horizontal right field of view angle from the theoretical projection center, in radians.
fovTopRadian	The vertical top field of view angle from the theoretical projection center, in radians.
fovBottomRadian	The vertical bottom field of view angle from the theoretical projection center, in radians.

Remarks: If one of the perspective parameter needs to be changed, this method needs to be called again. It is useful in such case to use the getters for associated parameters that should remain the same.

◆ setAsPerspectiveOffCenterReverseZ()

void nkGraphics::Camera::setAsPerspectiveOffCenterReverseZ	(	float	fovLeftRadian,
		float	fovRightRadian,
		float	fovTopRadian,
		float	fovBottomRadian
	)

Sets the camera up for off-center perspective projection, with a reverse Z logic (near = 1, far = 0). Please check setAsPerspectiveReverseZ() to understand the benefits of doing so.

Parameters

fovLeftRadian	The horizontal left field of view angle from the theoretical projection center, in radians.
fovRightRadian	The horizontal right field of view angle from the theoretical projection center, in radians.
fovTopRadian	The vertical top field of view angle from the theoretical projection center, in radians.
fovBottomRadian	The vertical bottom field of view angle from the theoretical projection center, in radians.

Remarks: If one of the perspective parameter needs to be changed, this method needs to be called again. It is useful in such case to use the getters for associated parameters that should remain the same.

◆ setAsPerspectiveOffCenterReverseInfiniteZ()

void nkGraphics::Camera::setAsPerspectiveOffCenterReverseInfiniteZ	(	float	fovLeftRadian,
		float	fovRightRadian,
		float	fovTopRadian,
		float	fovBottomRadian
	)

Sets the camera up for off-center perspective projection, with a reverse and infinite Z logic (near = 1, far = 0). Please check setAsPerspectiveReverseInfiniteZ() to understand the benefits of doing so.

Parameters

fovLeftRadian	The horizontal left field of view angle from the theoretical projection center, in radians.
fovRightRadian	The horizontal right field of view angle from the theoretical projection center, in radians.
fovTopRadian	The vertical top field of view angle from the theoretical projection center, in radians.
fovBottomRadian	The vertical bottom field of view angle from the theoretical projection center, in radians.

Remarks: If one of the perspective parameter needs to be changed, this method needs to be called again. It is useful in such case to use the getters for associated parameters that should remain the same.

◆ setAsOrthographic()

void nkGraphics::Camera::setAsOrthographic	(	float	height,
		float	aspectRatioWidthOverHeight
	)

Sets the camera up for orthographic projection.

Parameters

height	The projection's height, in world units.
aspectRatioWidthOverHeight	The aspect ratio, given as width / height.

Remarks: If one of the perspective parameter needs to be changed, this method needs to be called again. It is useful in such case to use the getters for associated parameters that should remain the same.

◆ setAsOrthographicReverseZ()

void nkGraphics::Camera::setAsOrthographicReverseZ	(	float	height,
		float	aspectRatioWidthOverHeight
	)

Sets the camera up for orthographic projection, with a reverse Z logic (near = 1, far = 0). While the orthographic projection depth is linear and does not benefit from a reversed Z, this method can allow to match an orthographic projection with a rendering pipeline set for reverse Z projections.

Parameters

height	The projection's height, in world units.
aspectRatioWidthOverHeight	The aspect ratio, given as width / height.

Remarks: If one of the perspective parameter needs to be changed, this method needs to be called again. It is useful in such case to use the getters for associated parameters that should remain the same.

◆ setRange()

void nkGraphics::Camera::setRange	(	float	near,
		float	far
	)

Sets the projection's distance range interval.

Parameters

near	The near plane distance in world units.
far	The far plane distance in world units.

◆ prepareForContext()

void nkGraphics::Camera::prepareForContext ( RenderContext * context )

Prepare the camera to be used by a render context. Will update values like the aspect ratio to be compatible with the rendering surface associated.

Parameters

context The context to adapt to.

◆ setAutoUpdateOnContextSwitch()

void nkGraphics::Camera::setAutoUpdateOnContextSwitch ( bool value )

Sets whether the camera should be updated for the context given before rendering. For instance, this will update the aspect ratio to fit the dimension of the render target.

Parameters

value Whether the camera should be updated (true) or not (false) when a context switch is done.

Remarks: This can be useful when using a camera to render a scene on different windows / textures, for instance. In case rendering has to take specific aspect ratio for any purpose, this flag can remain off.

◆ setHidden()

void nkGraphics::Camera::setHidden ( bool value )

Sets whether the camera is hidden from project exporting. If enabled, the camera won't be exported in the decl files of the project. This can be useful when a camera is created programmatically in an application, and should not be duplicated in the declaration files.

Parameters

value If the camera should be hidden (true) or not (false).

◆ updateViewMatrix()

void nkGraphics::Camera::updateViewMatrix ( )

Updates the view matrix after new changes in parameters occurred.

◆ updateProjectionMatrix()

void nkGraphics::Camera::updateProjectionMatrix ( )

Updates the projection matrix after new changes in parameters occurred.

◆ lookAt()

void nkGraphics::Camera::lookAt	(	const nkMaths::Vector &	point,
		const nkMaths::Vector &	enforcedUp = `nkMaths::Vector(0, 0, 0, 0)`
	)

Sets the camera to look at a coordinate.

Parameters

point	The point to look at.
enforcedUp	The up direction to take. If left blank, an automatic up is computed.

◆ getNearPlanePoints()

void nkGraphics::Camera::getNearPlanePoints	(	nkMaths::Vector &	a,
		nkMaths::Vector &	b,
		nkMaths::Vector &	c,
		nkMaths::Vector &	d
	)

Fills up the 4 points of the near plane.

Parameters

a	The first point.
b	The second point.
c	The third point.
d	The fourth point.

◆ getFarPlanePoints()

void nkGraphics::Camera::getFarPlanePoints	(	nkMaths::Vector &	a,
		nkMaths::Vector &	b,
		nkMaths::Vector &	c,
		nkMaths::Vector &	d
	)

Fills up the 4 points of the far plane.

Parameters

a	The first point.
b	The second point.
c	The third point.
d	The fourth point.

◆ getFrustumCornersDirectionsWorld()

void nkGraphics::Camera::getFrustumCornersDirectionsWorld	(	nkMaths::Vector &	a,
		nkMaths::Vector &	b,
		nkMaths::Vector &	c,
		nkMaths::Vector &	d
	)

Fills up the directions of the frustum corners, in world space. Can be seen as the directions from the near plane points, to their attached far plane points.

Parameters

a	The first direction.
b	The second direction.
c	The third direction.
d	The fourth direction.

◆ getFrustumCornersDirectionsView()

void nkGraphics::Camera::getFrustumCornersDirectionsView	(	nkMaths::Vector &	a,
		nkMaths::Vector &	b,
		nkMaths::Vector &	c,
		nkMaths::Vector &	d
	)

Fills up the directions of the frustum corners, in view space. Can be seen as the directions from the near plane points, to their attached far plane points.

Parameters

a	The first direction.
b	The second direction.
c	The third direction.
d	The fourth direction.

◆ getDirectionAtPixelWorld()

nkMaths::Vector nkGraphics::Camera::getDirectionAtPixelWorld	(	int	x,
		int	y,
		RenderContext *	fromContext = `nullptr`
	)

Returns the direction, in world space, for one pixel.

Parameters

x	The x coordinate of the pixel.
y	The y coordinate of the pixel.
fromContext	The context from which the pixel size should be retrieved. If left nullptr, the active context will be queried.

Returns: The direction of the pixel, in world space.

Remarks: If a context is given, it will be used to deduce the relative coordinates to sample from. Note that no change in ratio or projection matrix will take place for the given context.

◆ getDirectionAtScreenCoordWorld()

nkMaths::Vector nkGraphics::Camera::getDirectionAtScreenCoordWorld	(	float	x,
		float	y
	)

Returns the direction, in world space, for a given position on screen.

Parameters

x	The x coordinate, in [0, 1].
y	The y coordinate, in [0, 1].

Returns: The direction on screen, in world space.

◆ getDirectionAtPixelView()

nkMaths::Vector nkGraphics::Camera::getDirectionAtPixelView	(	int	x,
		int	y,
		RenderContext *	fromContext = `nullptr`
	)

Returns the direction, in view space, for one pixel.

Parameters

x	The x coordinate of the pixel.
y	The y coordinate of the pixel.
fromContext	The context from which the pixel size should be retrieved. If left nullptr, the active context will be queried.

Returns: The direction of the pixel, in view space.

Remarks: If a context is given, it will be used to deduce the relative coordinates to sample from. Note that no change in ratio or projection matrix will take place for the given context.

◆ getDirectionAtScreenCoordView()

nkMaths::Vector nkGraphics::Camera::getDirectionAtScreenCoordView	(	float	x,
		float	y
	)

Returns the direction, in view space, for a given position on screen. , in [

Parameters

x	The x coordinate0, 1].
y	The y coordinate, in [0, 1].

Returns: The direction on screen, in view space.

◆ exportClassToTree()

virtual void nkGraphics::Camera::exportClassToTree ( nkExport::Node * rootNode )

overridevirtual

Exports an item into a tree describing its structure and its data.

Parameters

rootNode The node into which the object has to write its related information.

Reimplemented from nkGraphics::Node.

◆ importClassFromTree()

virtual void nkGraphics::Camera::importClassFromTree ( nkExport::Node * rootNode )

overridevirtual

Imports information from a tree which is supposed to describe its structure and data.

Parameters

rootNode The root node of the tree holding the information.

Reimplemented from nkGraphics::Node.

◆ create()

static nkMemory::UniquePtr<Camera> nkGraphics::Camera::create ( System * system = nullptr )

static

Creates a standalone resource, linking it to a system, but no manager. This method can be used to allocate a resource and manually manage its lifetime.

Parameters

system The system to create the resource into. If left to nullptr, then the Singleton instance will be used.

Returns: The created resource instance.

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

Documentation/Headers/NilkinsGraphics/Cameras/Camera.h

Public Member Functions

Static Public Member Functions

Detailed Description

Member Function Documentation

◆ getFrustum()

◆ getName()

◆ getProjectionType()

◆ getPerspectiveFov()

◆ getPerspectiveAspectRatio()

◆ getPerspectiveOffCenterFovLeft()

◆ getPerspectiveOffCenterFovRight()

◆ getPerspectiveOffCenterFovTop()

◆ getPerspectiveOffCenterFovBottom()

◆ getOrthographicHeight()

◆ getOrthographicAspectRatio()

◆ getNear()

◆ getFar()

◆ getAutoUpdateOnContextSwitch()

◆ getHidden()

◆ getReverseZ()

◆ getInfiniteZ()

◆ getViewMatrix()

◆ getProjectionMatrix()

◆ getViewProjMatrix()

◆ getProjectionParameters()

◆ setPositionRelative()

◆ setPositionAbsolute()

◆ translateRelative()

◆ translateAbsolute()

◆ setOrientationRelative()

◆ setOrientationAbsolute()

◆ rotateRelative()

◆ rotateAbsolute()

◆ setScaleRelative()

◆ setScaleAbsolute()

◆ applyScale()

◆ setName()

◆ setAsPerspective()

◆ setAsPerspectiveReverseZ()

◆ setAsPerspectiveReverseInfiniteZ()

◆ setAsPerspectiveOffCenter()

◆ setAsPerspectiveOffCenterReverseZ()

◆ setAsPerspectiveOffCenterReverseInfiniteZ()

◆ setAsOrthographic()

◆ setAsOrthographicReverseZ()

◆ setRange()

◆ prepareForContext()

◆ setAutoUpdateOnContextSwitch()

◆ setHidden()

◆ updateViewMatrix()

◆ updateProjectionMatrix()

◆ lookAt()

◆ getNearPlanePoints()

◆ getFarPlanePoints()

◆ getFrustumCornersDirectionsWorld()

◆ getFrustumCornersDirectionsView()

◆ getDirectionAtPixelWorld()

◆ getDirectionAtScreenCoordWorld()

◆ getDirectionAtPixelView()

◆ getDirectionAtScreenCoordView()

◆ exportClassToTree()

◆ importClassFromTree()

◆ create()