Inheritance diagram for DD::Image::CameraOp:

Public Types
typedef void(	LensFunc) (Scene , CameraOp , MatrixArray transforms, const VArray &v, Vector4 &out, void data)

typedef void(	LensNFunc) (Scene , CameraOp , MatrixArray transforms, VArray vert_array, int n, void *data)

Public Types inherited from DD::Image::Op
enum	HandlesMode { eNoHandles, eHandlesUncooked, eHandlesCooked, eHandlesMax }

enum	PrevalidateResult { eFinished, eCancelled, eAbandoned }
	This is a tribool return value. Do not extend.

enum	HandleType { eNone, eMouseLeftClick, eMouseRightClick, eMouseMove, eMouseDrag, eMouseRelease, eSelectionChanged, eSelectionChangeFinished, eHandleDragTranslate, eHandleDragRotate, eHandleDragScale, eHandleDragPivot, eAllHandles }

enum	ViewableModes { eViewableMode2D, eViewableMode3D, eViewableMode3D_2DReference }

enum	GenerateType { OUTPUT_OP, ANY_CONTEXT, INPUT_OP, INPUT_OP_PEEK, EXECUTABLE, EXECUTABLE_SKIP, EXECUTABLE_INPUT, UICONTEXT_ONLY }

enum	NodeContext { eNodeGraph, eTimeline, eOpGraph }

enum	StatusFlags { StatusNone, StatusModal, StatusUseCallback }

enum	PopUpScheme { ePU_Never, ePU_Done, ePU_Once, ePU_Default, ePU_Always }
	Pop-up schemes determine when pop-up messages are displayed for op errors. More...

enum	VersionComponents { eMajor, eMinor, ePoint, eRevision }
	Enum to help get the desired version component from the VersionInfo tuple.

typedef std::pair< int, DD::Image::Op * >	Output
	Combination of input number and pointer to Op.

typedef std::set< Output >	OutputSet
	Set of all outputs from this Op.

typedef std::map< Hash, std::vector< unsigned int > >	ItemSelectionList

typedef bool(	EventCallback) (Op *op, EventContext eventCtx)

using	VersionInfo = std::tuple< int, int, int, int >
	Contains version components with each index defined by the VersionComponents enum.

Public Member Functions
	CameraOp (Node *node, GeomOpEngine::Builder engine_ctor)

	CameraOp (Node *node)
	Backwards-compatible ctor.

const CameraOp *	cameraOp () const override
	Cast to a CameraOp. This is much cheaper and safer than using dynamic_cast.

CameraOp *	cameraOp () override

OpHints	opHints () const override
	Return hints to control when and how this op will be evaluated by the top-down system.

unsigned	node_color () const override

void	_validate (bool for_real) override

void	knobs (Knob_Callback) override

void	addExtraFrontPanelKnobs (Knob_Callback f) override

void	addDisplayOptionsKnobs (Knob_Callback f) override
	Adds the frustum visualization controls.

virtual void	addProjectionKnobs (Knob_Callback)
	Adds the default projection controls.

virtual void	addShutterKnobs (Knob_Callback)
	Adds the default shutter controls.

virtual void	addLensKnobs (Knob_Callback)
	Adds the default lens controls.

void	setHorizontalFov (double angle_in_degrees)

double	horizontalAperture () const

void	setHorizontalAperture (double w)

double	verticalAperture () const

void	setVerticalAperture (double h)

double	focalLength () const

void	setFocalLength (double f)

double	fStop () const

void	setfStop (double f)

double	nearPlaneDistance () const

void	setNearPlaneDistance (double n)

double	farPlaneDistance () const

void	setFarPlaneDistance (double f)

double	focusDistance () const

void	setFocusDistance (double f)

const fdk::Vec2f &	windowTranslate () const

const fdk::Vec2f &	windowScale () const

double	windowRotateZ () const

LensProjection	projectionMode () const

void	setProjectionMode (LensProjection mode)

const fdk::Mat4d &	projectionMatrix () const

virtual fdk::Mat4d	projectionModeMatrix (LensProjection mode) const

virtual fdk::Mat4d	projectionModeMatrixAt (LensProjection mode, const OutputContext &context) const
	Same as projectionMatrix() except it evaluates the matrix at an arbitrary OutputContext.

virtual bool	isLinearProjection (LensProjection mode) const

double	lens_distort_a () const

double	lens_distort_b () const

double	lens_distort_c () const

double	lens_distort_D () const

double	lens_distortion () const

double	lens_power () const

bool	lens_distort_enabled () const

virtual LensProjectionFunc *	lensProjectionFunction (LensProjection mode, const Format *format, CameraLensContext &context) const

int	importScenePrim (const usg::StageRef &stage, const std::string &prim_path) override

HandlesMode	doAnyHandles (ViewerContext *ctx) override

void	build_handles (ViewerContext *) override

void	draw_handle (ViewerContext *) override
	Draws a lovely camera, I think it is a Mitchell.

virtual void	drawCameraIcon (bool solid, bool dashed_lines=false)
	Draw the camera's frustum outline solid or wireframe, dashed if 'dashed_lines'=true.

void	drawNodeName (const char *subcam_name="")
	Draw the node name at position 0,0,0 which will be the local center.

void	drawNodeName (const fdk::Vec3d &P, const char *subcam_name="")
	Draw the node name at an xyz position P relative to the local center.

void	drawAperture (const fdk::Vec3d &P, bool dashed_lines=false)
	Draw the aperture rectangle in millimeters, centered on xyz position P. More...

void	drawSolidFrustum (const fdk::Vec3d &near_corner, const fdk::Vec3d &far_corner)
	Draw the camera's frustum. More...

void	drawWireFrustum (const fdk::Vec3d &near_corner, const fdk::Vec3d &far_corner, bool dashed_lines=false)
	Draw the camera's frustum outline, dashed if 'dashed_lines'=true. More...

enum	mFnDeprecatedInNuke14 ("Enumeration deprecated, use enum class LensProjection instead.")

	mFnDeprecatedInNuke14 ("Class() has been deprecated, implement on subclass plugin instead.") const char *Class() const override

	mFnDeprecatedInNuke14 ("node_help() has been deprecated, implement on subclass plugin instead.") const char *node_help() const override

	mFnDeprecatedInNuke14 ("projection_knobs() has been deprecated, use addProjectionKnobs() instead.") virtual void projection_knobs(Knob_Callback f)

	mFnDeprecatedInNuke14 ("lens_knobs() has been deprecated, use addDistortionKnobs() instead.") virtual void lens_knobs(Knob_Callback f)

	mFnDeprecatedInNuke14 ("projection() has been deprecated, use projectionMatrix() instead") const Matrix4 &projection() const

	mFnDeprecatedInNuke14 ("hfov(double) has been deprecated, use setHorizontalFov() instead") void hfov(double v)

	mFnDeprecatedInNuke14 ("film_width() has been deprecated, use horizontalAperture() instead") double film_width() const

	mFnDeprecatedInNuke14 ("film_height() has been deprecated, use verticalAperture() instead") double film_height() const

	mFnDeprecatedInNuke14 ("focal_length() has been deprecated, use focalLength() instead") double focal_length() const

	mFnDeprecatedInNuke14 ("Near() has been deprecated, use nearPlaneDistance() instead") double Near() const

	mFnDeprecatedInNuke14 ("Far() has been deprecated, use farPlaneDistance() instead") double Far() const

	mFnDeprecatedInNuke14 ("focal_point() has been deprecated, use focusDistance() instead") double focal_point() const

	mFnDeprecatedInNuke14 ("fstop() has been deprecated, use fStop() instead") double fstop() const

	mFnDeprecatedInNuke14 ("film_width(double) has been deprecated, use setHorizontalAperture() instead") void film_width(double v)

	mFnDeprecatedInNuke14 ("film_height(double) has been deprecated, use setVerticalAperture() instead") void film_height(double v)

	mFnDeprecatedInNuke14 ("focal_length(double) has been deprecated, use setFocalLength() instead") void focal_length(double v)

	mFnDeprecatedInNuke14 ("Near(double) has been deprecated, use setNearPlaneDistance() instead") void Near(double v)

	mFnDeprecatedInNuke14 ("Far(double) has been deprecated, use setFarPlaneDistance() instead") void Far(double v)

	mFnDeprecatedInNuke14 ("focal_point(double) has been deprecated, use setFocusDistance() instead") void focal_point(double v)

	mFnDeprecatedInNuke14 ("fstop(double) has been deprecated, use setfStop() instead") void fstop(double v)

	mFnDeprecatedInNuke14 ("win_translate() has been deprecated, use windowTranslate() instead") const Vector2 &win_translate() const

	mFnDeprecatedInNuke14 ("win_scale() has been deprecated, use windowScale() instead") const Vector2 &win_scale() const

	mFnDeprecatedInNuke14 ("win_roll() has been deprecated, use windowRotateZ() instead") double win_roll() const

	mFnDeprecatedInNuke14 ("projection_mode() has been deprecated, use projectionMode() instead") int projection_mode() const

	mFnDeprecatedInNuke14 ("projection_mode(int) has been deprecated, use setProjectionMode() instead") void projection_mode(int i)

	mFnDeprecatedInNuke14 ("projection_is_linear(int) has been deprecated, use isProjectionModeLinear(LensProjection) instead") virtual bool projection_is_linear(int mode) const

	mFnDeprecatedInNuke14 ("projection(int) has been deprecated, use projectionModeMatrix(LensProjection) instead") virtual Matrix4 projection(int mode) const

	mFnDeprecatedInNuke14 ("projectionAt(OutputContext) has been deprecated, use projectionModeMatrixAt(LensProjection, OutputContext) instead") virtual Matrix4 projectionAt(const OutputContext &)

	mFnDeprecatedInNuke14 ("lens_function(int mode) has been deprecated.") virtual LensFunc *lens_function(int mode) const

	mFnDeprecatedInNuke14 ("lensNfunction(int mode) has been deprecated.") virtual LensNFunc *lensNfunction(int mode) const

	mFnDeprecatedInNuke14 ("to_format has been deprecated, use toFormat instead.") static void to_format(Matrix4 &

const Format *	mFnDeprecatedInNuke14 ("from_format has been deprecated, use fromFormat instead.") static void from_format(Matrix4 &

Public Member Functions inherited from DD::Image::AxisOp
	AxisOp (Node *node, GeomOpEngine::Builder engine_ctor, int defaultLookAtAxis=LookAt::kAxisZPlus)

	AxisOp (Node *node, int defaultLookAtAxis=LookAt::kAxisZPlus)
	Backwards-compatible ctor.

const AxisOp *	axisOp () const override
	Cast this Op to an AxisOp. This is much cheaper and safer than using dynamic_cast.

AxisOp *	axisOp () override

AxisOp *	parentInputOp () const
	Convenience that casts parent input 0 to an AxisOp.

GeomOp *	sceneInputOp () const
	Convenience that casts input sceneImporterInput() to a GeomOp.

int32_t	parentInput () const
	Return the node input to use for the merge geometry source. Always defaults to input 0.

virtual int32_t	sceneImporterInput () const
	Return the node input to use for the scene importer. Default returns optional_input().

const char *	node_shape () const override
	Draw a circular node shape.

int	minimum_inputs () const override
	Default is 2: axis and scene(optional)

int	maximum_inputs () const override
	Default is 2: axis and scene(optional)

int	optional_input () const override
	Optional input index is the scene-importer input. This returns (maximum_inputs()-1). More...

bool	test_input (int node_input, Op *op) const override
	AxisOp and null works on 0, and GeomOp or null on input 1.

Op *	default_input (int node_input) const override
	Returns null for all inputs. Override this so Op::test_input() doesn't produce warnings.

const char *	input_label (int node_input, char *) const override

	mFnDeprecatedInNuke14 ("isLegacyAxisOp() has been deprecated, port AxisOp sublass to new Nuke 14 api.") bool isLegacyAxisOp() const

const std::string &	primName () const
	Return the name of the prim created by this node. Stored in AxisEngine.

const usg::Path &	primFullPath () const
	Return the full path of this prim and all its parents. Stored in AxisEngine.

int	updateScenePrim (bool force=false)

template<typename T >
size_t	getAttribValuesTimeWarped (const usg::Attribute &attr, double attr_fps, fdk::TimeValueList &times, std::vector< T > &values) const

template<typename T >
bool	copyAttribToKnobTimeWarped (const usg::Attribute &attr, double attr_fps, Knob *knob, bool force_keys, int32_t channel_start_offset, int32_t view) const

fdk::TimeValueList	getOutputSampleTimes (const fdk::TimeValueList &input_times, double input_fps=0.0) const

void	setOutputContext (const OutputContext &context) override
	Called by Nuke immediately AFTER Op::knobs(). We use this to update the importer values. More...

int	knob_changed (Knob *k) override

void	appendGeomState (DD::Image::Hash &op_hash) override
	Adds the node name to the node hash for invalidation on changes.

virtual void	addFileImportKnobs (Knob_Callback f)
	Add the file path and import enable knobs.

virtual void	addCreateOptionsKnobs (Knob_Callback f)
	Adds the create/import, prim path, etc knobs.

virtual void	addScenePrimImporterKnobs (Knob_Callback f, bool group_open, bool add_time_options, bool add_xform_options)

virtual void	addLocalParentingKnobs (Knob_Callback f, bool add_sync_options=true)

virtual void	addLocalXformKnobs (Knob_Callback f, bool add_sync_options=true)

virtual void	addTransformKnobs (Knob_Callback f, bool add_sync_options=true)

Axis_KnobI *	getAxis ()
	Return internal 'transform' Axis_Knob for set/get internal transformation.

void	enableAxisKnobs (bool on)

void	enableKnobs (const std::vector< std::string > &knobNames, bool on)

virtual void	enableScenePrimImporterKnobs (bool scene_import_enabled)
	Enable/disable knobs filled in by the scene importer.

virtual void	enableScenePrimImporterExtraKnobs (bool scene_import_enabled)

virtual void	enableXformExtractKnobs (bool xform_extract_enabled)

const fdk::Mat4d &	inputParentTransform () const

const fdk::Mat4d &	localParentTransform () const
	Result of the local-parent TRS knobs, if enabled. Calculated in _validate().

const fdk::Mat4d &	localAxisTransform () const
	Result of the local-axis TRS Axis_Knob (without lookat rotations.) Calculated in knobs().

const fdk::Mat4d &	parentTransform () const
	Parent transform containing the input-parent and local-parent. Calculated in _validate().

const fdk::Mat4d &	localTransform () const
	Local object transform containing the local-axis TRS Axis_Knob with lookat rotations. Calculated in _validate().

const fdk::Mat4d &	worldTransform () const
	World transform containing the input-parent, local-parent, local-axis, and lookat. Calculated in _validate().

const fdk::Mat4d &	invWorldTransform ()

virtual fdk::Mat4d	worldTransformAt (const OutputContext &context) const

void	setWorldTransform (const fdk::Mat4d &)

int	display3d () const

int	display3d ()

void	setDisplay3d (int mode)

bool	selectable () const override

void	setSelectable (bool v)

bool	editable () const

void	setEditable (bool v)

virtual bool	isGuiInteractive (Axis_KnobI::Transformation knob) const
	Return true if a particular knob transformation is modifiable by user interaction in gui.

	mFnDeprecatedInNuke14 ("Class() has been deprecated, implement on subclass plugin instead.") const char *Class() const override

	mFnDeprecatedInNuke14 ("node_help() has been deprecated, implement on subclass plugin instead.") const char *node_help() const override

	mFnDeprecatedInNuke14 ("selectable(bool mode) has been deprecated, use setSelectable() instead.") void selectable(bool v)

	mFnDeprecatedInNuke14 ("display3d(int mode) has been deprecated, use setDisplay3d() instead.") void display3d(int mode)

	mFnDeprecatedInNuke14 ("input0() has been deprecated, use parentInput() instead.") AxisOp *input0() const

	mFnDeprecatedInNuke14 ("lookAtEnabled() has been deprecated") virtual bool lookAtEnabled() const

	mFnDeprecatedInNuke14 ("lookat_input() has been deprecated") Op *lookat_input() const override

	mFnDeprecatedInNuke14 ("matrix(const Matrix4&) has been deprecated, use setWorldTransform() instead.") void matrix(const Matrix4 &)

	mFnDeprecatedInNuke14 ("local() has been deprecated, use localTransform() instead.") const Matrix4 &local() const

	mFnDeprecatedInNuke14 ("matrix() has been deprecated, use worldTransform() instead.") const Matrix4 &matrix() const

	mFnDeprecatedInNuke14 ("imatrix() has been deprecated, use invWorldTransform() instead.") const Matrix4 &imatrix()

	mFnDeprecatedInNuke14 ("matrixAt() has been deprecated, use getWorldTransformAt() instead.") virtual void matrixAt(const OutputContext &

Public Member Functions inherited from DD::Image::GeomOp
const GeneralInfo &	generalInfo () const override

const GeomOp *	geomOp () const override
	Cast to a GeomOp. This is much cheaper and safer than using dynamic_cast.

GeomOp *	geomOp () override

GeomOpEngine *	engineNode () const

const char *	node_shape () const override
	Draw a round sided box.

unsigned	node_color () const override

int	minimum_inputs () const override
	Minimum number of Node inputs for this class - GeomOp base class has only one input.

int	maximum_inputs () const override
	Maximum number of Node inputs for this class.

Op *	default_input (int node_input) const override
	Return a default NullGeomOp op for Node input0.

bool	test_input (int node_input, Op *op) const override
	Allows only GeomOp inputs by default.

void	knobs (Knob_Callback f) override
	Default knobs() method - calls addSelectionKnobs(geoselect_saves=false).

virtual void	addSelectionKnobs (Knob_Callback f, bool geoselect_saves=false)

virtual void	AppendKnobToTarget (const Knob_Closure &f, const usg::Token &target_id)

virtual void	AppendKnobToTarget (const char *knob_name, const usg::Token &target_id)

void	KnobDefinesGeometry (const Knob_Closure &f)

void	KnobModifiesAttribValues (const Knob_Closure &f)

void	KnobEditsLayer (const Knob_Closure &f)

void	KnobEditStage (const Knob_Closure &f)

template<typename T >
T	getKnobValue (const char *knob_name, const OutputContext &context, const T &default_value) const

template<typename T >
bool	setKnobValue (const char *knob_name, const T &value, double time, int32_t element_offset=0, int32_t view=-1)

template<typename T >
bool	setKnobValues (const char *knob_name, bool clear_keys, const std::vector< T > &values, const std::vector< double > &times, int32_t element_offset=0, int32_t view=-1)

const OutputContext &	inputContext (int node_input, int offset, OutputContext &scratch_ctx) const override

const OutputContext *	inputUIContext (int node_input, OutputContext &scratch_ctx) const override

GeomOp *	input (int op_input) const

GeomOp *	input0 () const

GeomOp *	input1 () const

virtual bool	selection3DChanged (ViewerContext *ctx)

virtual bool	selection3DCleared ()

virtual bool	selection3DMouseDown (ViewerContext *ctx)

virtual bool	selection3DMouseUp (ViewerContext *ctx)

virtual bool	selection3DMouseDrag (ViewerContext *ctx)

virtual void	printInfo (std::ostream &o)

void	build_handles (ViewerContext *ctx) override

virtual void	buildXformHandles (ViewerContext *ctx, const fdk::Mat4d &localMatrix)

const usg::GeomState &	inputVersions () const

const usg::GeomState &	localVersions () const

const usg::GeomState &	outputVersions () const

const usg::GeomState &	inputGeomState () const

const usg::GeomState &	localGeomState () const

const usg::GeomState &	outputGeomState () const

void	resetGeomState ()

void	buildGeomState (DD::Image::Hash &op_hash)

void	appendToTarget (const usg::Token &target_id, const fdk::Hash &hash, const fdk::Hash &version, bool is_animating_source=false)

void	appendToTarget (const usg::Token &target_id, const Hash &hash, const Hash &version, bool is_animating_source=false)

void	appendToTarget (const usg::Token &target_id, Op *op)
	Variant that appends op->hash() and uses op->varyingOutputHash() for 'is hash animating' state.

void	appendToDefineGeometryTarget (const fdk::Hash &hash, const fdk::Hash &version, bool is_animating_source=false)

void	appendToDefineGeometryTarget (const Hash &hash, const Hash &version, bool is_animating_source=false)

void	appendToDefineGeometryTarget (Op *op)

void	appendToModifyValuesTarget (const fdk::Hash &hash, const fdk::Hash &version, bool is_animating_source=false)

void	appendToModifyValuesTarget (const Hash &hash, const Hash &version, bool is_animating_source=false)

void	appendToModifyValuesTarget (Op *op)

void	appendToEditLayerTarget (const fdk::Hash &hash, const fdk::Hash &version, bool is_animating_source=false)

void	appendToEditLayerTarget (const Hash &hash, const Hash &version, bool is_animating_source=false)

void	appendToEditLayerTarget (Op *op)

void	appendToEditStageTarget (const fdk::Hash &hash, const fdk::Hash &version, bool is_animating_source=false)

void	appendToEditStageTarget (const Hash &hash, const Hash &version, bool is_animating_source=false)

void	appendToEditStageTarget (Op *op)

const usg::GeomStateTargetArray &	localTargets () const
	The set of knob-change targets, copied from the shared GeomOpEngine.

Public Member Functions inherited from DD::Image::Op
PrevalidateResult	preValidate (ViewerContext ctx=nullptr, PreValidateContext =nullptr)

Op *	rootOp () const

bool	preValidateAborted (int treeStartingVersion, PrevalidateResult &result) const

const OutputSet &	getOutputs () const
	return all the outputs of this node

virtual void	setInputsValid (bool nowValid)
	set whether the input ops are valid (are for the right context)

bool	inputsValid () const
	return whether the input ops are valid (are for the right context)

virtual bool	can_clone () const
	returns whether or not an op can be cloned in the dag

bool	haveHash () const
	return true if the hash() value is meaningful and globally unique

bool	varyingOutputHash () const

void	setVaryingOutputHash (bool varyingHashes)
	Set the varyingOutputHash indicator to a specific state.

void	enableVaryingOutputHash ()
	Enable the varyingOutputHash indicator.

virtual Hash	editState () const

virtual void	setEditState (const Hash &h)

virtual std::vector< DD::Image::OutputContext >	getPrevVersionsWanted () const

virtual const MetaData::Bundle &	_fetchMetaData (const char *keyname)

const MetaData::Bundle &	fetchMetaData (const char *keyname)

Node *	node () const

DD::Image::NodeI *	getNode () const

void	node (Node *v)

const char *	nodeName () const
	Return NodeI::name() which is the Node's local name with no parent path.

std::string	nodeFullPath (char separator= '.') const

Hash	nodeTopologyHash () const

Op *	firstOp () const

void	firstOp (Op *v)

Op *	parent () const

void	parent (Op *lpOp)

virtual void	detach ()
	node has been deleted in DAG

virtual void	attach ()
	node has been created in DAG

virtual void	pre_write_knobs ()

void	knobStorePrep (const OutputContext &storeContext)

void	knobStorePost (const OutputContext &storeContext, Hash &hash)

int	replace_knobs (Knob afterthis, int n, void(f)(void , Knob_Callback), void , const char *fileExt=nullptr)

int	add_knobs (void(f)(void , Knob_Callback), void *, Knob_Callback)

void	set_unlicensed ()

Knob *	knob (const char *name) const

Knob *	knob (int) const

bool	pushed () const

bool	panel_visible () const

bool	node_disabled () const

bool	node_selected () const

unsigned	node_gl_color () const

void *	field (const char *name)

void *	field (const char *name, int &type)

void *	set_field (const char name, const void source, int size)

void *	get_field (const char name, void dest, int size)

void	beginHandle (HandleType command, ViewerContext ctx, EventCallback cb, int index, float x=0, float y=0, float z=0, ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

void	endHandle (ViewerContext *ctx)

virtual int	knob_change_finished (Knob *knob, bool changedByUser=true)

void	addTime (OpTimer::Category category, long long microsecondsCPU, long long microsecondsWall, bool isTopLevel=true)

void	getPerformanceInfo (OpTimer::Category category, OpTimer::PerformanceInfo &info) const
	return the amount of CPU time taken by this op

virtual bool	inputs_clockwise () const
	whether unconnected inputs on the DAG should be arranged clockwise or anticlockwise (default)

virtual std::vector< int >	input_order () const

virtual int	inputArrows (int nodeInputs) const

bool	script_command (const char *command, bool py=true, bool eval=true) const

bool	script_expand (const char *str) const

HandlesMode	anyHandles (ViewerContext *ctx)

void	add_draw_handle (ViewerContext *)

virtual void	add_input_handle (int input, ViewerContext *)

void	add_op_handle (ViewerContext *ctx)

void	add_knob_handle (Knob , ViewerContext )

virtual int	getViewableModes () const

int	inputs () const

int	node_inputs () const

Op *	node_input (int, GenerateType=OUTPUT_OP) const

Op *	node_input (int, GenerateType, const DD::Image::OutputContext *outputContext) const

Op *	input_op (int n=0) const

virtual void	inputs (int n)

Op *	input (int) const

int	inputNumber (int input, int offset) const

Op *	input (int input, int offset) const

Op *	input0 () const
	return the primary input More...

Op *	input1 () const
	return the second input, if it exists More...

const std::vector< Op * > &	getInputs () const

const std::vector< Op * > &	getChildren () const

virtual void	set_input (int i, Op *op, int input, int offset)

void	set_input0 (Op *op)

void	set_input (int i, Op *op)

void	set_input (int i, Op &op)

void	set_input (int input, int offset, Op *op)

const OutputContext &	outputContext () const

virtual void	append (Hash &)

virtual float	uses_input (int) const

virtual void	build_splits ()

virtual int	split_input (int) const

const Hash &	hash () const

virtual bool	frameTransformImplemented () const

virtual bool	frameTransformDownstream (const OutputContext &context, unsigned int input, float inFrame, float &outFrame) const

virtual bool	frameTransformUpstream (const OutputContext &context, unsigned int input, float outFrame, float &inFrame) const

virtual DopeItemFlags::Mask	getDopeItemFlags () const

virtual bool	shouldHideInDopeSheet (Knob *knob) const

virtual DD::Image::Knob *	getDopeItemKnob () const

virtual ViewSet	viewsProduced () const

virtual ViewSet	viewsWantOn (int i) const

virtual ViewSet	splitForViews () const

bool	requested () const

void	setRequested ()

void	forgetRequestShallow ()

void	forget_request ()

void	forget_request (std::set< Op * > &forgotten)

DD::Image::Hash	curveHash () const

bool	opCurrent () const

virtual const char *	node_help () const =0

virtual std::string	input_longlabel (int) const

void	node_redraw ()

void	print_name (std::ostream &o) const

NodeContext	nodeContext () const

std::string	node_name () const
	Returns the same string as printed by print_name(ostream).

void	invalidateSameHash ()

bool	invalidate ()

bool	invalidate (const Hash &hash)

bool	update (const Box *=nullptr)

void	asapUpdate ()

void	asapUpdate (const Box &box, int direction=0)

void	validate (bool for_real=true)

virtual void	force_validate (bool for_real=true)

void	update_handles () const

bool	valid () const
	Returns true if it has been validated - including if there was an error. More...

bool	real_valid () const
	Returns true if it has been real-validated - including if there was an error. More...

bool	inErrorState () const

bool	inInvalidState () const

bool	opened () const

void	open ()

void	unopen ()

bool	running () const

void	running (bool v)

bool	not_closed () const

void	close ()

void	callCloseAfter (double seconds)

void	copyState (Op *input)

bool	cached () const

void	cached (bool b)

virtual bool	inUse () const

virtual Executable *	executable ()

void	setKnobsToContext (const OutputContext &, bool force=false)

void	gotoContext (const OutputContext &, bool update)

void	progressFraction (double fraction, StatusFlags flags=StatusNone)

void	progressFraction (int a, int b, StatusFlags flags=StatusNone)

void	progressMessage (const char *fmt,...)

void	progressModalMessage (const char *fmt,...)

void	progressDismiss ()

int	slowness () const

void	slowness (int newval)

virtual bool	firstEngineRendersWholeRequest () const

virtual bool	updateUI (const OutputContext &context)

const Format &	input_format () const

const OutputContext &	uiContext () const

void	error (const char *fmt,...)

void	warning (const char *fmt,...)

void	critical (const char *fmt,...)

void	debug (const char *fmt,...)

void	abort () const
	Abort all trees the op is in.

bool	aborted () const
	True if one of the trees the op is in was aborted; ops should check this while processing and return quickly when true.

void	cancel () const
	Cancel all trees the op is in. Make sure you also call abort() to stop processing.

bool	cancelled () const
	True if one of the trees the op is in was cancelled (by user interaction)

bool	addToTree (OpTree *lpTree)
	Returns true if the op was added to the tree, or false if its reference count increased.

bool	removeFromTree (OpTree *lpTree)
	Returns false if the op was removed from the tree, or true if its reference count decreased.

bool	isInTree (OpTree *lpTree) const
	Checks if an op is in a particular tree, for debugging purposes.

bool	isInAnyTree () const
	Checks if an op is in any tree at all.

OpTreeHandler *	getTreeHandler () const
	Returns the treeHandler for a given Op.

bool	hasError () const

bool	opOrChildHasError () const

const Op *	getErroredOp () const

void	setPopUpScheme (PopUpScheme lScheme)

PopUpScheme	getPopUpScheme () const

bool	arePopUpsEnabled ()
	Returns whether a pop-up should be enabled for the next message, modifying internal data when necessary.

OpMessageHandler &	getMsgHandler ()

const OpMessageHandler &	getMsgHandler () const

std::string	getDebugInfo () const
	Returns a string of debug information about the op. For internal use.

std::string	getDetailedDebugInfo () const

bool	tryValidate (bool for_real=true)

virtual Iop *	iop ()
	Cast to an Iop. This is much cheaper and safer than using dynamic_cast.

virtual const Iop *	iop () const

virtual GeoOp *	geoOp ()
	Cast to a GeoOp. This is much cheaper and safer than using dynamic_cast.

virtual const GeoOp *	geoOp () const

virtual ParticleOp *	particleOp ()
	Cast to a ParticleOp. This is much cheaper and safer than using dynamic_cast.

virtual const ParticleOp *	particleOp () const

virtual DeepOnlyOp *	deepOnlyOp ()
	Cast to a DeepOnlyOp. This is much cheaper and safer than using dynamic_cast.

virtual const DeepOnlyOp *	deepOnlyOp () const

virtual LightOp *	lightOp ()
	Cast to an LightOp. This is much cheaper and safer than using dynamic_cast.

virtual const LightOp *	lightOp () const

virtual std::string	getLibraryName () const
	Return a label and version string to display library version info for the Node.

virtual VersionInfo	getLibraryVersion () const

virtual const char *	Class () const =0

const std::string	libraryDisplayName () const

virtual const char *	displayName () const

virtual std::string	docsPath () const

virtual bool	onAction (const ViewerContext c, const DD::Image::Flags f, void d)

Op *	get (const Description *description)

Public Member Functions inherited from DD::Image::LookAt
	LookAt (int defaultLookAxis=kAxisZPlus)

virtual Op *	lookat_input () const =0
	The lookat input op.

void	knobs (Knob_Callback f)
	Adds the 'Look' tab and knobs for all the look at options.

int	knobChanged (Op parent, Knob k)
	disables the look at input is not present

void	lookAt (Matrix4 &matrix)
	performs the look at on the incoming matrix

void	lookMatrixAt (const OutputContext &oc, Matrix4 &concatMatrix)
	performs the look at on the incoming matrix for a given context

Static Public Member Functions
static CameraOp *	default_camera ()

static void	toFormat (fdk::Mat4f &, const Format *)

static void	fromFormat (fdk::Mat4f &, const Format *)

Static Public Member Functions inherited from DD::Image::GeomOp
static usg::StageRef	getStage (const usg::ArgSet &request_args, GeomOp geop0, GeomOp geop1=nullptr, const fdk::TimeValueSet *addl_process_times=nullptr)

static usg::StageRef	getStage (const usg::ArgSet &request_args, const GeomOpSet &geops, const fdk::TimeValueSet *addl_process_times=nullptr)
	Same as getStage(GeomOpSet) but for a set of GeomOps.

Static Public Member Functions inherited from DD::Image::Op
static int	treeVersion ()

static bool	nukeBusy ()
	is nuke processing something on a parallel thread?

static Op *	create (Node node, const char name, Op *p_op)

static Op *	create (const char name, Op p_op)

static void	resetTimers ()
	reset all the performance timers

static void	setTimingEnabled (bool enabled)
	turn performance timing on or off

static bool	isTimingEnabled ()
	return whether performance timing is on or not

static const char *	script_result (bool py=false)

static void	script_unlock ()

static Op *	retrieveOp (const char node_path, GenerateType generate_op_type, const OutputContext generate_op_context=nullptr)

static Op *	retrieveOp (const char *node_path, const Hash &op_hash, int tree_version)

static void	all_forget_request ()

static void	new_request_pass ()

static double	callPendingClose (double seconds)

static void	clearPendingClose ()

static Op *	error_op ()

static const char *	error_message ()

static void	clearAbortAndError ()
	To be removed.

static void	SetDefaultPopUpEnable (bool lEnable)
	This is used by Nuke to indicate when ops using the default pop-up scheme should show pop-ups. Not recommended for customisation.

static std::string	getVersionInfoStr (const VersionInfo &versionInfo)
	Helper function to convert a VersionInfo tuple into a string.

static const Description *	find_description (const char name, const Op op_)

static int	message_f (char t, const char *,...)

static int	message_vf (char t, const char *, va_list)

static void	add_timeout (float t, TimeoutHandler, void *v=nullptr)

static void	repeat_timeout (float t, TimeoutHandler, void *=nullptr)

static bool	has_timeout (TimeoutHandler, void *=nullptr)

static void	remove_timeout (TimeoutHandler, void *=nullptr)

Static Public Attributes
static const char *	projection_modes []

static const char *	projection_modes_renderer []

Static Public Attributes inherited from DD::Image::Op
static unsigned	current_request_pass

static void(*	node_redraw_cb )(const Op *)

static void(*	print_name_cb )(std::ostream &, const Op *)

static void(*	status_callback )(const Op , float, float, const char , StatusFlags)

static const int	kInvalidVersion

static const VersionInfo	kUnsetVersion

Protected Member Functions
	mFnDeprecatedInNuke14 ("projection_ has been deprecated, use Mat4d _projectionMatrix instead.") Matrix4 projection_
	Camera's projection matrix - deprecated.

Protected Member Functions inherited from DD::Image::AxisOp
	mFnDeprecatedInNuke14 ("isLegacyAxisOp() has been deprecated, port AxisOp sublass to new Nuke 14 api.") virtual bool _isLegacyAxisOp() const

	mFnDeprecatedInNuke14 ("localtransform_ has been deprecated, use Mat4d _localTransform instead.") Matrix4 localtransform_
	Local 'axis' matrix that Axis_Knob fills in - deprecated.

	mFnDeprecatedInNuke14 ("local_ has been deprecated, use Mat4d _localAxisMatrix instead.") Matrix4 local_
	Local matrix after look at performed - deprecated.

	mFnDeprecatedInNuke14 ("matrix_ has been deprecated, use Mat4d _worldTransform instead.") Matrix4 matrix_
	Object matrix - local&parent - deprecated.

	mFnDeprecatedInNuke14 ("imatrix_ has been deprecated, use Mat4d _invWorldTransform instead.") Matrix4 imatrix_
	Inverse object matrix - deprecated.

Protected Member Functions inherited from DD::Image::GeomOp
	GeomOp (Node *node, GeomOpEngine::Builder engineBuilder)

	GeomOp (Node *)
	Ctor for MultiTypeNode support only! Do not implement for Engine-using subclasses.

void	setOutputContext (const OutputContext &context) override
	Called by Nuke immediately AFTER Op::knobs().

int	knob_changed (Knob *k) override

void	_validate (bool for_real) override

virtual void	updateGeneralInfo ()
	Default implemenation copies the GeneralInfo from input0.

virtual fdk::Mat4d	handlesParentTransform (DD::Image::ViewerContext *ctx)

Protected Member Functions inherited from DD::Image::Op
	Op (Node *node)
	The constructor is protected so only subclasses can create the base class.

virtual void	_knobStorePrep (const OutputContext &storeContext)
	The subclass-specific portion of knobStorePrep(). See that method for more info.

virtual void	_knobStorePost (const OutputContext &storeContext, Hash &hash)
	The subclass-specific portion of knobStorePost(). See that method for more info.

virtual void	_invalidate ()

virtual void	_open ()

virtual void	_close ()

Op *	create (Node node, const char name)

Op *	create (const char *name)

HandlesMode	anyInputHandles (ViewerContext *)
	return if any of the inputs (recursively) wish to draw handles More...

HandlesMode	anyKnobHandles (ViewerContext *)
	return if any of the knobs on this node wish to draw handles More...

void	build_input_handles (ViewerContext *)

void	build_knob_handles (ViewerContext *)

void	disallowNoTrees ()
	Call this to tell the op that it should always have op trees for normal behaviour (for internal use)

virtual PrevalidateResult	doPreValidate (ViewerContext ctx=nullptr, PreValidateContext =nullptr)

Protected Member Functions inherited from DD::Image::LookAt
void	perform_lookat (Matrix4 &concatMatrix, const Matrix4 &axisMatrix)

Protected Attributes
union {
double _focalLength
	Focal length of lens (* in millimeters *)

};

union {
double _horizontalAperture
	Horizontal aperture size (film width) (* in millimeters *)

};

union {
double _verticalAperture
	Vertical aperture size (film height) (* in millimeters *)

};

union {
double _fStop
	Lens aperture diameter (* unitless ratio tied to focal-length *)

};

union {
double _nearPlaneDistance
	Near clipping plane distance (* in world units *)

};

union {
double _farPlaneDistance
	Far clipping plane distance (* in world units *)

};

union {
double _focusDistance
	Focus point distance (* in world units *)

};

union {
fdk::Vec2f _windowTranslate
	Window coords translate XY.

};

union {
fdk::Vec2f _windowScale
	Window coords scale XY.

};

union {
double _windowRotateZ
	Window coords rotate Z.

};

union {
LensProjection _lensProjectionMode
	Lens projection mode.

};

ShutterControls	_shutter
	Shutter controls which may be referenced by a renderer.

double	_shutterBias
	Weights the shutter samples towards shutter close with a power function.

double	_worldToMeters
	World to meters - used to convert lens mm values to world scale.

bool	_glWorldSizeIcon
	Always draw the camera icon at the 'real' world size (defined by _worldToMeters)

bool	_glSolidFrustum
	Draw the camera frustum as solid.

bool	_glInsideFrustum
	Indicated whether to draw the frustum as an inside or outside box.

bool	use_vertical_lock_

double	lens_distort_a_

double	lens_distort_b_

double	lens_distort_c_

double	lens_distort_D_

double	lens_distortion_

double	lens_power_

bool	lens_distort_enabled_

fdk::Mat4d	_projectionMatrix
	Camera's projection matrix (only valid for linear projections)

Protected Attributes inherited from DD::Image::AxisOp
std::string	_primPath
	Path + name for the output prim to create (if needed)

int32_t	_parentPrimType
	The type for missing parent prims we create.

bool	_importEnabled
	If true this node imports prim attributes from scene input or file source.

bool	_passthroughEnabled
	If true this node does not create or change any input scene prims.

bool	_mergeEnabled
	If true any input scenegraph is merged into the output scenegraph.

struct DD::Image::AxisOp::ScenePrimImport	_importer
	Scene prim importer controls & state.

bool	_importerChanged
	If true any knobs set by the importer need to be re-stored.

fdk::Vec3d	_localParentTranslate
	Local-parent translation knob value.

fdk::Vec3d	_localParentRotate
	Local-parent rotate knob value.

fdk::Vec3d	_localParentScale
	Local-parent scale knob value.

fdk::Mat4d	_localParentMatrix
	Parent transform derived from local parent TRS knobs.

fdk::Mat4d	_localAxisMatrix
	Local matrix that Axis_Knob fills in (no lookat rotations)

fdk::Mat4d	_parentTransform
	Input-parent & local-parent transform.

fdk::Mat4d	_localTransform
	Local object transform - axis_matrix & lookat rotations.

fdk::Mat4d	_worldTransform
	World transform - _parentTransform & _localTransform.

fdk::Mat4d	_invWorldTransform
	Inverse world transform.

DD::Image::Hash	_parentHash
	Does parent path or transform need to be updated?

union {
bool _xformInversionValid
	Is _invWorldTransform valid?

};

union {
Axis_KnobI * _axisKnob
	Reference to the node Axis_Knob.

};

WorldMatrixProvider *	_worldMatrixProvider
	'world_matrix' output knob

Knob *	_localParentTranslateKnob
	If not null apply parent_translate.

Knob *	_localParentRotateKnob
	If not null apply parent_rotate.

Knob *	_localParentScaleKnob
	If not null apply parent_scale.

int	display3d_
	GUI display setting - deprecate?

bool	selectable_
	GUI selectable checkmark - deprecate?

bool	_editable
	Can the user change the knobs? (i.e. knobs not disabled)

Protected Attributes inherited from DD::Image::GeomOp
GeomOpEngine *	_engineNode
	GeomEngine graph processor shared between all Op instances of this GeomOp subclass.

GeneralInfo	info_
	Global intended frame range (must remain 'info_' for MultiTypeNode support!)

Protected Attributes inherited from DD::Image::Op
bool	_haveHash
	whether the _hash actually has been set by a call to invalidate(Hash) ever.

bool	_varyingOutputHash
	whether the hash value will animate over time

Hash	_editState
	Op's current edit state, usually the combination of input & knob edit states.

Protected Attributes inherited from DD::Image::LookAt
Matrix4	lookat_matrix_
	Matrix for rotating to look at the look input.

Matrix4	my_local
	For the Axis_Knob to store into.

bool	my_transform_normals

int	my_lookat_axis

bool	my_rotate_x

bool	my_rotate_y

bool	my_rotate_z

bool	my_lookat_use_quat

double	my_lookat_strength

Additional Inherited Members
Public Attributes inherited from DD::Image::AxisOp
Matrix4 &	const

Public Attributes inherited from DD::Image::Op
const MetaData::Bundle *	metaCache

Hash	metaCacheHash

Protected Types inherited from DD::Image::LookAt
enum	{ kAxisZPlus, kAxisZMinus, kAxisYPlus, kAxisYMinus, kAxisXPlus, kAxisXMinus }

Static Protected Member Functions inherited from DD::Image::GeomOp
template<class Engine >
static GeomOpEngine::Builder	BuildEngine ()
	A helper function you can use as the engineBuilder argument to the GeomOp constructor to reduce clutter.

Static Protected Attributes inherited from DD::Image::LookAt
static const char *const	ms_lookat_axis_choices []

Detailed Description

Op that defines a 3D camera.

Member Function Documentation

CameraOp * CameraOp::default_camera ( )

static

Return a default camera that can be used when the there is no camera attached to your renderer. This camera is at the origin, looking along -Z, and has a lens ratio focal-length/film-width of 1.

Referenced by DD::Image::Render::_validate(), DD::Image::RenderScene::build_handles(), and DD::Image::RenderScene::render_camera().

void CameraOp::knobs ( Knob_Callback f )

overridevirtual

Default knobs puts the transform controls on the front tab, and the projection, shutter, and lens controls on tab 'Projection'.

Reimplemented from DD::Image::AxisOp.

References addLensKnobs(), addProjectionKnobs(), addShutterKnobs(), and DD::Image::Tab_knob().

void CameraOp::addExtraFrontPanelKnobs ( Knob_Callback f )

overridevirtual

AxisOp::knobs() calls this after addTransformKnobs(), inserting the 'Projection' tab ahead of the 'Display' tab. The 'Projection' tab contains the projection, shutter, and lens controls.

Reimplemented from DD::Image::AxisOp.

References addLensKnobs(), addProjectionKnobs(), addShutterKnobs(), and DD::Image::Tab_knob().

void CameraOp::setHorizontalFov ( double angle_in_degrees )

Sets _horizontalAperture using field-of-view angle in degrees. Focal length remains the same.

References _focalLength, _horizontalAperture, clamp(), and radians().

const fdk::Mat4d& DD::Image::CameraOp::projectionMatrix ( ) const

inline

Returns a transformation to an output image due to the camera lens. This will transform points at the left edge of the film to an x value of -1, and points at the right to an x value of +1. Vertically it will produce a square transform, ie for most film shapes the +/-1 value for y is outside the top or bottom of the rectangular frame.

The z output of this transformation is set to match the OpenGL near/far clipping planes at -1 and +1. These planes may be chosen by Nuke to make a nice display with OpenGL, and you should avoid having them have any effect on the output image. If you want the actual distance to an object from the camera, the w output of this transformation will give you that.

For most uses you want to multiply projectionMatrix()*xform() and pass the result through to_format() to get the transformation from world space to output pixels.

Mat4d CameraOp::projectionModeMatrix ( LensProjection mode ) const

virtual

Return a linear camera projection matrix for the projection mode arg using the CameraOp's current lens values (ie its focal_length, horizontal_aperture, etc.)

Only the predefined LensProjection enums are implemented in the base class implementation, but a subclass can override this method to implement custom projection calculations.

This method should be used in conjunction with isLinearProjection() to determine how to use the returned matrix, as not all projection modes can be supported by a linear matrix. For example uv and spherical, plus perspective/ortho projections become non linear if lens distortion is enabled. In non-linear cases the matrix returned is normally considered the 'base' projection for the camera based on its current lens settings. In other words although the projection mode may be 'perspective' and the matrix returned is a valid perspective projection, if lens distortion is enabled then the final projection is a combination of both the projection matrix and the distortion.

References _farPlaneDistance, _focalLength, _horizontalAperture, _nearPlaneDistance, _windowRotateZ, _windowScale, _windowTranslate, DD::Image::ORTHOGRAPHIC, DD::Image::PERSPECTIVE, and radians().

bool CameraOp::isLinearProjection ( LensProjection mode ) const

virtual

Returns true if projection mode arg can be described linearly with a 4x4 matrix, based on the camera's current settings. This is usually only true for perspective and orthographic modes if no lens distortion is being done.

A subclass should override this method if it's implementing custom projection calculations in projectionModeMatrix().

See projectionModeMatrix() for more info.

References DD::Image::ORTHOGRAPHIC, DD::Image::PERSPECTIVE, DD::Image::SPHERICAL, and DD::Image::UV.

LensProjectionFunc * CameraOp::lensProjectionFunction	(	LensProjection	mode,
		const Format *	format,
		CameraLensContext &	context
	)		const

virtual

Returns the current lens function used to distort vertices during software rendering. CameraLensContext is passed so the camera can configure the projection parameters. Base class default implementation calls LensProjectionFunction() for the standard (built-in) lens functions.

References DD::Image::LensProjectionFunction().

int CameraOp::importScenePrim	(	const usg::StageRef &	stage,
		const std::string &	prim_path
	)

overridevirtual

Try to import camera prim data from the provided stage. Will return 1(error) if stage is invalid. If prim_path is empty then -1 will be returned indicating no change has occured, otherwise if prim_path is invalid or not present in stage then 1(error) will be returned.

This will call AxisOp::importScenePrim() to import the XformablePrim data then import the CameraPrim attributes.

Return codes: -1 - no prim data was loaded and no error, usually due to empty prim path 0 - prim data was loaded with no error 1 - there was an error and no prim data was loaded

Reimplemented from DD::Image::AxisOp.

References DD::Image::AxisOp::_importer, DD::Image::Op::debug(), DD::Image::AxisOp::getAttribValuesTimeWarped(), DD::Image::AxisOp::importScenePrim(), DD::Image::Op::knob(), and DD::Image::Knob::set().

void CameraOp::toFormat	(	fdk::Mat4f &	matrix,
		const Format *	format
	)

static

Multiply the passed matrix by the necessary transformation to put x=-1 at the left edge of the format, +1 at the right, and to center it vertically, and compensate for any pixel aspect. The output z and w are left unchanged.

Most Iops will need to do this using their output format to get the actual transformation from input space to output space. You would do this first, then multiply by the projection*local*parent.

References DD::Image::Format::pixel_aspect(), DD::Image::Box::r(), DD::Image::Box::t(), DD::Image::Box::w(), DD::Image::Box::x(), and DD::Image::Box::y().

void CameraOp::fromFormat	(	fdk::Mat4f &	matrix,
		const Format *	format
	)

static

Opposite transformation of to_format(). Multiplies the passed matrix by a transformation that scales the input format to go from x = -1 to x = 1 and to center it vertically around y = 0, and to remove any pixel aspect ratio. You multiply by this matrix last.

The 3DCard iop scales further so the image covers a range so that if the camera lens and "taking lens" are equal the image fills the field of view.

References DD::Image::Format::pixel_aspect(), DD::Image::Box::r(), DD::Image::Box::t(), DD::Image::Box::w(), DD::Image::Box::x(), and DD::Image::Box::y().

void CameraOp::drawAperture	(	const fdk::Vec3d &	P,
		bool	dashed_lines = `false`
	)

Draw the aperture rectangle in millimeters, centered on xyz position P.

Draw the aperture rectangle in millimeters, centered on 'P'.

References _horizontalAperture, and _verticalAperture.

Referenced by draw_handle().

void CameraOp::drawSolidFrustum	(	const fdk::Vec3d &	near_corner,
		const fdk::Vec3d &	far_corner
	)

Draw the camera's frustum.

References _glInsideFrustum.

Referenced by draw_handle().

void CameraOp::drawWireFrustum	(	const fdk::Vec3d &	near_corner,
		const fdk::Vec3d &	far_corner,
		bool	dashed_lines = `false`
	)

Draw the camera's frustum outline, dashed if 'dashed_lines'=true.

Draw the camera's frustum.

Referenced by draw_handle().

enum DD::Image::CameraOp::mFnDeprecatedInNuke14	(	"Enumeration	deprecated,
		use enum class LensProjection instead."
	)

inline

< Standard perspective projection

< Standard orthographic projection

< Replace screen XY with UV coordinate

< 360x180 world spherically projected around camera

< Renderer uses this option

< Camera user projection

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Member Function Documentation