Inheritance diagram for DD::Image::Knob:

Classes
class	cstring

class	HandleContext

class	Script_List

Public Types
enum	CallbackReason { kDestroying, kIsVisible, kUpdateWidgets, kChanged }

enum	HandleType { INVALID, POSITION, SELECTABLE, DISTANCE_FROM_POINT, DISTANCE_WITH_SNAP, ANYWHERE, ANYWHERE_MOUSEMOVES, ANYWHERE_KEY_PRESSED, SELECTED_BY_THIS }

enum	HandleFlags { HOVER, USE_CURRENT_COLOR, LOW_PRIORITY, DO_HANDLE_CALLBACK_ON_SHIFT_SELECT }

typedef std::vector< int >	SelectedIndexVector

typedef U64	FlagMask

typedef int(*	Callback) (void *closure, CallbackReason)

typedef std::vector< int >	TKnobIndices

typedef bool(	HandleBatch) (ViewerContext ctx, Knob , const int focusIndex, const TKnobIndices &indices)

typedef bool(	Handle) (ViewerContext ctx, Knob , int index)

Public Member Functions
void	setClaimedName (const std::string &claimedName)

const std::string &	claimedName ()

void	setDefaultName (const std::string &defaultName)

void	setDrawHandleTypes (DrawHandleTypeMask drawHandleTypes)

DrawHandleTypeMask	drawHandleTypes () const

const std::string &	defaultName () const

	Knob (Knob_Closure c, const char name, const char *label=nullptr)

virtual const char *	Class () const =0

virtual int	ClassID () const

virtual ArrayKnobI *	arrayKnob ()

virtual ResizableArrayKnobI *	resizableArrayKnob ()

virtual StringKnobI *	stringKnob ()

virtual ScriptKnobI *	scriptKnob ()

virtual Enumeration_KnobI *	enumerationKnob ()

virtual Channel_KnobI *	channelKnob ()

virtual Colorspace_KnobI *	colorspaceKnob ()

virtual SceneGraph_KnobI *	sceneGraphKnob ()

virtual SceneView_KnobI *	sceneViewKnob ()

virtual MultiArray_KnobI *	multiArrayKnob ()

virtual List_KnobI *	listKnob ()

virtual Table_KnobI *	tableKnob ()

virtual Geo_KnobI *	geoKnob ()

virtual Axis_KnobI *	axisKnob ()

virtual PositionVector_KnobI *	positionVectorKnob ()

virtual PluginPython_KnobI *	pluginPythonKnob ()

virtual GeoSelect_KnobI *	geoSelectKnob ()

virtual ControlPointCollection_KnobI *	controlPointCollectionKnob ()

virtual MetaKeyFrame_KnobI *	metaKeyFrameKnob ()

virtual TransformJack_KnobI *	transformJackKnob ()

virtual Transform2d_KnobI *	transform2dKnob ()

virtual Ripple_KnobI *	rippleKnob ()

virtual File_KnobI *	fileKnob ()

virtual LookupCurves_KnobI *	lookupCurvesKnob ()

virtual ColorKnobI *	colorKnob ()

virtual AnimationHolderI *	animationKnob ()

virtual LinkKnobI *	linkKnob ()

VersionNumbers *	version ()

VersionNumbers *	version () const

Node *	node () const

void	set_node (Node *n)

Op *	op () const

const std::string &	name () const

void	name (const char *p)

bool	is (const char *v) const

bool	startsWith (const char *v) const

const std::string &	label () const
	Return the label for this knob, regardless of whether the label is set.

const std::string &	labelToUse () const
	Return the label for this knob, or the name if label is not set.

bool	labelNotNull () const
	Checks whether the label (returned by label) was set, i.e. not empty.

void	label (const char *)

bool	canCopyValue () const
	Checks whether knob value is transferable from one node to another.

bool	canSaveValueToPreset () const
	Checks whether knob value can be included into the node's user preset.

std::string	fullyQualifiedName (int idx=-1) const

const char *	label_c_str () const

const char *	name_c_str () const

const std::string &	tooltip () const

void	tooltip (const std::string &p)

void	flags (FlagMask f) noexcept
	Assign the knob mask to the given parameter.

void	set_flag (FlagMask f) noexcept
	Set the given flag in the knob mask.

void	clear_flag (FlagMask f) noexcept
	Clear the given flag in the knob mask.

void	invert_flag (FlagMask f) noexcept
	Invert the given flag in the knob mask.

void	set_flag (FlagMask f, bool b) noexcept

FlagMask	flags () const noexcept
	Return the knob mask.

bool	flag (FlagMask f) const noexcept
	Checks whether the given flag is set in the knob mask.

bool	any_of (FlagMask f) const noexcept
	Checks whether any of the given flags is set in the knob mask.

bool	all_of (FlagMask f) const noexcept
	Checks whether all of the given flags are set in the knob mask.

virtual bool	priority_undo () const

virtual WidgetPointer	make_widget (const WidgetContext &context)
	this is the new version for 7.0 onwards More...

virtual WidgetPointer	make_secondary_widget (const WidgetContext &context)

virtual void	updateUI (const OutputContext &)

void	addCallback (Callback cb, void *closure)

void	removeCallback (Callback cb, void *closure)

bool	isCallbackRegistered (Callback cb, void *closure) const

bool	isEnabled () const

void	enable ()

void	disable ()

virtual void	enable (bool)

virtual bool	disabledDueToLicensing () const

virtual bool	isReadOnly () const

void	setReadOnly (bool value)

bool	isReadOnlyInScripts () const

void	setReadOnlyInScripts ()

bool	isVisible () const

bool	isHandleVisible () const

int	openLinkCount () const
	the number of panels open which contain a link knob pointing at this knob

virtual void	openLink ()
	increase the openLinkCount

virtual void	closeLink ()
	decrease the openLinkCount

void	hide ()

void	show ()

void	visible (bool)

bool	isOpen () const

void	open ()

void	close ()

void	open (bool)

bool	isPushed () const

void	pushed (bool p)

Knob *	knob (const char *) const

Knob *	knob (int) const

bool	node_disabled () const

bool	panel_visible () const

bool	node_selected () const

unsigned	node_gl_color () const

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

bool	script_expand (const char *str, int what=1) const

virtual void	reset_to_default ()

virtual bool	build_handle (ViewerContext *)

void	add_draw_handle (ViewerContext *)

virtual void	draw_handle (ViewerContext *)

void	begin_handle (HandleContext command, ViewerContext ctx, Handle cb, int index, const DD::Image::Vector3 &pos, ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

void	begin_handle (ViewerContext ctx, Handle cb, int index, const DD::Image::Vector3 &pos, ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

void	begin_handle (HandleContext command, ViewerContext ctx, Handle cb, int index, float x=0, float y=0, float z=0, ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

void	begin_handle (ViewerContext ctx, Handle cb, int index, float x=0, float y=0, float z=0, ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

void	end_handle (ViewerContext *ctx)

void	make_handle (HandleContext command, ViewerContext ctx, Handle cb, const int index, const DD::Image::Vector3 &pos, const ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

void	make_handle (ViewerContext ctx, Handle cb, const int index, const DD::Image::Vector3 &pos, const ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

void	make_handle (HandleContext command, ViewerContext ctx, Handle cb, const int index, const float x, const float y, const float z=0.0f, const ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

void	make_handle (ViewerContext ctx, Handle cb, const int index, const float x, const float y, const float z=0.0f, const ViewerContext::Cursor cursor=ViewerContext::kNoCursor)

bool	is_selected (ViewerContext ctx, Handle cb, int index) const

virtual bool	is_selected (ViewerContext *ctx, int index) const

void	get_selected_indices (Handle *cb, SelectedIndexVector &allIndices) const

bool	clear_selected (ViewerContext *)

bool	toggle_selected (ViewerContext ctx, Handle cb, int index)

virtual bool	toggle_selected (ViewerContext *ctx, int index)

bool	is_focused (ViewerContext , Handle cb, int index)

int	selection_size (ViewerContext *)

void	add_to_undo ()

void	stop_add_to_undo ()

void	new_undo (const char *name=nullptr)

void	force_new_undo (const char *name=nullptr)

void	extra_undo ()

void	new_undo (const void *controller)

bool	doingUndoRedo ()

virtual Knob *	undoer ()

void	setUndoer (Knob *undoer)

void	new_nudge_undo ()

void	undo ()

void	redo ()

virtual void	changed ()

int	editVersion () const

virtual Hash	editState () const

void	updateWidgets ()

void	asapUpdate ()

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

void	redraw ()

void	undoless (bool undoless)

const OutputContext &	uiContext () const

const Format &	input_format () const

virtual void	store (StoreType, void *p, Hash &hash, const OutputContext &context)

virtual void	append (Hash &hash, const OutputContext *context)

virtual int	valueType () const

virtual size_t	numElements () const

template<typename T >
bool	set (const T &value, double time, int32_t channel_start_offset=0, int32_t view=-1)

template<typename T >
bool	set (bool clear_keys, const std::vector< T > &values, const std::vector< double > &times, int32_t channel_start_offset=0, int32_t view=-1)

template<typename T >
T	get (const OutputContext *context=nullptr) const

template<typename T >
void	get (T &val, const OutputContext *context=nullptr) const

template<typename T >
size_t	get (std::vector< T > &values, std::vector< double > &times, int32_t view=-1) const

virtual bool	isAnimated () const

virtual bool	hasExpression () const

void	animationTimes (std::set< double > &times, int32_t view=-1) const

void	animationChannelTimes (std::set< double > &times, int32_t channel_index, int32_t view=-1) const

virtual int	get_key_list (std::set< int > &keylist) const

virtual int	get_key_list (std::set< int > &keylist, int index) const

virtual bool	splitForViews () const

virtual ViewSet	storedViews () const

virtual bool	keyframesDisplayed () const

virtual bool	from_script (const char *v)

bool	set_text (const char *v)

bool	to_double (const char *, double &result)

bool	to_int (const char *, int &result)

bool	to_bool (const char *, bool &result)

bool	setAuthoring (const AuthoringSettings &settings)

const Authoring *	getAuthoring () const

Authoring *	getAuthoring ()

virtual const char *	get_text (const OutputContext *=nullptr) const

virtual void	to_script (std::ostream &, const OutputContext *, bool quote) const

virtual void	to_script_prefix (std::ostream &) const

virtual void	to_script_userknob (std::ostream &) const

virtual bool	not_default () const

void *	pyObject ()

void	setPyObject (void *s)

KnobImpl *	pImpl ()

template<>
bool	set (const std::string &s, double t, int32_t o, int32_t vw)

template<>
bool	set (const bool &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::half &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const float &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const double &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const int32_t &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const int64_t &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const uint32_t &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const uint64_t &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec2h &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec2f &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec2d &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec2i &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec3h &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec3f &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec3d &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec3i &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec4h &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec4f &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec4d &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Vec4i &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Quath &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Quatf &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Quatd &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Mat4f &v, double t, int32_t o, int32_t vw)

template<>
bool	set (const fdk::Mat4d &v, double t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::half > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< float > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< double > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< int32_t > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< int64_t > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< uint32_t > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< uint64_t > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec2h > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec2f > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec2d > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec2i > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec3h > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec3f > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec3d > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec3i > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec4h > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec4f > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec4d > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Vec4i > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Quath > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Quatf > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Quatd > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Mat4f > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
bool	set (bool f, const std::vector< fdk::Mat4d > &v, const std::vector< double > &t, int32_t o, int32_t vw)

template<>
std::string	get (const OutputContext *c) const

template<>
bool	get (const OutputContext *c) const

template<>
fdk::half	get (const OutputContext *c) const

template<>
float	get (const OutputContext *c) const

template<>
double	get (const OutputContext *c) const

template<>
int32_t	get (const OutputContext *c) const

template<>
int64_t	get (const OutputContext *c) const

template<>
uint32_t	get (const OutputContext *c) const

template<>
uint64_t	get (const OutputContext *c) const

template<>
Vec2h	get (const OutputContext *c) const

template<>
Vec2f	get (const OutputContext *c) const

template<>
Vec2d	get (const OutputContext *c) const

template<>
Vec2i	get (const OutputContext *c) const

template<>
Vec3h	get (const OutputContext *c) const

template<>
Vec3f	get (const OutputContext *c) const

template<>
Vec3d	get (const OutputContext *c) const

template<>
Vec3i	get (const OutputContext *c) const

template<>
Vec4h	get (const OutputContext *c) const

template<>
Vec4f	get (const OutputContext *c) const

template<>
Vec4d	get (const OutputContext *c) const

template<>
Vec4i	get (const OutputContext *c) const

template<>
Box2h	get (const OutputContext *c) const

template<>
Box2f	get (const OutputContext *c) const

template<>
Box2d	get (const OutputContext *c) const

template<>
Box2i	get (const OutputContext *c) const

template<>
Box3h	get (const OutputContext *c) const

template<>
Box3f	get (const OutputContext *c) const

template<>
Box3d	get (const OutputContext *c) const

template<>
Box3i	get (const OutputContext *c) const

template<>
Quath	get (const OutputContext *c) const

template<>
Quatf	get (const OutputContext *c) const

template<>
Quatd	get (const OutputContext *c) const

template<>
Mat4f	get (const OutputContext *c) const

template<>
Mat4d	get (const OutputContext *c) const

template<>
std::vector< fdk::half >	get (const OutputContext *c) const

template<>
std::vector< float >	get (const OutputContext *c) const

template<>
std::vector< double >	get (const OutputContext *c) const

template<>
std::vector< int32_t >	get (const OutputContext *c) const

template<>
std::vector< int64_t >	get (const OutputContext *c) const

template<>
void	get (std::string &v, const OutputContext *c) const

template<>
void	get (bool &v, const OutputContext *c) const

template<>
void	get (fdk::half &v, const OutputContext *c) const

template<>
void	get (float &v, const OutputContext *c) const

template<>
void	get (double &v, const OutputContext *c) const

template<>
void	get (int32_t &v, const OutputContext *c) const

template<>
void	get (int64_t &v, const OutputContext *c) const

template<>
void	get (uint32_t &v, const OutputContext *c) const

template<>
void	get (uint64_t &v, const OutputContext *c) const

template<>
void	get (Vec2h &v, const OutputContext *c) const

template<>
void	get (Vec2f &v, const OutputContext *c) const

template<>
void	get (Vec2d &v, const OutputContext *c) const

template<>
void	get (Vec2i &v, const OutputContext *c) const

template<>
void	get (Vec3h &v, const OutputContext *c) const

template<>
void	get (Vec3f &v, const OutputContext *c) const

template<>
void	get (Vec3d &v, const OutputContext *c) const

template<>
void	get (Vec3i &v, const OutputContext *c) const

template<>
void	get (Vec4h &v, const OutputContext *c) const

template<>
void	get (Vec4f &v, const OutputContext *c) const

template<>
void	get (Vec4d &v, const OutputContext *c) const

template<>
void	get (Vec4i &v, const OutputContext *c) const

template<>
void	get (Box2h &v, const OutputContext *c) const

template<>
void	get (Box2f &v, const OutputContext *c) const

template<>
void	get (Box2d &v, const OutputContext *c) const

template<>
void	get (Box2i &v, const OutputContext *c) const

template<>
void	get (Box3h &v, const OutputContext *c) const

template<>
void	get (Box3f &v, const OutputContext *c) const

template<>
void	get (Box3d &v, const OutputContext *c) const

template<>
void	get (Box3i &v, const OutputContext *c) const

template<>
void	get (Quath &v, const OutputContext *c) const

template<>
void	get (Quatf &v, const OutputContext *c) const

template<>
void	get (Quatd &v, const OutputContext *c) const

template<>
void	get (Mat4f &v, const OutputContext *c) const

template<>
void	get (Mat4d &v, const OutputContext *c) const

template<>
void	get (std::vector< fdk::half > &v, const OutputContext *c) const

template<>
void	get (std::vector< float > &v, const OutputContext *c) const

template<>
void	get (std::vector< double > &v, const OutputContext *c) const

template<>
void	get (std::vector< int32_t > &v, const OutputContext *c) const

template<>
void	get (std::vector< int64_t > &v, const OutputContext *c) const

template<>
size_t	get (std::vector< fdk::half > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< float > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< double > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< int32_t > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< int64_t > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< uint32_t > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< uint64_t > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec2h > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec2f > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec2d > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec2i > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec3h > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec3f > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec3d > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec3i > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec4h > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec4f > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec4d > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Vec4i > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Box2h > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Box2f > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Box2d > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Box2i > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Box3h > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Box3f > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Box3d > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Box3i > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Quath > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Quatf > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Quatd > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Mat4f > &v, std::vector< double > &t, int32_t vw) const

template<>
size_t	get (std::vector< Mat4d > &v, std::vector< double > &t, int32_t vw) const

Public Member Functions inherited from DD::Image::ValueStuffI
virtual int	value_stuff (int what, ValueStuffArg *user=nullptr) const

bool	set_value (double v, int channel=-1)

bool	set_value_at (double v, double time, int channel=-1)

bool	set_value_at_view (double v, double time, int view, int channel=-1)

bool	set_key (int channel=-1, int view=-1)

bool	set_key_at (double time, int channel=-1, int view=-1)

bool	set_values (const double *array, int n)

bool	set_values_at (const double *array, int n, double time)

bool	set_values (const float *array, int n)

bool	set_values_at (const float *array, int n, double time)

bool	set_values (const int *array, int n)

bool	set_values_at (const int *array, int n, double time)

bool	set_values (const U64 *array, int n)

bool	set_values_at (const U64 *array, int n, double time)

bool	remove_key (int channel=-1)

bool	remove_key_at (double time, int channel=-1, int view=-1)

void	set_range (double a, double b, bool force=false)

void	set_animation (const char *a, int channel=-1)

bool	is_key_at (double time, int channel=-1, int view=-1) const

bool	is_key (int channel=-1) const

double	get_value (int channel=0) const

double	get_value_at (double time, int channel=0) const

double	get_value_at_view (double time, int view, int channel=0) const

double	get_value_at (const OutputContext &oc, int channel=0) const

bool	set_expression (const char *v, int channel, int view=-1)

int	getNumKeys (int channel=-1, int view=-1) const

int	getKeyIndex (double &time, int channel=-1, int view=-1) const

bool	split_view (int view)

bool	unsplit_view (int view)

void	getKeyFrame (int keyindex, double &x, double &y, double &lslope, double &rslope, double &la, double &ra, unsigned char &interp, unsigned char &extrap, int channel, int view=-1) const

void	setKeyFrame (int keyindex, double x, double y, double lslope, double rslope, double la, double ra, unsigned char interp, unsigned char extrap, int channel, int view=-1) const

void	addKeyFrame (double x, double y, double lslope, double rslope, double la, double ra, unsigned char interp, unsigned char extrap, int channel, int view=-1) const

void	get_expression (std::string &expr, int channel=-1, int view=-1)

double	getKeyTime (int keyindex, int channel=-1, int view=-1) const

double	getDerivative (double time, int channel=0, int view=-1) const

double	getNthDerivative (int n, double time, int channel=0, int view=-1) const

double	getIntegral (double t1, double t2, int channel=0, int view=-1) const

double	getInverse (double value, int channel=0, int view=-1) const

double	getInverseGeneral (double value, int channel=0, int view=-1) const

bool	set_animated (int channel=-1) const

bool	is_animated (int channel=-1)

bool	clear_animated (int channel=-1)

bool	clear_animated_view (int view, int channel=-1)

bool	set_animated_view (int view, int channel=-1)

bool	is_animated_view (int view, int channel=-1)

bool	toggle ()

bool	set_input (int input)

Static Public Member Functions
static void	addTooltipOverride (const std::string &knob, const std::string &tooltip)

static const char *	script_result (bool py=false)

static void	script_unlock ()

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

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

static Indent *	indent ()


static void	error (const char *lpFormat,...)

static void	warning (const char *lpFormat,...)

static void	critical (const char *lpFormat,...)

static void	debug (const char *lpFormat,...)

static void	error (Knob lpKnob, const char lpFormat,...)

static void	warning (Knob lpKnob, const char lpFormat,...)

static void	critical (Knob lpKnob, const char lpFormat,...)

static void	debug (Knob lpKnob, const char lpFormat,...)

Static Public Attributes
static constexpr const FlagMask	DISABLED
	Grey out and lock interface. Prevents copy/paste (see READ_ONLY to allow this).

static constexpr const FlagMask	NO_ANIMATION
	Disable right click and button animation menu.

static constexpr const FlagMask	DO_NOT_WRITE
	Disables calling to_script. No writing to script file or copy/paste.

static constexpr const FlagMask	INVISIBLE
	Disables param and viewer widgets. Cannot be made visible again. See HIDDEN for this.

static constexpr const FlagMask	RESIZABLE
	Allows more complex knobs to resize param panel to fill available space.

static constexpr const FlagMask	STARTLINE
	Start a new line in the param panel before knob widget.

static constexpr const FlagMask	ENDLINE
	Start a new line in the param panel after knob widget.

static constexpr const FlagMask	NO_RERENDER
	Removes knob from Op hash calculation, preventing rerendering on value change.

static constexpr const FlagMask	NO_HANDLES
	Disables viewer widget handles from drawing.

static constexpr const FlagMask	KNOB_CHANGED_ALWAYS
	Always calls knob_changed, regardless of whether it has previously returned false.

static constexpr const FlagMask	NO_KNOB_CHANGED
	Prevents knob_changed being called on value change. Set if prev knob_changed returned false.

static constexpr const FlagMask	HIDDEN
	Disables param panel and viewer widgets. Can be managed dynamically with show/hide.

static constexpr const FlagMask	NO_UNDO
	Disables laying down of undo/redo points.

static constexpr const FlagMask	ALWAYS_SAVE
	Forces data to always be written regardless. Deprecated. Override not_default instead.

static constexpr const FlagMask	NODE_KNOB
	For internal use only.

static constexpr const FlagMask	HANDLES_ANYWAY
	Force viewer widgets to be visible regardless of current node tab.

static constexpr const FlagMask	INDETERMINATE
	Presents a blacked out undefined value interface on supporting knobs.

static constexpr const FlagMask	COLOURCHIP_HAS_UNSET
	Defines whether a color chip can be in the 'unset' state. Defaults to false.

static constexpr const FlagMask	SMALL_UI
	Switches param panel widget to be more viewer Toolbar friendly in supported knobs (eg Button).

static constexpr const FlagMask	NO_NUMERIC_FIELDS
	Disables numeric input box widget on supported knobs.

static constexpr const FlagMask	KNOB_CHANGED_RECURSIVE
	Recursive knob_changed calls are prevented unless overriden using this flag.

static constexpr const FlagMask	READ_ONLY
	As with DISABLED, except value can be copied from and expression linked against.

static constexpr const FlagMask	NO_CURVE_EDITOR
	Disables curve editor.

static constexpr const FlagMask	NO_MULTIVIEW
	Disables view menu and splitting when in a multiview script.

static constexpr const FlagMask	EARLY_STORE
	Forces early synchronisation of data allowing usage in pre-op calls such as split_input().

static constexpr const FlagMask	MODIFIES_GEOMETRY
	Should be set on all knobs which modify geometry or associated transforms.

static constexpr const FlagMask	OUTPUT_ONLY
	Similar to READ_ONLY & NO_RERENDER together - data changes don't count as a script change.

static constexpr const FlagMask	NO_KNOB_CHANGED_FINISHED
	Prevents knob_changed_finished being called on value change. Set if prev call returned false.

static constexpr const FlagMask	SET_SIZE_POLICY
	Do not use.

static constexpr const FlagMask	EXPAND_TO_WIDTH
	Force knob to expand to fill available space. - only for Enum knobs currently.

static constexpr const FlagMask	NEVER_DRAW_HANDLES
	Disables viewer widget handles from drawing. Unlike the NO_HANDLES flag, the state of this flag will never change internally within Nuke.

static constexpr const FlagMask	KNOB_CHANGED_RIGHTCONTEXT
	Always call knob_changed on a properly cooked Op, even if KNOB_CHANGED_ALWAYS is on.

static constexpr const FlagMask	DONT_SAVE_TO_NODEPRESET
	This value of this knob should never be saved to a NodePreset. Can be used, for example, for data knobs.

static constexpr const FlagMask	RESERVED_COLORCHIP_KNOB
	DO NOT USE. This value is used by the colorchip knob.

static constexpr const FlagMask	READ_ONLY_IN_SCRIPTS
	Prevents knobs from being modified from Python/Tcl.

static constexpr const FlagMask	ALWAYS_ALIGN_LABEL_TOP
	Label is always aligned to the top of the Knob.

static constexpr const FlagMask	TINY_SLIDER
	Modifies SLIDER to be a tiny slider underneath lineedit. Should be a numeric knob flag but we've overrun the < 0x80 condition.

static constexpr const FlagMask	HIDE_ANIMATION_AND_VIEWS
	Prevents Animation Curve_Knob and Views being shown. Animation is still possible, unless NO_ANIMATION is set of course.

static constexpr const FlagMask	NO_COLOR_DROPDOWN
	Prevents Color Panel Dropdown from being available. Popup color panel will stil be available.

static constexpr const FlagMask	NODEGRAPH_ONLY
	Indicate that this knob should only be displayed when using the NodeGraph, since the Timeline uses gpuEngine, which might not support all the same knobs.

static constexpr const FlagMask	NO_SCRIPT_EXECUTE
	Prevents 'execute' being called on the knob.

static constexpr const FlagMask	MODIFIES_TIME
	Should be set on all knobs which modify timing.

static constexpr const FlagMask	TOOLBAR_BUTTON_DRAWSTYLE
	This knob must be drawn in the style of Viewer toolbar knobs.

static constexpr const FlagMask	FLAGS_LOCKED
	Used to lock modifications to this knobs flags.

static constexpr const FlagMask	DO_NOT_READ
	Skip reading the knob from script, must be set before loading from script Enumeration_Knob only.

static constexpr const FlagMask	MAGNITUDE
	Enables switchable numeric box & slider to multiple boxes (array knob derived numeric knobs).

static constexpr const FlagMask	SLIDER
	Enables slider on single numeric knob, or array knob with MAGNITUDE set (numeric knobs).

static constexpr const FlagMask	LOG_SLIDER
	Switches linear slider to log slider, or cubic depending on range (numeric knobs with SLIDER).

static constexpr const FlagMask	STORE_INTEGER
	Stores and presents integer value rather than float (numeric knobs).

static constexpr const FlagMask	FORCE_RANGE
	Forces stored and presented value to be clamped to range set (numeric knobs).

static constexpr const FlagMask	ANGLE
	Switches widget for angle UI (single value numeric knobs).

static constexpr const FlagMask	NO_PROXYSCALE
	Disables proxyscaling on knobs supporting it (XY_Knob & WH_Knob derivatives).

static constexpr const FlagMask	GRANULAR_UNDO
	Disables concatenation of minor undo events (string knobs)

static constexpr const FlagMask	NO_RECURSIVE_PATHS
	Badly named. Actually disables relative paths (string knobs).

static constexpr const FlagMask	NO_TCL_ERROR
	For strings containing TCL expressions, don't replace with TCL error messages if an error occurs.

static constexpr const FlagMask	SAVE_MENU
	Forces menu entries to be written to script. Used by dynamic menus (enumeration knobs).

static constexpr const FlagMask	EXPAND_TO_CONTENTS
	Make Enumeration knobs adjust their width to the size of the largest munu item.

static constexpr const FlagMask	EXACT_MATCH_ONLY
	invalid value, the knob will be put into an Error state. More...

static constexpr const FlagMask	STRIP_CASCADE_PREFIX
	Make Cascading Enumeration knobs not serialise out cascading prefixes.

static constexpr const FlagMask	SINGLE_SELECTION_ONLY
	Knob only allows one item to be selected at a time.

static constexpr const FlagMask	SHOW_BUTTONS
	Show Add Layer/Delete Layer buttons.

static constexpr const FlagMask	CLOSED
	Stores the open/closed state of group knobs (group knobs).

static constexpr const FlagMask	TOOLBAR_GROUP
	Make the group into a viewer toolbar. General used via BeginToolbar (group knobs).

static constexpr const FlagMask	TOOLBAR_LEFT
	Defines which side of viewer toolbar appears on. Pick one at toolbar construction time (toolbar).

static constexpr const FlagMask	TOOLBAR_TOP
	Defines which side of viewer toolbar appears on. Pick one at toolbar construction time (toolbar).

static constexpr const FlagMask	TOOLBAR_BOTTOM
	Defines which side of viewer toolbar appears on. Pick one at toolbar construction time (toolbar).

static constexpr const FlagMask	TOOLBAR_RIGHT
	Defines which side of viewer toolbar appears on. Pick one at toolbar construction time (toolbar).

static constexpr const FlagMask	TOOLBAR_POSITION
	A mask for the position part of the flags.

static constexpr const FlagMask	NO_CHECKMARKS
	Disable individual channel checkbox widgets (channel/channelset knobs).

static constexpr const FlagMask	NO_ALPHA_PULLDOWN
	Disable 4th channel pulldown widget (channel/channelset knobs).

static constexpr const FlagMask	FULL_LAYER_ENABLED
	channel/channelset knobs will always consider every channel in a layer to be enabled.

static constexpr const FlagMask	FORCE_RGBA_LAYER
	Disables the layer selection dropdown. Forces the layer to always be RGBA.

static constexpr const FlagMask	PROXY_DEFAULT
	Sets default knob value from script proxy format rather than full res (format knob).

static constexpr const FlagMask	COLORCHIP_PRESERVE_ALPHA
	The ColorChip_knob discards alpha values by default. Set this flag to make it keep them, instead.

static constexpr const FlagMask	ALLOW_NUKE_COLORSPACES
	Allows the knob to display Nuke's native colorspaces if Color Management is set to Nuke.

static constexpr const FlagMask	WORD_WRAP
	Enable word wrapping-wrapping for the Text_knob.

static constexpr const FlagMask	CHECKED
	Tick checkbox in the ticker.

static int	nudgeController

static Knob &	showPanel
	passed to Op::knob_changed() when panel opened

static Knob &	hidePanel
	passed to Op::knob_changed() when panel closed

static Knob &	inputChange
	passed to Op::knob_changed() when inputs change

static Knob &	nameChange
	passed to Op::knob_changed() when Node name is changed

static bool	undo_state
	true in Op::knob_changed() when called due to undo/redo

static void(*	pMessageCallback )(const Knob *lpKnob, const OpMessage &lrMessage)
	Callback function for internal use.

Additional Inherited Members
Protected Types inherited from DD::Image::ValueStuffI
enum	{ W_SETVALUES_DBL, W_SETVALUE, W_SETRANGE, W_SETVALUESAT_DBL, W_SETVALUES_FLT, W_SETVALUES_INT, W_SETVALUES_INT64, W_SETANIMATION, W_SETVALUEAT, W_SETKEY, W_SETKEYAT, W_ISKEYAT, W_GETVALUE, W_SETEXPRESSION, W_SETVALUESAT_FLT, W_SETVALUESAT_INT, W_SETVALUESAT_INT64, W_GETVALUEAT, W_REMOVEKEY, W_REMOVEKEYAT, W_ISKEY, W_GETNUMKEYS, W_GETKEYINDEX, W_GETKEYTIME, W_GETDERIVATIVE, W_GETINTEGRAL, W_GETVALUEATVIEW, W_SET_ANIMATED, W_IS_ANIMATED, W_CLEAR_ANIMATED, W_TOGGLE, W_SET_INPUT, W_SETVALUEAT_VIEW, W_SPLIT_VIEW, W_UNSPLIT_VIEW, W_CLEAR_ANIMATED_VIEW, W_IS_ANIMATED_VIEW, W_SET_ANIMATED_VIEW, W_GETKEYFRAME, W_SETKEYFRAME, W_ADDKEYFRAME, W_GETEXPRESSION, W_GETINVERSE, W_GETINVERSE_GENERAL }

Detailed Description

Provides the user interface for a single named "control" of an Op.

The Op::knobs() function is called to create these and to list them in order to store() values into an instance of an Op.

The to_script() and from_script() methods are used to read and write the value as a text stream. This is used for saving scripts and also for implementing undo/redo.

The most common types of knobs produce a widget in the "control panel" of a Node in Nuke. However this functionality is private to Nuke. Plugins can only make knobs that are manipulated through the user clicking and dragging on the viewers. They can also create "child" knobs that display widgets.

Writing a new knob type is quite complex, though I hope it is not hopeless. It is recommended that you examine the source code to plugins that use it (DustBust, ...).

Member Enumeration Documentation

enum DD::Image::Knob::HandleType

Commands passed to begin_handle

enum DD::Image::Knob::HandleFlags

Enumerator
LOW_PRIORITY	Indicates that this handle is low priority in terms of selecting. If multiple handles are contained within the pick area, normal priority handles are favoured over low priority ones.
DO_HANDLE_CALLBACK_ON_SHIFT_SELECT	This flag is to get around the fact that, when shift-selectting, Nuke doesn't by default call handle callbacks. Setting this flag will ensure that it will.

Constructor & Destructor Documentation

Knob::Knob	(	Knob_Closure *	c,
		const char *	name,
		const char *	label = `nullptr`
	)

The constructor for a knob adds it to the list being built for the current Node.

Member Function Documentation

const char * Knob::Class ( ) const

pure virtual

Return a string name for the type of knob. The base class returns "Knob". This is currently only used for messages.

int Knob::ClassID ( ) const

virtual

Return the enumeration value from Knobs.h that will create this knob. This is used to write instructions for creating this knob to a saved script. If no value creates this knob then return 0, and the user will not be able to clone the knob. The base class returns zero.

Op * Knob::op ( ) const

Return an Op that belongs to the control panel this Knob is on. You cannot make very many assumptions about this op except that it has been constructed. You could for instance get the Class() or help().

Referenced by DD::Image::PrintKnobChangedInValidateWarning().

bool DD::Image::Knob::is ( const char * v ) const

inline

fn bool Knob::is(const char* name) const Return true if the name matches the passed string. You should use this in Op::knob_changed() methods to figure out if the changed knob is the one you are interested in.

Referenced by DD::Image::Executable::frameRangeKnobsChanged(), DD::Image::DrawIop::knob_changed(), DD::Image::NukeWrapper::knob_changed(), and DD::Image::ReadGeo::knob_changed().

bool Knob::startsWith ( const char * v ) const

Return true if the name starts with the substring. Useful in Op::knob_changed() to detect a set of related knobs.

void Knob::label ( const char * p )

Sets the label to the given value. The value can be null, in which case labelNotNull will return false after this call

std::string Knob::fullyQualifiedName ( int idx = -1 ) const

returns the fully-qualified name of the knob within the node. This can be useful for expression linking. "idx" specifies the optional channel number of the sub-knob, leave blank or set to -1 to get the qualified name of the knob only.

const std::string & Knob::tooltip ( ) const

Get the tooltip for the knob

void DD::Image::Knob::addTooltipOverride	(	const std::string &	knob,
		const std::string &	tooltip
	)

static

Add a tooltip override to the tooltip overrides table. 'knob' is expected to be in the form 'Blur.size', and tooltip is the text to be displayed instead of the default tooltip

void DD::Image::Knob::set_flag	(	FlagMask	f,
		bool	b
	)

inlinenoexcept

Update the given flag in the knob mask

Parameters

b	If true, set the flag, otherwise clear the flag

WidgetPointer Knob::make_widget ( const WidgetContext & context )

virtual

this is the new version for 7.0 onwards

Create the widget to put in a panel for the knob and return it. This can return null if no widget should be created, this is what the default version does.

addCallback() must be called to add some function that is called when the value changes or when the knob is destroyed, so that the widget can respond to it. Nuke source code currently wraps this in another function called add_widget_to_knob().

WidgetPointer Knob::make_secondary_widget ( const WidgetContext & context )

virtual

Create the secondary widget. This widget is intended to be be displayed below the existing label, if the label exists. The default implementation returns a NULL widget.

return WidgetPointer, a pointer to the widget which is to be displayed in the label column, else, NULL if no secondary widget is to be displayed (in which case the label will display as usual)

void Knob::updateUI ( const OutputContext & )

virtual

Cause any update to widgets due to the outputContext() being changed. The default version does nothing, but subclasses that display the animated value must do this.

void Knob::addCallback	(	Callback	cb,
		void *	closure
	)

Add a callback to a GUI widget. Changes to the knob's visibility, enable, the value, and the destruction of the knob all send messages to this.

References DD::Image::end().

Referenced by DD::Image::LUTInfo::updateColorspaceDefaultValue().

void Knob::removeCallback	(	Callback	cb,
		void *	closure
	)

Remove a callback added with addCallback(). You must not call this if your callback got the kDestroying message.

References DD::Image::end().

Referenced by DD::Image::LUTInfo::updateColorspaceDefaultValue().

bool Knob::isCallbackRegistered	(	Callback	cb,
		void *	closure
	)		const

Check if a callback was registered.

References DD::Image::end().

bool DD::Image::Knob::isEnabled ( ) const

inline

Return true if enable() was called or false if disable() was called.

bool DD::Image::Knob::enable ( )

inline

Same as enable(true)

References enable().

Referenced by enable(), DD::Image::AxisOp::enableKnobs(), DD::Image::AxisOp::enableScenePrimImporterKnobs(), DD::Image::Executable::frameRangeKnobsChanged(), DD::Image::NukeWrapper::knob_changed(), DD::Image::ReadGeo::knob_changed(), DD::Image::LookAt::knobChanged(), and DD::Image::SourceGeomOp::makeTransformKnob().

bool DD::Image::Knob::disable ( )

inline

Same as enable(false)

Referenced by DD::Image::ReadGeo::knob_changed().

void Knob::enable ( bool e )

virtual

Enable or disable (gray out) the widget. For historical reasons this will also show/hide the handles in the viewer by setting the NO_HANDLES flag. If you don't want this, set the flag back to the way you want after calling this.

References clear_flag(), DISABLED, flag(), NO_HANDLES, and set_flag().

bool Knob::isReadOnly ( ) const

virtual

Return true if this knob is read only. The default implementation tests for the read-only flag. In read-only mode, values will be displayed and can be copied and viewed as usual, but no modifications through direct user input will be possible. Changes may still be made through Tcl/Python.

Not all knobs support this flag.

References flag(), and READ_ONLY.

bool DD::Image::Knob::isReadOnlyInScripts ( ) const

inline

Return true if this knob is read-only in scripts. The default implementation tests for the READ_ONLY_IN_SCRIPTS flag. In this mode, attempts to modify a knob's values will be prevented with an error. Changes may still be possible through the Nuke user interface (see READ_ONLY flag to block this)

References READ_ONLY_IN_SCRIPTS.

bool Knob::isVisible ( ) const

Return true if the widget is visible (ie the control panel is open and switched to the tab that this knob is on). Knobs with no widgets return panel_visible().

References any_of(), HIDDEN, INVISIBLE, and panel_visible().

void DD::Image::Knob::hide ( )

inline

Make the widget disappear. This only works if the widget exists, which means you have to defer this until Op::knob_callback() is called with the show-panel knob.

Referenced by DD::Image::DrawIop::knob_changed(), DD::Image::NukeWrapper::knob_changed(), and DD::Image::InternalOCIOOp::nodePanelShown().

void DD::Image::Knob::show ( )

inline

Make the widget become visible, undoing a hide().

Referenced by DD::Image::DrawIop::knob_changed(), and DD::Image::NukeWrapper::knob_changed().

void Knob::visible ( bool v )

Does show() if true, hide() if false.

References clear_flag(), flag(), HIDDEN, and set_flag().

Referenced by DD::Image::DrawIop::knob_changed(), and DD::Image::Write::set_file_type().

bool DD::Image::Knob::isOpen ( ) const

inline

Returns true if this hierarchy title is open.

void DD::Image::Knob::open ( )

inline

Makes a hierarchy title open, showing all the child knobs.

References open().

Referenced by open().

void DD::Image::Knob::close ( )

inline

Makes a hierarchy title close, hiding all the child knobs.

void Knob::open ( bool v )

Does open() if true, close() if false.

References clear_flag(), CLOSED, flag(), and set_flag().

bool DD::Image::Knob::isPushed ( ) const

inline

Return true if this knob is "pushed". This means that the user is either holding down a slider in the control panel or is dragging a handle in the viewer. This can be used to decide whether to draw a texture map preview or not.

void DD::Image::Knob::pushed ( bool p )

inline

Turn isPushed() on/off.

Knob * Knob::knob ( const char * name ) const

Return another knob on the same control panel as this knob, looked up by name.

Knob * Knob::knob ( int n ) const

Find a knob by index number. If the index number is larger than the number of knobs then null is returned. By starting at zero and incrementing until this returns null you will get every Knob known about. One of the return values will be this knob itself.

bool Knob::node_disabled ( ) const

Return true if the node this knob is in is disabled.

bool Knob::panel_visible ( ) const

Returns true if the control panel for this node is open. You may want to use visible(), which will return true only if the tab containing this knob is open.

Referenced by isVisible().

bool Knob::node_selected ( ) const

Returns true if the node is selected by the user. This can be used to turn a wireframe preview on/off.

unsigned Knob::node_gl_color ( ) const

Returns the color selected by the user to draw things in the viewer. The return value is of the form 0xrrggbb00.

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

Execute a string in Nuke's scripting language. You must call script_unlock() after calling this!

See also: Op::script_command

bool Knob::script_expand	(	const char *	str,
		int	what = `1`
	)		const

See also: Op::script_expand(). The integer argument is unused currently. Use 1 for future compatibility.

const char * Knob::script_result ( bool py = false )

static

See also: Op::script_result().

void Knob::script_unlock ( )

static

See also: Op::script_unlock()

int Knob::message	(	char	t,
		const char *	format,
			...
	)

static

See also: Op::message_f

int Knob::vmessage	(	char	t,
		const char *	format,
		va_list	va
	)

static

See also: Op::message_f

bool Knob::build_handle ( ViewerContext * ctx )

virtual

This call is used by viewers to search for objects that need to draw "handles" into the viewer. This will be called for all knobs on any opened control panel.

If you want to draw anything you should add a callback with ViewerContext::add_draw_handle(). Or you can return true and a callback that calls draw_handle() will be added for you.

Recommended you check that the viewer is in the correct mode (ctx->viewer_mode()!=0 indicates a 3D mode) and that visible() is true before you add the callbacks.

The default version returns false.

Referenced by DD::Image::Op::anyKnobHandles(), and DD::Image::Op::build_knob_handles().

void Knob::add_draw_handle ( ViewerContext * ctx )

Convenience function to call ViewerContext::add_draw_handle() with a function that will call this->draw_handle().

References DD::Image::ViewerContext::add_draw_handle().

Referenced by DD::Image::Op::add_knob_handle(), and DD::Image::Op::build_knob_handles().

void Knob::draw_handle ( ViewerContext * ctx )

virtual

If build_handle() returns true, then this will be called to actually draw the handle in OpenGL.

void Knob::begin_handle	(	HandleContext	command,
		ViewerContext *	ctx,
		Handle *	cb,
		int	index,
		const DD::Image::Vector3 &	pos,
		ViewerContext::Cursor	cursor = `ViewerContext::kNoCursor`
	)

Start drawing a handle. Any OpenGL you draw after this will be passed through hit-detection on a PUSH event and if selected then the cb will be called with events. draw_handle() should call this to indicate that the next thing to be drawn is something the user can click on, which we call a "handle".

The command describes the xyz that will be passed back to the handle callback. Current values are:

POSITION: The xyz passed in plus the distance the mouse dragged, with the numbers rounded somewhat to "nice" decimal numbers, and if the mouse has not moved very far or if shift is held down to restrict the axis, the passed-in xyz unchanged.
SELECTABLE: Same as POSITION except this is a selectable handle. It is selected by the user clicking on it, by the user dragging out a box, or by shift-clicking. When the user drags any selected handle then all of them get PUSH, DRAG, and RELEASE events and the first one gets the rounded position and all the others move in a locked formation with it. Any keystrokes are sent as KEY events to all the selected handles. If cb calls ctx->menu() then the menu only appears once, and all other calls return the same menu item, so the same action is done to all points.
DISTANCE_FROM_POINT: The difference between where the mouse is and the xyz position passed in this call (pass 0,0,0 if you want the absolute position in space). The xyz are not rounded so you probably don't want the numbers shown to the user, as they will have ugly extra digits of precision.
DISTANCE_WITH_SNAP: Same as DISTANCE_FROM_POINT except the delta values are rounded to "nice" numbers. Pass 0,0,0 to get "nice" rounded positions in space.
ANYWHERE, ANYWHERE_MOUSEMOVES, SELECTED_BY_THIS: these should only be passed to make_handle.

The cb function is called when the user causes an event that Nuke thinks should be sent to this handle. The function should return true if the event is consumed by this handle (returing false allows an ANYWHERE handle to get events). The context->event() says why this is being called:

PUSH - mouse was pushed down
DRAG - mouse was dragged after being pushed. The mouse position can be retrieved from context->x(), y(), and z(). These coordinates are in the same transformation that make_handle() was called in. You can also get the mouse position in pixels from context->mouse_x() and mouse_y(), though I'm not sure if you can do anything useful with that.
RELEASE - mouse was released after being dragged.
KEY - A keyboard key was pushed. You can get it from context->key().
KEYUP - A keyboard key was released. You can get it from context->key().
WHEEL - Mouse wheel (or other secondary manipulator) was moved. You can get the amount it was moved (in pixels) from context->wheel_dx() and wheel_dy().
MOVE - mouse is being dragged over window with no button pushed.
FIRST_MENU - You should use this as the first enumeration assigned to items in a Menu. If you call ctx->menu() and an item is picked the event is set to the picked item.
NO_EVENT - If you call ctx->menu() and either the user does not pick an item or they already picked an item from a different menu, then the event is set to this. You should not do anything in this case.

index is passed unchanged to the cb function. This can be used to select what part of a knob is being moved.

x and y (and z) indicate the initial position of the dragged object. Notice that it does not have to be the location you are drawing at.

void Knob::end_handle ( ViewerContext * ctx )

draw_handle() should call this after calling begin_handle() and drawing the selectable items. It is harmless to call this extra times.

bool Knob::is_selected	(	ViewerContext *	ctx,
		Handle *	cb,
		int	index
	)		const

Return true if the cb was flagged as a SELECTABLE one and it is currently selected by the user.

More performant version of the other make_handle(). Accepts a function which takes an vector of handle indices which apply to that combination of (knob*, callback)

virtual bool DD::Image::Knob::is_selected	(	ViewerContext *	ctx,
		int	index
	)		const

inlinevirtual

Return true if the main SELECTABLE callback is currently selected by the user.

void Knob::get_selected_indices	(	Handle *	cb,
		Knob::SelectedIndexVector &	allIndices
	)		const

Return a vector of all selected indices for the given cb

bool Knob::clear_selected ( ViewerContext * ctx )

Clear the selection list Return true if successful.

bool Knob::toggle_selected	(	ViewerContext *	ctx,
		Handle *	cb,
		int	index
	)

Toggle the selection Return true if successful.

virtual bool DD::Image::Knob::toggle_selected	(	ViewerContext *	ctx,
		int	index
	)

inlinevirtual

Toggle the selection with the main SELECTABLE callback. Return true if successful.

bool Knob::is_focused	(	ViewerContext *	ctx,
		Handle *	cb,
		int	index
	)

Returns true if the cb was flagged as HOVER, and it is currently in focus by the user

int Knob::selection_size ( ViewerContext * ctx )

Return the selection size

void Knob::add_to_undo ( )

Add the current knob into the last undo event. This allows changes from different knobs to be grouped into a single event.

void Knob::stop_add_to_undo ( )

Stop adding to undo

void Knob::new_undo ( const char * name = nullptr )

Same as new_undo(0). If this knob has not been recorded into the current Undo, start a new Undo and record the current state.

void Knob::force_new_undo ( const char * name = nullptr )

Closes (possible) previous open undo event and starts a new one before recording the current state. This should be called by knobs instead of new_undo(...) when the action should not be merged with any previous open undo event.

Referenced by DD::Image::Authoring::setMode().

void Knob::extra_undo ( )

Make changes to this knob be part of the current Undo.

Deprecated. You should not need to call this, Nuke merges undos for everything done by an Op::knob_changed() or other functions that should look like a single action to the user.

TODO : mark as deprecated

void Knob::new_undo ( const void * controller )

Start a new Undo and remember the current state in that Undo, if either:

this knob has not been recorded in the current Undo
widget is non-zero and different than the previous call

The intention was for widget to be the widget being manipulated, though you can also pass pointers to static variables that indicate the "class" of widget, for instance if you want a set of checkmarks to all act like a single Undo.

You can call repeatedly with widget == NULL and subsequent calls are ignored. This makes it convienent to stuff this call into any method that is going to change the value.

See also: extra_undo

bool Knob::doingUndoRedo ( )

Check whether this knob changed event was invoked by an undo or redo

void DD::Image::Knob::new_nudge_undo ( )

inline

Call new_undo(widget) with a pointer to a constant that indicates a "nudge" modification, such as the numeric keypad keys. All adjacent nudge modifications for a knob are merged into a single undo.

void Knob::undo ( )

If possible this backs up to the last time new_undo() was called. However this may back up many other knobs to the same state, so only call this on one knob per panel!

See also: redo, new_undo, new_nudge_undo

void Knob::redo ( )

If possible this goes forward and undoes an undo. However this may back up many other knobs to the same state, so only call this on one knob per panel!

See also: undo, new_undo, new_nudge_undo

void Knob::changed ( )

virtual

This virtual function is called when the value of the knob changes. Subclasses can override this, they should not do anything very expensive (such as read a file) or Nuke will lock up! They must call the base class implementation, it calls UpdateWidgets(), sets the modified flag, increments _editVersion, and triggers the viewer to check if it needs to update, among other things.

References DD::Image::PrintKnobChangedInValidateWarning().

Referenced by DD::Image::Authoring::setMode().

int Knob::editVersion ( ) const

Global edit version of the Knob, incremented when the contents of the Knob are modified and acknowledged by calling Knob::changed(). This number is useful for tracking individual Knob edits separately from the global Nuke version numbers returned by version().

Note that this number will only change if the Knob subclass stores data and calls Knob::changed() when that data changes. Some that don't are called 'compound' knobs, like AxisKnob, which consist of child knobs where the actual data is stored. These knobs should implement editState() and return the edit versions of the children combined together.

Hash Knob::editState ( ) const

virtual

Calculate the edit state hash for the Knob's current edit version. This can be implemented by compound-knob type subclasses like AxisKnob to combine the edit versions of its children to provide a compound edit version.

Base class returns the hash of the _editVersion integer.

Referenced by DD::Image::GeomOp::AppendKnobToTarget().

void Knob::updateWidgets ( )

Sometimes (especially in subclasses) you know that only the widget has to redraw and that the knob's value did not change. In this case you can call this function instead of changed(), to avoid triggering unnecessary recalculation.

void Knob::asapUpdate ( )

See Op::asapUpdate(). Indicate the output of the Ops controlled by this node are dynamically changing. This causes the viewer to update right away and disables disk caching of viewer images.

You must make the hash() of the Op change. If you are altering the knob's value, then this is probably enough to make the hash change.

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

See Op::asapUpdate(). Indicate the output of the Ops controlled by this node are dynamically changing and that the indicated area of the viewer should be drawn first. This causes the viewer to update right away and disables disk caching of viewer images. The direction indicates which way to draw the box, zero indicates you don't care. This is used by paint strokes, setting the direction to the same way the paint brush is moving makes the best feedback.

void Knob::redraw ( )

Make any handles in the viewer redraw, such as to show highlighting or previews, without the overhead or setting modified flags that changed() does.

const OutputContext & Knob::uiContext ( ) const

Return the "user interface context" from the node this knob belongs to. This is best thought of as "what frame/view the user thinks the Node is at". In reality, a node may produce several ops at different frames/views/proxy settings, one of these settings is returned by this.

const Format & Knob::input_format ( ) const

Same as Op::input_format(). A store() method can use this to scale uv coordinates to pixels or to take into account pixel aspect when storing width/height pairs.

void Knob::store	(	StoreType	type,
		void *	p,
		Hash &	hash,
		const OutputContext &	context
	)

virtual

Write over the passed location (which is in an Op) with the new data, and append that data to the Hash somehow. This is how data is stored into the pointed-to locations referred to by the knobs() function.

The context is used to figure out the current value from an animated knob, and to scale the stored values to the current proxy resolution. The hash should depend on these values.

If there is any problem storing the value you should call error() with a message to show the user. You should still put a legal value there and return the correct hash.

The base class does nothing.

Referenced by DD::Image::RenderScene::build_handles().

void Knob::append	(	Hash &	hash,
		const OutputContext *	context
	)

virtual

Append a representation of the current value() at the context to the hash. Nuke will use this to calculate the hash of any knob that does not have a pointer for the store() function but also does not have the NO_RERENDER flag on.

If the context is null, then you should instead append the entire animation of the knob to the hash. This is used to identify if any frame in a clip has changed.

The base class does nothing.

Referenced by DD::Image::LookupCurves::append(), DD::Image::GeomOp::AppendKnobToTarget(), and DD::Image::ParticleOp::appendSimulationCurve().

virtual int DD::Image::Knob::valueType ( ) const

inlinevirtual

Return the corresponding compound Value::Type this knob stores to, if there is one. Note this method returns an int to avoid including the ndk headers, so casting to usg::Value::Type may be required.

Also note that this is not the type of each individual data element but the -overall- logical type for the entire Knob. Many Knob types may not have a logical correspondence to a Value::Type. For example Color_knob returns Value::Color3d, XY_knob returns Value::Double2, while AColor_knob returns Value::Double4 since there is no corresponding RGBA Value::Type.

Knobs that manage arbitrarily-sized arrays of data elements can return the generic Value::Type array variants like FloatArray, DoubleArray, IntArray, etc. Consuming code will need to know how to convert those generic arrays.

Defaults to -1 which should be interpreted as Value::InvalidType.

virtual size_t DD::Image::Knob::numElements ( ) const

inlinevirtual

Return the number of data elements that this knob stores into, which is most useful for numeric type knobs. For example a Color_knob stores into 3 elements (rgb floats or doubles) while AColor_knob stores into 4 elements (rgba floats or doubles,) and Axis_knob stores into 16 elements (Mat4f or Mat4d.)

Some knob ctors such as Array_knob and MultiFloat_knob have dimension arguments so these subclasses should return the knob's currently sized dimension.

Defaults to 1.

template<typename T >

bool DD::Image::Knob::set	(	const T &	value,
		double	time,
		int32_t	channel_start_offset = `0`,
		int32_t	view = `-1`
	)

Set the value on the Knob, returning true on success.

Currently this only supports Knob types that accept the fdk::math base types like Vec2,Vec3,Vec4,Box2,Box3,Mat4, or the common POD types like float, double, uint, int, and bool, or some basic stl types like std::string.

channel_start_offset is only valid for Knobs storing compound numeric data types like Vec2,Vec3,Vec4. It's most useful for setting a specific element/channel within the type. For example to set an AColor_Knob's Vec4.w component (alpha) while leaving the Vec4.xyz (color) portion untouched you would do knob->set(0.5, time, 3, view).

All the components of the source type are copied into the Knob, and any overflow components get clipped, or ignored. So copying a Vec3 into a Vec4 Knob with a channel_start_offset of 2 means only Vec3.xy will get copied into the Knob's Vec4.zw components, and Vec3.z will get clipped. If the Vec3 is copied into the Vec4 Knob with channel_start_offset of 0 then Vec3.xyz will be copied in and Vec4.w will be left untouched.

Requires a keyframe time to set the value at. Does not clear any existing animation data. If view is <= 0 then the 'main' view index (1) is used.

Referenced by DD::Image::AxisOp::copyAttribToKnobTimeWarped(), DD::Image::AxisOp::importScenePrim(), DD::Image::CameraOp::importScenePrim(), DD::Image::GeomOp::setKnobValue(), and DD::Image::GeomOp::setKnobValues().

template<typename T >

bool DD::Image::Knob::set	(	bool	clear_keys,
		const std::vector< T > &	values,
		const std::vector< double > &	times,
		int32_t	channel_start_offset = `0`,
		int32_t	view = `-1`
	)

Same as set(T, time, view) but with arrays of T and time. All values will be set on the same view. Destination channels unaffected by the source data type size (for example a Vec2 being copied into a Vec4) will be unaffected - ie not cleared or set animated.

If clear_keys is true then any existing animation data is cleared before any keyframes are set, otherwise the keyframes are added to any existing animation.

Both values and times arrays should be the same size! The smaller array size of the two is used for the total value/time count so any values or times past the smaller count will be ignored.

template<typename T >

T DD::Image::Knob::get ( const OutputContext * context = nullptr ) const

Return the value of the Knob converted to type T, if possible. Nothing is done if the type and Knob are incompatible, and the returned value is undefined.

Currently the base fdk::math types are supported like Vec2,Vec3,Vec4,Box2, Box3,Mat4, plus the common POD types like float, double, uint, int, bool, and std::string.

Examples of how to return a specific type: double value = knob->get<double>(context); // FloatKnob, ArrayKnob int32_t value = knob->get<int32_t>(context); // IntKnob, ArrayKnob Vec2i value = knob->get<Vec2i>(context); // XYKnob, UVKnob, ArrayKnob Vec3d value = knob->get<Vec3d>(context); // XYZKnob, ColorKnob, ArrayKnob Vec4f value = knob->get<Vec4f>(context); // ColorAKnob, ArrayKnob Mat4d value = knob->get<Mat4d>(context); // AxisKnob, ArrayKnob std::string value = knob->get<std::string>(context); // StringKnob, EnumerationKnob

If OutputContext is null then Knob::uiContext() will be used.

Referenced by DD::Image::GeomOpEngine::KnobBinding::get(), DD::Image::GeomOp::getKnobValue(), DD::Image::CameraOp::projectionModeMatrixAt(), and DD::Image::AxisOp::worldTransformAt().

template<typename T >

void DD::Image::Knob::get	(	T &	val,
		const OutputContext *	context = `nullptr`
	)		const

Fill the passed-in data object if its type is compatible with the Knob. Nothing is done if the type and Knob are incompatible, and val is left untouched.

Currently the base fdk::math types are supported like Vec2,Vec3,Vec4,Box2, Box3,Mat4, plus the common POD types like float, double, uint, int, and bool.

If OutputContext is null then Knob::uiContext() will be used.

template<typename T >

size_t DD::Image::Knob::get	(	std::vector< T > &	values,
		std::vector< double > &	times,
		int32_t	view = `-1`
	)		const

Copy all the time sample values from the Knob. If the Knob is not animated there will be only single value and a single defaultTimeValue() time entry.

If view is not specified the default 'main' (view 1) will be used.

See the other get() methods for more usage info.

virtual bool DD::Image::Knob::isAnimated ( ) const

inlinevirtual

Does the knob have animation affecting its value over time?

This method indicates that the knob value -may- vary in time, but not that the value -actually- varies in time. For example the knob's animation curve could contain a constant value at all keyframes but isAnimating() will still return true.

This is a virtual method so that compound Knobs which contain subknobs, like Axis_Knob, can return the global animation state for all of them.

Default implementation returns false.

Referenced by DD::Image::GeomOp::AppendKnobToTarget(), and DD::Image::MaterialOpI::overrideShaderDescInput().

virtual bool DD::Image::Knob::hasExpression ( ) const

inlinevirtual

Does the knob have an expression affecting its value?

This is a virtual method so that compound Knobs which contain subknobs, like Axis_Knob, can return the global expression state for all of them.

Default implementation returns false.

void DD::Image::Knob::animationTimes	(	std::set< double > &	times,
		int32_t	view = `-1`
	)		const

Inserts all keyframe times for all Knob channels into the set. This is primarily useful for ArrayKnob subclasses which support time animating values. Does not initialize/clear the set! This is so you can call this method on multiple knobs and union them all together. If view is provided then only that view is retrieved, otherwise the main (view 1) will be retrieved.

References animationTimes().

Referenced by animationTimes().

void DD::Image::Knob::animationChannelTimes	(	std::set< double > &	times,
		int32_t	channel_index,
		int32_t	view = `-1`
	)		const

Same as animationTimes() but for a single channel. If channel_index is out of bounds nothing is done.

References animationChannelTimes().

Referenced by animationChannelTimes().

int Knob::get_key_list ( std::set< int > & keylist ) const

virtual

Turn on a flag in the bl array for each frame number between first and last that contains a key frame, and return the total number of keyframes. This is used to update the tick mark display in the Viewer frame slider. The base class returns zero.

virtual bool DD::Image::Knob::keyframesDisplayed ( ) const

inlinevirtual

Whether the viewer should display the tickmarks for me at the moment subclasses can override this to display tickmarks for invisible knobs

void Knob::error	(	const char *	lpFormat,
			...
	)

static

Use these to report once-off warning or error messages produced by a knob. They'll only be displayed as message boxes, and won't be stored. The versions that take a knob parameter use parameters from that knob they're called on, such as the pop-up scheme from any associated op.

bool Knob::from_script ( const char * v )

virtual

Parse a string read from a saved script. The result should be a knob that is in exactly the same state as it was when to_script() was called to produce the string.

The return value is whether or not the value changed. If it did this must also call changed(). Note it should do this even if an error() is produced.

If any errors are encountered you should call error() to print a message.

Nuke provides a helper class Knob::String_List to split nested lists of words at spaces (this actually uses tcl to do the work), and the to_double() and to_bool() methods to turn words into values.

The default version produces an error. You don't need to implement this as long as not_default() is always false.

Reimplemented in DD::Image::ShapeKnob.

Referenced by DD::Image::LUTInfo::updateColorspaceDefaultValue().

bool Knob::to_double	(	const char *	expr,
		double &	result
	)

from_script() can call this to convert a word into a double. This will run the Nuke expression evaluator so that math expressions typed in by the user will be handled. If there is any problem a message is printed with error() and false is returned. If true is returned then the second argument is set to the resulting double value.

If you wish to write doubles in to_script(), using << works acceptably.

bool Knob::to_int	(	const char *	expr,
		int &	result
	)

from_script() can call this to convert a word into an integer value. The argument can be any legal expression. If it is not an integer then int(floor(x)) is returned.

bool Knob::to_bool	(	const char *	expr,
		bool &	result
	)

from_script() can call this to convert a word into a boolean value. The argument can be any legal expression that evaluates to 0, non-zero, or the words "false" or "true".

bool Knob::setAuthoring ( const AuthoringSettings & settings )

Initialises and sets the authoring settings on the knob Passing in an AuthoringSettings with an empty modes list will remove the authoring from the node

Parameters

settings copies settings

Returns: True if the authoring was set, False if it was not set or removed

References DD::Image::AuthoringSettings::isValid().

const Authoring * Knob::getAuthoring ( ) const

Gets the attribute authoring controls - these modify the way attributes are written and overridden in the 3D system.

Returns: Authoring functionality, or nullptr if authoring isn't set

Referenced by DD::Image::MaterialOpI::overrideShaderDescInput().

const char * Knob::get_text ( const OutputContext * = nullptr ) const

virtual

Return the null-terminated text that to_script(o, context, false) would write to the stream, or return null to indicate that this is not implemented.

The main purpose of this function is so a caller can avoid the overhead of creating a stringstream and extracting the result from there if they just want to copy the to_script value somewhere.

A caller can assume this is implemented for String_knob(). It is also implemented for Enumeration_knob and Bool_knob and most others that use keywords for their value, if a context is given or the knob is not animated.

The returned value is temporary and is only good until the next time this or any other knob is changed. However you are allowed to pass it once to a from_script() method on this or any knob.

The base class returns null. Notice that this means the base class to_script() always writes an empty string.

Referenced by DD::Image::ReadGeo::_validate(), DD::Image::Read::make_format(), DD::Image::WriteGeo::set_file_type_from_filename(), DD::Image::Write::set_file_type_from_filename(), and to_script().

void Knob::to_script	(	std::ostream &	o,
		const OutputContext *	context,
		bool	quote
	)		const

virtual

Write the text that describes the state of the knob to a stream. The resulting text must be able to be passed to from_script() to restore the current value.

If context is null, then you should write a description of all the animation of the knob. If context is not null, you should write the a description of the value that is stored for the given context (this string, if passed to from_script(), would then produce a non-animated value for the knob).

For speed this writes directly to the output file, so you must do the quoting if necessary. quote indicates that you should modify the output with the necessary quoting characters and delimiters so that the text results in exactly one word in a space-separated tcl list (generally this means you should add curly braces around it). If quote is false then you should output the text in the form it would be after it is extracted from the list.

The helper class Knob::cstring will correctly quote a string or null so that it is returned unchanged to from_script() or so it can be put into a space-separated Knob::Script_List.

The default version prints the result of get_text(), using Knob::cstring if necessary to quote it.

Reimplemented in DD::Image::ShapeKnob.

References get_text().

void Knob::to_script_prefix ( std::ostream & o ) const

virtual

Write commands that must be executed before the to_script() value can be parsed. This is used to write commands to declare Layers and Formats and other objects that are shared by knobs. Be sure to put a newline after the command. The default version writes nothing.

void Knob::to_script_userknob ( std::ostream & o ) const

virtual

Write the arguments to an addUserKnob command that will create this knob. Nuke will already have written the ClassID() and the name() (the way these are written may change in future versions). This should write keyword+value pairs separated by spaces with a leading space, and use cstring to quote values.

The base class writes " l \a label t \a tooltip ". label is not written if it is the same as name(). tooltip is not written if it is blank.

References DISABLED, flag(), HIDDEN, INVISIBLE, label(), labelNotNull(), and STARTLINE.

bool Knob::not_default ( ) const

virtual

Return true if the knob is not at it's default value. This is used to avoid writing knobs which are set to the default to saved scripts. The base class returns false always.

Referenced by DD::Image::MaterialOpI::overrideShaderDescInput().

static Indent* DD::Image::Knob::indent ( )

inlinestatic

DD::Image::Knob::Indent* DD::Image::Knob::indent() Writes the current indentation to the output stream. You use it by doing "o << indent()". This is used by Knob::to_script() to indent lines of text to match the surrounding braces. If you want more indentation, just print spaces after the indent, or feel free to mess with the "Indent::amount" variable, as long as you restore the value after you are done.

Member Data Documentation

constexpr const FlagMask DD::Image::Knob::EXACT_MATCH_ONLY

static

invalid value, the knob will be put into an Error state.

Make Enumeration knobs use exact match when setting a value. If an attempt is made to set an

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