Detailed Description

A column providing an interpolated value from an easy curve defined by control points.

Generate an Example Column

from ToonBoom import harmony                                 #Import the Harmony Module
sess = harmony.session()                                     #Get access to the Harmony session, this class.
proj = sess.project                                          #Get the active session's currently loaded project.
scene = proj.scene                                           #Get the top scene in the project.
proj.history.begin( "Generating Test Column" )
columns = scene.columns                                      #The overall node list of the scene.
#Create the new Ease Column
new_column = columns.create( "EASE", "NEW_EASE_COLUMN" )
value_incremental = 0
#Add a keyframe value every 10 frames.
for frame in range(1,60)[::10]:
  print( "Setting Key Value at %s : %s"%(frame, value_incremental) )
  new_column[frame] = value_incremental
  value_incremental = value_incremental + 1
proj.history.end()

Public Member Functions
void	create_point (double frame, double value, double easeIn, double angleEaseIn, double easeOut, double angleEaseOut, bool constSeg, QString continuity)
	Sets the values of a point on an Ease column. More...

void	keyframes_clear (int startFrame=1, int endFrame=-1)
	Removes the keyframe(s) located at the given range. More...

bool	keyframe_exists (QList< int > frame)
	Returns true if the column has a keyframe at the given argument. More...

QVariant	keyframe_create (QList< int > frame)
	Set or add a keyframe at the given frame. More...

void	keyframe_remove (QList< int > frame)
	Remove the keyframe at the given frame, if any.

QList< int >	keyframe_list () const
	Returns the list of frames at which there's a keyframe. More...

QVariant	get_entry (double atFrame, int subColumnIndex=-1) const virtual QVariant getEntry(double atFrame
	Returns the value of a cell in a column. More...

void	set_entry (double atFrame, QVariant value, int subColumnIndex=-1)
	Sets the value of a cell in a column. More...

void	scale (double scale_factor, unsigned int originalLenght)
	Scales the values in a column by a scaling factor.

Public Attributes
OMC::EaseColumnValue *	operator[int idx]
	The column object is is iterable and can provide values at given frames with the list operator. The frame value can be get and set from this interface. More...

double	tension_ease
	The tension of the ease, 0 if the given column isn't an ease column.

int	hold_start
	The start value of the hold.

int	hold_stop
	The stop value of the hold.

int	hold_step
	The step value of the hold.

int	control_point_size
	The number of control points in the column.

OMC::ControlPointList *	control_points
	Get the controlpoints in the column.

QString	name
	Get/set the name of the column. This is the internal name of the column which is used as a unique identifier.

QString	display_name
	Get/Set the displayable name of the column (like it would appear in the xSheet view).

QString	type
	Get the type of the node.

QString	anonymous
	Get/set the anonymous state of the column.

QList< OMC::Node * >	linked_nodes
	Identifies nodes that are linked to the column.

QList< OMC::Attribute * >	linked_attributes
	Identifies attributes that are linked to the column.

Member Function Documentation

◆ create_point()

void OMC::EaseColumn::create_point	(	double	frame,
		double	value,
		double	easeIn,
		double	angleEaseIn,
		double	easeOut,
		double	angleEaseOut,
		bool	constSeg,
		QString	continuity
	)

Sets the values of a point on an Ease column.

Parameters

frame	: Frame number for the point.
value	: Y value for the point.
easeIn	: The number of frames in the ease-in.
angleEaseIn	: The angle of the ease-in handle.
easeOut	: The number of frames in the ease-out.
angleEaseOut	: The angle of the ease-out handle.
constSeg	: Boolean expression (with a true or false value) to indicate whether the segment is constant or interpolated.
continuity	: String value for the continuity of the point. The string must be in all upper-case. The following are the acceptable values: STRAIGHT, SMOOTH and CORNER.

◆ get_entry()

QVariant OMC::Column::get_entry	(	double	atFrame,
		int	subColumnIndex = `-1`
	)		const

inherited

Returns the value of a cell in a column.

Parameters

atFrame	: The frame number at which to retrieve the value from.
subColumnIndex	: The index of the sub-column. Only 3D Path columns support sub-column. They have sub-columns for the X, Y, Z and velocity values on the 3D Path. Each sub-column has an index: X = 1 Y = 2 Z = 3 Velocity = 4

Returns: Returns the value of a cell in a column.

◆ keyframe_create()

QVariant OMC::KeyframeableColumn::keyframe_create ( QList< int > frame )

inherited

Set or add a keyframe at the given frame.

The value evaluated at the given frame will be the keyframe's value.

Parameters

frame : The frame number or list of frame numbers to retrieve the value from.

◆ keyframe_exists()

bool OMC::KeyframeableColumn::keyframe_exists ( QList< int > frame )

inherited

Returns true if the column has a keyframe at the given argument.

Parameters

frame : The frame number or list of frame numbers to retrieve the value from.

Returns: Returns true there is a keyframe at the given frame.

◆ keyframe_list()

QList<int> OMC::KeyframeableColumn::keyframe_list ( ) const

inherited

Returns the list of frames at which there's a keyframe.

Returns: Returns the list of frames at which there's a keyframe

◆ keyframes_clear()

void OMC::KeyframeableColumn::keyframes_clear	(	int	startFrame = `1`,
		int	endFrame = `-1`
	)

inherited

Removes the keyframe(s) located at the given range.

Parameters

startFrame	: The starting frame number of the range, inclusive.
endFrame	: The ending frame number of the range, inclusive.

◆ set_entry()

void OMC::Column::set_entry	(	double	atFrame,
		QVariant	value,
		int	subColumnIndex = `-1`
	)

inherited

Sets the value of a cell in a column.

Parameters

atFrame	The frame number at which to set the value to.
value	: the new value
subColumnIndex	: The index of the sub-column. Only 3D Path columns support sub-column. They have sub-columns for the X, Y, Z and velocity values on the 3D Path. Each sub-column has an index: X = 1 Y = 2 Z = 3 Velocity = 4

Member Data Documentation

◆ operator[int idx]

OMC::EaseColumnValue* OMC::EaseColumn::operator[int idx]

The column object is is iterable and can provide values at given frames with the list operator. The frame value can be get and set from this interface.

Print Column Values

from ToonBoom import harmony                                 #Import the Harmony Module
sess = harmony.session()                                     #Get access to the Harmony session, this class.
proj = sess.project                                          #Get the active session's currently loaded project.
scene = proj.scene                                           #Get the top scene in the project.
columns = scene.columns                                      #The overall column list of the scene.
bez_col = columns["EASE_COLUMN_NAME"]
for n in range( 1, scene.frame_count ):
  print( "Value at %s : %s"%(n, bez_col[n].value ) )

Inheritance diagram for OMC::EaseColumn:

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Collaboration diagram for OMC::EaseColumn:

[legend]

Detailed Description

Public Member Functions

Public Attributes

Member Function Documentation

◆ create_point()

◆ get_entry()

◆ keyframe_create()

◆ keyframe_exists()

◆ keyframe_list()

◆ keyframes_clear()

◆ set_entry()

Member Data Documentation

◆ operator[int idx]