Class Hierarchy

• unreachable
• nukescripts.renderdialog.DialogState
• nukescripts.psd.Layer
• nukescripts.precomp.PrecompOptions
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• nukescripts.PythonPanel
• re.Scanner
• nukescripts.udim.UDIMFile
• UserDict.UserDict
  • UserDict.IterableUserDict
    • os._Environ
• nukescripts.snap3d.VertexInfo
• nukescripts.snap3d.VertexSelection
• nukescripts.pyQtExamples.webBrowser.WebBrowserKnob
• nukescripts.panels.WidgetKnob
• nukescripts.clientserver.client: Example of running an IPV6 socket client to create nodes in Nuke.
• object: The most base type
  • _curvelib.AnimAttributes: A collection of named attributes.
  • _curvelib.AnimCTransform: An animated transform, where each part of the transform is represented as a curve over time.
  • _curvelib.AnimCurveViews
  • nuke.AnimationCurve: AnimationCurve
  • nuke.AnimationKey: A control point for an animation curve.
  • exceptions.BaseException: Common base class for all exceptions
    • exceptions.Exception: Common base class for all non-exit exceptions.
      • exceptions.StandardError: Base class for all standard Python exceptions that do not represent interpreter exiting.
        • exceptions.EnvironmentError: Base class for I/O related errors.
          • exceptions.OSError: OS system call failed.
      • sre_constants.error
  • nuke.Box: A 2-dimensional rectangle.
  • _curvelib.CMatrix4: A 4x4 matrix with methods for affine transformations.
  • _curvelib.CTransform: A transform at a single point in time.
  • _curvelib.CVec2: A 2-component vector.
  • _curvelib.CVec3: A 3-component vector.
  • _curvelib.CVec4: A 4-component vector.
  • _curvelib.ControlPoint: A control point at a particular point in time.
  • _curvelib.CorrespondencePoints: Correspondence points add a relation to the interpolation of two curves.
  • _curvelib.CubicCurve: A baked out curve for a specific frame and view.
  • _curvelib.CurveType: Constants for use in parameters which require a curve type.
  • PySide.QtGui.QDialog.DialogCode
  • _curveknob.Element: The base class for the different types of elements you can create in the RotoPaint node.
    • _curveknob.CurveWidget: The Curve Widget displayed in the Roto panel.
    • _curveknob.Layer: A layer, used to group other elements in the paint tree.
    • _curveknob.Shape: A roto shape, which may be animated.
    • _curveknob.Stroke: A paint stroke, which may be animated.
  • PySide.QtGui.QAbstractItemDelegate.EndEditHint
  • _curvelib.ExtrapolationType: Constants for use in parameters which require an extrapolation type.
  • _curvelib.Flag: A base class for objects which have a set of flags that can be set.
    • _curvelib.AnimControlPoint: An animated control point.
    • _curvelib.AnimCurveKey: A key value in a parametric curve represented as a value at a particular time.
    • _curvelib.BaseCurve: A base class for animated curves.
      • _curvelib.AnimCurve: An animated curve.
  • _curvelib.FlagType: Constants for use in parameters which require a flag type.
  • nukescripts.flipbooking.FlipbookApplication: An interface, for so far as Python supports it.
    • nukescripts.pyQtExamples.flipbookingExample.ExampleRVFlipbook: This is an example implementation of how to deal with implementing a flipbook application other than FrameCycler for Nuke.
    • nukescripts.framecycler.FramecyclerFlipbook
  • nukescripts.flipbooking.FlipbookFactory
  • nukescripts.flipbooking.FlipbookLUTPathRegistry: A registery of all LUT files against LUTs for each specific flipbook.
  • nuke.utils.FnPySingleton
    • nukescripts.pyQtAppUtils.pyQtAppHelper: Helper class to initialise PyQt in a separate thread
  • nuke.Format: A format.
  • nuke.FrameRange: A frame range, with an upper and lower bound and an increment.
  • _rotopaint.FrameRangeType: Constants for use in parameters which require a FrameRange type.
  • nuke.FrameRanges: A sequence of FrameRange objects with convenience functions for iterating over all frames in all ranges.
  • nuke.GlobalsEnvironment: Dictionary-style object holding global Nuke state.
  • _nuke.Hash: A hash value for any number of objects.
  • nuke.Info: An info object stores x, y, w and h values.
  • _curvelib.InterpolationType: Constants for use in parameters which require an interpolation type.
  • nuke.Knob: A modifiable control that appears (unless hidden) in the panel for a node.
    • nuke.Array_Knob: A knob which holds an array of values.
      • nuke.BBox_Knob: A knob which holds a bounding box.
      • nuke.Boolean_Knob: A knob which holds a boolean value.
      • nuke.Box3_Knob: A 3-dimensional box.
      • nuke.Color_Knob: A knob which holds a color.
        • nuke.AColor_Knob: AColor_Knob
          • nuke.Eyedropper_Knob: Eyedropper_Knob
      • nuke.Double_Knob: A knob which holds one or more double-precision floating point values.
      • nuke.IArray_Knob: IArray_Knob
      • nuke.Int_Knob: A knob which holds one or more integer values.
      • nuke.Keyer_Knob: Keyer_Knob
      • nuke.Range_Knob: A knob which the minimum and maximum for a range of values.
      • nuke.Scale_Knob: Scale_Knob
      • nuke.UV_Knob: A knob which describes a texture coordinate.
      • nuke.Unsigned_Knob: A knob which holds one or more unsigned integer values.
        • nuke.ColorChip_Knob: A knob which holds a single unsigned int that describes a user interface colour.
        • nuke.Enumeration_Knob: Stores a single value between 0 and some maximum, and manages a set of keywords visible to the user.
          • nuke.Bitmask_Knob: Bitmask_Knob
          • nuke.CascadingEnumeration_Knob: Stores a single value between 0 and some maximum, and manages a set of keywords visible to the user.
          • nuke.OneView_Knob: OneView_Knob
          • nuke.Pulldown_Knob: Pulldown_Knob
        • nuke.SceneView_Knob: Displays a list of items as a hierarchy.
      • nuke.WH_Knob: A knob which holds width and height values.
      • nuke.XYZ_Knob: A knob which holds a 3D coordinate.
      • nuke.XY_Knob: A knob which describes a 2D position.
    • nuke.Axis_Knob: A knob which descibes a 3D affine transformation, by combining rotations around each principal axis, scaling, translation, skew and a pivot point.
    • nuke.BeginTabGroup_Knob: Begin a group of tabs.
    • nuke.Channel_Knob: A knob which lets you select a layer and enable or disable individual channels.
      • nuke.ChannelMask_Knob: ChannelMask_Knob
    • _curveknob.CurveKnob: The knob which holds the tree of paint elements (Layers, Shapes and Strokes).
      • _rotopaint.RotoKnob
      • _splinewarp.SplineKnob
    • nuke.EndTabGroup_Knob: End a group of tabs.
    • nuke.Font_Knob: A knob for choosing a font.
    • nuke.Format_Knob: Format_Knob
    • _nuke.GeoSelect_Knob: A knob which allows selection of parts of a 3D object.
    • nuke.Help_Knob: Help_Knob
    • nuke.Histogram_Knob: Histogram_Knob
    • nuke.Link_Knob: Link_Knob
    • nuke.LookupCurves_Knob: Provide a set of user-editable lookup curves.
    • nuke.MultiView_Knob: MultiView_Knob
    • nuke.Obsolete_Knob: For internal use only.
    • nuke.Password_Knob: A knob which holds a password string value.
    • nuke.String_Knob: A knob which holds a string value.
      • nuke.EvalString_Knob: A string-valued knob which evaluates it's value as a TCL expression.
        • nuke.File_Knob: A knob which holds a filename.
        • nuke.Multiline_Eval_String_Knob: A knob which evaluates it's string value as a TCL expression.
      • nuke.PythonKnob: A string-valued knob which evaluates its value as a Python expression.
      • nuke.Script_Knob: A button which executes a TCL script.
        • nuke.PyCustom_Knob: PyCustom_Knob
        • nuke.PyScript_Knob: PyScript_Knob(name, label=None, command=None) A button that executes a Python script.
        • nuke.PythonCustomKnob: PythonCustomKnob
    • nuke.Tab_Knob: Groups subsequent knobs onto a tab.
    • nuke.Text_Knob: A knob which holds a string value.
    • nuke.Transform2d_Knob: Transform2d_Knob
    • nuke.ViewView_Knob: ViewView_Knob
  • nuke.KnobType: Constants for use in parameters which require a knob type.
  • nuke.Layer: A layer is a set of channels.
  • nuke.LinkableKnobInfo: A linkable knob description.
  • nuke.Lut: Lut
  • nuke.MenuBar: MenuBar
  • nuke.MenuItem: MenuItem
    • nuke.Menu: Menu
  • nuke.Node
    • nuke.BackdropNode
    • nuke.Group
      • nuke.Gizmo
      • nuke.Precomp
      • nuke.Root
    • nuke.Viewer
  • nuke.NodeConstructor: NodeConstructor
  • nuke.Nodes: Nodes
  • unreachable.Object
    • PySide.QtCore.QObject
      • PySide.QtGui.QAbstractItemDelegate
        • PySide.QtGui.QStyledItemDelegate
          • nukescripts.udim.TableDelegate
      • PySide.QtGui.QWidget
        • PySide.QtGui.QDialog
          • nukescripts.udim.UDIMErrorDialog
          • nukescripts.udim.UDIMOptionsDialog
    • PySide.QtGui.QPaintDevice
      • PySide.QtGui.QWidget
        • PySide.QtGui.QDialog
          • nukescripts.udim.UDIMErrorDialog
          • nukescripts.udim.UDIMOptionsDialog
  • nuke.OutputContext: Describes a context in which expressions can be evaluated.
  • PySide.QtGui.QPaintDevice.PaintDeviceMetric
  • nuke.Panel: Panel
  • nuke.PanelNode: PanelNode
  • nuke.ProgressTask: ProgressTask
  • PySide.QtGui.QWidget.RenderFlag
  • PySide.QtGui.QWidget.RenderFlags
  • _curvelib.RotationOrder: Constants for use in parameters which require a rotation order.
  • nuke.RunInMainThread: RunInMainThread
  • _curveknob.ShapeControlPoint: A control point in a roto shape.
  • nuke.ToolBar: ToolBar
  • _curvelib.TransformOrder: Constants for use in parameters which require a transform order.
  • nuke.Undo: Undo
  • nuke.View: A named view.
  • nuke.ViewerProcess: ViewerProcess
  • nuke.ViewerWindow: ViewerWindow
  • unreachable.Widget: Widget
    • unreachable.Container: Container
      • unreachable.Dialog: Dialog
        • nukescripts.panels.PythonPanel
          • nukescripts.precomp.PrecompOptionsDialog
  • threading._Verbose
    • threading.Thread
      • nukescripts.psd.BreakoutThreadClass
      • threading._DummyThread
      • threading._MainThread
      • threading._Timer: Call a function after a specified number of seconds:
    • threading._Condition
    • threading._Event
    • threading._RLock
    • threading._Semaphore
      • threading._BoundedSemaphore: Semaphore that checks that # releases is <= # acquires
  • thread._local: Thread-local data
  • unreachable.instance
    • _nukemath.Matrix3
    • _nukemath.Matrix4
    • _nukemath.Quaternion
    • _nukemath.Vector2
    • _nukemath.Vector3
    • _nukemath.Vector4
  • nukescripts.pyAppUtils.pyAppHelper: Helper class to run python commands in a separate thread.
    • nukescripts.pyQtAppUtils.pyQtAppHelper: Helper class to initialise PyQt in a separate thread
    • nukescripts.pyWxAppUtils.pyWxAppHelper: Helper class to initialise wxWidgets in a separate thread
  • nukescripts.pyQtExamples.pyQtRender2.pyQtRenderDialog
  • posix.stat_result: stat_result: Result from stat or lstat.
  • posix.statvfs_result: statvfs_result: Result from statvfs or fstatvfs.
• nukescripts.clientserver.server: Example of running an IPV6 socket server on a separate thread inside Nuke.