[14:7] extends: FxObj
Wraps JavaFX Transform, the abstract base class for all node transforms (Translate, Rotate, Scale, Affine, and Shear). A Transform can be applied to any Node by adding it to that node's transforms list. This wrapper provides the shared applyTo helper for attaching a transform to a node, plus shared getters for the resulting 12 element matrix elements. Subclasses provide their own constructors. This base wrapper has none.
applyTo (object Target)
Adds this transform to the given node's transforms list. The transform is applied in addition to any existing transforms on the node.
Target is a Node (or any wrapper that holds a Node in obj) to attach to.this objectremoveFrom (object Target)
Removes this transform from the given node's transforms list.
Target is a Node previously passed to applyTo.this objectgetMxx ()
Returns matrix element [0, 0].
A double with the Mxx value.getMxy ()
Returns matrix element [0, 1].
A double with the Mxy value.getMxz ()
Returns matrix element [0, 2].
A double with the Mxz value.getTx ()
Returns the translation X component (matrix element [0, 3]).
A double with the Tx value.getMyx ()
Returns matrix element [1, 0].
A double with the Myx value.getMyy ()
Returns matrix element [1, 1].
A double with the Myy value.getMyz ()
Returns matrix element [1, 2].
A double with the Myz value.getTy ()
Returns the translation Y component (matrix element [1, 3]).
A double with the Ty value.getMzx ()
Returns matrix element [2, 0].
A double with the Mzx value.getMzy ()
Returns matrix element [2, 1].
A double with the Mzy value.getMzz ()
Returns matrix element [2, 2].
A double with the Mzz value.getTz ()
Returns the translation Z component (matrix element [2, 3]).
A double with the Tz value.getElement (string Type, int Row, int Col)
Returns the matrix element at the given row and column for the named matrix type.
Type is a string with a javafx.scene.transform.MatrixType constant name (e.g., MT_3D_3x4).Row is an int with the matrix row.Col is an int with the matrix column.A double with the matrix element.determinant ()
Returns the determinant of the matrix.
A double with the determinant.isType2D ()
Returns whether this transform is a 2D-only transform.
A bool; true when the transform is purely 2D.type2DProperty ()
Returns the read-only property backing the 2D-type flag.
A ReadOnlyBooleanProperty AJO.isIdentity ()
Returns whether this transform is the identity transform.
A bool; true when the transform is identity.identityProperty ()
Returns the read-only property backing the identity flag.
A ReadOnlyBooleanProperty AJO.similarTo (object Other, object Bounds, double Tolerance)
Returns whether this transform is similar to the other transform within the given bounds and tolerance.
Other is a Transform wrapper to compare against.Bounds is an AJO around javafx.geometry.Bounds used as the reference area.Tolerance is a double with the comparison tolerance.A bool; true when the two transforms are similar.toArray (string Type)
Returns the matrix as a newly allocated double array of the given matrix type.
Type is a string with a javafx.scene.transform.MatrixType constant name.An AJO around a Java double[] with the matrix elements in row-major order.row (string Type, int Row)
Returns the specified matrix row as a newly allocated double array.
Type is a string with a javafx.scene.transform.MatrixType constant name.Row is an int with the matrix row.An AJO around a Java double[] with the row elements.column (string Type, int Col)
Returns the specified matrix column as a newly allocated double array.
Type is a string with a javafx.scene.transform.MatrixType constant name.Col is an int with the matrix column.An AJO around a Java double[] with the column elements.createConcatenation (object Tx)
Returns the concatenation of this transform with the supplied Transform.
Tx is a Transform wrapper to concatenate with.An AJO around the resulting javafx.scene.transform.Transform.createInverse ()
Returns the inverse of this transform. The underlying Java call throws NonInvertibleTransformException when the matrix is not invertible; the exception surfaces as a regular Aussom exception.
An AJO around the inverse javafx.scene.transform.Transform.transform (double X, double Y)
Transforms a 2D point through this transform.
X is a double with the input X coordinate.Y is a double with the input Y coordinate.An AJO around the resulting javafx.geometry.Point2D.transformPoint2D (object Pt)
Transforms a Point2D AJO through this transform.
Pt is an AJO around javafx.geometry.Point2D.An AJO around the resulting javafx.geometry.Point2D.transform3D (double X, double Y, double Z)
Transforms a 3D point through this transform.
X is a double with the input X coordinate.Y is a double with the input Y coordinate.Z is a double with the input Z coordinate.An AJO around the resulting javafx.geometry.Point3D.transformPoint3D (object Pt)
Transforms a Point3D AJO through this transform.
Pt is an AJO around javafx.geometry.Point3D.An AJO around the resulting javafx.geometry.Point3D.transformBounds (object Bounds)
Transforms a Bounds AJO through this transform.
Bounds is an AJO around javafx.geometry.Bounds.An AJO around the resulting javafx.geometry.Bounds.deltaTransform (double X, double Y)
Transforms only the vector portion (no translation) of a 2D point.
X is a double with the input X coordinate.Y is a double with the input Y coordinate.An AJO around the resulting javafx.geometry.Point2D.deltaTransformPoint2D (object Pt)
Transforms only the vector portion (no translation) of a Point2D AJO.
Pt is an AJO around javafx.geometry.Point2D.An AJO around the resulting javafx.geometry.Point2D.deltaTransform3D (double X, double Y, double Z)
Transforms only the vector portion (no translation) of a 3D point.
X is a double with the input X coordinate.Y is a double with the input Y coordinate.Z is a double with the input Z coordinate.An AJO around the resulting javafx.geometry.Point3D.deltaTransformPoint3D (object Pt)
Transforms only the vector portion (no translation) of a Point3D AJO.
Pt is an AJO around javafx.geometry.Point3D.An AJO around the resulting javafx.geometry.Point3D.inverseTransform (double X, double Y)
Inverse-transforms a 2D point through this transform. Throws NonInvertibleTransformException when the matrix is not invertible.
X is a double with the input X coordinate.Y is a double with the input Y coordinate.An AJO around the resulting javafx.geometry.Point2D.inverseTransformPoint2D (object Pt)
Inverse-transforms a Point2D AJO through this transform. Throws NonInvertibleTransformException when the matrix is not invertible.
Pt is an AJO around javafx.geometry.Point2D.An AJO around the resulting javafx.geometry.Point2D.inverseTransform3D (double X, double Y, double Z)
Inverse-transforms a 3D point through this transform. Throws NonInvertibleTransformException when the matrix is not invertible.
X is a double with the input X coordinate.Y is a double with the input Y coordinate.Z is a double with the input Z coordinate.An AJO around the resulting javafx.geometry.Point3D.inverseTransformPoint3D (object Pt)
Inverse-transforms a Point3D AJO through this transform. Throws NonInvertibleTransformException when the matrix is not invertible.
Pt is an AJO around javafx.geometry.Point3D.An AJO around the resulting javafx.geometry.Point3D.inverseTransformBounds (object Bounds)
Inverse-transforms a Bounds AJO through this transform. Throws NonInvertibleTransformException when the matrix is not invertible.
Bounds is an AJO around javafx.geometry.Bounds.An AJO around the resulting javafx.geometry.Bounds.inverseDeltaTransform (double X, double Y)
Inverse-transforms only the vector portion (no translation) of a 2D point. Throws NonInvertibleTransformException when not invertible.
X is a double with the input X coordinate.Y is a double with the input Y coordinate.An AJO around the resulting javafx.geometry.Point2D.inverseDeltaTransformPoint2D (object Pt)
Inverse-transforms only the vector portion (no translation) of a Point2D AJO. Throws NonInvertibleTransformException when not invertible.
Pt is an AJO around javafx.geometry.Point2D.An AJO around the resulting javafx.geometry.Point2D.inverseDeltaTransform3D (double X, double Y, double Z)
Inverse-transforms only the vector portion (no translation) of a 3D point. Throws NonInvertibleTransformException when not invertible.
X is a double with the input X coordinate.Y is a double with the input Y coordinate.Z is a double with the input Z coordinate.An AJO around the resulting javafx.geometry.Point3D.inverseDeltaTransformPoint3D (object Pt)
Inverse-transforms only the vector portion (no translation) of a Point3D AJO. Throws NonInvertibleTransformException when not invertible.
Pt is an AJO around javafx.geometry.Point3D.An AJO around the resulting javafx.geometry.Point3D.transform2DPoints (object SrcPts, int SrcOff, object DstPts, int DstOff, int NumPts)
Transforms an array of 2D points (interleaved x,y) through this transform, writing the results into the destination array.
SrcPts is an AJO around a Java double[] holding the source points.SrcOff is an int with the starting offset into SrcPts.DstPts is an AJO around a Java double[] receiving the transformed points.DstOff is an int with the starting offset into DstPts.NumPts is an int with the number of points to transform.this object for chainingtransform3DPoints (object SrcPts, int SrcOff, object DstPts, int DstOff, int NumPts)
Transforms an array of 3D points (interleaved x,y,z) through this transform, writing the results into the destination array.
SrcPts is an AJO around a Java double[] holding the source points.SrcOff is an int with the starting offset into SrcPts.DstPts is an AJO around a Java double[] receiving the transformed points.DstOff is an int with the starting offset into DstPts.NumPts is an int with the number of points to transform.this object for chaininginverseTransform2DPoints (object SrcPts, int SrcOff, object DstPts, int DstOff, int NumPts)
Inverse-transforms an array of 2D points (interleaved x,y) through this transform. Throws NonInvertibleTransformException when not invertible.
SrcPts is an AJO around a Java double[] holding the source points.SrcOff is an int with the starting offset into SrcPts.DstPts is an AJO around a Java double[] receiving the transformed points.DstOff is an int with the starting offset into DstPts.NumPts is an int with the number of points to transform.this object for chaininginverseTransform3DPoints (object SrcPts, int SrcOff, object DstPts, int DstOff, int NumPts)
Inverse-transforms an array of 3D points (interleaved x,y,z) through this transform. Throws NonInvertibleTransformException when not invertible.
SrcPts is an AJO around a Java double[] holding the source points.SrcOff is an int with the starting offset into SrcPts.DstPts is an AJO around a Java double[] receiving the transformed points.DstOff is an int with the starting offset into DstPts.NumPts is an int with the number of points to transform.this object for chainingbuildEventDispatchChain (object Tail)
Builds the event dispatch chain used by JavaFX to route events to this transform.
Tail is an AJO around javafx.event.EventDispatchChain.An AJO around the resulting javafx.event.EventDispatchChain.setOnTransformChanged (callback OnChanged)
Registers a callback invoked when the transform changes.
OnChanged is a callback invoked with a TransformChangedEvent.this object for chaininggetOnTransformChanged ()
Returns the current onTransformChanged EventHandler.
An AJO around the EventHandler, or null when unset.onTransformChangedProperty ()
Returns the property backing the onTransformChanged EventHandler.
An ObjectProperty<EventHandler
