Uses of Class
mgui.geometry.Plane3D

Packages that use Plane3D

Package	Description
mgui.geometry	Provides 2D and 3D geometry representations and utilities for all shapes used in ModelGUI.
mgui.geometry.mesh	Provides classes representing and operating on 3D mesh shapes.
mgui.geometry.neuro.mesh
mgui.geometry.util	Uility classes for geometric operations.
mgui.geometry.volume	Provides classes for representing and operating on 3D volume shapes.
mgui.interfaces.graphics	Provides graphical windows for user interaction with model objects.
mgui.interfaces.graphs.layouts	Specifies layouts for 2D and 3D graph rendering.
mgui.interfaces.shapes	This package provides interfaces for user interaction with shapes and shape models.
mgui.interfaces.shapes.graphs
mgui.interfaces.shapes.graphs.util
mgui.interfaces.shapes.neuro
mgui.interfaces.shapes.util
mgui.interfaces.tools.shapes

Uses of Plane3D in mgui.geometry

Methods in mgui.geometry that return Plane3D

Modifier and Type	Method	Description
Plane3D	Triangle3D.getPlane()
static Plane3D	Plane3D.getPlaneFromNormalAndY(org.jogamp.vecmath.Point3f x0, org.jogamp.vecmath.Vector3f normal)	Return a plane containing point x0, having normal normal, and having a Y axis which is (0, 1, 0) projected onto the plane.
static Plane3D	Plane3D.getPlaneFromNormalAndY(org.jogamp.vecmath.Point3f x0, org.jogamp.vecmath.Vector3f normal, org.jogamp.vecmath.Vector3f Y)	Return a plane containing point x0, having normal normal, and having a Y axis which is Y projected onto the plane.

Constructors in mgui.geometry with parameters of type Plane3D

Constructor	Description
Plane3D(Plane3D plane)

Uses of Plane3D in mgui.geometry.mesh

Methods in mgui.geometry.mesh with parameters of type Plane3D

Modifier and Type	Method	Description
static java.util.ArrayList<Mesh3D>	MeshFunctions.cutMeshWithPlane(Mesh3D mesh, Plane3D plane, InterfaceProgressBar progress_bar)	Cuts mesh with plane, creating new faces along the cut seam.
static java.util.ArrayList<Mesh3D>	MeshFunctions.cutMeshWithPlane3(Mesh3D mesh, Plane3D plane)	Cuts mesh with plane, creating new faces along the cut seam.
static java.util.ArrayList<MguiNumber>	MeshFunctions.maskMeshWithPlane(Mesh3D mesh, Plane3D plane, double above_val, double below_val)
static java.util.ArrayList<MguiNumber>	MeshFunctions.maskMeshWithPlane(Mesh3D mesh, Plane3D plane, double above_val, double below_val, double contained_val)
static java.util.ArrayList<MguiNumber>	MeshFunctions.maskMeshWithPlane(Mesh3D mesh, Plane3D plane, double above_val, double below_val, double contained_val, VertexSelection selection)	Masks a mesh with a plane.
static java.util.ArrayList<MguiNumber>	MeshFunctions.splitRoiWithPlane(Mesh3D mesh, Plane3D plane, java.util.ArrayList<MguiNumber> rois, int roi, int new_roi, ProgressUpdater progress)	Splits the ROI defined by roi into two parts, on either side of plane.

Uses of Plane3D in mgui.geometry.neuro.mesh

Fields in mgui.geometry.neuro.mesh declared as Plane3D

Modifier and Type	Field	Description
Plane3D	ScalpAndSkullModelOptions.ear_nasium_plane

Uses of Plane3D in mgui.geometry.util

Methods in mgui.geometry.util that return Plane3D

Modifier and Type	Method	Description
Plane3D	GeometryFunctions.getOrthogonalPlane(Plane3D plane, LineSegment3D line)	Returns a plane which is orthogonal to plane, with a y-axis defined by line.
static Plane3D	GeometryFunctions.getOrthogonalRegressionPlane(java.util.ArrayList<org.jogamp.vecmath.Point3f> points)	Calculates and returns the orthogonal distance regression ("best-fit") plane for a set of points in R3.
static Plane3D	GeometryFunctions.getPlane(Triangle3D tri)	Returns a plane containing tri.

Methods in mgui.geometry.util with parameters of type Plane3D

Modifier and Type	Method	Description
static int	GeometryFunctions.compareToPlane(org.jogamp.vecmath.Point3d pt, Plane3D plane)	Determines the position of pt with respect to plane.
static int	GeometryFunctions.compareToPlane(org.jogamp.vecmath.Point3f pt, Plane3D plane)	Determines the position of pt with respect to plane.
static boolean	GeometryFunctions.crossesPlane(Shape3D b, Plane3D p)	Determines whether plane p crosses box b.
static double	GeometryFunctions.getDistance(org.jogamp.vecmath.Point3d pt, Plane3D plane)	Calculates the distance from pt to plane, signed with respect to its normal.
static float	GeometryFunctions.getDistance(org.jogamp.vecmath.Point3f pt, Plane3D plane)	Calculates the absolute distance from pt to plane
static org.jogamp.vecmath.Point2f[]	GeometryFunctions.getIntersectionEdge(Triangle3D tri, Plane3D p)	Returns the edge of intersection for triangle tri with plane p.
static int[]	GeometryFunctions.getIntersectionEdge(Triangle3D tri, Plane3D p, org.jogamp.vecmath.Point2f[] edge)	Sets the edge of intersection for triangle tri with plane p.
static double	GeometryFunctions.getIntersectionEdgeRatio(org.jogamp.vecmath.Point3d pt1, org.jogamp.vecmath.Point3d pt2, Plane3D plane)	Determines the ratio along the line segment pt1-pt2 at which it intersects plane.
static float	GeometryFunctions.getIntersectionEdgeRatio(org.jogamp.vecmath.Point3f pt1, org.jogamp.vecmath.Point3f pt2, Plane3D plane)	Determines the ratio along the line segment pt1-pt2 at which it intersects plane.
static float	GeometryFunctions.getIntersectionEdgeRatio(org.jogamp.vecmath.Point3f pt, org.jogamp.vecmath.Vector3f v, Plane3D p)
static Vector2D	GeometryFunctions.getIntersectionLine(Plane3D plane1, Plane3D plane2)	Determines the line of intersection between two planes, and returns the result in the 2D coordinate system of plane2.
static org.jogamp.vecmath.Point2d	GeometryFunctions.getIntersectionPoint(org.jogamp.vecmath.Point3d p1, org.jogamp.vecmath.Point3d p2, Plane3D plane)	Determine the point at which the line segment described by p1 and p2 intersects plane.
static org.jogamp.vecmath.Point2d	GeometryFunctions.getIntersectionPoint(org.jogamp.vecmath.Point3d pt, org.jogamp.vecmath.Vector3d v, Plane3D p)	Determine the point at which the line segment described by pt and v intersects plane p.
static org.jogamp.vecmath.Point2f	GeometryFunctions.getIntersectionPoint(org.jogamp.vecmath.Point3f p1, org.jogamp.vecmath.Point3f p2, Plane3D plane)	Determine the point at which the line segment described by p1 and p2 intersects plane.
static org.jogamp.vecmath.Point2f	GeometryFunctions.getIntersectionPoint(org.jogamp.vecmath.Point3f pt, org.jogamp.vecmath.Vector3f vector, Plane3D plane)	Determine the point at which the line segment described by pt and v intersects plane p.
static org.jogamp.vecmath.Point3d	GeometryFunctions.getIntersectionPoint3D(org.jogamp.vecmath.Point3d pt1, org.jogamp.vecmath.Point3d pt2, Plane3D plane)	Returns point at which the line segment pt1-pt2 intersects plane.
static org.jogamp.vecmath.Point3f	GeometryFunctions.getIntersectionPoint3D(org.jogamp.vecmath.Point3f pt1, org.jogamp.vecmath.Point3f pt2, Plane3D plane)	Returns point at which the line segment pt1-pt2 intersects plane.
static org.jogamp.vecmath.Point3f	GeometryFunctions.getIntersectionPoint3D(org.jogamp.vecmath.Point3f pt, org.jogamp.vecmath.Vector3f v, Plane3D plane)	Returns point at which the line segment defined by pt1 and v intersects plane.
static org.jogamp.vecmath.Point3f[]	GeometryFunctions.getIntersectionPoints(Triangle3D tri, Plane3D plane)	Determines the points at which tri intersects plane.
static org.jogamp.vecmath.Point3f[]	GeometryFunctions.getIntersectionPoints(Triangle3D tri, Plane3D plane, boolean include_kiss)	Determines the points at which tri intersects plane.
static java.util.ArrayList<java.lang.Integer>	GeometryFunctions.getNodesInsideProjectionLimits(java.util.ArrayList<org.jogamp.vecmath.Point3f> nodes, Plane3D plane, float above_limit, float below_limit)	Determines which points in nodes lie within the projection limits specified by plane, above_limit, and below_limit.
Plane3D	GeometryFunctions.getOrthogonalPlane(Plane3D plane, LineSegment3D line)	Returns a plane which is orthogonal to plane, with a y-axis defined by line.
static org.jogamp.vecmath.Point3f	GeometryFunctions.getPointFromPlane(org.jogamp.vecmath.Point2f point, Plane3D plane)	Return a 3D Cartesian coordinate for the specified 2D point in a plane parallel to plane.
static org.jogamp.vecmath.Point3f	GeometryFunctions.getPointFromSection(Plane3D refPlane, float dist, org.jogamp.vecmath.Point2f point)	Return a 3D Cartesian coordinate for the specified 2D point in a plane parallel to refPlane, and separated from it by along its normal vector.
static org.jogamp.vecmath.Point3f	GeometryFunctions.getPointFromSection(org.jogamp.vecmath.Point2f point, Plane3D plane)	Deprecated. Use getPointFromPlane
static java.util.ArrayList<org.jogamp.vecmath.Point3f>	GeometryFunctions.getPointsFromPlane(java.util.ArrayList<org.jogamp.vecmath.Point2f> points, Plane3D plane)	Return a set of 3D Cartesian coordinates for the specified 2D points in a plane parallel to plane.
static Polygon3D	GeometryFunctions.getPolygonFromPlane(Polygon2D poly2d, Plane3D plane)	Returns a 3D polygon which is the representation of a 2D polygon expressed on the given plane.
static org.jogamp.vecmath.Point2d	GeometryFunctions.getProjectedPoint(org.jogamp.vecmath.Point3d pt, Plane3D plane)	Project point pt onto plane plane, along plane's normal vector.
static org.jogamp.vecmath.Point2f	GeometryFunctions.getProjectedPoint(org.jogamp.vecmath.Point3f pt, Plane3D plane)	Project point pt onto plane plane, along plane's normal vector.
static org.jogamp.vecmath.Point2f	GeometryFunctions.getProjectedPoint(org.jogamp.vecmath.Point3f pt, org.jogamp.vecmath.Vector3f proj, Plane3D plane)	Project point pt onto plane plane, along plane's normal vector.
static org.jogamp.vecmath.Point3f	GeometryFunctions.getProjectedPoint3D(org.jogamp.vecmath.Point3f pt, Plane3D plane)	Project point pt onto plane plane, along plane's normal vector.
static org.jogamp.vecmath.Point3f	GeometryFunctions.getProjectedPoint3D(org.jogamp.vecmath.Point3f pt, org.jogamp.vecmath.Vector3f v, Plane3D plane)	Project point pt onto plane plane, along vector v.
static java.util.ArrayList<org.jogamp.vecmath.Point2f>	GeometryFunctions.getProjectedToPlane(java.util.ArrayList<org.jogamp.vecmath.Point3f> nodes, Plane3D plane)	Projects nodes onto plane and returns the 2D points.
static Triangle2D	GeometryFunctions.getProjectedToPlane(Triangle3D tri, Plane3D plane)	Projects tri onto plane and returns the 2D triangle.
static org.jogamp.vecmath.Vector2f	GeometryFunctions.getProjectedToPlane2D(org.jogamp.vecmath.Vector3f vector, Plane3D plane)	Projects vector onto plane plane along its normal.
static org.jogamp.vecmath.Vector2f	GeometryFunctions.getProjectedToPlane2D(org.jogamp.vecmath.Vector3f vector, org.jogamp.vecmath.Vector3f proj, Plane3D plane)	Projects vector onto plane plane along its normal.
static double	GeometryFunctions.getSignedDistance(org.jogamp.vecmath.Point3d pt, Plane3D plane)	Determines distance from point pt to plane plane.
static float	GeometryFunctions.getSignedDistance(org.jogamp.vecmath.Point3f pt, Plane3D plane)	Determines distance from point pt to plane plane.
static java.util.ArrayList<org.jogamp.vecmath.Point3f>	GeometryFunctions.getVerticesFromSection(java.util.ArrayList<org.jogamp.vecmath.Point2f> vertices, Plane3D plane)
static boolean	GeometryFunctions.intersects(Triangle3D tri, Plane3D plane)	Determines whether triangle intersects plane
static boolean	GeometryFunctions.isAbovePlane(org.jogamp.vecmath.Point3f pt, Plane3D p)	Deprecated. use compareToPlane
static boolean	GeometryFunctions.isInPlane(Shape3D s, Plane3D p)	Determines whether shape s lies in plane p
static boolean	GeometryFunctions.isInPlane(org.jogamp.vecmath.Point3d pt, Plane3D plane)	Determines whether point pt lies in plane
static boolean	GeometryFunctions.isInPlane(org.jogamp.vecmath.Point3d pt, org.jogamp.vecmath.Vector3d v, Plane3D plane)	Determines whether the given line segment lies in plane.
static boolean	GeometryFunctions.isInPlane(org.jogamp.vecmath.Point3f pt, Plane3D plane)	Determines whether point pt lies in plane plane
static boolean	GeometryFunctions.isInPlane(org.jogamp.vecmath.Point3f pt, org.jogamp.vecmath.Vector3f v, Plane3D plane)	Determines whether the given line segment lies in plane.
static boolean	GeometryFunctions.isParallel(Plane3D plane1, Plane3D plane2)	Determines whether the two planes are parallel.

Uses of Plane3D in mgui.geometry.volume

Methods in mgui.geometry.volume with parameters of type Plane3D

Modifier and Type	Method	Description
static Volume2DInt	VolumeFunctions.getIntersectionCompositeImage(Volume3DInt volume, Plane3D plane, boolean setAlpha)	Returns an Volume2DInt object representing the intersection of the given 3D composite volume with plane.
static Volume2DInt	VolumeFunctions.getIntersectionImage(Volume3DInt volume, Plane3D plane, boolean setAlpha)	Returns an Volume2DInt object representing the intersection of the given 3D volume with plane.
static Volume2DInt	VolumeFunctions.getIntersectionImage(Volume3DInt volume, Plane3D plane, boolean setAlpha, org.jogamp.vecmath.Matrix4d transform)	Returns an Volume2DInt object representing the intersection of the given 3D volume with plane.

Uses of Plane3D in mgui.interfaces.graphics

Methods in mgui.interfaces.graphics that return Plane3D

Modifier and Type	Method	Description
Plane3D	InterfaceGraphic2D.getCurrentPlane()

Uses of Plane3D in mgui.interfaces.graphs.layouts

Fields in mgui.interfaces.graphs.layouts declared as Plane3D

Modifier and Type	Field	Description
protected Plane3D	CoordinateLayout.projection_plane

Methods in mgui.interfaces.graphs.layouts that return Plane3D

Modifier and Type	Method	Description
Plane3D	CoordinateLayout.getProjectionPlane()

Methods in mgui.interfaces.graphs.layouts with parameters of type Plane3D

Modifier and Type	Method	Description
protected java.awt.geom.Point2D	CoordinateLayout.getProjectedPoint(org.jogamp.vecmath.Point3f p, Plane3D projection_plane)
void	CoordinateLayout.setProjectionPlane(Plane3D plane)

Constructors in mgui.interfaces.graphs.layouts with parameters of type Plane3D

Constructor	Description
CoordinateLayout(edu.uci.ics.jung.graph.Graph<V,E> graph, Plane3D projection_plane)

Uses of Plane3D in mgui.interfaces.shapes

Methods in mgui.interfaces.shapes that return Plane3D

Modifier and Type	Method	Description
Plane3D	SectionSet3DInt.getPlaneAt(int section)	Return the plane corresponding to the specified section
Plane3D	SectionSet3DInt.getRefPlane()	Gets the reference plane (i.e., at index 0) for this section set.

Methods in mgui.interfaces.shapes with parameters of type Plane3D

Modifier and Type	Method	Description
boolean	SectionSet3DInt.crossesPlane(Plane3D plane)
boolean	Shape3DInt.crossesPlane(Plane3D plane)	Convenience method which determines whether this shape cross plane.
protected void	Shape3DInt.draw2D(Shape2DInt shape2d, java.awt.Graphics2D g, DrawingEngine d, Plane3D p, float above_dist, float below_dist)
void	Shape3DInt.drawShape2D(java.awt.Graphics2D g, DrawingEngine d, Plane3D p, float above_dist, float below_dist)	Draw this shape as it is intersected by plane p, as well as its projection from distances <= spacing / 2, if required.
void	Shape3DInt.drawShape2D(java.awt.Graphics2D g, DrawingEngine d, Plane3D p, float above_dist, float below_dist, boolean listen)	Draw this shape as it is intersected by plane p, as well as its projection from distances <= spacing / 2, if required.
int	Shape2DInt.getClosestVertex3D(org.jogamp.vecmath.Point2f point, Plane3D plane)	If this shape has a parent Shape3DInt object, this method calls the getClosestVertex method of the parent.
protected Shape2DInt	Mesh3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)
protected Shape2DInt	PointSet3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d matrix)
protected Shape2DInt	Polygon3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)
Shape2DInt	SectionSet3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist)
protected Shape2DInt	Shape3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist)	To be overridden by subclasses implementing a 2D representation
protected Shape2DInt	Shape3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)	To be overridden by subclasses implementing a 2D representation
protected Shape2DInt	ShapeSet3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)
protected Shape2DInt	Vector3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)
protected Shape2DInt	VectorSet3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist)
protected Shape2DInt	Volume3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)
Shape2DInt	SectionSet3DInt.getShape2DInt(Plane3D p, float above_dist, float below_dist, boolean listen)
Shape2DInt	Shape3DInt.getShape2DInt(Plane3D plane, float above_dist, float below_dist)
Shape2DInt	Shape3DInt.getShape2DInt(Plane3D p, float above_dist, float below_dist, boolean listen)	Determines a 2D shape which is the projection of this 3D shape onto plane, within the projection limits defined by above_dist and below_dist.
Shape2DInt	ShapeSet3DInt.getShape2DInt(Plane3D plane, float above_dist, float below_dist, boolean listen)
protected Shape3DInt	Image2DInt.getShape3D(Plane3D plane)
protected Shape3DInt	Rect2DInt.getShape3D(Plane3D plane)
protected Shape3DInt	Shape2DInt.getShape3D(Plane3D plane)
protected Shape3DInt	Volume2DInt.getShape3D(Plane3D plane)
Shape3DInt	Shape2DInt.getShape3DInt(Plane3D plane)	Returns a 3D representation of this shape, assuming it belongs to plane.
Shape3DInt	Shape2DInt.getShape3DInt(Plane3D plane, boolean set_parent)	Returns a 3D representation of this shape, assuming it belongs to plane.
void	SectionSet3DInt.setRefPlane(Plane3D thisPlane)	Sets the reference plane (i.e., at index 0) for this section set.

Constructors in mgui.interfaces.shapes with parameters of type Plane3D

Constructor	Description
SectionSet2DInt(SectionSet3DInt parent, Plane3D plane)
SectionSet3DInt(java.lang.String sName, Plane3D refPlane, float spacing)
SectionSet3DInt(java.lang.String sName, Plane3D refPlane, float spacing, double sectWidth)

Uses of Plane3D in mgui.interfaces.shapes.graphs

Methods in mgui.interfaces.shapes.graphs with parameters of type Plane3D

Modifier and Type	Method	Description
protected Shape2DInt	Graph3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)

Uses of Plane3D in mgui.interfaces.shapes.graphs.util

Fields in mgui.interfaces.shapes.graphs.util declared as Plane3D

Modifier and Type	Field	Description
protected Plane3D	Graph2DLayout.projection_plane

Methods in mgui.interfaces.shapes.graphs.util that return Plane3D

Modifier and Type	Method	Description
Plane3D	Graph2DLayout.getProjectionPlane()

Methods in mgui.interfaces.shapes.graphs.util with parameters of type Plane3D

Modifier and Type	Method	Description
protected java.awt.geom.Point2D	Graph2DLayout.getProjectedPoint(org.jogamp.vecmath.Point3f p, Plane3D projection_plane)
void	Graph2DLayout.setProjectionPlane(Plane3D plane)

Constructors in mgui.interfaces.shapes.graphs.util with parameters of type Plane3D

Constructor	Description
Graph2DLayout(edu.uci.ics.jung.graph.Graph<V,E> graph, Plane3D projection_plane)

Uses of Plane3D in mgui.interfaces.shapes.neuro

Methods in mgui.interfaces.shapes.neuro with parameters of type Plane3D

Modifier and Type	Method	Description
protected Shape2DInt	CorticalHemisphereSet3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist)
protected Shape2DInt	CorticalSurfaceSet3DInt.getShape2D(Plane3D plane, float above_dist, float below_dist)

Uses of Plane3D in mgui.interfaces.shapes.util

Fields in mgui.interfaces.shapes.util declared as Plane3D

Modifier and Type	Field	Description
protected Plane3D	Plane3DDialog.current_plane
Plane3D	ClipPlane.plane

Methods in mgui.interfaces.shapes.util that return Plane3D

Modifier and Type	Method	Description
Plane3D	Plane3DDialog.getCurrentPlane()
static Plane3D	Plane3DDialog.getPlane3D()	Shows a dialog box to specify a plane.
static Plane3D	Plane3DDialog.getPlane3D(Plane3D current_plane)	Shows a dialog box to change the current plane.

Methods in mgui.interfaces.shapes.util with parameters of type Plane3D

Modifier and Type	Method	Description
static Graph2DInt	ShapeFunctions.getIntersectedGraph(InterfaceAbstractGraph graph3d, java.util.HashMap<AbstractGraphNode,java.lang.Integer> node_map, Plane3D plane, float above_dist, float below_dist)	Returns a Graph2DInt object derived from the plane and 3D graph.
static Graph2DInt	ShapeFunctions.getIntersectedGraph(InterfaceAbstractGraph graph3d, java.util.HashMap<AbstractGraphNode,java.lang.Integer> node_map, Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)	Returns a Graph2DInt object derived from the plane and 3D graph.
static Mesh2DInt	ShapeFunctions.getIntersectionMesh(Mesh3D mesh, Plane3D plane)	Returns a Mesh2DInt object representing the intersection of the given 3D mesh with plane p.
static Mesh2DInt	ShapeFunctions.getIntersectionMesh(Mesh3D mesh, Plane3D plane, java.util.ArrayList<MguiNumber> data, ColourMap cmap)	Returns a Mesh2DInt object representing the intersection of the given 3D mesh with plane p.
static PointSet2DInt	ShapeFunctions.getIntersectionPointSet(PointSet3D point_set, Plane3D plane, float above_dist, float below_dist, java.util.HashMap<java.lang.String,java.util.ArrayList<MguiNumber>> data, ColourMap cmap)	Returns a PointSet2DInt object representing the points within spacing of the plane plane.
static Polygon2D	ShapeFunctions.getIntersectionPolygon(Box3D box, Plane3D plane)	Returns a 2D polygon in section coordinates representing the intersection of a Box3D object with the plane.
static Polygon2D	ShapeFunctions.getIntersectionPolygon2(Box3D box, Plane3D plane)	Returns a 2D polygon in section coordinates representing the intersection of a Box3D object with the plane.
static Vector2DInt	ShapeFunctions.getIntersectionVector(Vector3DInt v_int, Plane3D plane, float above_dist, float below_dist)	Returns a Vector2DInt object which is the projection of vector onto plane, if and only if some part of vector is within the distance boundary specified by above_dist and below_dist.
static Vector2DInt	ShapeFunctions.getIntersectionVector(Vector3DInt v_int, Plane3D plane, float above_dist, float below_dist, org.jogamp.vecmath.Matrix4d transform)	Returns a Vector2DInt object which is the projection of vector onto plane, if and only if some part of vector is within the distance boundary specified by above_dist and below_dist.
static org.jogamp.java3d.ModelClip	ShapeFunctions.getModelClip(Plane3D plane, float up, float down, boolean invert)	Returns the up and down clipping planes for this plane
static Plane3D	Plane3DDialog.getPlane3D(Plane3D current_plane)	Shows a dialog box to change the current plane.
static Polygon2DInt	ShapeFunctions.getProjectedPolygon(Polygon3D polygon, Plane3D plane, float above_dist, float below_dist)	Returns a 2D polygon in section coordinates representing the projection of polygon onto plane, within the specified clipping distances.
static Polygon2DInt	ShapeFunctions.getProjectedPolygon(Polygon3D polygon, Plane3D plane, float above_dist, float below_dist, VertexDataColumn v_column)	Returns a 2D polygon in section coordinates representing the projection of polygon onto plane, within the specified clipping distances.
static Polygon2DInt	ShapeFunctions.getProjectedPolygon_bak(Polygon3D polygon, Plane3D plane, float above_dist, float below_dist, VertexDataColumn v_column)	Returns a 2D polygon in section coordinates representing the projection of polygon onto plane, within the specified clipping distances.
static Shape3DInt	ShapeFunctions.getShape3DIntFromSection(Plane3D refPlane, float dist, Shape2DInt shape2D)
static Shape3DInt	ShapeFunctions.getShape3DIntFromSection(Plane3D refPlane, float dist, Shape2DInt shape2D, boolean set_parent)
static ShapeSet3DInt	ShapeFunctions.getShapeSet3DFromSection(Plane3D refPlane, float dist, ShapeSet2DInt shapes, ShapeSelectionSet selSet)
static void	ShapeFunctions.setModelClip(org.jogamp.java3d.ModelClip clip, Plane3D plane, float up, float down, boolean invert)	Sets clip to match the specified plane and clipping distances.
static void	ShapeFunctions.unionMaskVolumeWithPlane(boolean[][][] mask, Volume3DInt volume, Plane3D plane, boolean is_above)	Returns a mask for volume which is above or below plane.

Constructors in mgui.interfaces.shapes.util with parameters of type Plane3D

Constructor	Description
ClipPlane(Plane3D plane, float up_distance, float down_distance)
Plane3DDialog(javax.swing.JFrame frame, Plane3D current_plane)

Uses of Plane3D in mgui.interfaces.tools.shapes

Fields in mgui.interfaces.tools.shapes declared as Plane3D

Modifier and Type	Field	Description
Plane3D	ToolCutMeshWithPlaneOptions.cut_plane