Uses of Class
de.mcp.cutcad.model.primitives.Edge

Packages that use Edge

Package	Description
de.mcp.cutcad.algorithm
de.mcp.cutcad.model
de.mcp.cutcad.model.primitives

Uses of Edge in de.mcp.cutcad.algorithm

Fields in de.mcp.cutcad.algorithm declared as Edge

Modifier and Type	Field and Description
private static Edge	RotateAdjectantShapes.edgeA
private static Edge	RotateAdjectantShapes.edgeB

Methods in de.mcp.cutcad.algorithm that return Edge

Modifier and Type	Method and Description
private static Edge	RotateAdjectantShapes.getAlreadyConnectedEdge(Edge edge)
private static Edge	RotateAdjectantShapes.getOtherEdge(Edge edge)
private static Edge	RotateAdjectantShapes.getRotatingEdge(Edge edge)

Methods in de.mcp.cutcad.algorithm that return types with arguments of type Edge

Modifier and Type	Method and Description
private static java.util.HashMap<Edge,java.lang.String>	GenerateEngravingIDs.createIDs(java.util.ArrayList<Connection> connections)
static java.util.HashMap<Edge,java.lang.String>	GenerateEngravingIDs.getEngravingIDMap(java.util.ArrayList<Connection> connections) This method generates a HashMap which maps each Edge which is part of a connection to an ID.

Methods in de.mcp.cutcad.algorithm with parameters of type Edge

Modifier and Type	Method and Description
private static boolean	RotateAdjectantShapes.compareEdges(Edge edge1, Edge edge2)
static void	CreateTenons.createOutlineOfEdge(Edge edge) Calculates the outline of one (unconnected) edge Calculates the outline of one (unconnected) edge - which is basically just the line between the two points of this edge in the 2D view.
static void	CreateTenons.createOutlineOfEdge(Edge masterEdge, Edge slaveEdge) Calculates the outline of two (connected) edges Calculates the outline of two (connected) edges - using the addition of the thicknesses of both shapes times a factor for the length of a tenon, and then uses the angle between both shapes with these thicknesses to calculate how much each tenon of both edges have to be cut in or extruded to be able to assemble them on on side and have enough extrusion to be able to sandpaper these tenons for a smooth edge.
private static java.util.ArrayList<Vector2D>	CreateTenons.createTenons(Edge edge, float lengthOfATenon, float tenonHeight, float tenonDepth, int numberOfTenons, boolean beginWithExtrusion)
private static Vector3D	RotateAdjectantShapes.findIntersectionPoint(Edge edge1, Edge edge2)
private static Edge	RotateAdjectantShapes.getAlreadyConnectedEdge(Edge edge)
private static Vector3D	RotateAdjectantShapes.getCommonPoint(Edge edge)
private static toxi.geom.Line3D	RotateAdjectantShapes.getIntersectionLine(Edge edge)
private static Vector3D	RotateAdjectantShapes.getNormalVector(Edge edge1, Edge edge2)
private static Vector3D	RotateAdjectantShapes.getNotCommonPoint(Edge edge)
private static Edge	RotateAdjectantShapes.getOtherEdge(Edge edge)
private static Vector3D	RotateAdjectantShapes.getPointOfRotatingEdge(Edge edge)
private static Edge	RotateAdjectantShapes.getRotatingEdge(Edge edge)
private static float	RotateAdjectantShapes.getRotationFor(Edge edge)
private static void	RotateAdjectantShapes.initialiseVirtualShape(Edge masterEdge, Edge slaveEdge)
static boolean	RotateAdjectantShapes.rotateBothShapes(Connection connection, Edge masterEdge, Edge slaveEdge) Rotates two edges with a common point until the other is common, too Two edges on different shapes, which have one common point, at least one of their corresponding shapes can be rotated (only one connection with another shape) and the rotating axis are also connected with this common point.
private static float	RotateAdjectantShapes.rotateOnlyOneShape(Edge edgeA, Edge edgeB)
private static boolean	RotateAdjectantShapes.tryToConnectBothEdges(Connection connection, Edge masterEdge1, Edge masterEdge2, float masterAngle, Edge slaveEdge1, Edge slaveEdge2, float slaveAngle)
private static boolean	RotateAdjectantShapes.tryToConnectOneEdge(Connection connection, Edge masterEdge, Edge slaveEdge, float angle)

Uses of Edge in de.mcp.cutcad.model

Fields in de.mcp.cutcad.model declared as Edge

Modifier and Type	Field and Description
private Edge	Connection.masterEdge
private Edge	Connection.slaveEdge

Methods in de.mcp.cutcad.model that return Edge

Modifier and Type	Method and Description
Edge	Connection.getMasterEdge()
Edge	Connection.getSlaveEdge()

Methods in de.mcp.cutcad.model that return types with arguments of type Edge

Modifier and Type	Method and Description
java.util.List<Edge>	ObjectContainer.allEdges() Returns the edges of all shapes in the project.

Methods in de.mcp.cutcad.model with parameters of type Edge

Modifier and Type	Method and Description
private void	Connection.alignEdges(GShape slave, Edge masterEdge, Edge slaveEdge)
private void	Connection.alignShapes(GShape master, GShape slave, Edge masterEdge, Edge slaveEdge)
void	Connection.connectEdges(Edge masterEdge, Edge slaveEdge, float angle) Aligns and connects two given edges and their shapes in 3D-space at a given angle.
private boolean	Connection.isEqualEdge(Edge masterEdge, Edge slaveEdge)
private void	Connection.recalculateConnectedEdge(Edge edge)
void	Connection.setMasterEdge(Edge e)
void	Connection.setSlaveEdge(Edge e)

Constructors in de.mcp.cutcad.model with parameters of type Edge

Constructor and Description
Connection(Edge masterEdge, Edge slaveEdge, java.util.List<Connection> connections) Creates a connection-object, specifying the two edges to be connected.

Uses of Edge in de.mcp.cutcad.model.primitives

Fields in de.mcp.cutcad.model.primitives with type parameters of type Edge

Modifier and Type	Field and Description
private java.util.List<Edge>	GShape.edges

Methods in de.mcp.cutcad.model.primitives that return types with arguments of type Edge

Modifier and Type	Method and Description
java.util.List<Edge>	GShape.getEdges()

Methods in de.mcp.cutcad.model.primitives with parameters of type Edge

Modifier and Type	Method and Description
private Vector2D	GShape.correctIntersection(Edge edge)