Apache Commons Math 3.6.1 · org.apache.commons.math3.geometry.spherical.twod.Edge

Modifier and Type	Field and Description
private final Circle	circle Circle supporting the edge.
private Vertex	end End vertex.
private final double	length Length of the arc.
private final Vertex	start Start vertex.

Access	Constructor and Description
pack-priv	Edge(final Vertex start vertex start, final Vertex end vertex end, final double length of the arc (it can be greater than \( \pi \)) length, final Circle circle supporting the edge circle) Build an edge not contained in any node yet.

Method Summary

Modifier and Type	Method and Description
private Vertex	Returns: end vertex of the edge (`subEnd` if the edge was long enough and really added, `subStart` if the edge was too small and therefore ignored) addSubEdge(final Vertex start of the sub-edge subStart, final Vertex end of the sub-edge subEnd, final double length of the sub-edge subLength, final List<Edge> list where to put the sub-edge list, final Circle circle splitting the edge in several parts splitCircle) Add a sub-edge to a list if long enough.
public Circle	Returns: circle supporting this edge getCircle() Get the circle supporting this edge.
public Vertex	Returns: end vertex getEnd() Get end vertex.
public double	Returns: length of the arc (can be greater than \( \pi \)) getLength() Get the length of the arc.
public Vector3D	Returns: an intermediate point getPointAt(final double angle along the edge, counted from `getStart()` alpha) Get an intermediate point.
public Vertex	Returns: start vertex getStart() Get start vertex.
pack-priv void	setNextEdge(final Edge edge following the instance next) Connect the instance with a following edge.
pack-priv void	split(final Circle circle splitting the edge in several parts splitCircle, final List<Edge> list where to put parts that are outside of the split circle outsideList, final List<Edge> list where to put parts that are inside the split circle insideList) Split the edge.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

circle	back to summary
private final Circle circle Circle supporting the edge.

end	back to summary
private Vertex end End vertex.

length	back to summary
private final double length Length of the arc.

start	back to summary
private final Vertex start Start vertex.

Edge	back to summary
pack-priv Edge(final Vertex start, final Vertex end, final double length, final Circle circle) Build an edge not contained in any node yet. Parameters start:Vertex start vertex end:Vertex end vertex length:double length of the arc (it can be greater than \( \pi \)) circle:Circle circle supporting the edge

Method Detail

addSubEdge back to summary

addSubEdge	back to summary
private Vertex addSubEdge(final Vertex subStart, final Vertex subEnd, final double subLength, final List<Edge> list, final Circle splitCircle) Add a sub-edge to a list if long enough. If the length of the sub-edge to add is smaller than the `Circle#getTolerance()` tolerance of the support circle, it will be ignored. Parameters subStart:Vertex start of the sub-edge subEnd:Vertex end of the sub-edge subLength:double length of the sub-edge list:List<Edge> list where to put the sub-edge splitCircle:Circle circle splitting the edge in several parts Returns:Vertex end vertex of the edge (`subEnd` if the edge was long enough and really added, `subStart` if the edge was too small and therefore ignored)

private Vertex addSubEdge(final Vertex subStart, final Vertex subEnd, final double subLength, final List<Edge> list, final Circle splitCircle)

Add a sub-edge to a list if long enough.

If the length of the sub-edge to add is smaller than the Circle#getTolerance() tolerance of the support circle, it will be ignored.

Parameters

subStart:Vertex: start of the sub-edge
subEnd:Vertex: end of the sub-edge
subLength:double: length of the sub-edge
list:List<Edge>: list where to put the sub-edge
splitCircle:Circle: circle splitting the edge in several parts

Returns:Vertex

end vertex of the edge (subEnd if the edge was long enough and really added, subStart if the edge was too small and therefore ignored)

getCircle	back to summary
public Circle getCircle() Get the circle supporting this edge. Returns:Circle circle supporting this edge

getCircle

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public Circle getCircle()

Get the circle supporting this edge.

Returns:Circle: circle supporting this edge

getEnd	back to summary
public Vertex getEnd() Get end vertex. Returns:Vertex end vertex

getEnd

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public Vertex getEnd()

Get end vertex.

Returns:Vertex: end vertex

getLength	back to summary
public double getLength() Get the length of the arc. Returns:double length of the arc (can be greater than \( \pi \))

getLength

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public double getLength()

Get the length of the arc.

Returns:double: length of the arc (can be greater than \( \pi \))

getPointAt back to summary

getPointAt	back to summary
public Vector3D getPointAt(final double alpha) Get an intermediate point. The angle along the edge should normally be between 0 and `getLength()` in order to remain within edge limits. However, there are no checks on the value of the angle, so user can rebuild the full circle on which an edge is defined if they want. Parameters alpha:double angle along the edge, counted from `getStart()` Returns:Vector3D an intermediate point

public Vector3D getPointAt(final double alpha)

Get an intermediate point.

The angle along the edge should normally be between 0 and getLength() in order to remain within edge limits. However, there are no checks on the value of the angle, so user can rebuild the full circle on which an edge is defined if they want.

Parameters

alpha:double: angle along the edge, counted from getStart()

Returns:Vector3D

an intermediate point

getStart	back to summary
public Vertex getStart() Get start vertex. Returns:Vertex start vertex

getStart

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public Vertex getStart()

Get start vertex.

Returns:Vertex: start vertex

setNextEdge	back to summary
pack-priv void setNextEdge(final Edge next) Connect the instance with a following edge. Parameters next:Edge edge following the instance

setNextEdge

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pack-priv void setNextEdge(final Edge next)

Connect the instance with a following edge.

Parameters

next:Edge: edge following the instance

split	back to summary
pack-priv void split(final Circle splitCircle, final List<Edge> outsideList, final List<Edge> insideList) Split the edge. Once split, this edge is not referenced anymore by the vertices, it is replaced by the two or three sub-edges and intermediate splitting vertices are introduced to connect these sub-edges together. Parameters splitCircle:Circle circle splitting the edge in several parts outsideList:List<Edge> list where to put parts that are outside of the split circle insideList:List<Edge> list where to put parts that are inside the split circle

split

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pack-priv void split(final Circle splitCircle, final List<Edge> outsideList, final List<Edge> insideList)

Split the edge.

Once split, this edge is not referenced anymore by the vertices, it is replaced by the two or three sub-edges and intermediate splitting vertices are introduced to connect these sub-edges together.

Parameters

splitCircle:Circle: circle splitting the edge in several parts
outsideList:List<Edge>: list where to put parts that are outside of the split circle
insideList:List<Edge>: list where to put parts that are inside the split circle

public Class Edge

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail