Constructor Detail

Method Detail

• toLine

   Line2D<P> toLine()

• copyWith

   abstract Segment2D<P> copyWith(P first, P second)

  Creates a copy of this Segment2D using the specified first and second points.

• contains

   Boolean contains(P point)

  Checks if the segment contains a point.

• closestPointTo

   P closestPointTo(P point)

  Finds the point of the segment which is closest to the provided point.

• distanceTo

   Double distanceTo(P point)

  Computes the shortest distance between the segment and the given point.

• distanceTo

   Double distanceTo(Segment2D<P> other)

  Computes the shortest distance between two segments (= the shortest distance between any two of their points).

• isParallelTo

   Boolean isParallelTo(Segment2D<P> other)

  Checks if two segments are parallel. Throws an UnsupportedOperationException if any of the two segment isDegenerate.

• isCollinearWith

   Boolean isCollinearWith(P point)

  Checks if first, second and point lie on a single line.

• isCollinearWith

   Boolean isCollinearWith(Segment2D<P> other)

  Checks if two segments lie on a single line.

• overlapsWith

   Boolean overlapsWith(Segment2D<P> other)

  Checks if two segments overlap (= are collinear and share one or more points).

• intersect

   Intersection2D<P> intersect(Segment2D<P> other)

  Intersects two segments.

• intersectCircle

   Intersection2D<P> intersectCircle(P center, Double radius)

  Intersects a segment and a circle.

• shrunk

   Segment2D<P> shrunk(Double factor)

• isInRectangle

   Boolean isInRectangle(Vector2D<?> origin, Double width, Double height)

  Checks if this segment is inside a rectangular region described by an origin, width and height (must be positive).

• toRange

   ClosedRange<Double> toRange(Boolean getXCoords)

  Maps the segment a ClosedRange, this is done by extracting either the X coordinates or the Y coordinates of the two endpoints of the segment. getXCoords indicates which pair of coordinates should be extracted (defaults to isHorizontal). This can be useful e.g. to represent portions of axis-aligned segments without creating new ones.

• getFirst

   abstract P getFirst()

  The first endpoint of the segment.

• getSecond

   abstract P getSecond()

  The second endpoint of the segment.

• getLength

   Double getLength()

• getIsDegenerate

   Boolean getIsDegenerate()

• getIsHorizontal

   Boolean getIsHorizontal()

• getIsVertical

   Boolean getIsVertical()

• getMidPoint

   P getMidPoint()

• getToVector

   P getToVector()