Package gov.nih.mipav.model.structures

Class ComputationalGeometry.Shapes

java.lang.Object

gov.nih.mipav.model.structures.ComputationalGeometry.Shapes

Enclosing class:

ComputationalGeometry

public class ComputationalGeometry.Shapes
extends Object

Constructor Summary

Constructors

Constructor	Description
Shapes()

Method Summary

Modifier and Type	Method	Description
HashSet<ComputationalGeometry.Triangle2>	Arrow(ComputationalGeometry.MyVector2 p1, ComputationalGeometry.MyVector2 p2, float lineWidth, float arrowSize)
HashSet<ComputationalGeometry.Triangle2>	Circle(ComputationalGeometry.MyVector2 center, float radius, int resolution)
HashSet<ComputationalGeometry.Triangle2>	CircleHollow(ComputationalGeometry.MyVector2 center, double innerRadius, int resolution, double width)
HashSet<ComputationalGeometry.Triangle2>	ConnectedLineSegments(List<ComputationalGeometry.MyVector2> points, double width, boolean isConnected)
private ArrayList<ComputationalGeometry.MyVector2>	GenerateCirclePoints(ComputationalGeometry.MyVector2 center, double radius, int resolution)
private ComputationalGeometry.MyVector2	GetAverageNormal(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 c)
private ComputationalGeometry.MyVector2	GetIntersectionPoint(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 c, double halfWidth, boolean isTopPoint)
private ComputationalGeometry.MyVector2	GetNormal(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b)
HashSet<ComputationalGeometry.Triangle2>	LineSegment(ComputationalGeometry.MyVector2 p1, ComputationalGeometry.MyVector2 p2, double width)
HashSet<ComputationalGeometry.Triangle2>	LineSegment(ComputationalGeometry.MyVector2 p1_T, ComputationalGeometry.MyVector2 p1_B, ComputationalGeometry.MyVector2 p2_T, ComputationalGeometry.MyVector2 p2_B)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

Shapes

public Shapes()

Method Details

Circle

public HashSet<ComputationalGeometry.Triangle2> Circle(ComputationalGeometry.MyVector2 center,
 float radius,
 int resolution)

CircleHollow

public HashSet<ComputationalGeometry.Triangle2> CircleHollow(ComputationalGeometry.MyVector2 center,
 double innerRadius,
 int resolution,
 double width)

GenerateCirclePoints

private ArrayList<ComputationalGeometry.MyVector2> GenerateCirclePoints(ComputationalGeometry.MyVector2 center,
 double radius,
 int resolution)

LineSegment

public HashSet<ComputationalGeometry.Triangle2> LineSegment(ComputationalGeometry.MyVector2 p1,
 ComputationalGeometry.MyVector2 p2,
 double width)

LineSegment

public HashSet<ComputationalGeometry.Triangle2> LineSegment(ComputationalGeometry.MyVector2 p1_T,
 ComputationalGeometry.MyVector2 p1_B,
 ComputationalGeometry.MyVector2 p2_T,
 ComputationalGeometry.MyVector2 p2_B)

ConnectedLineSegments

public HashSet<ComputationalGeometry.Triangle2> ConnectedLineSegments(List<ComputationalGeometry.MyVector2> points,
 double width,
 boolean isConnected)

GetIntersectionPoint

private ComputationalGeometry.MyVector2 GetIntersectionPoint(ComputationalGeometry.MyVector2 a,
 ComputationalGeometry.MyVector2 b,
 ComputationalGeometry.MyVector2 c,
 double halfWidth,
 boolean isTopPoint)

GetNormal

private ComputationalGeometry.MyVector2 GetNormal(ComputationalGeometry.MyVector2 a,
 ComputationalGeometry.MyVector2 b)

GetAverageNormal

private ComputationalGeometry.MyVector2 GetAverageNormal(ComputationalGeometry.MyVector2 a,
 ComputationalGeometry.MyVector2 b,
 ComputationalGeometry.MyVector2 c)

Arrow

public HashSet<ComputationalGeometry.Triangle2> Arrow(ComputationalGeometry.MyVector2 p1,
 ComputationalGeometry.MyVector2 p2,
 float lineWidth,
 float arrowSize)