ComputationalGeometry._Geometry (MIPAV API Documentation)

java.lang.Object

gov.nih.mipav.model.structures.ComputationalGeometry._Geometry

Enclosing class:: ComputationalGeometry

public class ComputationalGeometry._Geometry extends Object

Constructor Summary

Constructors

Constructor

Description

_Geometry()
Method Summary

Modifier and Type

Method

Description

ComputationalGeometry.MyVector2

CalculateCircleCenter(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 c)

ComputationalGeometry.MyVector3

CalculateCircleCenter(ComputationalGeometry.MyVector3 a, ComputationalGeometry.MyVector3 b, ComputationalGeometry.MyVector3 c)

double

CalculateTriangleArea(ComputationalGeometry.MyVector3 p1, ComputationalGeometry.MyVector3 p2, ComputationalGeometry.MyVector3 p3)

ComputationalGeometry.MyVector3

CalculateTriangleCenter(ComputationalGeometry.MyVector3 p1, ComputationalGeometry.MyVector3 p2, ComputationalGeometry.MyVector3 p3)

ComputationalGeometry.MyVector3

CalculateTriangleNormal(ComputationalGeometry.MyVector3 p1, ComputationalGeometry.MyVector3 p2, ComputationalGeometry.MyVector3 p3, boolean shouldNormalize)

ComputationalGeometry.Triangle2

GenerateSupertriangle(HashSet<ComputationalGeometry.MyVector2> points)

ComputationalGeometry.MyVector2

GetClosestPointOnLine(ComputationalGeometry.Edge2 e, ComputationalGeometry.MyVector2 p, boolean withinSegment)

ComputationalGeometry.MyVector3

GetClosestPointOnLine(ComputationalGeometry.Edge3 e, ComputationalGeometry.MyVector3 p, boolean withinSegment)

double

GetPointInRelationToVectorValue(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 p)

double

GetSignedDistanceFromPointToPlane(ComputationalGeometry.MyVector2 pointPos, ComputationalGeometry.Plane2 plane)

double

GetSignedDistanceFromPointToPlane(ComputationalGeometry.MyVector3 pointPos, ComputationalGeometry.Plane3 plane)

boolean

HasPassedWaypoint(ComputationalGeometry.MyVector2 wp1, ComputationalGeometry.MyVector2 wp2, ComputationalGeometry.MyVector2 p)

ComputationalGeometry.LeftOnRight

IsPoint_Left_On_Right_OfVector(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 p)

ComputationalGeometry.OutsideOnInside

IsPoint_Outside_On_Inside_Plane(ComputationalGeometry.MyVector3 pointPos, ComputationalGeometry.Plane3 plane)

boolean

IsPointBetweenPoints(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 p)

boolean

IsPointLeftOfVector(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 p)

boolean

IsPointOutsidePlane(ComputationalGeometry.MyVector3 pointPos, ComputationalGeometry.Plane3 plane)

boolean

IsQuadrilateralConvex(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 c, ComputationalGeometry.MyVector2 d)

boolean

IsTriangleOrientedClockwise(ComputationalGeometry.MyVector2 p1, ComputationalGeometry.MyVector2 p2, ComputationalGeometry.MyVector2 p3)

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details
- _Geometry
  
  public _Geometry()
Method Details
- CalculateCircleCenter
  
  public ComputationalGeometry.MyVector2 CalculateCircleCenter(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 c)
- CalculateCircleCenter
  
  public ComputationalGeometry.MyVector3 CalculateCircleCenter(ComputationalGeometry.MyVector3 a, ComputationalGeometry.MyVector3 b, ComputationalGeometry.MyVector3 c)
- CalculateTriangleCenter
  
  public ComputationalGeometry.MyVector3 CalculateTriangleCenter(ComputationalGeometry.MyVector3 p1, ComputationalGeometry.MyVector3 p2, ComputationalGeometry.MyVector3 p3)
- IsTriangleOrientedClockwise
  
  public boolean IsTriangleOrientedClockwise(ComputationalGeometry.MyVector2 p1, ComputationalGeometry.MyVector2 p2, ComputationalGeometry.MyVector2 p3)
- GetPointInRelationToVectorValue
  
  public double GetPointInRelationToVectorValue(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 p)
- IsPointLeftOfVector
  
  public boolean IsPointLeftOfVector(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 p)
- IsPoint_Left_On_Right_OfVector
  
  public ComputationalGeometry.LeftOnRight IsPoint_Left_On_Right_OfVector(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 p)
- GetSignedDistanceFromPointToPlane
  
  public double GetSignedDistanceFromPointToPlane(ComputationalGeometry.MyVector3 pointPos, ComputationalGeometry.Plane3 plane)
- GetSignedDistanceFromPointToPlane
  
  public double GetSignedDistanceFromPointToPlane(ComputationalGeometry.MyVector2 pointPos, ComputationalGeometry.Plane2 plane)
- IsPointOutsidePlane
  
  public boolean IsPointOutsidePlane(ComputationalGeometry.MyVector3 pointPos, ComputationalGeometry.Plane3 plane)
- IsPoint_Outside_On_Inside_Plane
  
  public ComputationalGeometry.OutsideOnInside IsPoint_Outside_On_Inside_Plane(ComputationalGeometry.MyVector3 pointPos, ComputationalGeometry.Plane3 plane)
- IsQuadrilateralConvex
  
  public boolean IsQuadrilateralConvex(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 c, ComputationalGeometry.MyVector2 d)
- IsPointBetweenPoints
  
  public boolean IsPointBetweenPoints(ComputationalGeometry.MyVector2 a, ComputationalGeometry.MyVector2 b, ComputationalGeometry.MyVector2 p)
- GetClosestPointOnLine
  
  public ComputationalGeometry.MyVector2 GetClosestPointOnLine(ComputationalGeometry.Edge2 e, ComputationalGeometry.MyVector2 p, boolean withinSegment)
- GetClosestPointOnLine
  
  public ComputationalGeometry.MyVector3 GetClosestPointOnLine(ComputationalGeometry.Edge3 e, ComputationalGeometry.MyVector3 p, boolean withinSegment)
- GenerateSupertriangle
  
  public ComputationalGeometry.Triangle2 GenerateSupertriangle(HashSet<ComputationalGeometry.MyVector2> points)
- HasPassedWaypoint
  
  public boolean HasPassedWaypoint(ComputationalGeometry.MyVector2 wp1, ComputationalGeometry.MyVector2 wp2, ComputationalGeometry.MyVector2 p)
- CalculateTriangleNormal
  
  public ComputationalGeometry.MyVector3 CalculateTriangleNormal(ComputationalGeometry.MyVector3 p1, ComputationalGeometry.MyVector3 p2, ComputationalGeometry.MyVector3 p3, boolean shouldNormalize)
- CalculateTriangleArea
  
  public double CalculateTriangleArea(ComputationalGeometry.MyVector3 p1, ComputationalGeometry.MyVector3 p2, ComputationalGeometry.MyVector3 p3)