Uses of Class
com.hedgehog.geo.threed.shapes.Sphere3D

Packages that use Sphere3D

com.hedgehog.geo.threed.points	This package contains a variety of 3D point classes.
com.hedgehog.geo.threed.projection	This package provides several classes for performing object projections.
com.hedgehog.geo.threed.shapes	This package provides several classes for modelling 3D shapes.
com.hedgehog.mechanics.threed.particles	Models 3D particles such as points and spheres.
com.hedgehog.planets	Models the planets and the Sun, with several support classes such as UTM.

Uses of Sphere3D in com.hedgehog.geo.threed.points

Methods in com.hedgehog.geo.threed.points that return Sphere3D

Sphere3D	Point3DSet.boundingBoxEnclosingSphere() Returns the circle that encloses the bounding box of this point set.
Sphere3D	Point3DSet.boundingCentroidSphere() Returns the bounding sphere centred at the point set centroid and radius sufficient to enclose all points.

Uses of Sphere3D in com.hedgehog.geo.threed.projection

Fields in com.hedgehog.geo.threed.projection declared as Sphere3D

protected Sphere3D

StereographicProjector.mSphere Projection sphere.

Methods in com.hedgehog.geo.threed.projection that return Sphere3D

Sphere3D

StereographicProjector.getSphere() Returns the sphere.

Methods in com.hedgehog.geo.threed.projection with parameters of type Sphere3D

void	StereographicProjector.setSphere(Sphere3D sphere) Sets the sphere.

Constructors in com.hedgehog.geo.threed.projection with parameters of type Sphere3D

StereographicProjector(Plane3DWithLocalAxes projectionPlane, Sphere3D sphere)
Constructor.

Uses of Sphere3D in com.hedgehog.geo.threed.shapes

Methods in com.hedgehog.geo.threed.shapes that return Sphere3D

Sphere3D	Torus3D.boundingSphere() Returns the sphere that fully encloses this torus.
Sphere3D	RegularDodecahedron3D.circumscribedSphere() Returns the circumscribed sphere of this regular polyhedron; R=(sqrt(15)+sqrt(3))/4 ~= 1.40125...
Sphere3D	RegularHexahedron3D.circumscribedSphere() Returns the circumscribed sphere of this regular polyhedron; ie 1/sqrt(2) for a hexahedron of unit edge length.
Sphere3D	RegularIcosahedron3D.circumscribedSphere() Returns the circumscribed sphere of this regular polyhedron; ie sqrt(10+2sqrt(5))/4 for an iosahedron of unit edge length.
Sphere3D	RegularOctahedron3D.circumscribedSphere() Returns the circumscribed sphere of this regular polyhedron; ie sqrt(2)/2 for an octahedron of unit edge length.
abstract Sphere3D	RegularPolyhedron3D.circumscribedSphere() Returns the circumscribed sphere of this regular polyhedron.
Sphere3D	RegularTetrahedron3D.circumscribedSphere() Returns the circumscribed sphere of this regular tetrahedron; ie sqrt(6)/4 for a unit edge length tetrahedron.
Sphere3D	StraightEdgePlanarFaceTetrahedron3D.circumscribedSphere() Returns the circumscribed sphere of this tetrahedron.
static Sphere3D	Sphere3D.enclosingSphere(Sphere3D sphere0, Sphere3D sphere1) Returns the sphere that encloses the two specified spheres.
static Sphere3D	Sphere3D.enclosingSphereAverageCentre(java.util.Vector<Point3D> points) Returns the smallest sphere whose centre is the average of the input points.
Sphere3D	RegularDodecahedron3D.inscribedSphere() Returns the inscribed sphere of this regular polyhedron; ie r=(sqrt(250+110sqrt(5)))/20 ~= 1.11351...
Sphere3D	RegularHexahedron3D.inscribedSphere() Returns the inscribed sphere of this regular polyhedron; ie 1/2 for a hexahedron of unit edge length.
Sphere3D	RegularIcosahedron3D.inscribedSphere() Returns the inscribed sphere of this regular polyhedron; ie (3sqrt(3)+sqrt(15))/12 for an iosahedron of unit edge length.
Sphere3D	RegularOctahedron3D.inscribedSphere() Returns the inscribed sphere of this regular polyhedron; ie sqrt(6)/6 for an octahedron of unit edge length.
abstract Sphere3D	RegularPolyhedron3D.inscribedSphere() Returns the inscribed sphere of this regular polyhedron.
Sphere3D	RegularTetrahedron3D.inscribedSphere() Returns the inscribed sphere of this regular tetrahedron; ie sqrt(6)/12 for a unit edge length tetrahedron.
Sphere3D	StraightEdgePlanarFaceTetrahedron3D.inscribedSphere() Returns the inscribed sphere of this tetrahedron.

Methods in com.hedgehog.geo.threed.shapes with parameters of type Sphere3D

static Sphere3D	Sphere3D.enclosingSphere(Sphere3D sphere0, Sphere3D sphere1) Returns the sphere that encloses the two specified spheres.
Intersection3D	Sphere3D.intersection(Sphere3D sphere, double tolerance) Tests for intersection between this sphere and the specified sphere.
double	Sphere3D.intersectionVolume(Sphere3D sphere) Returns the volume of intersection between this sphere and the specified sphere; ie the volume of the resulting lens shape.

Constructors in com.hedgehog.geo.threed.shapes with parameters of type Sphere3D

Sphere3D(Sphere3D object)
Copy constructor.

Uses of Sphere3D in com.hedgehog.mechanics.threed.particles

Fields in com.hedgehog.mechanics.threed.particles declared as Sphere3D

protected Sphere3D	ParticleSphere3D.mCurrentSphere The current sphere.
protected Sphere3D	ParticleSphere3D.mOriginalSphere The original sphere.
protected Sphere3D	ParticleSphere3D.mPreviousSphere The previous sphere.

Methods in com.hedgehog.mechanics.threed.particles that return Sphere3D

Sphere3D	ParticleSphere3D.getCurrentSphere() Returns the current sphere.
Sphere3D	ParticleSphere3D.getOriginalSphere() Returns the original sphere.
Sphere3D	ParticleSphere3D.getPreviousSphere() Returns the previous sphere.

Methods in com.hedgehog.mechanics.threed.particles with parameters of type Sphere3D

void	ParticleSphere3D.setCurrentSphere(Sphere3D currentSphere) Sets the current sphere.
void	ParticleSphere3D.setOriginalSphere(Sphere3D originalSphere) Sets the original sphere.
void	ParticleSphere3D.setPreviousSphere(Sphere3D previousSphere) Sets the previous sphere.

Constructors in com.hedgehog.mechanics.threed.particles with parameters of type Sphere3D

ParticleSphere3D(Sphere3D sphere)
Constructor.

Uses of Sphere3D in com.hedgehog.planets

Subclasses of Sphere3D in com.hedgehog.planets

class	AbstractPlanet Title: AbstractPlanet - abstract base class for computing the position of a planet.
class	Jupiter Title: Jupiter - models planet Jupiter.
class	Mars Title: Mars - models planet Mars.
class	Mercury Title: Mercury - models planet Mercury.
class	Moon Title: Moon - models Earth's moon.
class	Neptune Title: Neptune - models planet Neptune.
class	Saturn Title: Saturn - models planet Saturn.
class	Uranus Title: Uranus - models planet Uranus.
class	Venus Title: Venus - models planet Venus.