Uses of Class uk.ac.leeds.ccg.v3d.geometry.V3D_Point (agdt-java-vector3d 0.2 API)

Packages that use V3D_Point
Package	Description
uk.ac.leeds.ccg.v3d.core
uk.ac.leeds.ccg.v3d.geometry
uk.ac.leeds.ccg.v3d.geometry.envelope

Fields in uk.ac.leeds.ccg.v3d.core declared as V3D_Point
Modifier and Type	Field	Description
`V3D_Point`	V3D_Environment.`origin`	The origin at `<0,0,0>`.

Uses of V3D_Point in uk.ac.leeds.ccg.v3d.geometry

Fields in uk.ac.leeds.ccg.v3d.geometry declared as V3D_Point
Modifier and Type	Field	Description
`V3D_Point`	V3D_Line.`p`	A point defining the line.
`protected V3D_Point`	V3D_Plane.`p`	One of the points that defines the plane.
`V3D_Point`	V3D_Line.`q`	A point defining the line.
`protected V3D_Point`	V3D_Plane.`q`	One of the points that defines the plane.
`protected V3D_Point`	V3D_Plane.`r`	One of the points that defines the plane.
`V3D_Point`	V3D_Rectangle.`s`

Methods in uk.ac.leeds.ccg.v3d.geometry that return V3D_Point
Modifier and Type	Method	Description
`V3D_Point`	V3D_Point.`apply(V3D_Vector v)`

Methods in uk.ac.leeds.ccg.v3d.geometry with parameters of type V3D_Point
Modifier and Type	Method	Description
`int`	V3D_Point.`compareTo(V3D_Point o)`	Order first in terms of `x`, then `y`, then `z`.
`java.math.BigDecimal`	V3D_Point.`getDistance(V3D_Point p, int scale, java.math.RoundingMode rm)`	Get the distance between this and `p`.
`ch.obermuhlner.math.big.BigRational`	V3D_Point.`getDistanceSquared(V3D_Point p)`	Get the distance squared between this and `p`.
`boolean`	V3D_Line.`isIntersectedBy(V3D_Point pt)`
`boolean`	V3D_LineSegment.`isIntersectedBy(V3D_Point p)`
`boolean`	V3D_Plane.`isIntersectedBy(V3D_Point pt)`
`boolean`	V3D_Rectangle.`isIntersectedBy(V3D_Point pt)`
`boolean`	V3D_Triangle.`isIntersectedBy(V3D_Point pt)`

Constructors in uk.ac.leeds.ccg.v3d.geometry with parameters of type V3D_Point
Constructor	Description
`V3D_Line(V3D_Point p, V3D_Point q)`	`p` should not be equal to `q` unless the line is a line segment which is part of an envelope.
`V3D_Line(V3D_Point p, V3D_Point q, boolean checkCoincidence)`
`V3D_Line(V3D_Point p, V3D_Vector v)`
`V3D_LineSegment(V3D_Point p, V3D_Point q)`
`V3D_Plane(V3D_Point p, V3D_Point q, V3D_Point r)`	This assumes that p, q and r are not collinear or that this is called in the construction of an envelope face which can effectively be a line segment or a point.
`V3D_Plane(V3D_Point p, V3D_Point q, V3D_Point r, boolean checkCollinearity)`
`V3D_Plane(V3D_Point p, V3D_Vector n)`	An equation of the plane containing the point `p` with normal vector `n` is `n.dx(x) + n.dy(y) + n.dz(z) = d`.
`V3D_Point(V3D_Point p)`
`V3D_Rectangle(V3D_Point p, V3D_Point q, V3D_Point r, V3D_Point s)`	Checks that pq and rs are orthogonal to pr and qs.
`V3D_Triangle(V3D_Point p, V3D_Point q, V3D_Point r)`
`V3D_Vector(V3D_Point p)`	Creates a vector from the origin to `p`
`V3D_Vector(V3D_Point p, V3D_Point q)`	Creates a vector from `p` to `q`

Methods in uk.ac.leeds.ccg.v3d.geometry.envelope that return V3D_Point
Modifier and Type	Method	Description
`V3D_Point`	V3D_EnvelopeEdgeBottomAft.`getBar()`
`V3D_Point`	V3D_EnvelopeEdgeBottomRight.`getBar()`
`V3D_Point`	V3D_EnvelopeEdgeRightAft.`getBar()`
`V3D_Point`	V3D_EnvelopeEdgeRightFore.`getBfa()`
`V3D_Point`	V3D_EnvelopeEdgeBottomAft.`getBla()`
`V3D_Point`	V3D_EnvelopeEdgeBottomLeft.`getBla()`
`V3D_Point`	V3D_EnvelopeEdgeLeftAft.`getBla()`
`V3D_Point`	V3D_EnvelopeEdgeBottomFore.`getBlf()`
`V3D_Point`	V3D_EnvelopeEdgeBottomLeft.`getBlf()`
`V3D_Point`	V3D_EnvelopeEdgeLeftFore.`getBlf()`
`V3D_Point`	V3D_EnvelopeEdgeBottomFore.`getBrf()`
`V3D_Point`	V3D_EnvelopeEdgeBottomRight.`getBrf()`
`V3D_Point`	V3D_EnvelopeEdgeRightAft.`getTar()`
`V3D_Point`	V3D_EnvelopeEdgeTopAft.`getTar()`
`V3D_Point`	V3D_EnvelopeEdgeTopRight.`getTar()`
`V3D_Point`	V3D_EnvelopeEdgeRightFore.`getTfa()`
`V3D_Point`	V3D_EnvelopeEdgeLeftAft.`getTla()`
`V3D_Point`	V3D_EnvelopeEdgeTopAft.`getTla()`
`V3D_Point`	V3D_EnvelopeEdgeTopLeft.`getTla()`
`V3D_Point`	V3D_EnvelopeEdgeLeftFore.`getTlf()`
`V3D_Point`	V3D_EnvelopeEdgeTopFore.`getTlf()`
`V3D_Point`	V3D_EnvelopeEdgeTopLeft.`getTlf()`
`V3D_Point`	V3D_EnvelopeEdgeTopFore.`getTrf()`
`V3D_Point`	V3D_EnvelopeEdgeTopRight.`getTrf()`

Methods in uk.ac.leeds.ccg.v3d.geometry.envelope with parameters of type V3D_Point
Modifier and Type	Method	Description
`boolean`	V3D_Envelope.`isIntersectedBy(V3D_Point p)`

Constructors in uk.ac.leeds.ccg.v3d.geometry.envelope with parameters of type V3D_Point
Constructor	Description
`V3D_Envelope(V3D_Environment e, V3D_Point... points)`
`V3D_EnvelopeEdge(V3D_Point p, V3D_Point q)`
`V3D_EnvelopeEdgeBottomAft(V3D_Point bla, V3D_Point bar)`
`V3D_EnvelopeEdgeBottomFore(V3D_Point brf, V3D_Point blf)`
`V3D_EnvelopeEdgeBottomLeft(V3D_Point blf, V3D_Point bla)`
`V3D_EnvelopeEdgeBottomRight(V3D_Point bar, V3D_Point brf)`
`V3D_EnvelopeEdgeLeftAft(V3D_Point tla, V3D_Point bla)`
`V3D_EnvelopeEdgeLeftFore(V3D_Point tlf, V3D_Point blf)`
`V3D_EnvelopeEdgeRightAft(V3D_Point tar, V3D_Point bar)`
`V3D_EnvelopeEdgeRightFore(V3D_Point tfa, V3D_Point bfa)`
`V3D_EnvelopeEdgeTopAft(V3D_Point tla, V3D_Point tar)`
`V3D_EnvelopeEdgeTopFore(V3D_Point trf, V3D_Point tlf)`
`V3D_EnvelopeEdgeTopLeft(V3D_Point tlf, V3D_Point tla)`
`V3D_EnvelopeEdgeTopRight(V3D_Point tar, V3D_Point trf)`
`V3D_EnvelopeFace(V3D_Point p, V3D_Point q, V3D_Point r, V3D_Point s)`
`V3D_EnvelopeFaceAft(V3D_Point tla, V3D_Point tar, V3D_Point bar, V3D_Point bla)`
`V3D_EnvelopeFaceBottom(V3D_Point blf, V3D_Point bla, V3D_Point bar, V3D_Point brf)`
`V3D_EnvelopeFaceFore(V3D_Point tlf, V3D_Point trf, V3D_Point brf, V3D_Point blf)`
`V3D_EnvelopeFaceLeft(V3D_Point tlf, V3D_Point tla, V3D_Point bla, V3D_Point blf)`
`V3D_EnvelopeFaceRight(V3D_Point trf, V3D_Point tar, V3D_Point bar, V3D_Point brf)`
`V3D_EnvelopeFaceTop(V3D_Point tlf, V3D_Point tla, V3D_Point tar, V3D_Point trf)`