Uses of Class frink.graphics.Point3DFloat

Uses of Point3DFloat in frink.graphics

Fields in frink.graphics declared as Point3DFloat
Modifier and Type	Field and Description
`private Point3DFloat`	Plane3DFloat.`normal` The normalized normal vector.
`Point3DFloat`	LineSegment3DFloat.`p1` The endpoints of the line.
`Point3DFloat`	LineSegment3DFloat.`p2` The endpoints of the line.
`Point3DFloat[]`	Triangle3DFloat.`vertex` An array of 3 vertices.

Methods in frink.graphics that return Point3DFloat
Modifier and Type	Method and Description
`Point3DFloat`	Point3DFloat.`add(Point3DFloat p2)` Constructs a new Point3DFloat where the components of p2 are added to this point.
`static Point3DFloat`	Point3DFloat.`add(Point3DFloat p1, Point3DFloat p2)` Constructs a new Point3DFloat where the components are added to each other.
`static Point3DFloat`	Point3DFloat.`altAzToXYZ(double r, double alt, double az, double cx, double cy, double cz, Point3DFloat out)` Transforms altAz coordinates r, alt, az into cartesian coordinates x, y, z.
`static Point3DFloat`	Point3DFloat.`altAzToXYZ(Point3DDouble altAz, Point3DFloat out)` Transforms this point which represents its elements as altAz coordinates r, alt, az, into cartesian coordinates x, y, z.
`Point3DFloat`	Point3DFloat.`crossProduct(Point3DFloat b)` Calculates the cross product of this vector and another vector, each represented as a Point3DFloat, in 3D space and returns the vector cross product.
`static Point3DFloat`	Point3DFloat.`crossProduct(Point3DFloat V, Point3DFloat W)` Calculates the cross product of two vectors in 3D space, each represented as a Point3DFloat, and returns the vector cross product.
`static Point3DFloat`	Point3DFloat.`crossProduct(Point3DFloat p1, Point3DFloat p2, Point3DFloat p3)` Returns the cross prduct of three points in 3D space (as listed in counterclockwise order as seen from the "outside") and returns the vector cross product.
`static Point3DFloat`	Point3DFloat.`cylindricalToXYZ(double r, double az, double h, double cx, double cy, double cz, Point3DFloat out)` Transforms cylindrical coordinates r, az, h into cartesian coordinates x, y, z.
`static Point3DFloat`	Point3DFloat.`cylindricalToXYZ(Point3DDouble cyl, Point3DFloat out)` Transforms this point which represents its elements as cylindrical coordinates r, az, h into cartesian coordinates x, y, z.
`Point3DFloat`	Point3DFloat.`divide(float scale)` Constructs a new Point3DFloat where the components of p2 are divided by a scalar.
`Point3DFloat`	VoxelArray.`getCenter()` Returns a `Point3DFloat` representing the center of this VoxelArray.
`(package private) Point3DFloat`	MarchingCubes.`getColor(Point3DFloat rfPosition, Point3DFloat rfNormal)` getColor generates a color from a given position and normal of a point.
`Point3DFloat`	Plane3DFloat.`getNormal()` Returns the normalized unit normal of the plane.
`static Point3DFloat`	Point3DFloat.`makeNormal(float x, float y, float z)` Constructs a Point3DFloat that is normalized to have length 1.
`Point3DFloat`	Point3DFloat.`multiply(float scale)` Constructs a new Point3DFloat where the components of p2 are multiplied by a scalar.
`Point3DFloat`	Point3DFloat.`normalize()` Treats this point as a vector and normalizes it to have length 1, returning a new vector that is the normalized vector.
`static Point3DFloat`	Point3DFloat.`sphericalToXYZ(double r, double theta, double phi, double cx, double cy, double cz, Point3DFloat out)` Transforms spherical coordinates r, theta, phi into cartesian coordinates x, y, z.
`static Point3DFloat`	Point3DFloat.`sphericalToXYZ(Point3DDouble spher, Point3DFloat out)` Transforms this point which represents its elements as spherical coordinates r, theta, phi into cartesian coordinates x, y, z.
`Point3DFloat`	Point3DFloat.`subtract(Point3DFloat p2)` Constructs a new Point3DFloat where the components of p2 are subtracted from this point.
`static Point3DFloat`	Point3DFloat.`subtract(Point3DFloat p1, Point3DFloat p2)` Constructs a new Point3DFloat where the components are subtracted from each other.
`Point3DFloat`	CoordinateTransformer3DFloat.`transform(float x, float y, float z, Point3DFloat out)` Transform the coordinate (x, y, z) by this matrix.
`Point3DFloat`	CoordinateTransformer3DFloat.`transform(Point3DFloat in, Point3DFloat out)` Transform the coordinate (x, y, z) by this matrix.

Methods in frink.graphics with parameters of type Point3DFloat
Modifier and Type	Method and Description
`Point3DFloat`	Point3DFloat.`add(Point3DFloat p2)` Constructs a new Point3DFloat where the components of p2 are added to this point.
`static Point3DFloat`	Point3DFloat.`add(Point3DFloat p1, Point3DFloat p2)` Constructs a new Point3DFloat where the components are added to each other.
`void`	Point3DFloat.`addInPlace(Point3DFloat p2)` Adds the specified Point3DFloat to this point, modifying it in place.
`float`	Point3DFloat.`addLength(Point3DFloat p2)` Returns the length of this+p2.
`void`	BoundingBox3DFloat.`addPoint(Point3DFloat p)` Add a point to a BoundingBox.
`static Point3DFloat`	Point3DFloat.`altAzToXYZ(double r, double alt, double az, double cx, double cy, double cz, Point3DFloat out)` Transforms altAz coordinates r, alt, az into cartesian coordinates x, y, z.
`static Point3DFloat`	Point3DFloat.`altAzToXYZ(Point3DDouble altAz, Point3DFloat out)` Transforms this point which represents its elements as altAz coordinates r, alt, az, into cartesian coordinates x, y, z.
`Point3DFloat`	Point3DFloat.`crossProduct(Point3DFloat b)` Calculates the cross product of this vector and another vector, each represented as a Point3DFloat, in 3D space and returns the vector cross product.
`static Point3DFloat`	Point3DFloat.`crossProduct(Point3DFloat V, Point3DFloat W)` Calculates the cross product of two vectors in 3D space, each represented as a Point3DFloat, and returns the vector cross product.
`static Point3DFloat`	Point3DFloat.`crossProduct(Point3DFloat p1, Point3DFloat p2, Point3DFloat p3)` Returns the cross prduct of three points in 3D space (as listed in counterclockwise order as seen from the "outside") and returns the vector cross product.
`float`	Point3DFloat.`crossProductLength(Point3DFloat v)` Calculates the LENGTH of the cross product of two vectors in 3D space and returns the length.
`static float`	Point3DFloat.`crossProductLength(Point3DFloat V, Point3DFloat W)` Calculates the LENGTH of the cross product of this vector and another vector in 3D space and returns the length.
`static Point3DFloat`	Point3DFloat.`cylindricalToXYZ(double r, double az, double h, double cx, double cy, double cz, Point3DFloat out)` Transforms cylindrical coordinates r, az, h into cartesian coordinates x, y, z.
`static Point3DFloat`	Point3DFloat.`cylindricalToXYZ(Point3DDouble cyl, Point3DFloat out)` Transforms this point which represents its elements as cylindrical coordinates r, az, h into cartesian coordinates x, y, z.
`float`	LineSegment3DFloat.`distance(Point3DFloat p)` Calculate the distance from this finite line segment to the specified point in 3D.
`float`	Point3DFloat.`distance(Point3DFloat p2)` Calculates the distance between this point and another point.
`static float`	Point3DFloat.`distance(Point3DFloat p1, Point3DFloat p2)` Calculates the distance between two points.
`float`	Point3DFloat.`distanceSquared(Point3DFloat p2)` Returns the squared distance between this point and another point.
`static float`	Point3DFloat.`distanceSquared(Point3DFloat p1, Point3DFloat p2)` Returns the squared distance between two points.
`float`	LineSegment3DFloat.`distanceToLine(Point3DFloat p)` Calculate the distance from an infinite line (not a line segment!) to the specified point in 3D.
`float`	Point3DFloat.`dotProduct(Point3DFloat v2)` Returns the dot product of this vector and another vector, each represented as a Point3DFloat.
`static float`	Point3DFloat.`dotProduct(Point3DFloat v1, Point3DFloat v2)` Returns the dot product of two vectors, each represented as a Point3DFloat.
`void`	VoxelArray.`drawCappedCylinder(Point3DFloat p1, Point3DFloat p2, float radius)` Draws a cylinder with spherical end caps with the specified endpoints and radius into this VoxelArray, modifying it in place.
`void`	VoxelArray.`drawCylinder(Point3DFloat p1, Point3DFloat p2, float radius)` Draws a cylinder with the specified endpoints and radius into this VoxelArray, modifying it in place.
`void`	VoxelArray.`drawTaperedCappedCylinder(Point3DFloat p1, Point3DFloat p2, float radius1, float radius2)` Draws a cylinder with spherical end caps with the specified endpoints and radius into this VoxelArray, modifying it in place.
`void`	VoxelArray.`drawTaperedCylinder(Point3DFloat p1, Point3DFloat p2, float radius1, float radius2)` Draws a cylinder with the specified endpoints and radiii into this VoxelArray, modifying it in place.
`(package private) Point3DFloat`	MarchingCubes.`getColor(Point3DFloat rfPosition, Point3DFloat rfNormal)` getColor generates a color from a given position and normal of a point.
`boolean`	Plane3DFloat.`isInside(Point3DFloat p)` Returns true if the specified point is "inside" the plane.
`static VoxelArray`	VoxelArray.`makeCappedCylinder(Point3DFloat p1, Point3DFloat p2, float radius)` Makes a cylinder with spherical end caps with the specified endpoints and radius.
`static VoxelArray`	VoxelArray.`makeCylinder(Point3DFloat p1, Point3DFloat p2, float radius)` Makes a cylinder with with the specified endpoints and radius.
`static CoordinateTransformer3DFloat`	CoordinateTransformer3DFloat.`makeRotate(Point3DFloat point, Point3DFloat vec, double theta)` Build a rotation matrix for rotations about the line through the point `point` parallel to the vector `vec` by the angle theta.
`static VoxelArray`	VoxelArray.`makeTaperedCappedCylinder(Point3DFloat p1, Point3DFloat p2, float radius1, float radius2)` Makes a cylinder with spherical end caps with the specified endpoints and radius.
`static VoxelArray`	VoxelArray.`makeTaperedCylinder(Point3DFloat p1, Point3DFloat p2, float radius1, float radius2)` Makes a tapered cylinder with with the specified endpoints and radius.
`float`	VoxelArray.`sampleFloat(Point3DFloat p)` Sample the field at the specified 3-dimensional point and return its value.
`VoxelArray`	VoxelArray.`solidOfRotation(Point3DFloat point, Point3DFloat axis, double angle1, double angle2)` Creates a solid of rotation by rotating this VoxelArray around an axis going through point (x,y,z) and the normal (u,v,w).
`static Point3DFloat`	Point3DFloat.`sphericalToXYZ(double r, double theta, double phi, double cx, double cy, double cz, Point3DFloat out)` Transforms spherical coordinates r, theta, phi into cartesian coordinates x, y, z.
`static Point3DFloat`	Point3DFloat.`sphericalToXYZ(Point3DDouble spher, Point3DFloat out)` Transforms this point which represents its elements as spherical coordinates r, theta, phi into cartesian coordinates x, y, z.
`Point3DFloat`	Point3DFloat.`subtract(Point3DFloat p2)` Constructs a new Point3DFloat where the components of p2 are subtracted from this point.
`static Point3DFloat`	Point3DFloat.`subtract(Point3DFloat p1, Point3DFloat p2)` Constructs a new Point3DFloat where the components are subtracted from each other.
`void`	Point3DFloat.`subtractInPlace(Point3DFloat p2)` Subtracts the specified Point3DFloat from this point, modifying it in place.
`Point3DFloat`	CoordinateTransformer3DFloat.`transform(float x, float y, float z, Point3DFloat out)` Transform the coordinate (x, y, z) by this matrix.
`Point3DFloat`	CoordinateTransformer3DFloat.`transform(Point3DFloat in, Point3DFloat out)` Transform the coordinate (x, y, z) by this matrix.

Constructors in frink.graphics with parameters of type Point3DFloat
Constructor and Description
`BoundingBox3DFloat(Point3DFloat p)` Construct a zero-sized BoundingBox around a single point.
`BoundingBox3DFloat(Point3DFloat p1, Point3DFloat p2)` Construct a BoundingBox with the specified coordinates.
`LineSegment3DFloat(Point3DFloat p1, Point3DFloat p2)` Construct a line segment with the 2 specified endpoints.
`Plane3DFloat(Point3DFloat p, Point3DFloat n)` Construct a Plane3DFloat using a point p and a normal direction n.
`Plane3DFloat(Point3DFloat p1, Point3DFloat p2, Point3DFloat p3)` Construct a Plane3DFloat from 3 points, listed in the counterclockwise direction as seen from outside the object.
`Point3DDouble(Point3DFloat orig)` Construct a Point3DDouble from a Point3DFloat
`Triangle3DFloat(Point3DFloat v0, Point3DFloat v1, Point3DFloat v2)` Construct a Trangle3D with the 3 specified points.

Uses of Classfrink.graphics.Point3DFloat

Uses of Point3DFloat in frink.graphics

Uses of Class
frink.graphics.Point3DFloat