Uses of Class
nodebox.graphics.Point

Uses of Point in nodebox.graphics

Fields in nodebox.graphics declared as Point

static Point

Point.ZERO

Methods in nodebox.graphics that return Point

static Point	Path.curvePoint(double t, double x0, double y0, double x1, double y1, double x2, double y2, double x3, double y3) Returns coordinates for point at t on the spline.
Point	Rect.getCentroid()
Point	PathElement.getControl1()
Point	PathElement.getControl2()
Point	PathElement.getPoint()
Point	Rect.getPosition()
static Point	Path.linePoint(double t, double x0, double y0, double x1, double y1) Returns coordinates for point at t on the line.
Point[]	IGeometry.makePoints() Make 100 new points along the contours of the existing path.
Point[]	AbstractGeometry.makePoints() Make 100 new points along the contours of the existing path.
Point[]	IGeometry.makePoints(int amount) Make 100 new points along the contours of the existing path.
Point[]	Contour.makePoints(int amount) Make new points along the contours of the existing path.
Point[]	AbstractGeometry.makePoints(int amount)
Point[]	Path.makePoints(int amount, boolean perContour) Make new points along the contours of the existing path.
Point[]	IGeometry.makePoints(int amount, boolean perContour) Make new points along the contours of the existing path.
Point[]	Geometry.makePoints(int amount, boolean perContour)
Point[]	Contour.makePoints(int amount, boolean perContour) Make new points along the contours of the existing path.
Point	Transform.map(Point p)
Point	Point.moved(double dx, double dy)
static Point	Point.parsePoint(String s)
Point	Path.point(double t) Same as pointAt(t).
Point	Contour.point(double t) Same as pointAt(t).
Point	Path.pointAt(double t) Returns coordinates for point at t on the path.
Point	Geometry.pointAt(double t) Returns coordinates for point at t on the group.
Point	Contour.pointAt(double t) Returns coordinates for point at t on the path.
abstract Point	AbstractGeometry.pointAt(double t)
static Point	Point.valueOf(String s)

Methods in nodebox.graphics that return types with arguments of type Point

List<Point>	Path.getPoints() Get the points for this geometry.
List<Point>	IGeometry.getPoints() Get the points for this geometry.
List<Point>	Geometry.getPoints() Get the points for this geometry.
List<Point>	Contour.getPoints()
Iterator<Point>	AbstractGraphicsContext.grid(double columns, double rows)
Iterator<Point>	AbstractGraphicsContext.grid(double columns, double rows, double columnSize, double rowSize)
Iterator<Point>	GraphicsContext.grid(int columns, int rows)
Iterator<Point>	AbstractGraphicsContext.grid(int columns, int rows)
Iterator<Point>	GraphicsContext.grid(int columns, int rows, double columnSize, double rowSize)
Iterator<Point>	AbstractGraphicsContext.grid(int columns, int rows, double columnSize, double rowSize)
Iterator<Point>	Path.iterator()
List<Point>	Transform.map(List<Point> points) Transform all the given points and return a list of transformed points.

Methods in nodebox.graphics with parameters of type Point

void	Path.addPoint(Point pt)
void	IGeometry.addPoint(Point pt) Add the given point to the geometry.
void	Geometry.addPoint(Point pt)
void	Contour.addPoint(Point pt)
boolean	Rect.contains(Point p)
boolean	Path.contains(Point p)
boolean	Geometry.contains(Point pt)
void	IGeometry.extend(Point[] points) Extend the current geometry with the given list of points.
void	AbstractGeometry.extend(Point[] points) Extend the current geometry with the given list of points.
static Path	Path.findPath(Point[] points)
static Path	Path.findPath(Point[] points, double curvature) Constructs a path between the given list of points.
Point	Transform.map(Point p)
static Transform	Transform.scaled(Point s)
void	Transform.translate(Point point)
static Transform	Transform.translated(Point t)

Method parameters in nodebox.graphics with type arguments of type Point

void	GraphicsContext.drawpath(Iterable<Point> points)
void	AbstractGraphicsContext.drawpath(Iterable<Point> points)
void	IGeometry.extend(Iterator<Point> points) Extend the current geometry with the given list of points.
void	AbstractGeometry.extend(Iterator<Point> points) Extend the current geometry with the given list of points.
Path	GraphicsContext.findpath(List<Point> points)
Path	AbstractGraphicsContext.findpath(List<Point> points)
static Path	Path.findPath(List<Point> points)
Path	GraphicsContext.findpath(List<Point> points, double curvature)
Path	AbstractGraphicsContext.findpath(List<Point> points, double curvature)
static Path	Path.findPath(List<Point> points, double curvature)
List<Point>	Transform.map(List<Point> points) Transform all the given points and return a list of transformed points.
AbstractGeometry	Path.mapPoints(com.google.common.base.Function<Point,Point> pointFunction)
AbstractGeometry	Path.mapPoints(com.google.common.base.Function<Point,Point> pointFunction)
AbstractGeometry	Geometry.mapPoints(com.google.common.base.Function<Point,Point> pointFunction)
AbstractGeometry	Geometry.mapPoints(com.google.common.base.Function<Point,Point> pointFunction)
AbstractGeometry	Contour.mapPoints(com.google.common.base.Function<Point,Point> pointFunction)
AbstractGeometry	Contour.mapPoints(com.google.common.base.Function<Point,Point> pointFunction)
abstract AbstractGeometry	AbstractGeometry.mapPoints(com.google.common.base.Function<Point,Point> pointFunction) Change all points in the geometry and return a mutated copy.
abstract AbstractGeometry	AbstractGeometry.mapPoints(com.google.common.base.Function<Point,Point> pointFunction) Change all points in the geometry and return a mutated copy.

Constructors in nodebox.graphics with parameters of type Point

PathElement(int command, Point point, Point control1, Point control2)

Text(String text, Point pt)

Constructor parameters in nodebox.graphics with type arguments of type Point

Contour(Iterable<Point> points, boolean closed)