Uses of Interface
de.xima.fc.common.geometry.Point2D

Packages that use Point2D

Package	Description
de.xima.fc.common.geometry

Uses of Point2D in de.xima.fc.common.geometry

Classes in de.xima.fc.common.geometry that implement Point2D

Modifier and Type	Class	Description
class	Point2DDouble	A 2D point with double precision coordinates.

Methods in de.xima.fc.common.geometry that return Point2D

Modifier and Type	Method	Description
Point2D<Numerical>	Point2D.coordinate(ECartesianAxis1D axis, Numerical coordinate)
Point2D<Numerical>	Point2D.coordinate(ECartesianAxis2D axis, Numerical coordinate)
Point2D<Numerical>	Point2D.coordinateByte(ECartesianAxis1D axis, byte coordinate)
Point2D<Numerical>	Point2D.coordinateByte(ECartesianAxis2D axis, byte coordinate)
Point2D<Numerical>	Point2D.coordinateDouble(ECartesianAxis1D axis, double coordinate)
Point2D<Numerical>	Point2D.coordinateDouble(ECartesianAxis2D axis, double coordinate)
Point2D<Numerical>	Point2D.coordinateFloat(ECartesianAxis1D axis, float coordinate)
Point2D<Numerical>	Point2D.coordinateFloat(ECartesianAxis2D axis, float coordinate)
Point2D<Numerical>	Point2D.coordinateInt(ECartesianAxis1D axis, int coordinate)
Point2D<Numerical>	Point2D.coordinateInt(ECartesianAxis2D axis, int coordinate)
Point2D<Numerical>	Point2D.coordinateLong(ECartesianAxis1D axis, long coordinate)
Point2D<Numerical>	Point2D.coordinateLong(ECartesianAxis2D axis, long coordinate)
Point2D<Numerical>	Point2D.coordinateShort(ECartesianAxis1D axis, short coordinate)
Point2D<Numerical>	Point2D.coordinateShort(ECartesianAxis2D axis, short coordinate)
Point2D<Numerical>	Point2D.normalize()
Point2D<Numerical>	Point2D.rotateDegrees(double angleDegrees)	Rotates this point around the origin (0, 0) by the given angle in degrees, in an anti-clockwise direction.
Point2D<Numerical>	Point2D.rotateDegreesXY(double angleDegrees)
Point2D<Numerical>	Point2D.rotateRadians(double angleRadians)	Rotates this point around the origin (0, 0) by the given angle in radians, in an anti-clockwise direction.
Point2D<Numerical>	Point2D.rotateRadiansXY(double angleRadians)
Point2D<Numerical>	Point2D.scale(byte scale)
Point2D<Numerical>	Point2D.scale(byte sx, byte sy)	Scales this point by the given ratio.
Point2D<Numerical>	Point2D.scale(double scale)
Point2D<Numerical>	Point2D.scale(double sx, double sy)	Scales this point by the given ratio.
Point2D<Numerical>	Point2D.scale(float scale)
Point2D<Numerical>	Point2D.scale(float sx, float sy)	Scales this point by the given ratio.
Point2D<Numerical>	Point2D.scale(int scale)
Point2D<Numerical>	Point2D.scale(int sx, int sy)	Scales this point by the given ratio.
Point2D<Numerical>	Point2D.scale(long scale)
Point2D<Numerical>	Point2D.scale(long sx, long sy)	Scales this point by the given ratio.
Point2D<Numerical>	Point2D.scale(short scale)
Point2D<Numerical>	Point2D.scale(short sx, short sy)	Scales this point by the given ratio.
Point2D<Numerical>	Point2D.subtract(byte dx, byte dy)	Subtracts a given amount from the coordinates of this point.
Point2D<Numerical>	Point2D.subtract(double dx, double dy)	Subtracts a given amount from the coordinates of this point.
Point2D<Numerical>	Point2D.subtract(float dx, float dy)	Subtracts a given amount from the coordinates of this point.
Point2D<Numerical>	Point2D.subtract(int dx, int dy)	Subtracts a given amount from the coordinates of this point.
Point2D<Numerical>	Point2D.subtract(long dx, long dy)	Subtracts a given amount from the coordinates of this point.
Point2D<Numerical>	Point2D.subtract(short dx, short dy)	Subtracts a given amount from the coordinates of this point.
Point2D<Numerical>	Point2D.subtract(Point2DLike<?> delta)	Subtracts the given point from this point.
Point2D<Numerical>	Point2D.translate(byte dx, byte dy)	Translates this point by the given delta.
Point2D<Numerical>	Point2D.translate(double dx, double dy)	Translates this point by the given delta.
Point2D<Numerical>	Point2D.translate(float dx, float dy)	Translates this point by the given delta.
Point2D<Numerical>	Point2D.translate(int dx, int dy)	Translates this point by the given delta.
Point2D<Numerical>	Point2D.translate(long dx, long dy)	Translates this point by the given delta.
Point2D<Numerical>	Point2D.translate(short dx, short dy)	Translates this point by the given delta.
Point2D<Numerical>	Point2D.translate(Point2DLike<?> delta)	Translates this point by the given delta.
Point2D<Numerical>	Point2D.x(Numerical x)
Point2D<Numerical>	Point2D.xByte(byte x)
Point2D<Numerical>	Point2D.xDouble(double x)
Point2D<Numerical>	Point2D.xFloat(float x)
Point2D<Numerical>	Point2D.xInt(int x)
Point2D<Numerical>	Point2D.xLong(long x)
Point2D<Numerical>	Point2D.xShort(short x)
Point2D<Numerical>	Point2D.y(Numerical y)
Point2D<Numerical>	Point2D.yByte(byte y)
Point2D<Numerical>	Point2D.yDouble(double y)
Point2D<Numerical>	Point2D.yFloat(float y)
Point2D<Numerical>	Point2D.yInt(int y)
Point2D<Numerical>	Point2D.yLong(long y)
Point2D<Numerical>	Point2D.yShort(short y)

Methods in de.xima.fc.common.geometry with parameters of type Point2D

Modifier and Type	Method	Description
static double	Geometry2D.offsetPointLine(Point2D<?> point, Point2D<?> lineStart, Point2D<?> lineEnd)	Computes the offset of a point from a line segment defined by two points in 2D space.