OpenJDK 27 · java.awt.geom.Arc2D · APIdia, the JavaDoc alternative

Modifier and Type	Class and Description
public static class	Arc2D.Double This class defines an arc specified in `double` precision.
public static class	Arc2D.Float This class defines an arc specified in `float` precision.

Modifier and Type	Field and Description
public static final int	CHORD The closure type for an arc closed by drawing a straight line segment from the start of the arc segment to the end of the arc segment.
public static final int	OPEN The closure type for an open arc with no path segments connecting the two ends of the arc segment.
public static final int	PIE The closure type for an arc closed by drawing straight line segments from the start of the arc segment to the center of the full ellipse and from that point to the end of the arc segment.
private int	type

Access	Constructor and Description
protected	Arc2D() This is an abstract class that cannot be instantiated directly.
protected	Arc2D(int The closure type of this arc: `OPEN`, `CHORD`, or `PIE`. type) This is an abstract class that cannot be instantiated directly.

Method Summary

Modifier and Type	Method and Description
public boolean	Returns: `true` if the point lies within the bound of the arc, `false` if the point lies outside of the arc's bounds. contains(double The X coordinate of the point to test. x, double The Y coordinate of the point to test. y) Implements java.awt.Shape.contains. Determines whether or not the specified point is inside the boundary of the arc.
public boolean	Returns: `true` if the arc contains the rectangle, `false` if the arc doesn't contain the rectangle. contains(double The X coordinate of the rectangle's upper-left corner. x, double The Y coordinate of the rectangle's upper-left corner. y, double The width of the rectangle. w, double The height of the rectangle. h) Implements java.awt.Shape.contains. Determines whether or not the interior of the arc entirely contains the specified rectangle.
public boolean	Returns: `true` if the arc contains the rectangle, `false` if the arc doesn't contain the rectangle. contains(Rectangle2D The `Rectangle2D` to test. r) Overrides java.awt.geom.RectangularShape.contains. Implements java.awt.Shape.contains. Determines whether or not the interior of the arc entirely contains the specified rectangle.
private boolean	contains(double x, double y, double w, double h, Rectangle2D origrect)
public boolean	Returns: `true` if the arc contains the angle, `false` if the arc doesn't contain the angle. containsAngle(double The angle to test. angle) Determines whether or not the specified angle is within the angular extents of the arc.
public boolean	Returns: `true` if `obj` is an instance of `Arc2D` and has the same values; `false` otherwise. equals(Object an `Object` to be compared with this `Arc2D`. obj) Overrides java.lang.Object.equals. Determines whether or not the specified `Object` is equal to this `Arc2D`.
public abstract double	Returns: A double value that represents the angular extent of the arc in degrees. getAngleExtent() Returns the angular extent of the arc.
public abstract double	Returns: A double value that represents the starting angle of the arc in degrees. getAngleStart() Returns the starting angle of the arc.
public int	Returns: One of the integer constant closure types defined in this class. getArcType() Returns the arc closure type of the arc: `OPEN`, `CHORD`, or `PIE`.
public Rectangle	getBounds() Overrides java.awt.geom.RectangularShape.getBounds. Implements java.awt.Shape.getBounds. Returns an integer `Rectangle` that completely encloses the `Shape`.
public Rectangle2D	getBounds2D() Implements java.awt.Shape.getBounds2D. Returns a high precision and more accurate bounding box of the `Shape` than the `getBounds` method.
public Point2D	Returns: A `Point2D` object representing the x,y coordinates of the ending point of the arc. getEndPoint() Returns the ending point of the arc.
public PathIterator	Returns: A `PathIterator` that defines the arc's boundary. getPathIterator(AffineTransform an optional `AffineTransform` to be applied to the coordinates as they are returned in the iteration, or null if the untransformed coordinates are desired. at) Implements java.awt.Shape.getPathIterator. Returns an iteration object that defines the boundary of the arc.
public Point2D	Returns: A `Point2D` object representing the x,y coordinates of the starting point of the arc. getStartPoint() Returns the starting point of the arc.
public int	Returns: the hashcode for this `Arc2D`. hashCode() Overrides java.lang.Object.hashCode. Returns the hashcode for this `Arc2D`.
public boolean	Returns: `true` if the arc intersects the rectangle, `false` if the arc doesn't intersect the rectangle. intersects(double The X coordinate of the rectangle's upper-left corner. x, double The Y coordinate of the rectangle's upper-left corner. y, double The width of the rectangle. w, double The height of the rectangle. h) Implements java.awt.Shape.intersects. Determines whether or not the interior of the arc intersects the interior of the specified rectangle.
protected abstract Rectangle2D	Returns: a `Rectangle2D` that is the framing rectangle of this arc. makeBounds(double The X coordinate of the upper-left corner of the framing rectangle. x, double The Y coordinate of the upper-left corner of the framing rectangle. y, double The width of the framing rectangle. w, double The height of the framing rectangle. h) Constructs a `Rectangle2D` of the appropriate precision to hold the parameters calculated to be the framing rectangle of this arc.
pack-priv static double	normalizeDegrees(double angle)
public abstract void	setAngleExtent(double The angular extent of the arc in degrees. angExt) Sets the angular extent of this arc to the specified double value.
public void	setAngles(double The X coordinate of the arc's starting point. x1, double The Y coordinate of the arc's starting point. y1, double The X coordinate of the arc's ending point. x2, double The Y coordinate of the arc's ending point. y2) Sets the starting angle and angular extent of this arc using two sets of coordinates.
public void	setAngles(Point2D The `Point2D` that defines the arc's starting point. p1, Point2D The `Point2D` that defines the arc's ending point. p2) Sets the starting angle and angular extent of this arc using two points.
public abstract void	setAngleStart(double The starting angle of the arc in degrees. angSt) Sets the starting angle of this arc to the specified double value.
public void	setAngleStart(Point2D The `Point2D` that defines the starting angle. p) Sets the starting angle of this arc to the angle that the specified point defines relative to the center of this arc.
public abstract void	setArc(double The X coordinate of the upper-left corner of the arc. x, double The Y coordinate of the upper-left corner of the arc. y, double The overall width of the full ellipse of which this arc is a partial section. w, double The overall height of the full ellipse of which this arc is a partial section. h, double The starting angle of the arc in degrees. angSt, double The angular extent of the arc in degrees. angExt, int The closure type for the arc: `OPEN`, `CHORD`, or `PIE`. closure) Sets the location, size, angular extents, and closure type of this arc to the specified double values.
public void	setArc(Point2D The `Point2D` representing the coordinates of the upper-left corner of the arc. loc, Dimension2D The `Dimension2D` representing the width and height of the full ellipse of which this arc is a partial section. size, double The starting angle of the arc in degrees. angSt, double The angular extent of the arc in degrees. angExt, int The closure type for the arc: `OPEN`, `CHORD`, or `PIE`. closure) Sets the location, size, angular extents, and closure type of this arc to the specified values.
public void	setArc(Rectangle2D The framing rectangle that defines the outer boundary of the full ellipse of which this arc is a partial section. rect, double The starting angle of the arc in degrees. angSt, double The angular extent of the arc in degrees. angExt, int The closure type for the arc: `OPEN`, `CHORD`, or `PIE`. closure) Sets the location, size, angular extents, and closure type of this arc to the specified values.
public void	setArc(Arc2D The `Arc2D` to use to set the arc's values. a) Sets this arc to be the same as the specified arc.
public void	setArcByCenter(double The X coordinate of the center of the arc. x, double The Y coordinate of the center of the arc. y, double The radius of the arc. radius, double The starting angle of the arc in degrees. angSt, double The angular extent of the arc in degrees. angExt, int The closure type for the arc: `OPEN`, `CHORD`, or `PIE`. closure) Sets the position, bounds, angular extents, and closure type of this arc to the specified values.
public void	setArcByTangent(Point2D The first point that defines the arc. The starting angle of the arc is tangent to the line specified by points (p1, p2). p1, Point2D The second point that defines the arc. The starting angle of the arc is tangent to the line specified by points (p1, p2). The ending angle of the arc is tangent to the line specified by points (p2, p3). p2, Point2D The third point that defines the arc. The ending angle of the arc is tangent to the line specified by points (p2, p3). p3, double The radius of the arc. radius) Sets the position, bounds, and angular extents of this arc to the specified value.
public void	setArcType(int The integer constant that represents the closure type of this arc: `OPEN`, `CHORD`, or `PIE`. type) Sets the closure type of this arc to the specified value: `OPEN`, `CHORD`, or `PIE`.
public void	setFrame(double x, double y, double w, double h) Implements abstract java.awt.geom.RectangularShape.setFrame. Sets the location and size of the framing rectangle of this `Shape` to the specified rectangular values.

public abstract Class Arc2D

Nested and Inner Type Summary

Field Summary

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Method Summary