since: 1.2 -

serial:

since: 1.2 -

serial:

since: 1.2 -

serial:

since: 1.2 -

serial:

since: 1.2 -

serial:

since: 1.2 -

serial:

 public Float() 
{
                                        
            super(OPEN);
}

Constructs a new OPEN arc, initialized to location (0, 0), size (0, 0), angular extents (start = 0, extent = 0).

since: 1.2 -

 public Float(int type) 
{
            super(type);
}

Constructs a new arc, initialized to location (0, 0), size (0, 0), angular extents (start = 0, extent = 0), and the specified closure type.

Parameters:

type - The closure type for the arc: #OPEN , #CHORD , or #PIE .

since: 1.2 -

 public Float(Rectangle2D ellipseBounds,
    float start,
    float extent,
    int type) 
{
            super(type);
            this.x = (float) ellipseBounds.getX();
            this.y = (float) ellipseBounds.getY();
            this.width = (float) ellipseBounds.getWidth();
            this.height = (float) ellipseBounds.getHeight();
            this.start = start;
            this.extent = extent;
}

Constructs a new arc, initialized to the specified location, size, angular extents, and closure type.

Parameters:

ellipseBounds - The framing rectangle that defines the outer boundary of the full ellipse of which this arc is a partial section.

start - The starting angle of the arc in degrees.

extent - The angular extent of the arc in degrees.

type - The closure type for the arc: #OPEN , #CHORD , or #PIE .

since: 1.2 -

 public Float(float x,
    float y,
    float w,
    float h,
    float start,
    float extent,
    int type) 
{
            super(type);
            this.x = x;
            this.y = y;
            this.width = w;
            this.height = h;
            this.start = start;
            this.extent = extent;
}

Constructs a new arc, initialized to the specified location, size, angular extents, and closure type.

Parameters:

x - The X coordinate of the upper-left corner of the arc's framing rectangle.

y - The Y coordinate of the upper-left corner of the arc's framing rectangle.

w - The overall width of the full ellipse of which this arc is a partial section.

h - The overall height of the full ellipse of which this arc is a partial section.

start - The starting angle of the arc in degrees.

extent - The angular extent of the arc in degrees.

type - The closure type for the arc: #OPEN , #CHORD , or #PIE .

since: 1.2 -

 public double getAngleExtent() 
{
            return (double) extent;
}

{@inheritDoc}

 public double getAngleStart() 
{
            return (double) start;
}

{@inheritDoc}

 public double getHeight() 
{
            return (double) height;
}

{@inheritDoc} Note that the arc partially inscribes the framing rectangle of this {@code RectangularShape}.

 public double getWidth() 
{
            return (double) width;
}

{@inheritDoc} Note that the arc partially inscribes the framing rectangle of this {@code RectangularShape}.

 public double getX() 
{
            return (double) x;
}

{@inheritDoc} Note that the arc partially inscribes the framing rectangle of this {@code RectangularShape}.

 public double getY() 
{
            return (double) y;
}

{@inheritDoc} Note that the arc partially inscribes the framing rectangle of this {@code RectangularShape}.

 public boolean isEmpty() 
{
            return (width < = 0.0 || height < = 0.0);
}

{@inheritDoc}

 protected Rectangle2D makeBounds(double x,
    double y,
    double w,
    double h) 
{
            return new Rectangle2D.Float((float) x, (float) y,
                                         (float) w, (float) h);
}

{@inheritDoc}

 public  void setAngleExtent(double angExt) 
{
            this.extent = (float) angExt;
}

{@inheritDoc}

 public  void setAngleStart(double angSt) 
{
            this.start = (float) angSt;
}

{@inheritDoc}

 public  void setArc(double x,
    double y,
    double w,
    double h,
    double angSt,
    double angExt,
    int closure) 
{
            this.setArcType(closure);
            this.x = (float) x;
            this.y = (float) y;
            this.width = (float) w;
            this.height = (float) h;
            this.start = (float) angSt;
            this.extent = (float) angExt;
}

{@inheritDoc}