public override List <Segment> Segmentize()
{
if (approxSegments.Any())
{
return(approxSegments);
}
// How much we will change the angle measure as we create segments.
double angleIncrement = Angle.toRadians(this.minorMeasure / Figure.NUM_SEGS_TO_APPROX_ARC);
// Find the first point so we sweep in a counter-clockwise manner.
double angle1 = Point.GetRadianStandardAngleWithCenter(theCircle.center, endpoint1);
double angle2 = Point.GetRadianStandardAngleWithCenter(theCircle.center, endpoint2);
Point firstPoint = null;
Point secondPoint = null;
double angle = -1;
GetStartEndPoints(angle1, angle2, out firstPoint, out secondPoint, out angle);
for (int i = 1; i <= Figure.NUM_SEGS_TO_APPROX_ARC; i++)
{
// Save this as an approximating point.
approxPoints.Add(firstPoint);
// Get the next point.
angle += angleIncrement;
secondPoint = Point.GetPointFromAngle(theCircle.center, theCircle.radius, angle);
// Make the segment.
approxSegments.Add(new Segment(firstPoint, secondPoint));
// Rotate points.
firstPoint = secondPoint;
}
// Save this as an approximating point.
approxPoints.Add(secondPoint);
return(approxSegments);
}
public override List <Segment> Segmentize()
{
if (approxSegments.Any())
{
return(approxSegments);
}
// How much we will change the angle measure as we create segments.
double angleIncrement = Math.PI / Figure.NUM_SEGS_TO_APPROX_ARC;
Point firstPoint = null;
Point secondPoint = null;
double angle = -1;
GetStartEndPoints(out firstPoint, out secondPoint, out angle);
for (int i = 1; i <= Figure.NUM_SEGS_TO_APPROX_ARC; i++)
{
// Save this as an approximating point.
approxPoints.Add(firstPoint);
// Get the next point.
angle += angleIncrement;
secondPoint = Point.GetPointFromAngle(theCircle.center, theCircle.radius, angle);
// Make the segment.
approxSegments.Add(new Segment(firstPoint, secondPoint));
// Rotate points.
firstPoint = secondPoint;
}
// Save this as an approximating point.
approxPoints.Add(secondPoint);
return(approxSegments);
}
