public override void RotateClw()
{
base.RotateClw();
RotateAngle = 90;
Matrix matrix = new Matrix();
PointF pt_center = PointF.Empty;
Point[] pts = new Point[4];
pts[0] = center;
pts[1] = firstDot;
pts[2] = secDot;
startAngle = (startAngle + 360) % 360;
switch (startAngle)
{
case 0:
directionCurved = DirectonCurved.first;
pt_center.X = (float)(center.X + firstDot.X) / 2;
pt_center.Y = (float)(center.Y + secDot.Y) / 2;
directionCurved = DirectonCurved.second;
break;
case 90:
directionCurved = DirectonCurved.second;
pt_center.X = (float)(center.X + secDot.X) / 2;
pt_center.Y = (float)(center.Y + firstDot.Y) / 2;
directionCurved = DirectonCurved.third;
break;
case 180:
directionCurved = DirectonCurved.third;
pt_center.X = (float)(center.X + firstDot.X) / 2;
pt_center.Y = (float)(center.Y + secDot.Y) / 2;
directionCurved = DirectonCurved.four;
break;
case 270:
directionCurved = DirectonCurved.four;
pt_center.X = (float)(center.X + secDot.X) / 2;
pt_center.Y = (float)(center.Y + firstDot.Y) / 2;
directionCurved = DirectonCurved.first;
break;
}
startAngle += rotateAngle;
matrix.RotateAt(rotateAngle, pt_center);
matrix.TransformPoints(pts);
center = pts[0];
oldCenter = pts[0];
firstDot = pts[1];
oldFirstDot = pts[1];
secDot = pts[2];
oldSecDot = pts[2];
}
public CurvedRailEle CreateEle(Point centerDot, Size size, Int16 multiFactor, string text)
{
DrawMultiFactor = multiFactor;
objectCurvedOp.DrawMultiFactor = DrawMultiFactor;
Point pt = centerDot;
pt.Offset(centerDot.X / DrawMultiFactor - centerDot.X, centerDot.Y / DrawMultiFactor - centerDot.Y);
center = pt;
oldCenter = pt;
directionCurved = DirectonCurved.first;
Point pt_first = new Point(center.X + radiu, center.Y);
Point pt_sec = new Point(center.X, center.Y + radiu);
firstDot = pt_first;
oldFirstDot = pt_first;
secDot = pt_sec;
oldSecDot = pt_sec;
this.railText = text;
return(this);
}
public override void RotateCounterClw()
{
base.RotateCounterClw();
RotateAngle = -90;
Matrix matrix = new Matrix();
PointF pt_center = new PointF();
Point[] pts = new Point[4];
pts[0] = center;
pts[1] = firstDot;
pts[2] = secDot;
startAngle = (startAngle + 360) % 360;
switch (startAngle)
{
case 0:
directionCurved = DirectonCurved.first;
pt_center.X = (float)(center.X + firstDot.X) / 2;
pt_center.Y = (float)(center.Y + secDot.Y) / 2;
directionCurved = DirectonCurved.four;
break;
case 90:
directionCurved = DirectonCurved.second;
pt_center.X = (float)(center.X + secDot.X) / 2;
pt_center.Y = (float)(center.Y + firstDot.Y) / 2;
directionCurved = DirectonCurved.first;
break;
case 180:
directionCurved = DirectonCurved.third;
pt_center.X = (float)(center.X + firstDot.X) / 2;
pt_center.Y = (float)(center.Y + secDot.Y) / 2;
directionCurved = DirectonCurved.second;
break;
case 270:
directionCurved = DirectonCurved.four;
pt_center.X = (float)(center.X + secDot.X) / 2;
pt_center.Y = (float)(center.Y + firstDot.Y) / 2;
directionCurved = DirectonCurved.third;
break;
}
startAngle += rotateAngle;
matrix.RotateAt(rotateAngle, pt_center);
matrix.TransformPoints(pts);
center = pts[0];
oldCenter = pts[0];
firstDot = pts[1];
oldFirstDot = pts[1];
secDot = pts[2];
oldSecDot = pts[2];
}
public CurvedRailEle CreateEle(Point centerDot, Size size, Int16 multiFactor, string text)
{
DrawMultiFactor = multiFactor;
objectCurvedOp.DrawMultiFactor = DrawMultiFactor;
Point pt = centerDot;
pt.Offset(centerDot.X / DrawMultiFactor - centerDot.X, centerDot.Y / DrawMultiFactor - centerDot.Y);
center = pt;
oldCenter = pt;
directionCurved = DirectonCurved.first;
Point pt_first = new Point(center.X + radiu, center.Y);
Point pt_sec = new Point(center.X, center.Y + radiu);
firstDot = pt_first;
oldFirstDot = pt_first;
secDot = pt_sec;
oldSecDot = pt_sec;
this.railText = text;
return this;
}
