public Mirror(string Name, SystemCoordinates Center, Angle Anglee, DoubleExtention Length)
{
angle = Anglee;
name = Name;
coordinates = Center;
length = Length;
if (((DoubleExtention)angle != (DoubleExtention)90) && ((DoubleExtention)angle != (DoubleExtention)270))
{
DoubleExtention y = Center.X * angle.tg();
DoubleExtention b = Center.Y - y;
ToDraw = new Line(angle.tg(), b); ToDraw.AngleForOnePointLines = angle;
ToDraw.FirstEnd = new SystemCoordinates((length / 2) * angle.cos() + Center.X, (length / 2) * angle.sin() + Center.Y);
ToDraw.SecondEnd = Center.BuildPointReflection(ToDraw.FirstEnd);
}
else
{
ToDraw = new Line(Center.X);
if ((DoubleExtention)angle == (DoubleExtention)90)
{
ToDraw.FirstEnd = new SystemCoordinates(Center.X, Center.Y + length / 2); ToDraw.AngleForOnePointLines = angle;
ToDraw.SecondEnd = Center.BuildPointReflection(ToDraw.FirstEnd);
}
if ((DoubleExtention)angle == (DoubleExtention)270)
{
ToDraw.FirstEnd = new SystemCoordinates(Center.X, Center.Y - length / 2); ToDraw.AngleForOnePointLines = angle;
ToDraw.SecondEnd = Center.BuildPointReflection(ToDraw.FirstEnd);
}
}
}
public Mirror(string SaveStr)
{
string[] splitted = SaveStr.Split('^');
if (splitted.Length != 7)
{
throw new OpticalBuilderLib.Exceptions.ErrorWhileReading();
}
try
{
string Name = splitted[1];
SystemCoordinates Center = new SystemCoordinates(Convert.ToDouble(splitted[2]), Convert.ToDouble(splitted[3]));
Angle Anglee = Convert.ToDouble(splitted[4]);
DoubleExtention Length = Convert.ToDouble(splitted[5]);
id = Convert.ToInt32(splitted[6]);
angle = Anglee;
name = Name;
coordinates = Center;
length = Length;
if (((DoubleExtention)angle != (DoubleExtention)90) && ((DoubleExtention)angle != (DoubleExtention)270))
{
DoubleExtention y = Center.X * angle.tg();
DoubleExtention b = Center.Y - y;
ToDraw = new Line(angle.tg(), b);
}
else
{
ToDraw = new Line(Center.X);
}
if (((DoubleExtention)angle != (DoubleExtention)90) && ((DoubleExtention)angle != (DoubleExtention)270))
{
DoubleExtention y = Center.X * angle.tg();
DoubleExtention b = Center.Y - y;
ToDraw = new Line(angle.tg(), b);
ToDraw.FirstEnd = new SystemCoordinates((length / 2) * angle.cos() + Center.X, (length / 2) * angle.sin() + Center.Y);
ToDraw.SecondEnd = Center.BuildPointReflection(ToDraw.FirstEnd);
}
else
{
ToDraw = new Line(Center.X);
if ((DoubleExtention)angle == (DoubleExtention)90)
{
ToDraw.FirstEnd = new SystemCoordinates(Center.X, Center.Y + length / 2);
ToDraw.SecondEnd = Center.BuildPointReflection(ToDraw.FirstEnd);
}
if ((DoubleExtention)angle == (DoubleExtention)270)
{
ToDraw.FirstEnd = new SystemCoordinates(Center.X, Center.Y - length / 2);
ToDraw.SecondEnd = Center.BuildPointReflection(ToDraw.FirstEnd);
}
}
ToDraw.AngleForOnePointLines = angle;
}
catch
{
throw new OpticalBuilderLib.Exceptions.ErrorWhileReading();
}
}
public override void Draw(Point cursorCoordinates)
{
SystemCoordinates pp1 = CoordinateSystem.Instance.Converter(p1);
SystemCoordinates curs = CoordinateSystem.Instance.Converter(cursorCoordinates);
if (counter == 0)
{
OGL.DrawFilledCircle(new Pen(Color.Yellow), cursorCoordinates, 10);
}
if (counter == 1)
{
if (control_modifier == false)
{
if (alt_modifier == true)
{
pp1 = pp1.BuildPointReflection(curs);
}
Line x = new Line(pp1,
curs, false);
x.BuildAngle();
if (cursorCoordinates != p1)
{
MirrorDrawer.Draw(x.AngleForOnePointLines, pp1, curs);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p1, 10);
}
}
else
{
if (alt_modifier == true)
{
pp1 = pp1.BuildPointReflection(curs);
}
Line x = new Line(curs,
pp1, false);
x.BuildAngle();
if (cursorCoordinates != p1)
{
MirrorDrawer.Draw(x.AngleForOnePointLines, curs, pp1);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p1, 10);
}
}
}
if (counter == 2)
{
MirrorDrawer.Draw(x.AngleForOnePointLines, x);
}
}