public static void Draw(Angle angle, SystemCoordinates SecondEnd, SystemCoordinates FirstEnd, bool Selected = false)
{
Point p1 = CoordinateSystem.Instance.Converter(SecondEnd);
p1.Y += (int)(3 * angle.cos());
p1.X += (int)(3 * angle.sin());
Point pp1 = new Point(p1.X + (int)(Math.Ceiling(2 * angle.sin() * (-1))), p1.Y - (int)(Math.Ceiling(2 * angle.cos())));
if (angle.GetInDegrees() >= 69 && angle.GetInDegrees() <= 90)
{
pp1.Y += 1;
}
DoubleExtention d = FirstEnd.Distance(SecondEnd);
d *= CoordinateSystem.Instance.Scale;
int length = (int)d;
Point p2 = new Point((int)(length * angle.cos()) + p1.X, (int)(length * angle.sin() * (-1)) + p1.Y);
Point pp2 = new Point((int)(length * angle.cos()) + pp1.X, (int)(length * angle.sin() * (-1)) + pp1.Y);
LineDrawer.DrawLine(p1, p2, Color.Red, 5);
if (Selected)
{
LineDrawer.DrawLine(pp1, pp2, Color.Blue, 3);
}
else
{
LineDrawer.DrawLine(pp1, pp2, Color.Black, 3);
}
}
private void RebuildLense(SystemCoordinates center, SystemCoordinates p1, SystemCoordinates p2,
SystemCoordinates p3, SystemCoordinates p4, SystemCoordinates p5, SystemCoordinates p6)
{
ic1 = false;
ic2 = false;
if (SystemCoordinates.InOneLine(p1, p2, p3))
{
l1 = new Line(p1, p3, false);
}
else
{
ic1 = true;
c1 = new Circle(p1, p2, p3);
}
if (SystemCoordinates.InOneLine(p4, p5, p6))
{
l2 = new Line(p4, p6, false);
}
else
{
ic2 = true;
c2 = new Circle(p4, p5, p6);
}
//length = p1.Distance(p3);
Line l = new Line(p1, p3, false);
menisk = DoubleExtention.MinimumOf(p3.Distance(p4), p3.Distance(p6));
if (menisk != 0)
{
if (p3.Distance(p4) < p3.Distance(p6))
{
menisk1 = new Line(p3, p4, false);
menisk2 = new Line(p1, p6, false);
}
else
{
menisk1 = new Line(p3, p6, false);
menisk2 = new Line(p1, p4, false);
}
}
coordinates = center;
this.p2 = p2;
this.p5 = p5;
}
public Lense(string name, SystemCoordinates center, SystemCoordinates p1, SystemCoordinates p2, SystemCoordinates p3, SystemCoordinates p4, SystemCoordinates p5, SystemCoordinates p6)
{
ic1 = false;
ic2 = false;
if (SystemCoordinates.InOneLine(p1, p2, p3))
{
l1 = new Line(p1, p3, false);
}
else
{
ic1 = true;
c1 = new Circle(p1, p2, p3);
}
if (SystemCoordinates.InOneLine(p4, p5, p6))
{
l2 = new Line(p4, p6, false);
}
else
{
ic2 = true;
c2 = new Circle(p4, p5, p6);
}
Line l = new Line(p1, p3, false);
menisk = DoubleExtention.MinimumOf(p3.Distance(p4), p3.Distance(p6));
if (menisk != 0)
{
if (p3.Distance(p4) < p3.Distance(p6))
{
menisk1 = new Line(p3, p4, false);
menisk2 = new Line(p1, p6, false);
}
else
{
menisk1 = new Line(p3, p6, false);
menisk2 = new Line(p1, p4, false);
}
}
coordinates = center;
this.name = name;
this.p2 = p2;
this.p5 = p5;
}
public override void Draw(System.Drawing.Point cursorCoordinates)
{
if (counter == 0)
{
OpticalBuilderLib.Drawing.OGL.DrawFilledCircle(new Pen(Color.Yellow), cursorCoordinates, 10);
}
if (counter == 1)
{
OpticalBuilderLib.Drawing.OGL.DrawFilledCircle(new Pen(Color.Yellow), center, 10);
DoubleExtention radius = center.Distance(CoordinateSystem.Instance.Converter(cursorCoordinates));
OpticalBuilderLib.Drawing.CircleDrawer.Draw(false, center, radius * CoordinateSystem.Instance.Scale);
}
if (counter == 2)
{
OpticalBuilderLib.Drawing.OGL.DrawFilledCircle(new Pen(Color.Yellow), center, 10);
OpticalBuilderLib.Drawing.CircleDrawer.Draw(false, center, radius * CoordinateSystem.Instance.Scale);
}
}
public void Rotate(Angle new_an)
{
SystemCoordinates z = new SystemCoordinates(coordinates);
SystemCoordinates p1, p2, p3, p4, p5, p6;
DoubleExtention l;
Angle a;
Line f;
//P1
l = z.Distance(P1);
f = new Line(z, P1, false);
f.BuildAngle();
a = new Angle(new_an.GetInDegrees() + f.AngleForOnePointLines.GetInDegrees() - Anglee.GetInDegrees(), false);
p1 = new SystemCoordinates(l * a.cos() + z.X, l * a.sin() + z.Y);
//P2
l = z.Distance(P2);
f = new Line(z, P2, false);
f.BuildAngle();
a = new Angle(new_an.GetInDegrees() + f.AngleForOnePointLines.GetInDegrees() - Anglee.GetInDegrees(), false);
p2 = new SystemCoordinates(l * a.cos() + z.X, l * a.sin() + z.Y);
//P3
l = z.Distance(P3);
f = new Line(z, P3, false);
f.BuildAngle();
a = new Angle(new_an.GetInDegrees() + f.AngleForOnePointLines.GetInDegrees() - Anglee.GetInDegrees(), false);
p3 = new SystemCoordinates(l * a.cos() + z.X, l * a.sin() + z.Y);
//P4
l = z.Distance(P4);
f = new Line(z, P4, false);
f.BuildAngle();
a = new Angle(new_an.GetInDegrees() + f.AngleForOnePointLines.GetInDegrees() - Anglee.GetInDegrees(), false);
p4 = new SystemCoordinates(l * a.cos() + z.X, l * a.sin() + z.Y);
//P5
l = z.Distance(P5);
f = new Line(z, P5, false);
f.BuildAngle();
a = new Angle(new_an.GetInDegrees() + f.AngleForOnePointLines.GetInDegrees() - Anglee.GetInDegrees(), false);
p5 = new SystemCoordinates(l * a.cos() + z.X, l * a.sin() + z.Y);
//P6
l = z.Distance(P6);
f = new Line(z, P6, false);
f.BuildAngle();
a = new Angle(new_an.GetInDegrees() + f.AngleForOnePointLines.GetInDegrees() - Anglee.GetInDegrees(), false);
p6 = new SystemCoordinates(l * a.cos() + z.X, l * a.sin() + z.Y);
RebuildLense(coordinates, p1, p2, p3, p4, p5, p6);
RaiseChanged();
ObjectCollection.Instance.RaiseObjectsChange();
}
public Lense(string savestr)
{
string[] splitted = savestr.Split('^');
if (splitted.Length != 18)
{
throw new ErrorWhileReading();
}
else
{
try
{
name = splitted[1];
coordinates = new SystemCoordinates(Convert.ToDouble(splitted[2]), Convert.ToDouble(splitted[3]));
SystemCoordinates p1, p2, p3, p4, p5, p6;
p1 = new SystemCoordinates(Convert.ToDouble(splitted[4]), Convert.ToDouble(splitted[5]));
p2 = new SystemCoordinates(Convert.ToDouble(splitted[6]), Convert.ToDouble(splitted[7]));
p3 = new SystemCoordinates(Convert.ToDouble(splitted[8]), Convert.ToDouble(splitted[9]));
p4 = new SystemCoordinates(Convert.ToDouble(splitted[10]), Convert.ToDouble(splitted[11]));
p5 = new SystemCoordinates(Convert.ToDouble(splitted[12]), Convert.ToDouble(splitted[13]));
p6 = new SystemCoordinates(Convert.ToDouble(splitted[14]), Convert.ToDouble(splitted[15]));
ic1 = false;
ic2 = false;
if (SystemCoordinates.InOneLine(p1, p2, p3))
{
l1 = new Line(p1, p3, false);
}
else
{
ic1 = true;
c1 = new Circle(p1, p2, p3);
}
if (SystemCoordinates.InOneLine(p4, p5, p6))
{
l2 = new Line(p4, p6, false);
}
else
{
ic2 = true;
c2 = new Circle(p4, p5, p6);
}
Line l = new Line(p1, p3, false);
menisk = DoubleExtention.MinimumOf(p3.Distance(p4), p3.Distance(p6));
if (menisk != 0)
{
if (p3.Distance(p4) < p3.Distance(p6))
{
menisk1 = new Line(p3, p4, false);
menisk2 = new Line(p1, p6, false);
}
else
{
menisk1 = new Line(p3, p6, false);
menisk2 = new Line(p1, p4, false);
}
}
id = Convert.ToInt32(splitted[16]);
opticalDensity = Convert.ToDouble(splitted[17]);
this.p2 = p2;
this.p5 = p5;
}
catch (Exception e)
{
throw;
}
}
}
public void ObjectsChanged(Object sender, EventArgs e)
{
if (!FinalizedLoad)
{
if (ObjectCollection.Instance.ObjectExists(bound_point_name))
{
coordinates = ObjectCollection.Instance.GetObjectByName(bound_point_name).Coordinates;
}
else
{
ObjectCollection.Instance.AddObject(new BrightPoint(bound_point_name, coordinates));
}
BoundPoint.Removal += PointRemove;
BoundPoint.NameChange += NameChange;
FinalizedLoad = true;
}
try
{
coordinates = BoundPoint.Coordinates;
}
catch (Exception)
{
if (ObjectCollection.Instance.ObjectExists(bound_point_name))
{
coordinates = ObjectCollection.Instance.GetObjectByName(bound_point_name).Coordinates;
}
else
{
ObjectCollection.Instance.AddObject(new BrightPoint(bound_point_name, coordinates));
BoundPoint.Removal += PointRemove;
BoundPoint.NameChange += NameChange;
}
coordinates = BoundPoint.Coordinates;
}
LineArray = new List <Line>();
LineArray.Add(new Line(coordinates, angle));
LineArray[0].FirstEnd = coordinates;
LineArray[0].AngleForOnePointLines = angle;
bool got = false;
bool GotAngle;
SystemCoordinates LST = SystemCoordinates.Zero;
Angle LSTa = new Angle(0);
int refl_limit = Convert.ToInt32(SConfig.C["Ray.ReflectionLimit"]);
current_density = ObjectCollection.Instance.VneshDensity;
DoubleExtention new_density = current_density;
bool set_dens = false;
for (int i = 1; i < refl_limit + 1; i++)
{
got = false;
GotAngle = false;
foreach (ObjectProto X in ObjectCollection.Instance.objects)
{
bool PF;
bool AG;
Angle anglee;
SystemCoordinates x = X.IntersectWithLine(out PF, LineArray[i - 1], out AG, out anglee, this);
if (PF && AG && got)
{
if (x.Distance(LineArray[i - 1].FirstEnd) < LST.Distance(LineArray[i - 1].FirstEnd))
{
LST = x;
LSTa = anglee;
GotAngle = true;
if (X is IPreloml && swap_density)
{
if (current_density != ((IPreloml)X).OpticalDensity)
{
new_density = ((IPreloml)X).OpticalDensity;
}
else
{
new_density = ObjectCollection.Instance.VneshDensity;
}
swap_density = false;
set_dens = true;
}
else
{
set_dens = false;
}
}
swap_density = false;
}
if (PF && AG && !got)
{
LST = x;
LSTa = anglee;
got = true;
GotAngle = true;
if (X is IPreloml && swap_density)
{
if (current_density != ((IPreloml)X).OpticalDensity)
{
new_density = ((IPreloml)X).OpticalDensity;
}
else
{
new_density = ObjectCollection.Instance.VneshDensity;
}
swap_density = false;
set_dens = true;
}
else
{
set_dens = false;
}
swap_density = false;
}
if (PF && !AG && got)
{
if (x.Distance(LineArray[i - 1].FirstEnd) < LST.Distance(LineArray[i - 1].FirstEnd))
{
LST = x;
GotAngle = false;
if (X is IPreloml && swap_density)
{
if (current_density != ((IPreloml)X).OpticalDensity)
{
new_density = ((IPreloml)X).OpticalDensity;
}
else
{
new_density = ObjectCollection.Instance.VneshDensity;
}
swap_density = false;
set_dens = true;
}
else
{
set_dens = false;
}
}
swap_density = false;
}
if (PF && !AG && !got)
{
LST = x;
got = true;
GotAngle = false;
if (X is IPreloml && swap_density)
{
if (current_density != ((IPreloml)X).OpticalDensity)
{
new_density = ((IPreloml)X).OpticalDensity;
}
else
{
new_density = ObjectCollection.Instance.VneshDensity;
}
swap_density = false;
set_dens = true;
}
else
{
set_dens = false;
}
swap_density = false;
}
swap_density = false;
}
if (got)
{
LineArray[i - 1].SecondEnd = LST;
if (set_dens)
{
current_density = new_density;
}
if (i != refl_limit)
{
if (GotAngle == true)
{
LineArray.Add(new Line(LST, LSTa));
}
else
{
break;
}
}
swap_density = false;
}
else
{
swap_density = false;
break;
}
}
}
public override void Draw(Point cursorCoordinates)
{
SystemCoordinates P1, P3, P4, P6;
if (count == 0)
{
OGL.DrawFilledCircle(new Pen(Color.Yellow), cursorCoordinates, 5);
}
if (count == 1)
{
OGL.DrawFilledCircle(new Pen(Color.Yellow), cursorCoordinates, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p1, 5);
}
if (count == 2 && cursorCoordinates != p1.ToScreen() && cursorCoordinates != p2.ToScreen())
{
Line x = p1 + p2;
DoubleExtention l = x.DistanceToPoint(cursorCoordinates);
Line z = x.BuildOrthogonalLine(p2);
z.BuildAngle();
if (z.AngleForOnePointLines == new Angle(90, false) || z.AngleForOnePointLines == new Angle(90, false))
{
z.FirstEnd = new SystemCoordinates(p2.X, p2.Y + l);
z.SecondEnd = new SystemCoordinates(p2.X, p2.Y - l);
}
else
{
z.FirstEnd = new SystemCoordinates(p2.X + l * z.AngleForOnePointLines.cos(), p2.Y + l * z.AngleForOnePointLines.sin());
z.SecondEnd = new SystemCoordinates(p2.X - l * z.AngleForOnePointLines.cos(), p2.Y + l * z.AngleForOnePointLines.sin());
}
Line u = x.BuildOrthogonalLine(p1);
u.BuildAngle();
if (u.AngleForOnePointLines == new Angle(90, false) || u.AngleForOnePointLines == new Angle(90, false))
{
u.FirstEnd = new SystemCoordinates(p1.X, p1.Y + l);
u.SecondEnd = new SystemCoordinates(p1.X, p1.Y - l);
}
else
{
u.FirstEnd = new SystemCoordinates(p1.X + l * u.AngleForOnePointLines.cos(), p1.Y + l * u.AngleForOnePointLines.sin());
u.SecondEnd = new SystemCoordinates(p1.X - l * u.AngleForOnePointLines.cos(), p1.Y + l * u.AngleForOnePointLines.sin());
}
P1 = z.FirstEnd;
P3 = z.SecondEnd;
P4 = u.FirstEnd;
P6 = u.SecondEnd;
u = new Line(P1, P3, false);
z = new Line(P4, P6, false);
u.Drawer(2);
z.Drawer(2);
OGL.DrawFilledCircle(new Pen(Color.Yellow), P1, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), P3, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), P4, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), P6, 5);
}
if (count == 3 && cursorCoordinates != p1.ToScreen() && cursorCoordinates != p3.ToScreen() && cursorCoordinates != p4.ToScreen() && cursorCoordinates != p6.ToScreen())
{
Line z = new Line(p1, p3, false);
Line u = new Line(p4, p6, false);
z.Drawer(2);
u.Drawer(2);
if (p1.Distance(p4) < p1.Distance(p6))
{
Circle beta = null;
Line alpha = null;
if (SystemCoordinates.InOneLine(p1, cursorCoordinates, p4))
{
alpha = new Line(p1, p4, false);
}
else
{
beta = new Circle(p1, cursorCoordinates, p4);
}
if (alpha != null)
{
alpha.Drawer(Color.Black, 2);
}
if (beta != null)
{
beta.Draw(false);
}
}
else
{
Circle beta = null;
Line alpha = null;
if (SystemCoordinates.InOneLine(p1, cursorCoordinates, p6))
{
alpha = new Line(p1, p6, false);
}
else
{
beta = new Circle(p1, cursorCoordinates, p6);
}
if (alpha != null)
{
alpha.Drawer(Color.Black, 2);
}
if (beta != null)
{
beta.Draw(false);
}
}
OGL.DrawFilledCircle(new Pen(Color.Yellow), p1, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p3, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p4, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p6, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), cursorCoordinates, 5);
}
if (count == 4 && cursorCoordinates != p1.ToScreen() && cursorCoordinates != p3.ToScreen() && cursorCoordinates != p4.ToScreen() && cursorCoordinates != p6.ToScreen())
{
Line z = new Line(p1, p3, false);
Line u = new Line(p4, p6, false);
z.Drawer(2);
u.Drawer(2);
if (p1.Distance(p4) < p1.Distance(p6))
{
Line beta_x = null;
Line alpha_x = null;
Circle alpha = null, beta = null;
if (SystemCoordinates.InOneLine(p1, p2, p4))
{
beta_x = new Line(p1, p4, false);
}
else
{
beta = new Circle(p1, p2, p4);
}
if (SystemCoordinates.InOneLine(p3, cursorCoordinates, p6))
{
alpha_x = new Line(p3, p6, false);
}
else
{
alpha = new Circle(p3, cursorCoordinates, p6);
}
if (beta != null)
{
beta.Draw(false);
}
if (alpha != null)
{
alpha.Draw(false);
}
if (beta_x != null)
{
beta_x.Drawer(2);
}
if (alpha_x != null)
{
alpha_x.Drawer(2);
}
}
else
{
Line beta_x = null;
Line alpha_x = null;
Circle beta = null;
Circle alpha = null;
if (SystemCoordinates.InOneLine(p1, p2, p6))
{
beta_x = new Line(p1, p6, false);
}
else
{
beta = new Circle(p1, p2, p6);
}
if (SystemCoordinates.InOneLine(p3, cursorCoordinates, p4))
{
alpha_x = new Line(p3, p4, false);
}
else
{
alpha = new Circle(p3, cursorCoordinates, p4);
}
if (beta != null)
{
beta.Draw(false);
}
if (alpha != null)
{
alpha.Draw(false);
}
if (beta_x != null)
{
beta_x.Drawer(2);
}
if (alpha_x != null)
{
alpha_x.Drawer(2);
}
}
OGL.DrawFilledCircle(new Pen(Color.Yellow), p1, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p3, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p4, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p6, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p2, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), cursorCoordinates, 5);
}
if (count == 5)
{
Line z = new Line(p1, p3, false);
Line u = new Line(p4, p6, false);
z.Drawer(2);
u.Drawer(2);
if (p1.Distance(p4) < p1.Distance(p6))
{
Line beta_x = null;
Line alpha_x = null;
Circle alpha = null, beta = null;
if (SystemCoordinates.InOneLine(p1, p2, p4))
{
beta_x = new Line(p1, p4, false);
}
else
{
beta = new Circle(p1, p2, p4);
}
if (SystemCoordinates.InOneLine(p3, p5, p6))
{
alpha_x = new Line(p3, p6, false);
}
else
{
alpha = new Circle(p3, p5, p6);
}
if (beta != null)
{
beta.Draw(false);
}
if (alpha != null)
{
alpha.Draw(false);
}
if (beta_x != null)
{
beta_x.Drawer(2);
}
if (alpha_x != null)
{
alpha_x.Drawer(2);
}
}
else
{
Line beta_x = null;
Line alpha_x = null;
Circle beta = null;
Circle alpha = null;
if (SystemCoordinates.InOneLine(p1, p2, p6))
{
beta_x = new Line(p1, p6, false);
}
else
{
beta = new Circle(p1, p2, p6);
}
if (SystemCoordinates.InOneLine(p3, p5, p4))
{
alpha_x = new Line(p3, p4, false);
}
else
{
alpha = new Circle(p3, p5, p4);
}
if (beta != null)
{
beta.Draw(false);
}
if (alpha != null)
{
alpha.Draw(false);
}
if (beta_x != null)
{
beta_x.Drawer(2);
}
if (alpha_x != null)
{
alpha_x.Drawer(2);
}
}
OGL.DrawFilledCircle(new Pen(Color.Yellow), p1, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p3, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p4, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p6, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p2, 5);
OGL.DrawFilledCircle(new Pen(Color.Yellow), p5, 5);
}
}