public static void determinerIntersectionDroiteCercle(cercle leCercle, droite laDroite, ref intersection intersectionObjet)
{
solution solutionIntersection = new solution();
double angleRad = laDroite.droiteInclinaison;
angleRad /= 1000;
int alphaDegre = (int)Math.convertRadianToDegree(angleRad);
int a = 1;
int b = 2 * (int)(((laDroite.droiteOrigineX - leCercle.cercleCentreX) * Math.cosinus(alphaDegre)) + ((laDroite.droiteOrigineY - leCercle.cercleCentreY) * Math.sinus(alphaDegre)));
int c = (laDroite.droiteOrigineX - leCercle.cercleCentreX) * (laDroite.droiteOrigineX - leCercle.cercleCentreX) + (laDroite.droiteOrigineY - leCercle.cercleCentreY) * (laDroite.droiteOrigineY - leCercle.cercleCentreY) - leCercle.cercleRayon * leCercle.cercleRayon;
resoudre(a, b, c, ref solutionIntersection);
switch (solutionIntersection.nature)
{
case natureSolution.NON_DETERMINEE:
intersectionObjet.nature = natureIntersection.INFINITE;
intersectionObjet.X1 = 0;
intersectionObjet.Y1 = 0;
break;
case natureSolution.PAS_DE_SOLUTION:
intersectionObjet.nature = natureIntersection.DISTINCT;
intersectionObjet.X1 = 0;
intersectionObjet.Y1 = 0;
break;
case natureSolution.SIMPLE:
intersectionObjet.nature = natureIntersection.SECANT;
intersectionObjet.X1 = (int)(laDroite.droiteOrigineX + solutionIntersection.X1 * (Microsoft.SPOT.Math.Cos(alphaDegre) / 1000));
intersectionObjet.Y1 = (int)(laDroite.droiteOrigineY + solutionIntersection.X1 * (Microsoft.SPOT.Math.Sin(alphaDegre) / 1000));
break;
case natureSolution.DOUBLE:
intersectionObjet.nature = natureIntersection.SECANT;
intersectionObjet.X1 = (int)(laDroite.droiteOrigineX + solutionIntersection.X1 * cosinus(alphaDegre));
intersectionObjet.Y1 = (int)(laDroite.droiteOrigineY + solutionIntersection.X1 * sinus(alphaDegre));
intersectionObjet.X2 = (int)(laDroite.droiteOrigineX + solutionIntersection.X2 * cosinus(alphaDegre));
intersectionObjet.Y2 = (int)(laDroite.droiteOrigineY + solutionIntersection.X2 * sinus(alphaDegre));
break;
case natureSolution.COMPLEXE:
intersectionObjet.nature = natureIntersection.DISTINCT;
break;
}
}
private void filling_the_board()
{
int s = 50;
double x = 0.0;
int f = -1;
NEW:
f++;
if (f == 8)
{
x = x + 50;
s = 50;
}
if (f == 16)
{
x = x + 50;
s = 50;
}
if (f == 24)
{
x = x + 50;
s = 50;
}
if (f == 32)
{
x = x + 50;
s = 50;
}
if (f == 40)
{
x = x + 50;
s = 50;
}
if (f == 48)
{
x = x + 50;
s = 50;
}
if (f == 56)
{
x = x + 50;
s = 50;
}
if (f >= 64)
{
goto Exit;
}
Storyboard down = new Storyboard();
DoubleAnimation doubleAnimation = new DoubleAnimation();
doubleAnimation.To = game_board.Height - s;
doubleAnimation.Duration = TimeSpan.FromSeconds(0.5);
Random r = new Random(f + Environment.TickCount - Environment.ProcessorCount - (int)x);
switch (r.Next(1, 16))
{
case 1:
cercle cer = new cercle();
cer.SetValue(Canvas.LeftProperty, x);
cer.SetValue(Canvas.TopProperty, (double)s);
game_board.Children.Add(cer);
Storyboard.SetTarget(doubleAnimation, cer);
Storyboard.SetTargetProperty(doubleAnimation, new PropertyPath("(Canvas.Top)"));
down.Children.Add(doubleAnimation);
down.Duration = doubleAnimation.Duration;
cer.CordinateX = Canvas.GetLeft(cer);
cer.CordinateY = Canvas.GetTop(cer);
cer.MouseDown += Cer_MouseDown;
down.Begin();
s = s + 50;
goto NEW;
case 9: goto case 1;
case 11: goto case 1;
case 2:
hexagon hex = new hexagon();
hex.SetValue(Canvas.LeftProperty, x);
hex.SetValue(Canvas.TopProperty, (double)s);
game_board.Children.Add(hex);
Storyboard.SetTarget(doubleAnimation, hex);
Storyboard.SetTargetProperty(doubleAnimation, new PropertyPath("(Canvas.Top)"));
down.Children.Add(doubleAnimation);
down.Duration = doubleAnimation.Duration;
hex.CordinateX = Canvas.GetLeft(hex);
hex.CordinateY = Canvas.GetTop(hex);
hex.MouseDown += Hex_MouseDown;
down.Begin();
s = s + 50;
goto NEW;
case 7: goto case 2;
case 15: goto case 2;
case 3:
pentahedron pent = new pentahedron();
pent.SetValue(Canvas.LeftProperty, x);
pent.SetValue(Canvas.TopProperty, (double)s);
game_board.Children.Add(pent);
Storyboard.SetTarget(doubleAnimation, pent);
Storyboard.SetTargetProperty(doubleAnimation, new PropertyPath("(Canvas.Top)"));
down.Children.Add(doubleAnimation);
down.Duration = doubleAnimation.Duration;
pent.CordinateX = Canvas.GetLeft(pent);
pent.CordinateY = Canvas.GetTop(pent);
pent.MouseDown += Pent_MouseDown;
down.Begin();
s = s + 50;
goto NEW;
case 6: goto case 3;
case 10: goto case 3;
case 4:
square squ = new square();
squ.SetValue(Canvas.LeftProperty, x);
squ.SetValue(Canvas.TopProperty, (double)s);
game_board.Children.Add(squ);
Storyboard.SetTarget(doubleAnimation, squ);
Storyboard.SetTargetProperty(doubleAnimation, new PropertyPath("(Canvas.Top)"));
down.Children.Add(doubleAnimation);
down.Duration = doubleAnimation.Duration;
squ.CordinateX = Canvas.GetLeft(squ);
squ.CordinateY = Canvas.GetTop(squ);
squ.MouseDown += Squ_MouseDown;
down.Begin();
s = s + 50;
goto NEW;
case 8: goto case 4;
case 13: goto case 4;
case 5:
triangle tri = new triangle();
tri.SetValue(Canvas.LeftProperty, x);
tri.SetValue(Canvas.TopProperty, (double)s);
game_board.Children.Add(tri);
Storyboard.SetTarget(doubleAnimation, tri);
Storyboard.SetTargetProperty(doubleAnimation, new PropertyPath("(Canvas.Top)"));
down.Children.Add(doubleAnimation);
down.Duration = doubleAnimation.Duration;
tri.CordinateX = Canvas.GetLeft(tri);
tri.CordinateY = Canvas.GetTop(tri);
tri.MouseDown += Tri_MouseDown;
down.Begin();
s = s + 50;
goto NEW;
case 14: goto case 5;
case 12: goto case 5;
}
Exit:
;
}
private void Cer_MouseDown(object sender, MouseButtonEventArgs e)
{
SelectCercle = (cercle)sender;
if (SelectOne == false)
{
SelectOne = true;
CordinateOneX = SelectCercle.CordinateX;
CordinateOneY = SelectCercle.CordinateY;
TypeOne = "cercle";
}
else if (SelectOne == true)
{
SelectTwo = true;
CordinateTwoX = SelectCercle.CordinateX;
CordinateTwoY = SelectCercle.CordinateY;
TypeTwo = "cercle";
Storyboard down = new Storyboard();
DoubleAnimation doubleAnimation = new DoubleAnimation();
doubleAnimation.Duration = TimeSpan.FromSeconds(1.5);
string answ = call.calculatingPathOne(CordinateOneX, CordinateTwoX, CordinateOneY, CordinateTwoY);
Storyboard.SetTarget(doubleAnimation, SelectCercle);
Storyboard.SetTargetProperty(doubleAnimation, new PropertyPath("(" + answ + ")"));
down.Children.Add(doubleAnimation);
down.Duration = doubleAnimation.Duration;
SelectCercle.CordinateX = Canvas.GetLeft(SelectCercle);
SelectCercle.CordinateY = Canvas.GetTop(SelectCercle);
SelectCercle.MouseDown += Cer_MouseDown;
down.Begin();
doubleAnimation.To = CordinateTwoY;
doubleAnimation.Duration = TimeSpan.FromSeconds(1.5);
if (answ == "Canvas.Left")
{
SelectHexagon.SetValue(Canvas.RightProperty, CordinateOneX);
}
if (answ == "Canvas.Top")
{
SelectHexagon.SetValue(Canvas.BottomProperty, CordinateOneY);
}
if (answ == "Canvas.Right")
{
SelectHexagon.SetValue(Canvas.LeftProperty, CordinateOneX);
}
if (answ == "Canvas.Bottom")
{
SelectHexagon.SetValue(Canvas.TopProperty, CordinateOneY);
}
Storyboard.SetTarget(doubleAnimation, SelectHexagon);
Storyboard.SetTargetProperty(doubleAnimation, new PropertyPath("(" + call.calculationsPathTwo() + ")"));
down.Children.Add(doubleAnimation);
down.Duration = doubleAnimation.Duration;
SelectHexagon.CordinateX = Canvas.GetLeft(SelectHexagon);
SelectHexagon.CordinateY = Canvas.GetTop(SelectHexagon);
SelectHexagon.MouseDown += Hex_MouseDown;
down.Begin();
SelectOne = false;
SelectTwo = false;
}
}
