//Update every frame
private new void Update()
{
if (current.drawable != null)
{
if (current.drawable.GetType() == typeof(Line))//Set end of the line to mouse position
{
Line l = current.drawable as Line;
l.end = (Vector2f)Mouse.GetPosition(window);
l.Update();
current.drawable = l;
}
else if (current.drawable.GetType() == typeof(CircleShape))//Set the position of the circle
{
CircleShape c = current.drawable as CircleShape;
c.Position = (Vector2f)Mouse.GetPosition(window) - new Vector2f(c.Radius, c.Radius);
current.drawable = c;
}
else if (current.drawable.GetType() == typeof(Text))
{
Text t = current.drawable as Text;
t.Position = (Vector2f)Mouse.GetPosition(window);
current.drawable = t;
}
else if (current.drawable.GetType() == typeof(BezierCurve))//If no handle is selected set the end position and handles
{
BezierCurve b = current.drawable as BezierCurve;
switch (b.handling) //If a handle is selected set the position
{
case "n":
return;
case "s":
b.starthandle = (Vector2f)Mouse.GetPosition(window);
b.Update();
current.drawable = b;
return;
case "e":
b.endhandle = (Vector2f)Mouse.GetPosition(window);
b.Update();
current.drawable = b;
return;
}
b.end = (Vector2f)Mouse.GetPosition(window);
b.starthandle = new Vector2f((b.end.X - b.start.X) * 0.25f + b.start.X, (b.end.Y - b.start.Y) * 0.25f + b.start.Y);
b.endhandle = new Vector2f((b.end.X - b.start.X) * 0.75f + b.start.X, (b.end.Y - b.start.Y) * 0.75f + b.start.Y);
b.Update();
current.drawable = b;
}
}
}
public static Drawable parseCommand(string[] subCommands)
{
switch (subCommands[0])
{
case "l":
Line s = new Line(
new Vector2f(int.Parse(subCommands[1]), int.Parse(subCommands[2])),
new Vector2f(int.Parse(subCommands[3]), int.Parse(subCommands[4])),
new Color(
byte.Parse(subCommands[5]),
byte.Parse(subCommands[6]),
byte.Parse(subCommands[7])
)
);
s.Update();
return(s);
case "c":
CircleShape c = new CircleShape(int.Parse(subCommands[3]));
c.Position = new Vector2f(int.Parse(subCommands[1]) - int.Parse(subCommands[3]), int.Parse(subCommands[2]) - int.Parse(subCommands[3]));
c.OutlineColor = new Color(byte.Parse(subCommands[4]), byte.Parse(subCommands[5]), byte.Parse(subCommands[6]));
c.OutlineThickness = 1;
c.FillColor = Color.Transparent;
string[] addentum = subCommands.Skip(6).ToArray();
byte Opacity = 255;
foreach (string a in addentum)
{
string[] subaddentum = a.Split(':');
switch (subaddentum[0])
{
case "f":
c.FillColor = new Color(byte.Parse(subaddentum[1]), byte.Parse(subaddentum[2]), byte.Parse(subaddentum[3]));
break;
case "o":
Opacity = byte.Parse(subaddentum[1]);
break;
}
}
if (Opacity != 255)
{
Color oc = new Color(c.OutlineColor);
oc.A = (byte)Opacity;
c.OutlineColor = oc;
if (c.FillColor.A != 0)
{
Color fc = new Color(c.FillColor);
fc.A = Opacity;
c.FillColor = fc;
}
}
return(c);
case "t":
Font font = new Font(Properties.Resources.aileron_bold);
SFML.Graphics.Text text = new Text(subCommands[1], font, uint.Parse(subCommands[4]));
text.Position = new Vector2f(int.Parse(subCommands[2]), int.Parse(subCommands[3]));
text.FillColor = new Color(byte.Parse(subCommands[5]), byte.Parse(subCommands[6]), byte.Parse(subCommands[7]));
return(text);
case "b":
BezierCurve b = new BezierCurve(new Vector2f(int.Parse(subCommands[1]), int.Parse(subCommands[2])), new Vector2f(int.Parse(subCommands[3]), int.Parse(subCommands[4])), new Vector2f(int.Parse(subCommands[5]), int.Parse(subCommands[6])), new Vector2f(int.Parse(subCommands[7]), int.Parse(subCommands[8])), new Color(byte.Parse(subCommands[9]), byte.Parse(subCommands[10]), byte.Parse(subCommands[11])));
b.Update();
return(b);
}
return(null);
}
