public ControlPanel()
{
InitializeComponent();
this.boardStatePanel.DataContext = GameInstance.Inst;
List<Sprite> allSprites = new List<Sprite>();
var state1 = new Position() { Ay = 0, Ax = 0};
var s1 = new Sprite(state1) {
Name = "Red Brick",
Brush = Brushes.Red,
IsSolid = true
};
var state2 = new Position() { Ay = .0001, Ax = .000012 };
var s2 = new Sprite(state2) {
Name = "Wall",
Brush = Brushes.Black
};
var state3 = new Position() { Ay = .0001, Ax = .000012 };
var s3 = new Sprite(state3) {
Name = "Avatar",
Brush = Brushes.Green,
Width = 10,
Height = 30
};
//var s3 = new Sprite();
allSprites.Add(s1);
allSprites.Add(s2);
allSprites.Add(s3);
this.allSprites.ItemsSource = allSprites;
if (!string.IsNullOrWhiteSpace(Properties.Settings.Default.LastFilepath)) {
///openFile(Properties.Settings.Default.LastFilepath);
}
///Create a list of sprites, bind these sprites to the control panel
///Allow point and click addition to the window
}
internal bool IsOffTheBoard(Sprite s)
{
return (s.Right < 0 || s.Top > UniverseHeight || s.Left > UniverseWidth || s.Bottom < 0);
}
private void spriteEvents(Sprite s)
{
if (isOffTheBoard(s)) {
s.RaiseOffTheBoard();
}
///We want to get rid of this element wise test
///Test for collision
if (s.IsSolid) {
var obst = collisionDetector.Update_Slow(s.CreationIndex, s.Left, s.Top, s.Right, s.Bottom);
switch (obst) {
case CollisionType.none:
s.State.ClearObstructions();
break;
case CollisionType.overlap:
s.State.Freeze();
//s2.State.Freeze();
break;
default:
s.State.AddObstruction(obst);
break;
}
}
}
//public double BoardWidth { get; set; }
//public double BoardHeight { get; set; }
private bool isOffTheBoard(Sprite s)
{
return GamePerspective.IsOffTheBoard(s);
}
private CollisionType collision(Sprite s1, Sprite s2)
{
///Sort four edges and test for arrangement
var horizCollision = collionIn1D(s1.Left, s1.Right, s2.Left, s2.Right);
var vertCollision = collionIn1D(s1.Top, s1.Bottom, s2.Top, s2.Bottom);
if (horizCollision == 0 || vertCollision == 0) {
return CollisionType.none;
}
if (vertCollision < horizCollision) {
//vert collision
if (s1.Top < s2.Top) {
return CollisionType.bottom;
} else {
return CollisionType.top;
}
}
if (horizCollision < vertCollision) {
//horiz collision
if (s1.Left < s2.Left) {
return CollisionType.right;
} else {
return CollisionType.left;
}
}
throw new Exception();
}
public void AddNewSprite(Sprite s, bool initialSprite = false)
{
if (initialSprite) {
this.initialSprites.Add(s.Clone());
}
lock (this.allSprites) {
this.allSprites.Add(s);
if (s.Name == "Avatar") {
this.mainCharacter = s;
}
}
}
public static Sprite Deserialize(XElement root)
{
var state = Position.Deserialize(root.Elements().First());
Sprite spr = new Sprite(state);
spr.Name = (string)root.Attribute("Name");
spr.Width = double.Parse((string)root.Attribute("Width"));
spr.Height = double.Parse((string)root.Attribute("Height"));
spr.Brush = new BrushConverter().ConvertFromString((string)root.Attribute("Brush")) as Brush;
spr.DestroyOffscreen = bool.Parse((string)root.Attribute("DestroyOffScreen"));
spr.IsSolid = bool.Parse((string)root.Attribute("IsSolid"));
spr.CreationIndex = indexCounter++;
return spr;
}
