public InteractiveFieldTest()
{
this.Width = DefaultWidth;
this.Height = DefaultHeight;
var f = new Field(8, 8)
{
DefaultPipeColor = Colors.Green
};
#region round the corners
f.Tiles[0, 0].Hide();
f.Tiles[f.Tiles.SizeX - 1, 0].Hide();
f.Tiles[f.Tiles.SizeX - 1, f.Tiles.SizeY - 1].Hide();
f.Tiles[0, f.Tiles.SizeY - 1].Hide();
#endregion
f[2, 0] = new SimplePipe.PumpToLeft();
f[1, 0] = new SimplePipe.RightToBottom();
f[1, 1] = new SimplePipe.Vertical();
f[1, 2] = new SimplePipe.TopToRight();
f[2, 2] = new SimplePipe.Cross();
f[3, 2] = new SimplePipe.Horizontal();
f[4, 2] = new SimplePipe.LeftToDrain();
f[2, 1] = new SimplePipe.RightToBottom();
f[2, 3] = new SimplePipe.TopToLeft();
f[3, 1] = new SimplePipe.Horizontal();
f[4, 1] = new SimplePipe.TopToLeft();
f[4, 0] = new SimplePipe.LeftToBottom();
f[3, 0] = new SimplePipe.RightToDrain();
f[1, 3] = new SimplePipe.PumpToRight();
f[2, 4] = new SimplePipe.PumpToRight();
f[3, 5] = new SimplePipe.BonusPickup();
f[4, 2].Output.Drain = f[1, 3].Input.Pump;
// show a hole in the floor
f.Tiles[3, 0].Drain.Visibility = System.Windows.Visibility.Visible;
f.Tiles[4, 2].Drain.Visibility = System.Windows.Visibility.Visible;
// user must click on the pump to activate it
f.Tiles[2, 0].Overlay.MouseLeftButtonUp +=
delegate
{
if (f[2, 0].HasWater)
return;
f[2, 0].Input.Pump();
};
f.Tiles[2, 4].Overlay.MouseLeftButtonUp +=
delegate
{
if (f[2, 4].HasWater)
return;
f[2, 4].Input.Pump();
};
// when a user adds a pipe on top of another
// we need to call this to force a zorder sort
f.RefreshPipes();
var x = (DefaultWidth - f.Tiles.Width) / 2;
var y = (DefaultHeight - f.Tiles.Height) / 2;
f.Container.MoveTo(x, y).AttachTo(this);
var CurrentTile = default(SimplePipe);
var CurrentTileCanvas = new Canvas
{
Width = DefaultWidth,
Height = DefaultHeight
}.AttachTo(this);
var ExplosionCanvas = new Canvas
{
Width = DefaultWidth,
Height = DefaultHeight
}.AttachTo(this);
double CurrentTileX = 0;
double CurrentTileY = 0;
Action CurrentTileNext =
delegate
{
CurrentTile = SimplePipe.BuildablePipes.Random()();
CurrentTile.Container.Opacity = 0.7;
CurrentTile.Container.MoveTo(CurrentTileX, CurrentTileY);
CurrentTile.Container.AttachTo(CurrentTileCanvas);
CurrentTile.OverlayBlackAnimationStart();
};
CurrentTileNext();
#region overlay
var Overlay = new Canvas
{
Width = DefaultWidth,
Height = DefaultHeight,
}.AttachTo(this);
new Rectangle
{
Fill = Brushes.White,
Width = DefaultWidth,
Height = DefaultHeight,
Opacity = 0
}.AttachTo(Overlay);
f.Tiles.Overlay.MoveTo(x, y).AttachTo(Overlay);
#endregion
#region IsBlockingPipe
Func<bool> IsBlockingPipe =
delegate
{
var u = f.Tiles.FocusTile;
if (u != null)
{
var q = f[u];
if (q != null)
{
var qt = q.GetType();
if (!SimplePipe.BuildablePipeTypes.Any(t => t.Equals(qt)))
{
// we got a pipe on which we should not build upon
return true;
}
}
if (f.ByIndex(u.IndexX, u.IndexY).Any(k => k.Value.HasWater))
return true;
}
return false;
};
#endregion
f.Tiles.Click +=
Target =>
{
var u = f.Tiles.FocusTile;
if (IsBlockingPipe())
{
// we got a pipe on which we should not build upon
u = null;
}
if (u != null)
{
CurrentTile.OverlayBlackAnimationStop();
CurrentTile.Container.Orphanize();
CurrentTile.Container.Opacity = 1;
if (f.ByIndex(Target.IndexX, Target.IndexY).Any())
{
var px = x + u.IndexX * Tile.Size + Tile.ShadowBorder;
var py = y + (u.IndexY + 1) * Tile.SurfaceHeight + Tile.ShadowBorder - Tile.Size;
new Explosion().PlayAndOrphanize().Container.MoveTo(px, py).AttachTo(ExplosionCanvas);
}
f[u] = CurrentTile;
f.RefreshPipes();
CurrentTileNext();
}
};
#region MouseMove
this.MouseMove +=
(Sender, Arguments) =>
{
var p = Arguments.GetPosition(this);
var u = f.Tiles.FocusTile;
if (IsBlockingPipe())
{
// we got a pipe on which we should not build upon
u = null;
}
if (u != null)
{
p.X = x + u.IndexX * Tile.Size + Tile.ShadowBorder;
p.Y = y + (u.IndexY + 1) * Tile.SurfaceHeight + Tile.ShadowBorder - Tile.Size;
CurrentTile.Container.Opacity = 1;
}
else
{
p.X -= Tile.Size / 2;
p.Y -= Tile.SurfaceHeight / 2;
CurrentTile.Container.Opacity = 0.7;
}
CurrentTileX = p.X;
CurrentTileY = p.Y;
CurrentTile.Container.MoveTo(p.X, p.Y);
};
#endregion
}
public FieldTest()
{
this.Width = DefaultWidth;
this.Height = DefaultHeight;
var f = new Field(6, 4)
{
ShowSelection = true
};
#region round the corners
f.Tiles[0, 0].Hide();
f.Tiles[f.Tiles.SizeX - 1, 0].Hide();
f.Tiles[f.Tiles.SizeX - 1, f.Tiles.SizeY - 1].Hide();
f.Tiles[0, f.Tiles.SizeY - 1].Hide();
#endregion
f[2, 0] = new SimplePipe.PumpToLeft();
f[1, 0] = new SimplePipe.RightToBottom();
f[1, 1] = new SimplePipe.Vertical();
f[1, 2] = new SimplePipe.TopToRight();
f[2, 2] = new SimplePipe.Cross();
f[3, 2] = new SimplePipe.Horizontal();
f[4, 2] = new SimplePipe.LeftToDrain();
f[2, 1] = new SimplePipe.RightToBottom();
f[2, 3] = new SimplePipe.TopToLeft();
f[3, 1] = new SimplePipe.Horizontal();
f[4, 1] = new SimplePipe.TopToLeft();
f[4, 0] = new SimplePipe.LeftToBottom();
f[3, 0] = new SimplePipe.RightToDrain();
f[1, 3] = new SimplePipe.PumpToRight();
f[4, 2].Output.Drain = f[1, 3].Input.Pump;
// show a hole in the floor
f.Tiles[3, 0].Drain.Visibility = System.Windows.Visibility.Visible;
f.Tiles[4, 2].Drain.Visibility = System.Windows.Visibility.Visible;
// user must click on the pump to activate it
f.Tiles[2, 0].Overlay.MouseLeftButtonUp +=
delegate
{
f[2, 0].Input.Pump();
};
// when a user adds a pipe on top of another
// we need to call this to force a zorder sort
f.RefreshPipes();
var x = (DefaultWidth - f.Tiles.Width) / 2;
var y = (DefaultHeight - f.Tiles.Height) / 2;
f.Container.MoveTo(x, y).AttachTo(this);
#region overlay
var Overlay = new Canvas
{
Width = DefaultWidth,
Height = DefaultHeight,
}.AttachTo(this);
new Rectangle
{
Fill = Brushes.White,
Width = DefaultWidth,
Height = DefaultHeight,
Opacity = 0
}.AttachTo(Overlay);
f.Tiles.Overlay.MoveTo(x, y).AttachTo(Overlay);
#endregion
}
public ScrollTest()
{
this.Width = DefaultWidth;
this.Height = DefaultHeight;
this.ClipTo(0, 0, DefaultWidth, DefaultHeight);
var f = new Field(16, 16);
// f.Tiles.Color = Colors.Pink;
f.Tiles.Color = Colors.Cyan;
#region random pumps and drain holes
var Randomized = f.Tiles.TileList.Randomize().ToArray();
Enumerable.Range(0, f.Tiles.SizeX * f.Tiles.SizeY / 20).ForEach(
Index =>
{
var Target = Randomized[Index];
if (Index % 2 == 0)
{
Target.Drain.Show();
if (Index % 4 == 0)
f[Target] = new SimplePipe.LeftToDrain();
else
f[Target] = new SimplePipe.RightToDrain();
}
else
{
if (Index % 4 == 1)
f[Target] = new SimplePipe.PumpToLeft();
else
f[Target] = new SimplePipe.PumpToRight();
10000.AtDelay(f[Target].Input.Pump);
}
}
);
#endregion
f.Container.AttachTo(this);
#region overlay
var Overlay = new Canvas
{
Width = DefaultWidth,
Height = DefaultHeight
}.AttachTo(this);
var OverlayRectangle = new Rectangle
{
Fill = Brushes.Black,
Width = DefaultWidth,
Height = DefaultHeight,
Opacity = 0
}.AttachTo(Overlay);
f.Tiles.Overlay.AttachTo(Overlay);
#endregion
#region move the map with the mouse yet not too often anf smooth enough
Action<int, int> MoveTo = NumericEmitter.Of(
(x, y) =>
{
f.Tiles.Overlay.MoveTo(x, y);
f.Container.MoveTo(x, y);
}
);
Action<int, int> CalculateMoveTo =
//Tween.NumericOmitter.Of(
(int_x, int_y) =>
{
double x = int_x;
double y = int_y;
//Console.WriteLine(new { x, y }.ToString());
const int PaddingX = Tile.Size / 2;
const int PaddingY = Tile.SurfaceHeight;
const int MarginLeft = Tile.ShadowBorder + Tile.Size + PaddingX;
const int MarginWidth = MarginLeft + Tile.ShadowBorder + Tile.Size + PaddingX;
const int MarginTop = Tile.ShadowBorder + Tile.SurfaceHeight + PaddingY;
const int MarginHeight = MarginTop + Tile.ShadowBorder + Tile.Size + PaddingY;
var _x = PaddingX + (DefaultWidth - (f.Tiles.Width + PaddingX * 2)) * ((x - MarginLeft).Max(0) / (DefaultWidth - MarginWidth)).Min(1);
var _y = PaddingY + (DefaultHeight - (f.Tiles.Height + PaddingY * 2)) * ((y - MarginTop).Max(0) / (DefaultHeight - MarginHeight)).Min(1);
MoveTo(Convert.ToInt32(_x), Convert.ToInt32(_y));
}
//)
;
#endregion
Overlay.MouseMove +=
(Sender, Arguments) =>
{
var p = Arguments.GetPosition(Overlay);
CalculateMoveTo(Convert.ToInt32(p.X), Convert.ToInt32(p.Y));
};
f.Tiles.Click +=
Selected =>
{
if (Selected == null)
return;
f[Selected] = null;
Selected.Hide();
};
}
