public TileOrientation GetRotated(TileOrientation Orientation)
{
TileOrientation ReturnResult = new TileOrientation();
ReturnResult.SwitchedAxes = SwitchedAxes ^ Orientation.SwitchedAxes;
if ( Orientation.SwitchedAxes )
{
if ( Orientation.ResultXFlip )
{
ReturnResult.ResultXFlip = !ResultYFlip;
}
else
{
ReturnResult.ResultXFlip = ResultYFlip;
}
if ( Orientation.ResultYFlip )
{
ReturnResult.ResultYFlip = !ResultXFlip;
}
else
{
ReturnResult.ResultYFlip = ResultXFlip;
}
}
else
{
if ( Orientation.ResultXFlip )
{
ReturnResult.ResultXFlip = !ResultXFlip;
}
else
{
ReturnResult.ResultXFlip = ResultXFlip;
}
if ( Orientation.ResultYFlip )
{
ReturnResult.ResultYFlip = !ResultYFlip;
}
else
{
ReturnResult.ResultYFlip = ResultYFlip;
}
}
return ReturnResult;
}
public TileDirection GetRotated(TileOrientation Orientation)
{
var returnResult = new TileDirection();
if ( Orientation.SwitchedAxes )
{
if ( Orientation.ResultXFlip )
{
returnResult.X = (byte)(2 - Y);
}
else
{
returnResult.X = Y;
}
if ( Orientation.ResultYFlip )
{
returnResult.Y = (byte)(2 - X);
}
else
{
returnResult.Y = X;
}
}
else
{
if ( Orientation.ResultXFlip )
{
returnResult.X = (byte)(2 - X);
}
else
{
returnResult.X = X;
}
if ( Orientation.ResultYFlip )
{
returnResult.Y = (byte)(2 - Y);
}
else
{
returnResult.Y = Y;
}
}
return returnResult;
}
public static ArrayTileOrientation ToArrayTileOrientation(this TileOrientation orientation)
{
ArrayTileOrientation arrayOrientation;
switch (orientation)
{
case TileOrientation.TiltLeft:
case TileOrientation.TiltRight:
case TileOrientation.Flipped:
arrayOrientation = ArrayTileOrientation.TopDown;
break;
case TileOrientation.Straight:
case TileOrientation.DoubleTiltLeft:
case TileOrientation.DoubleTiltRight:
default:
arrayOrientation = ArrayTileOrientation.BottomUp;
break;
}
return(arrayOrientation);
}
/// <summary>
/// Checks if a tile can placed on the GameBoard, based on the tiles orientation,
/// and another tile next to which the new tile should be placed
/// </summary>
/// <param name="tile">The tile which should be placed</param>
/// <param name="otherName">The name of the other tile.</param>
/// <param name="otherFace">The face of the other tile at which the new tile should be placed.</param>
/// <returns>True, if the new tile can be placed, false if not.</returns>
public bool CanPlaceTileOnGameBoard(string tileName, string otherName, TileFace?tileFace, TileFace?otherFace, out TriominoTile placableTile)
{
placableTile = null;
// if it's the first tile it can always be placed.
if (this.NumbTilesOnBoard == 0)
{
placableTile = new TriominoTile(tileName, TileOrientation.Straight, new Point(this.maxGameBoardSize / 2, this.maxGameBoardSize / 2));
return(true);
}
// otherFace and otherName can only be null if it's the first tile
if (otherFace == null || otherName == null || otherName == string.Empty)
{
return(false);
}
Point otherTileGridCoordinates = this.GetTileCoordsByName(otherName);
Point possibleNewGridCoordinates = this.GetTileGridPositionFromOtherTilePositionAndFace(otherTileGridCoordinates, otherFace.Value);
if (possibleNewGridCoordinates.Y == -1 || possibleNewGridCoordinates.X == -1)
{
return(false);
}
TileOrientation tileOrientation = GameBoard.GetTileOrienationFromOtherTileOrientationAndFaces(this.GetTileFromGrid(otherTileGridCoordinates).Orientation, otherFace.Value, tileFace.Value);
TriominoTile tile = new TriominoTile(tileName, tileOrientation, possibleNewGridCoordinates);
// If Tile values can be placed it will be returned
if (this.CheckValueGridAtTileGridPosition(tile))
{
placableTile = tile;
return(true);
}
return(false);
}
public Tile(TileType typeIn, int xIn, int yIn, int totalWidthIn, int totalHeightIn, Random rand, TileCollision collision, int decoration = -1)
{
tileType = typeIn;
size.X = size.Y = 16;
position = new Vector2(xIn * size.X, yIn * size.Y);
render = true;
decorationValue = decoration;
tileOrientation = TileOrientation.Regular;
totalHeight = totalHeightIn;
totalWidth = totalWidthIn;
tileCollision = collision;
if (tileType == TileType.Dirt)
{
hitsRequired = 1;
if (rand.Next(1, 25) == 5)
{
//damage = rand.Next(1, 3);
// health = damage * 30;
}
}
else if (tileType == TileType.Metal)
hitsRequired = 5;
}
public void Rotate(TileOrientation Orientation, Util.ObjectRotateMode ObjectRotateMode)
{
var X = 0;
var Y = 0;
var Pos = new XYInt(0, 0);
var RotatedPos = new XYInt();
var NewTerrainPosA = TileUtil.GetRotatedPos(Orientation, new XYInt(0, 0), Terrain.TileSize);
var NewTerrainPosB = TileUtil.GetRotatedPos(Orientation, Terrain.TileSize, Terrain.TileSize);
var VertexLimits = new XYInt(Math.Max(NewTerrainPosA.X, NewTerrainPosB.X), Math.Max(NewTerrainPosA.Y, NewTerrainPosB.Y));
var NewTerrain = new clsTerrain(VertexLimits);
var NewTileLimits = new XYInt(NewTerrain.TileSize.X - 1, NewTerrain.TileSize.Y - 1);
var NewSideHLimits = new XYInt(NewTerrain.TileSize.X - 1, NewTerrain.TileSize.Y);
var NewSideVLimits = new XYInt(NewTerrain.TileSize.X, NewTerrain.TileSize.Y - 1);
var OldTileLimits = new XYInt(Terrain.TileSize.X - 1, Terrain.TileSize.Y - 1);
var OldPosLimits = new XYInt(Terrain.TileSize.X * Constants.TerrainGridSpacing, Terrain.TileSize.Y * Constants.TerrainGridSpacing);
var ReverseOrientation = new TileOrientation();
var TriDirection = new TileDirection();
ReverseOrientation = Orientation;
ReverseOrientation.Reverse();
for (Y = 0; Y <= NewTerrain.TileSize.Y; Y++)
{
Pos.Y = Y;
for (X = 0; X <= NewTerrain.TileSize.X; X++)
{
Pos.X = X;
RotatedPos = TileUtil.GetRotatedPos(ReverseOrientation, Pos, VertexLimits);
NewTerrain.Vertices[X, Y].Height = Terrain.Vertices[RotatedPos.X, RotatedPos.Y].Height;
NewTerrain.Vertices[X, Y].Terrain = Terrain.Vertices[RotatedPos.X, RotatedPos.Y].Terrain;
}
}
for (Y = 0; Y <= NewTerrain.TileSize.Y - 1; Y++)
{
Pos.Y = Y;
for (X = 0; X <= NewTerrain.TileSize.X - 1; X++)
{
Pos.X = X;
RotatedPos = TileUtil.GetRotatedPos(ReverseOrientation, Pos, NewTileLimits);
NewTerrain.Tiles[X, Y].Texture = Terrain.Tiles[RotatedPos.X, RotatedPos.Y].Texture;
NewTerrain.Tiles[X, Y].Texture.Orientation = NewTerrain.Tiles[X, Y].Texture.Orientation.GetRotated(Orientation);
NewTerrain.Tiles[X, Y].DownSide = Terrain.Tiles[RotatedPos.X, RotatedPos.Y].DownSide;
NewTerrain.Tiles[X, Y].DownSide = NewTerrain.Tiles[X, Y].DownSide.GetRotated(Orientation);
if (Terrain.Tiles[RotatedPos.X, RotatedPos.Y].Tri)
{
TriDirection = TileUtil.TopLeft;
}
else
{
TriDirection = TileUtil.TopRight;
}
TriDirection = TriDirection.GetRotated(Orientation);
NewTerrain.Tiles[X, Y].Tri =
Convert.ToBoolean(TileUtil.IdenticalTileDirections(TriDirection, TileUtil.TopLeft) ||
TileUtil.IdenticalTileDirections(TriDirection, TileUtil.BottomRight));
if (Terrain.Tiles[RotatedPos.X, RotatedPos.Y].Tri)
{
if (Terrain.Tiles[RotatedPos.X, RotatedPos.Y].TriTopLeftIsCliff)
{
TileUtil.RotateDirection(TileUtil.TopLeft, Orientation, ref TriDirection);
NewTerrain.Tiles[X, Y].TriCliffAddDirection(TriDirection);
}
if (Terrain.Tiles[RotatedPos.X, RotatedPos.Y].TriBottomRightIsCliff)
{
TileUtil.RotateDirection(TileUtil.BottomRight, Orientation, ref TriDirection);
NewTerrain.Tiles[X, Y].TriCliffAddDirection(TriDirection);
}
}
else
{
if (Terrain.Tiles[RotatedPos.X, RotatedPos.Y].TriTopRightIsCliff)
{
TileUtil.RotateDirection(TileUtil.TopRight, Orientation, ref TriDirection);
NewTerrain.Tiles[X, Y].TriCliffAddDirection(TriDirection);
}
if (Terrain.Tiles[RotatedPos.X, RotatedPos.Y].TriBottomLeftIsCliff)
{
TileUtil.RotateDirection(TileUtil.BottomLeft, Orientation, ref TriDirection);
NewTerrain.Tiles[X, Y].TriCliffAddDirection(TriDirection);
}
}
NewTerrain.Tiles[X, Y].Terrain_IsCliff = Terrain.Tiles[RotatedPos.X, RotatedPos.Y].Terrain_IsCliff;
}
}
if (Orientation.SwitchedAxes)
{
for (Y = 0; Y <= NewTerrain.TileSize.Y; Y++)
{
Pos.Y = Y;
for (X = 0; X <= NewTerrain.TileSize.X - 1; X++)
{
Pos.X = X;
RotatedPos = TileUtil.GetRotatedPos(ReverseOrientation, Pos, NewSideHLimits);
NewTerrain.SideH[X, Y].Road = Terrain.SideV[RotatedPos.X, RotatedPos.Y].Road;
}
}
for (Y = 0; Y <= NewTerrain.TileSize.Y - 1; Y++)
{
Pos.Y = Y;
for (X = 0; X <= NewTerrain.TileSize.X; X++)
{
Pos.X = X;
RotatedPos = TileUtil.GetRotatedPos(ReverseOrientation, Pos, NewSideVLimits);
NewTerrain.SideV[X, Y].Road = Terrain.SideH[RotatedPos.X, RotatedPos.Y].Road;
}
}
}
else
{
for (Y = 0; Y <= NewTerrain.TileSize.Y; Y++)
{
Pos.Y = Y;
for (X = 0; X <= NewTerrain.TileSize.X - 1; X++)
{
Pos.X = X;
RotatedPos = TileUtil.GetRotatedPos(ReverseOrientation, Pos, NewSideHLimits);
NewTerrain.SideH[X, Y].Road = Terrain.SideH[RotatedPos.X, RotatedPos.Y].Road;
}
}
for (Y = 0; Y <= NewTerrain.TileSize.Y - 1; Y++)
{
Pos.Y = Y;
for (X = 0; X <= NewTerrain.TileSize.X; X++)
{
Pos.X = X;
RotatedPos = TileUtil.GetRotatedPos(ReverseOrientation, Pos, NewSideVLimits);
NewTerrain.SideV[X, Y].Road = Terrain.SideV[RotatedPos.X, RotatedPos.Y].Road;
}
}
}
var Unit = default(Unit);
foreach (var tempLoopVar_Unit in Units)
{
Unit = tempLoopVar_Unit;
Unit.Sectors.Clear();
if (ObjectRotateMode == Util.ObjectRotateMode.All)
{
Unit.Rotation = (MathUtil.AngleClamp(MathUtil.RadOf360Deg -
TileUtil.GetRotatedAngle(Orientation,
MathUtil.AngleClamp(MathUtil.RadOf360Deg - Unit.Rotation * MathUtil.RadOf1Deg))) / MathUtil.RadOf1Deg).ToInt();
if (Unit.Rotation < 0)
{
Unit.Rotation += 360;
}
}
else if (ObjectRotateMode == ObjectRotateMode.Walls)
{
if (Unit.TypeBase.Type == UnitType.PlayerStructure)
{
if (((StructureTypeBase)Unit.TypeBase).StructureType == StructureType.Wall)
{
Unit.Rotation = (MathUtil.AngleClamp(MathUtil.RadOf360Deg -
TileUtil.GetRotatedAngle(Orientation,
MathUtil.AngleClamp(MathUtil.RadOf360Deg - Unit.Rotation * MathUtil.RadOf1Deg))) / MathUtil.RadOf1Deg)
.ToInt();
if (Unit.Rotation < 0)
{
Unit.Rotation += 360;
}
//If Unit.Rotation = 180 Then
// Unit.Rotation = 0
//ElseIf Unit.Rotation = 270 Then
// Unit.Rotation = 90
//End If
}
}
}
Unit.Pos.Horizontal = TileUtil.GetRotatedPos(Orientation, Unit.Pos.Horizontal, OldPosLimits);
}
var ZeroPos = new XYInt(0, 0);
var Position = 0;
foreach (var tempLoopVar_Unit in Units.GetItemsAsSimpleList())
{
Unit = tempLoopVar_Unit;
if (!App.PosIsWithinTileArea(Unit.Pos.Horizontal, ZeroPos, NewTerrain.TileSize))
{
Position = Unit.MapLink.ArrayPosition;
UnitRemove(Position);
}
}
Terrain = NewTerrain;
var Gateway = default(Gateway);
foreach (var tempLoopVar_Gateway in Gateways.GetItemsAsSimpleClassList())
{
Gateway = tempLoopVar_Gateway;
GatewayCreate(TileUtil.GetRotatedPos(Orientation, Gateway.PosA, OldTileLimits),
TileUtil.GetRotatedPos(Orientation, Gateway.PosB, OldTileLimits));
Gateway.Deallocate();
}
if (readyForUserInput)
{
CancelUserInput();
InitializeUserInput();
}
}
/// <summary>
/// Performs tile placement.
/// </summary>
/// <param name="color">Color of the player making the move.</param>
/// <param name="scheme">Scheme of the tile.</param>
/// <param name="coords">Coordinates of the tile.</param>
/// <param name="orientation">Orientation of the tile.</param>
private void PlaceTile(PlayerColor color, TileScheme scheme, Coords coords, TileOrientation orientation)
{
// Place the tile
TileRectangle newRectangle = new TileRectangle();
newRectangle.SetLayout(scheme, orientation);
Canvas.SetLeft(newRectangle, coords.X * 100);
Canvas.SetTop(newRectangle, coords.Y * 100);
newRectangle.Coords = coords;
TilesCanvas.Children.Add(newRectangle);
PlacedTiles.Add(coords, newRectangle);
// Remove empty tile and create new
if (EmptyTiles.ContainsKey(coords))
{
TilesCanvas.Children.Remove(EmptyTiles[coords]);
EmptyTiles.Remove(coords);
}
foreach (var or in new TileOrienationEnumerator())
{
var neigh = coords.GetNeighbouringCoords(or);
if (!PlacedTiles.ContainsKey(neigh) && !EmptyTiles.ContainsKey(neigh))
{
var emptyTile = new EmptyTileRectangle(neigh);
emptyTile.MouseClick += EmptyTile_MouseClick;
EmptyTiles.Add(neigh, emptyTile);
Canvas.SetLeft(emptyTile, neigh.X * 100);
Canvas.SetTop(emptyTile, neigh.Y * 100);
emptyTile.Visibility = Visibility.Collapsed;
TilesCanvas.Children.Add(emptyTile);
}
PassMoveBtn.IsEnabled = true;
}
CurrentCoords = coords;
// If player is on move
if (CurrentOnMove == PlayerColor)
{
// Activate the tile to be clicked on (placing follower)
newRectangle.RegionMouseEventEnabled = true;
newRectangle.RegionMouseClick += PlacedTile_RegionMouseClick;
// Deactivate empty tiles
foreach (var et in EmptyTiles.Values)
{
et.MouseEventEnabled = false;
et.Visibility = Visibility.Collapsed;
}
// Activate the tiles with followers
foreach (var c in PlacedFollowerPositions)
{
PlacedTiles[c].FollowerMouseEventEnabled = true;
}
}
}
public void SetImageElementToGrid()
{
SlideDirection slideDirection = TempProfile.SlideDirection.Value;
TileOrientation orientaition = TempProfile.TileOrientation.Value;
TileOrigin origin = TempProfile.TileOrigin.Value;
TileImageStretch tileImageStretch = TempProfile.TileImageStretch.Value;
int numofRow = MainGrid.RowDefinitions.Count;
int numofCol = MainGrid.ColumnDefinitions.Count;
// スライド方向から自動で配置を決定する場合
if (TempProfile.UseDefaultTileOrigin.Value)
{
switch (slideDirection)
{
default:
case SlideDirection.Left:
orientaition = TileOrientation.Vertical;
origin = TileOrigin.TopLeft;
break;
case SlideDirection.Top:
orientaition = TileOrientation.Horizontal;
origin = TileOrigin.TopLeft;
break;
case SlideDirection.Right:
orientaition = TileOrientation.Vertical;
origin = TileOrigin.TopRight;
break;
case SlideDirection.Bottom:
orientaition = TileOrientation.Horizontal;
origin = TileOrigin.BottomRight;
break;
}
}
Action <int, int> setToGrid = (i, j) =>
{
// Image
Image image = new Image();
if (tileImageStretch == TileImageStretch.UniformToFill)
{
image.Stretch = Stretch.UniformToFill;
image.HorizontalAlignment = HorizontalAlignment.Center;
image.VerticalAlignment = VerticalAlignment.Center;
}
else if (tileImageStretch == TileImageStretch.Fill)
{
image.Stretch = Stretch.Fill;
}
// Border
Border border = new Border();
border.Background = new SolidColorBrush(Colors.Transparent); // Border内部の空白をクリック時にヒットテスト可能にするため
int tilePadding = TempProfile.TilePadding.Value;
if (tilePadding != 0)
{
border.BorderThickness = new Thickness(tilePadding + 2);
border.Margin = new Thickness(-2); // これと↑の-2は隣のGridとの境目を完全に消すため
}
border.BorderBrush = new SolidColorBrush(TempProfile.GridLineColor.Value);
border.Child = image;
// セット
MainGrid.Children.Add(border);
Grid.SetRow(border, i);
Grid.SetColumn(border, j);
};
if (orientaition == TileOrientation.Horizontal)
{
switch (origin)
{
default:
case TileOrigin.TopLeft:
for (int i = 0; i < numofRow; i++)
{
for (int j = 0; j < numofCol; j++)
{
setToGrid(i, j);
}
}
break;
case TileOrigin.TopRight:
for (int i = 0; i < numofRow; i++)
{
for (int j = numofCol - 1; j >= 0; j--)
{
setToGrid(i, j);
}
}
break;
case TileOrigin.BottomRight:
for (int i = numofRow - 1; i >= 0; i--)
{
for (int j = numofCol - 1; j >= 0; j--)
{
setToGrid(i, j);
}
}
break;
case TileOrigin.BottomLeft:
for (int i = numofRow - 1; i >= 0; i--)
{
for (int j = 0; j < numofCol; j++)
{
setToGrid(i, j);
}
}
break;
}
}
else
{
switch (origin)
{
default:
case TileOrigin.TopLeft:
for (int i = 0; i < numofCol; i++)
{
for (int j = 0; j < numofRow; j++)
{
setToGrid(j, i);
}
}
break;
case TileOrigin.TopRight:
for (int i = numofCol - 1; i >= 0; i--)
{
for (int j = 0; j < numofRow; j++)
{
setToGrid(j, i);
}
}
break;
case TileOrigin.BottomRight:
for (int i = numofCol - 1; i >= 0; i--)
{
for (int j = numofRow - 1; j >= 0; j--)
{
setToGrid(j, i);
}
}
break;
case TileOrigin.BottomLeft:
for (int i = 0; i < numofCol; i++)
{
for (int j = numofRow - 1; j >= 0; j--)
{
setToGrid(j, i);
}
}
break;
}
}
}
/// <summary>
/// Tells player that tile is placed.
/// </summary>
/// <param name="color">Color of the player making the move.</param>
/// <param name="tile">Scheme of tile that was placed.</param>
/// <param name="coordinates">Coodrinates of the placed tile.</param>
/// <param name="orientation">Orientation of the placed tile.</param>
public void PlaceTile(PlayerColor color, TileScheme tile, Coords coordinates, TileOrientation orientation)
{
_Executor.PlaceTile(color, tile, coordinates, orientation);
}
/// <summary>
/// Determines the orientation of a Tile, which should be placed on the GameBoard, based on another
/// tiles orientation, and the faces with which both tiles should be aligned towards each other.
/// </summary>
/// <param name="otherOrientation">Other tiles orientation.</param>
/// <param name="otherFace">Other tiles face.</param>
/// <param name="tileFace">New tiles face.</param>
/// <returns>the orientation of the new tile.</returns>
private TileOrientation GetTileOrienationFromOtherTileOrientationAndFaces(TileOrientation otherOrientation, TileFace otherFace, TileFace tileFace)
{
if ((otherOrientation == TileOrientation.Straight && otherFace == TileFace.Left && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.Straight && otherFace == TileFace.Right && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.Straight && otherFace == TileFace.Bottom && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Left && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Right && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Bottom && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Left && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Right && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Bottom && tileFace == TileFace.Left))
{
return TileOrientation.Flipped;
}
else if ((otherOrientation == TileOrientation.Straight && otherFace == TileFace.Left && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.Straight && otherFace == TileFace.Right && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.Straight && otherFace == TileFace.Bottom && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Left && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Right && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Bottom && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Left && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Right && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Bottom && tileFace == TileFace.Right))
{
return TileOrientation.TiltRight;
}
else if ((otherOrientation == TileOrientation.Straight && otherFace == TileFace.Left && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.Straight && otherFace == TileFace.Right && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.Straight && otherFace == TileFace.Bottom && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Left && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Right && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.DoubleTiltLeft && otherFace == TileFace.Bottom && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Left && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Right && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.DoubleTiltRight && otherFace == TileFace.Bottom && tileFace == TileFace.Bottom))
{
return TileOrientation.TiltLeft;
}
else if ((otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Left && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Right && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Bottom && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Left && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Right && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Bottom && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Left && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Right && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Bottom && tileFace == TileFace.Left))
{
return TileOrientation.DoubleTiltRight;
}
else if ((otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Left && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Right && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Bottom && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Left && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Right && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Bottom && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Left && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Right && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Bottom && tileFace == TileFace.Right))
{
return TileOrientation.Straight;
}
else if((otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Left && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Right && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.TiltLeft && otherFace == TileFace.Bottom && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Left && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Right && tileFace == TileFace.Bottom) ||
(otherOrientation == TileOrientation.Flipped && otherFace == TileFace.Bottom && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Left && tileFace == TileFace.Left) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Right && tileFace == TileFace.Right) ||
(otherOrientation == TileOrientation.TiltRight && otherFace == TileFace.Bottom && tileFace == TileFace.Bottom))
{
return TileOrientation.DoubleTiltLeft;
}
throw new ArgumentException("The combination TileOrientation, TileFace, TileFace cannot be determined");
}
/// <summary>
/// /// Adds a new Edge to this graph, if it isn't already part of it.
/// </summary>
/// <param name="vertex1">Vertex1 of the edge to be added.</param>
/// <param name="vertex2">Vertex2 of the edge to be added.</param>
/// <param name="vertex3">Vertex3 of the edge to be added.</param>
/// <returns></returns>
public HyperEdge AddEdge(Vertex vertex1, Vertex vertex2, Vertex vertex3 = null, TileOrientation tileOrientation = TileOrientation.None)
{
if (vertex1.EqualsOnEdgeBasis(vertex2) || vertex1.EqualsOnEdgeBasis(vertex3) || vertex2.EqualsOnEdgeBasis(vertex3))
{
throw new ArgumentException("Vertices must not be equal.");
}
if (!this.HasVertex(vertex1.Value))
{
throw new ArgumentException($"This graph does not conatin a vertex with value '{vertex1}'.");
}
if (!this.HasVertex(vertex2.Value))
{
throw new ArgumentException($"This graph does not conatin a vertex with value '{vertex2}'.");
}
if (vertex3 != null && !this.HasVertex(vertex3.Value))
{
throw new ArgumentException($"This graph does not conatin a vertex with value '{vertex3}'.");
}
Vertex v1 = Vertex.CreateFromVertex(this.Vertices.Where(v => v.Value.Equals(vertex1.Value)).First());
Vertex v2 = Vertex.CreateFromVertex(this.Vertices.Where(v => v.Value.Equals(vertex2.Value)).First());
Vertex v3 = vertex3 != null?Vertex.CreateFromVertex(this.Vertices.Where(v => v.Value.Equals(vertex3.Value)).First()) : null;
HyperEdge edge = new HyperEdge(v1, v2, v3, tileOrientation);
if (this.HasEdge(edge))
{
throw new ArgumentException($"This Graph has already an edge '{edge}'.");
}
this.Edges.Add(edge);
return(edge);
}
/// <summary>
/// Checks whether tile can be placed on given position.
/// </summary>
/// <param name="grid">Grid with all placed tiles.</param>
/// <param name="tile">Scheme of the tile.</param>
/// <param name="coords">Coordinates of the tile.</param>
/// <param name="orientation">Orientation of the tile.</param>
/// <param name="first">Is the tile first to be placed?</param>
/// <exception cref="GameException">Exception describing the error.</exception>
public static void CheckTilePlacement(Dictionary <Coords, TilePlacement> grid, TileScheme tile, Coords coords, TileOrientation orientation, bool first)
{
bool hasNeighbour = false;
// Check all neighbours
foreach (var or in new TileOrienationEnumerator())
{
if (grid.TryGetValue(coords.GetNeighbouringCoords(or), out TilePlacement neighTile))
{
hasNeighbour = true;
// Retrieve IDs of regions on appropriate positions
var thisSchemeOr = or.Derotate(orientation);
var neighSchemeOr = or.Rotate(TileOrientation.S).Derotate(neighTile.Orientation);
int thisRegionId = tile.GetRegionOnBorder(thisSchemeOr);
int neighRegionId = neighTile.Scheme.GetRegionOnBorder(neighSchemeOr);
// Check if region types are corresponding
if (neighTile.Scheme.GetRegionType(neighRegionId) != tile.GetRegionType(thisRegionId))
{
throw new WrongTileSurroundingsException();
}
}
}
// If first tile has neighbour or not-first tile has not neighbour
if (first == hasNeighbour)
{
throw new NoTileSurroundingsException();
}
}
public void calculateOrientation(ref Tile[,,]tiles)
{
tileX = getTileCoords("X");
tileY = getTileCoords("Y");
int tmpY = grabY(-1);
int tmpY2 = grabY(1);
int tmpX = grabX(-1);
int tmpX2 = grabX(1);
if (tmpY == -1 || tmpY2 == -1)
return;
if (tmpX == -1 || tmpX2 == -1)
return;
if (tileX == 0)
tileOrientation = TileOrientation.Single;
if (tiles[1, grabY(-1), tileX].tileType != tileType)
topMost = true;
else
topMost = false;
if (tiles[1, grabY(1), tileX].tileType != tileType)
bottomMost = true;
else
bottomMost = false;
if (tiles[1, tileY, grabX(1)].tileType != tileType)
rightMost = true;
else
rightMost = false;
if (tileX > 0 && tiles[1, tileY, grabX(-1)].tileType != tileType)
leftMost = true;
else
leftMost = false;
if (topMost && !rightMost && !leftMost && !bottomMost)
tileOrientation = TileOrientation.Top;
else if (topMost && rightMost && !leftMost && !bottomMost)
tileOrientation = TileOrientation.TopRight;
else if (!topMost && rightMost && !leftMost && !bottomMost)
tileOrientation = TileOrientation.Right;
else if (!topMost && rightMost && !leftMost && bottomMost)
tileOrientation = TileOrientation.BottomRight;
else if (!topMost && !rightMost && !leftMost && bottomMost)
tileOrientation = TileOrientation.Bottom;
else if (!topMost && !rightMost && leftMost && bottomMost)
tileOrientation = TileOrientation.BottomLeft;
else if (!topMost && !rightMost && leftMost && !bottomMost)
tileOrientation = TileOrientation.Left;
else if (topMost && !rightMost && leftMost && !bottomMost)
tileOrientation = TileOrientation.TopLeft;
else if (topMost && !rightMost && !leftMost && bottomMost)
tileOrientation = TileOrientation.TopBottom;
else if (!topMost && rightMost && leftMost && !bottomMost)
tileOrientation = TileOrientation.LeftRight;
else if (!topMost && !rightMost && !leftMost && !bottomMost)
tileOrientation = TileOrientation.Single;
else if (topMost && !rightMost && leftMost && bottomMost)
tileOrientation = TileOrientation.TopBottomLeft;
else if (topMost && rightMost && !leftMost && bottomMost)
tileOrientation = TileOrientation.TopBottomRight;
else if (topMost && rightMost && leftMost && !bottomMost)
tileOrientation = TileOrientation.TopLeftRight;
else if (!topMost && rightMost && leftMost && bottomMost)
tileOrientation = TileOrientation.BottomLeftRight;
else
tileOrientation = TileOrientation.Regular;
}
protected void Executor_TilePlacedEvent(PlayerColor player, TileScheme tile, Coords coords, TileOrientation orientation)
{
Socket.SendToAll(new ServerResponse()
{
Type = ServerResponseType.TILE_PLACEMENT,
Color = player,
Coords = coords,
Scheme = tile,
Orientation = orientation
});
}
public override void OnInspectorGUI()
{
EditorUtility.SetDirty(target);
script = (TileOrientation)target;
EditorGUILayout.PrefixLabel("Tile Mask");
for (int i = 0; i < 9; i++)
{
int rowIndex = i % 3;
if (rowIndex == 0)
{
EditorGUILayout.BeginHorizontal(toggleMenuOptions);
}
if (i != 4)
{
script.tileMask[i] = EditorGUILayout.Toggle(script.tileMask[i]);
}
else
{
EditorGUILayout.Toggle(false);
}
if (rowIndex == 2)
{
EditorGUILayout.EndHorizontal();
}
}
EditorGUILayout.PrefixLabel("Floor Mask");
for (int i = 0; i < 9; i++)
{
int rowIndex = i % 3;
if (rowIndex == 0)
{
EditorGUILayout.BeginHorizontal(toggleMenuOptions);
}
if (i != 4)
{
script.floorMask[i] = EditorGUILayout.Toggle(script.floorMask[i]);
}
else
{
EditorGUILayout.Toggle(false);
}
if (rowIndex == 2)
{
EditorGUILayout.EndHorizontal();
}
}
EditorGUILayout.PrefixLabel("Has inverse");
script.hasInverse = EditorGUILayout.Toggle(script.hasInverse);
EditorGUILayout.LabelField("Tiles");
bool[] markedForDeletion = new bool[script.tiles.Length];
int index = 0;
int marked = 0;
foreach (GameObject prefab in script.tiles)
{
Object obj = EditorGUILayout.ObjectField(prefab, typeof(GameObject), false);
if (obj == null)
{
markedForDeletion[index] = true;
marked++;
}
index++;
}
if (marked != 0)
{
GameObject[] newTiles = new GameObject[script.tiles.Length - marked];
int ci = 0;
for (int i = script.tiles.Length - 1; i >= 0; i--)
{
if (!markedForDeletion[i])
{
newTiles[ci] = script.tiles[i];
ci++;
}
}
script.tiles = newTiles;
}
EditorGUILayout.PrefixLabel("Add new tile");
script.addTile((GameObject)EditorGUILayout.ObjectField(null, typeof(GameObject), false));
}
public static void ProblemOne()
{
// load in all tiles into a List<Tile> (id, list of string representing picture)
List <Tile> tiles = new List <Tile>();
Queue <string> input = new Queue <string>(File.ReadAllLines(Path.Combine(Environment.CurrentDirectory, "input", "day_20.txt")).ToList());
while (input.Count > 0)
{
// dequeue and get ID, create a new object
var tileLine = input.Dequeue().Split("Tile ");
int tileId = int.Parse(tileLine[1].TrimEnd(':'));
// while next line not empty, build up the picture
List <string> picture = new List <string>();
while (input.Count > 0 && !string.IsNullOrEmpty(input.Peek()))
{
picture.Add(input.Dequeue());
}
// create the tile and add it to the list of tiles.
tiles.Add(new Tile(tileId, picture));
// remove the spacer
if (input.Count > 0)
{
input.Dequeue();
}
}
// determine size of output picture and store this data in a List<Tile> (square root of the number is the size of the big pic)
int bigPictureSize = Convert.ToInt32(Math.Sqrt(tiles.Count));
List <Tile> foundTiles = new List <Tile>();
// start looking for matches... alter the second if it doesn't match
List <Tile> outerLoop = tiles;
for (int i = 0; i < outerLoop.Count; i++)
{
Tile first = outerLoop.ElementAt(i);
for (int j = 0; j < tiles.Count; j++)
{
Tile second = tiles.ElementAt(j);
if (first != second)
{
TileOrientation currentTileOrientation = 0;
bool match = false;
while (!match && Enum.IsDefined(typeof(TileOrientation), currentTileOrientation))
{
match = TryMatch(first, second);
try
{
currentTileOrientation++;
switch (currentTileOrientation)
{
case TileOrientation.Rotate90:
second.RotatePicture();
break;
case TileOrientation.Rotate180:
second.RotatePicture();
break;
case TileOrientation.Rotate270:
second.RotatePicture();
break;
case TileOrientation.Flip:
second.RotatePicture();
second.FlipPicture();
break;
case TileOrientation.FlipAndRotate90:
second.RotatePicture();
break;
case TileOrientation.FlipAndRotate180:
second.RotatePicture();
break;
case TileOrientation.FlipAndRotate270:
second.RotatePicture();
break;
default:
break;
}
}
catch { }
}
if (match)
{
if (!foundTiles.Any(x => x.ID == first.ID))
{
foundTiles.Add(first);
}
if (!foundTiles.Any(x => x.ID == second.ID))
{
foundTiles.Add(second);
}
if (foundTiles.Count > 1)
{
outerLoop = foundTiles;
}
else
{
outerLoop = tiles;
}
}
}
}
}
// all tiles should be in the correct rotations now, let's go back through them and find other matches
for (int i = 0; i < tiles.Count; i++)
{
Tile first = tiles.ElementAt(i);
for (int j = 0; j < tiles.Count; j++)
{
Tile second = tiles.ElementAt(j);
if (first != second)
{
TryMatch(first, second);
}
}
}
// after all have been "found", iterate through the found tiles to figure out the rest of the tiles it matches.
int[,] bigPicture = ValidateBigPicture(bigPictureSize, tiles);
// calculate the product (use a long) of the four tiles in the corners (those ones will be have null top/left, top/right, bottom/left, bottom/right values)
long product = (long)bigPicture[0, 0] * (long)bigPicture[0, bigPictureSize - 1] * (long)bigPicture[bigPictureSize - 1, 0] * (long)bigPicture[bigPictureSize - 1, bigPictureSize - 1];
Console.WriteLine($"Product of corners: {product}");
}
/// <summary>
/// Intantiates a new Object of this class.
/// </summary>
/// <param name="vertex1">vertex1</param>
/// <param name="vertex2">vertex2</param>
/// <param name="vertex3">vertex3 (can be null, if edge has only two vertices)</param>
public HyperEdge(string vertex1, string vertex2, string vertex3 = null, TileOrientation orientation = TileOrientation.None)
: this(new Vertex(vertex1), new Vertex(vertex2), (vertex3 != null) ? new Vertex(vertex3) : null, orientation)
{
}
private void Simulation_TilePlacedEvent(PlayerColor player, TileScheme scheme, Coords coords, TileOrientation orientation)
{
if (_Running)
{
_Serializer.Serialize(_Writer, new ServerResponse()
{
Type = ServerResponseType.TILE_PLACEMENT,
Color = player,
Scheme = scheme,
Coords = coords,
Orientation = orientation
});
}
}
/// <summary>
/// Determines the incoming face of a edge for the next hexagon position.
/// </summary>
/// <param name="nextTileOrientation">The orientation of the edge for the new hexagon position.</param>
/// <returns>Incoming face for new hexgon position.</returns>
private TileFace GetIncomingFaceForNextHexagonPosition(TileOrientation nextTileOrientation)
{
return(this.GetIncomingFace(this.CalcNextPointerValue(this.Pointer), nextTileOrientation));
}
/// <summary>
/// Gets tile orientation that was initial to given rotated angle.
/// </summary>
/// <param name="orientation">Orientation after rotation.</param>
/// <param name="angle">Angle of rotation.</param>
/// <returns>Orientation before rotation.</returns>
public static TileOrientation Derotate(this TileOrientation orientation, TileOrientation angle)
{
return((TileOrientation)(((int)orientation + 4 - (int)angle) & 0b11));
}
