private void TranslateMap(int x, int y, Editor editor)
{
editor.DeselectItem();
foreach (var child in editor.Map.Children.OfType<Shape>())
{
if (child is Rectangle)
{
Canvas.SetLeft(child, Canvas.GetLeft(child) + x);
Canvas.SetTop(child, Canvas.GetTop(child) + y);
var t = editor.TileList.FirstOrDefault(z => z.Rectangle == child);
if (t != null)
{
t.X += x / Gc.TILE_SIZE;
t.Y += y / Gc.TILE_SIZE;
}
}
else if (child is Line)
{
var c = child as Line;
c.X1 += x;
c.X2 += x;
c.Y1 += y;
c.Y2 += y;
}
}
}
public void OnMouseUp(Editor editor, UIView view)
{
editor.RemoveExistingTilesBetween(editor.startPoint, editor.currentPoint);
editor.RemoveWallsBetween(
editor.startPoint.ConvertToTilePosition(Gc.TILE_SIZE),
editor.currentPoint.ConvertToTilePosition(Gc.TILE_SIZE));
}
public void OnMouseUp(Editor editor, UIView view)
{
var x = (int)(editor.startPoint.ConvertToTilePosition(Gc.TILE_SIZE).X -
editor.currentPoint.ConvertToTilePosition(Gc.TILE_SIZE).X);
var y = (int)(editor.startPoint.ConvertToTilePosition(Gc.TILE_SIZE).Y -
editor.currentPoint.ConvertToTilePosition(Gc.TILE_SIZE).Y);
TranslateMap(x, y, editor);
}
public MainWindow()
{
InitializeComponent();
editor = new Editor(this, Map);
LoadTiles();
LoadItems();
LoadTools();
}
public static void Load(Editor editor, string fileLoc)
{
editor.Clear(); // clean up anything the user might have been working on before
var doc = new XmlDocument();
doc.Load(fileLoc);
var level = doc.SelectSingleNode("Level");
// Floor Tiles
var rows = level.SelectNodes("Row");
var yOffset = rows.Count - 1;
var x = 0;
var y = 0;
foreach (XmlNode row in rows)
{
foreach (XmlNode column in row.SelectNodes("Column"))
{
var tile = column.SelectSingleNode("Tile");
editor.SelectTileChoice(tile.InnerText);
editor.PlaceTile(new Point(x * Gc.TILE_SIZE, (yOffset - y) * Gc.TILE_SIZE));
x++;
}
y++;
x = 0;
}
// Walls
var walls = level.SelectSingleNode("Walls");
foreach (XmlNode wall in walls.SelectNodes("Wall"))
{
// wall pattern is: x,y x1,y2
string[] parts = wall.InnerText.Split(new[] {" "}, StringSplitOptions.RemoveEmptyEntries);
var p1 = parts[0].Split(',');
var p2 = parts[1].Split(',');
var isHor = p1[1] == p2[1];
editor.PlaceWall(
new Point(int.Parse(p1[0]) * Gc.TILE_SIZE, (yOffset - int.Parse(p1[1]) + (isHor ? 1 : 0)) * Gc.TILE_SIZE),
new Point((int.Parse(p2[0]) - (isHor ? 1 : 0)) * Gc.TILE_SIZE, (yOffset - int.Parse(p2[1]) + (isHor ? 1 : -1)) * Gc.TILE_SIZE));
}
// Doors
var doors = level.SelectSingleNode("Doors");
foreach (XmlNode door in doors.SelectNodes("Door"))
{
// door is stored as x,y,rotation
var parts = door.InnerText.Split(',');
var dx = int.Parse(parts[0]);
var dy = int.Parse(parts[1]);
var drot = int.Parse(parts[2]);
// when placing doors, you need to put it closer to left or top side of tile it's on or else it will mess up
if(drot == 0)
editor.PlaceDoor(new Point(dx * Gc.TILE_SIZE + 1, (yOffset - dy + 1) * Gc.TILE_SIZE));
if (drot == 90)
editor.PlaceDoor(new Point(dx * Gc.TILE_SIZE, (yOffset - dy) * Gc.TILE_SIZE + 1));
}
// Items
var items = level.SelectSingleNode("Items");
foreach (XmlNode item in items.SelectNodes("Item"))
{
var ix = float.Parse(item.Attributes["X"].InnerText);
var iy = float.Parse(item.Attributes["Y"].InnerText);
var irot = float.Parse(item.Attributes["Rot"].InnerText);
editor.SelectItemChoice(item.InnerText);
editor.PlaceItem(new Point(
ix.FromEditorCoordX(editor) - editor.SelectedItemChoice.Image.Source.Width,
yOffset * Gc.TILE_SIZE - iy.FromEditorCoordY(editor) - editor.SelectedItemChoice.Image.Source.Height + Gc.TILE_SIZE),
irot);
editor.EditingItem.Rotation = irot;
}
}
//TODO: Support levels that aren't perfect squares...maybe? Maybe I don't care because this is a poc anyways...
public static void Save(Editor editor, string fileLoc)
{
var offsetX = editor.TileList.Min(x => x.X) * Gc.TILE_SIZE;
var offsetY = editor.TileList.Max(x => x.Y) * Gc.TILE_SIZE; // max because 0,0 in unity is botom left of screen instead of top left
var file = new XmlDocument();
string f = "<Level>";
var lastTop = defaultLastTop;
foreach (var tile in editor.TileList.OrderByDescending(x => x.Y).ThenBy(x => x.X))
{
var top = tile.Y;
if (Math.Abs(top - lastTop) > .01)
f += lastTop != defaultLastTop ? "</Row><Row>" : "<Row>";
lastTop = top;
f += "<Column><Tile>";
f += tile.Name;
f += "</Tile></Column>";
}
f += "</Row>";
f += "<Walls>";
foreach (var wall in editor.WallList)
{
if (wall.Line.Y1 == wall.Line.Y2)
wall.Line.Y1 = wall.Line.Y2 = wall.Line.Y1 - Gc.TILE_SIZE;
f += "<Wall>";
f += "{0},{1} {2},{3}".ToFormat(
Math.Round((wall.Line.X1 - offsetX) / Gc.TILE_SIZE),
Math.Round((offsetY - wall.Line.Y1) / Gc.TILE_SIZE),
Math.Round((wall.Line.X2 - offsetX) / Gc.TILE_SIZE),
Math.Round((offsetY - wall.Line.Y2) / Gc.TILE_SIZE));
f += "</Wall>";
if (wall.Line.Y1 == wall.Line.Y2)
wall.Line.Y1 = wall.Line.Y2 = wall.Line.Y1 + Gc.TILE_SIZE;
}
f+="</Walls>";
f += "<Doors>";
foreach (var door in editor.DoorList)
{
if (door.Rotation == 0)
door.Line.Y1 = door.Line.Y2 = door.Line.Y1 - Gc.TILE_SIZE;
f += "<Door>";
f += "{0},{1},{2}".ToFormat(
Math.Round((door.Line.X1 - offsetX) / Gc.TILE_SIZE),
Math.Round((offsetY - door.Line.Y1) / Gc.TILE_SIZE),
door.Rotation);
f += "</Door>";
if (door.Rotation == 0)
door.Line.Y1 = door.Line.Y2 = door.Line.Y1 + Gc.TILE_SIZE;
}
f += "</Doors>";
f += "<Items>";
foreach (var item in editor.ItemList)
{
f += "<Item X='{0}' Y='{1}' Rot='{2}'>".ToFormat(
item.X.ToEditorCoordX(editor) + item.Image.Source.Width / Gc.TILE_SIZE,
offsetY/Gc.TILE_SIZE - item.Y.ToEditorCoordY(editor) - ((item.Image.Source.Height / Gc.TILE_SIZE) - 1),
item.Rotation);
f += item.Name;
f += "</Item>";
}
f += "</Items>";
f += "</Level>";
file.LoadXml(f);
file.Save(fileLoc);
}
public void OnMouseUp(Editor editor, UIView view)
{
if (view.LeftClick) editor.PlaceTile(editor.startPoint, editor.currentPoint);
else editor.RemoveExistingTilesBetween(editor.startPoint, editor.currentPoint);
}
public void OnMouseDown(Editor editor, UIView view)
{
}
public void OnMouseUp(Editor editor, UIView view)
{
}
public void OnMouseDown(Editor editor, UIView view)
{
editor.PlaceItem(editor.startPoint);
}
public void OnMouseUp(Editor editor, UIView view)
{
editor.PlaceWall(editor.startPoint, editor.currentPoint);
}
public static double ToEditorCoordY(this double d, Editor m)
{
var minY = m.TileList.Count == 0 ? 0 : m.TileList.Min(x => x.Y) * Gc.TILE_SIZE;
return (d - minY) / Gc.TILE_SIZE;
}
public static double FromEditorCoordY(this float f, Editor m)
{
var minY = m.TileList.Count == 0 ? 0 : m.TileList.Min(x => x.Y) * Gc.TILE_SIZE;
return f * Gc.TILE_SIZE + minY;
}