public void SetRandomTilesMode(TileInfo[] tileList)
{
lock (Board.ParentControl)
{
Clear();
tileRandomList = tileList;
SetHeldInfo(tileRandomList[NextInt32(tileRandomList.Length)]);
state = MouseState.RandomTiles;
}
}
private static void MoveFootholdX(TileInfo result, bool first, bool left, int width)
{
if (result.footholdOffsets.Count < 1)
return;
int idx = first ? 0 : result.footholdOffsets.Count - 1;
int x = left ? 0 : (width * result.mag);
if (result.footholdOffsets[idx].X != x)
{
result.footholdOffsets[idx] = new XNA.Point(x, result.footholdOffsets[idx].Y);
}
}
private static void MoveFootholdY(TileInfo result, bool first, bool top, int height)
{
if (result.footholdOffsets.Count < 1)
return;
int idx = first ? 0 : result.footholdOffsets.Count - 1;
int y = top ? 0 : (height * result.mag);
if (result.footholdOffsets[idx].Y != y)
{
result.footholdOffsets[idx] = new XNA.Point(result.footholdOffsets[idx].X, y);
}
}
private static TileInfo Load(WzCanvasProperty parentObject, string tS, string u, string no, int? mag)
{
WzImageProperty zProp = parentObject["z"];
int z = zProp == null ? 0 : InfoTool.GetInt(zProp);
TileInfo result = new TileInfo(parentObject.PngProperty.GetPNG(false), WzInfoTools.VectorToSystemPoint((WzVectorProperty)parentObject["origin"]), tS, u, no, mag.HasValue ? mag.Value : 1, z, parentObject);
WzConvexProperty footholds = (WzConvexProperty)parentObject["foothold"];
if (footholds != null)
foreach (WzVectorProperty foothold in footholds.WzProperties)
result.footholdOffsets.Add(WzInfoTools.VectorToXNAPoint(foothold));
if (UserSettings.FixFootholdMispositions)
{
FixFootholdMispositions(result);
}
return result;
}
/* The sole reason behind this function's existence is that Nexon's designers are a bunch of incompetent goons.
* In a nutshell, some tiles (mostly old ones) have innate footholds that do not overlap when snapping them to each other, causing a weird foothold structure.
* I do not know how Nexon's editor overcame this; I am assuming they manually connected the footholds to sort that out. However, since HaCreator only allows automatic
* connection of footholds, we need to sort these cases out preemptively here.
*/
private static void FixFootholdMispositions(TileInfo result)
{
switch (result.u)
{
case "enV0":
MoveFootholdY(result, true, false, 60);
MoveFootholdY(result, false, true, 60);
break;
case "enV1":
MoveFootholdY(result, true, true, 60);
MoveFootholdY(result, false, false, 60);
break;
case "enH0":
MoveFootholdX(result, true, true, 90);
MoveFootholdX(result, false, false, 90);
break;
case "slLU":
MoveFootholdX(result, true, false, -90);
MoveFootholdX(result, false, true, -90);
break;
case "slRU":
MoveFootholdX(result, true, true, 90);
MoveFootholdX(result, false, false, 90);
break;
case "edU":
MoveFootholdY(result, true, false, 0);
MoveFootholdY(result, false, false, 0);
break;
}
}
public TileInstance(Board board, SerializationForm json)
: base(board, json)
{
baseInfo = TileInfo.Get(json.ts, json.u, json.no);
}
public TileInstance(TileInfo baseInfo, Layer layer, Board board, int x, int y, int z, int zM)
: base(board, layer, zM, x, y, z)
{
this.baseInfo = baseInfo;
AttachToLayer(layer);
}
// Only to be used by layer TS changing, do not use this for ANYTHING else.
public void SetBaseInfo(TileInfo newInfo)
{
this.baseInfo = newInfo;
}