/*
* Overwrites the tile's state based on the non-ignore values of the given TileData
*/
internal void overWriteFromTileData(Mapfile.TileData data)
{
tileData.overWriteData(data);
if (data.texture != Mapfile.TileData.IGNORESTRING && data.texture != texture.key)
{
texture = world.engine.resourceComponent.get(data.texture);
}
if (data.behavior != Mapfile.TileData.IGNORESTRING && (myBehavior == null || data.behavior != myBehavior.scriptKey))
{
myBehavior = world.constructTileBehavior(this, world.engine.resourceComponent.get(data.behavior));
}
if (data.solidity != Mapfile.TileData.IGNOREBYTE)
{
solidity = data.solidity == 1;
}
if (data.opacityFlip != Mapfile.TileData.IGNOREBYTE)
{
opacityFlip = data.opacityFlip == 1;
}
//if (data.leftSlope != MapFile.TileData.IGNOREFLOAT) leftSlope = data.leftSlope;
//if (data.rightSlope != MapFile.TileData.IGNOREFLOAT) rightSlope = data.rightSlope;
//if (data.normal != MapFile.TileData.IGNOREBYTE) normal = data.normal;
}
/**
* desc here
*
* @param paramsdeschere
*
* @return returndeschere
*/
public FillToolAction fill(Tile startTile)
{
Mapfile.TileData ignoreTile = new Mapfile.TileData();
ignoreTile.setToIgnore();
if (ignoreTile.Equals(fillCriteria))
{
return(null);
}
LinkedList <TextureData> changed = new LinkedList <TextureData>(); // for undo
Mapfile.TileData std = editor.engine.world.file.worldTileData[0, startTile.xIndex, startTile.yIndex];
Mapfile.TileData tempCrit = fillCriteria;
bool inSelection = false;
if (!selectionBox.isDown && editor.selectionTool.selection.contains(new Vector2(startTile.xIndex, startTile.yIndex)))
{
inSelection = true;
}
tempCrit.overWriteData(std);
//update actions
Queue <Tile> applyToMe = new Queue <Tile>();
List <Tile> appliedToMe = new List <Tile>();
applyToMe.Enqueue(startTile);
changed.AddLast(new TextureData(startTile.xIndex, startTile.yIndex));
//Update start tile and its tiledata
editor.engine.world.file.worldTileData[0, startTile.xIndex, startTile.yIndex].overWriteData(editor.currentTile);
startTile.overWriteFromTileData(editor.currentTile);
while (applyToMe.Count() > 0)
{
Tile mid = applyToMe.Dequeue();
foreach (Tile tile in mid.adjacent)
{
if (tile != null && !appliedToMe.Contains(tile))
{
Mapfile.TileData td = editor.engine.world.file.worldTileData[0, tile.xIndex, tile.yIndex];
bool apply = false;
//Constrain to opted criteria
if (opControl.pressed == (int)Operator.AND)
{
apply = td.Equals(tempCrit);
}
else if (opControl.pressed == (int)Operator.OR)
{
if (fillCriteria.texture != Mapfile.TileData.IGNORESTRING && td.texture == tempCrit.texture)
{
apply = true;
}
if (fillCriteria.solidity != Mapfile.TileData.IGNOREBYTE && td.solidity == tempCrit.solidity)
{
apply = true;
}
if (fillCriteria.opacityFlip != Mapfile.TileData.IGNOREBYTE && td.opacityFlip == tempCrit.opacityFlip)
{
apply = true;
}
}
//Constrain to selection border if opted
if (!selectionBox.isDown)
{
if (inSelection ^ editor.selectionTool.selection.contains(new Vector2(tile.xIndex, tile.yIndex)))
{
apply = false;
}
}
if (apply)
{
//Update actions
applyToMe.Enqueue(tile);
changed.AddLast(new TextureData(tile.xIndex, tile.yIndex));
//Update current tile and tiledata
editor.engine.world.file.worldTileData[0, tile.xIndex, tile.yIndex].overWriteData(editor.currentTile);
tile.overWriteFromTileData(editor.currentTile);
}
}
appliedToMe.Add(tile);
}
}
return(new FillToolAction(changed, "", startTile, this));
}