public CompatibilityReport DetermineCompatibility(Map map)
{
List<CompatibilityNote> compatibilityNotes = new List<CompatibilityNote>();
if (map.Layers.Count != 1)
{
compatibilityNotes.Add(new CompatibilityNote(CompatibilityLevel.None,
"The map must contain exactly one layer"));
}
bool mixedTileSheets = false;
bool nullTiles = false;
bool animationTiles = false;
foreach (Layer layer in map.Layers)
{
for (int tileY = 0; tileY < layer.LayerHeight; tileY++)
{
for (int tileX = 0; tileX < layer.LayerWidth; tileX++)
{
Tile tile = layer.Tiles[tileX, tileY];
if (tile == null)
nullTiles = true;
else if (tile is AnimatedTile)
animationTiles = true;
// no need to test further?
if (mixedTileSheets && nullTiles && animationTiles)
goto CompatibilityTestEnd;
}
}
}
CompatibilityTestEnd: // label to shorten compatibility test
if (mixedTileSheets)
compatibilityNotes.Add(new CompatibilityNote(CompatibilityLevel.None, "Cannot have multiple tile sheets per layer"));
if (nullTiles)
compatibilityNotes.Add(new CompatibilityNote(CompatibilityLevel.Partial, "Null tiles will be converted to the zero tile index"));
if (animationTiles)
compatibilityNotes.Add(new CompatibilityNote(CompatibilityLevel.Partial, "Animated tiles will be converted to static tiles"));
CompatibilityReport compatibilityReport = new CompatibilityReport(compatibilityNotes);
return compatibilityReport;
}
public CompatibilityReport DetermineCompatibility(xTile.Map map)
{
List<CompatibilityNote> compatibilityNotes = new List<CompatibilityNote>();
if (map.TileSheets.Count != 1)
compatibilityNotes.Add(
new CompatibilityNote(CompatibilityLevel.None, "Map must use exactly one tile sheet"));
if (map.Layers.Count == 0)
compatibilityNotes.Add(
new CompatibilityNote(CompatibilityLevel.None, "Map must have at least one layer"));
if (map.Layers.Count > 8)
compatibilityNotes.Add(
new CompatibilityNote(CompatibilityLevel.None, "Map must have no more than 8 layers"));
xTile.Dimensions.Size layerSize = map.Layers[0].LayerSize;
foreach (Layer layer in map.Layers)
if (layer.LayerSize != layerSize)
{
compatibilityNotes.Add(
new CompatibilityNote(CompatibilityLevel.None, "All layers must be of the same size"));
break;
}
xTile.Dimensions.Size tileSize = map.Layers[0].TileSize;
foreach (Layer layer in map.Layers)
if (layer.TileSize != tileSize)
{
compatibilityNotes.Add
(new CompatibilityNote(CompatibilityLevel.None,
"All layers must share a common tile size dictated by the tile sheet"));
break;
}
string[] descriptionParagraphs = map.Description.Split(new char[] { '\r', '\n' }, StringSplitOptions.RemoveEmptyEntries);
if (descriptionParagraphs.Length > 4)
compatibilityNotes.Add(new CompatibilityNote(CompatibilityLevel.None, "Map description should not exceed 4 paragraphs"));
compatibilityNotes.Add(
new CompatibilityNote(CompatibilityLevel.Partial, "Tile, layer and map attributes will not be stored"));
compatibilityNotes.Add(
new CompatibilityNote(CompatibilityLevel.Partial, "Auto-tiling definitions will not be stored"));
compatibilityNotes.Add(
new CompatibilityNote(CompatibilityLevel.Partial, "Brush definitions will not be stored"));
CompatibilityReport compatibilityReport = new CompatibilityReport(compatibilityNotes);
return compatibilityReport;
}
public TbinFormat()
{
m_compatibilityResults = new CompatibilityReport();
m_tbinSequence = "tBIN10".ToArray().Select(x => (byte)x).ToArray();
}
public FormatCompatibilityDialog(CompatibilityReport compatibilityReport)
{
InitializeComponent();
m_compatibilityReport = compatibilityReport;
}
internal TideFormat()
{
m_compatibilityResults = new CompatibilityReport();
}
