ITileMatcher <TTile, Nothing> CreateDecoMatcher(ITileRegistry <TTile> tiles)
{
var gd = GameData;
var map = gd.Map.DecorationLayer;
var wallMap = gd.Map.WallLayer;
bool IsNeitherWallOrPassageFn(int x, int y)
{
var tile = wallMap[x, y];
return(!gd.Rules.Walls.Stone.Equals(tile) && !gd.Rules.Walls.Passage.Equals(tile));
}
var wallsAsCardinals = new CardinalTileRegistry <TTile>(tiles);
var wallTypeSelector =
new DistinctTileMatcher <IDecorationType, TTile, Nothing>((x, y) => map[x, y]);
foreach (var decorationType in gd.Rules.DecorationTypes.Skip(1))
{
var target = decorationType;
wallTypeSelector.Add(decorationType,
new CardinalTileSelector <TTile, Nothing>(IsNeitherWallOrPassageFn,
CreateMatcher(map, target),
RenderingConfig.MatcherNavigator,
wallsAsCardinals, target.Name));
}
return(wallTypeSelector);
}
public CardinalTileRegistry(ITileRegistry <TRenderTile> baseRegistry,
ITileTagEntrySelectionFactory <bool> tags = null,
string tagFormat = null)
{
this.baseRegistry = baseRegistry ?? throw new ArgumentNullException(nameof(baseRegistry));
this.suffixMapping = CardinalTileSelectorKey.Values.Select(e => Format(e, tags, tagFormat)).ToArray();
}
public CornerTileRegistry(ITileRegistry <TRenderTile> baseRegistry,
ITileTagEntrySelectionFactory <bool> booleanFormats,
ITileTagEntrySelectionFactory <Direction> directions,
string suffixFormat,
string format) : this(baseRegistry, booleanFormats, directions,
ProduceCombinedFormatString(suffixFormat, format))
{
}
public static bool TryFindDitherMask <TTile>(out TTile ditherMask,
ITileRegistry <TTile> tileRegistry,
string ditherTileName = null)
{
var ditherTileNameResolved = ditherTileName ?? "t.dither_tile";
return(tileRegistry.TryFind(ditherTileNameResolved, out ditherMask));
}
public BasicTileSelector(GridMatcher matcher,
IMapNavigator <GridDirection> gridNavigator,
ITileRegistry <TRenderTile> registry,
string tag,
Func <int, int, TContext> contextProvider = null) : base(matcher, gridNavigator,
contextProvider)
{
tileExists = registry.TryFind(tag, out tile);
}
public DiagonalTileRegistry(ITileRegistry <TRenderTile> baseRegistry,
ITileTagEntrySelectionFactory <bool> tags = null,
string tagFormat = null)
{
this.baseRegistry = baseRegistry ?? throw new ArgumentNullException(nameof(baseRegistry));
var tagProvider = tags ?? TileTagEntries.CreateFlagTagEntries();
var formatString = tagFormat ?? "{{0}}_nw{0}ne{1}se{2}sw{3}";
this.suffixMapping = DiagonalTileSelectionKey.Values.Select(e => Format(e, tagProvider, formatString)).ToArray();
}
public CornerTileRegistry(ITileRegistry <TRenderTile> baseRegistry,
ITileTagEntrySelectionFactory <bool> booleanFormats = null,
ITileTagEntrySelectionFactory <Direction> directions = null,
string format = null)
{
this.baseRegistry = baseRegistry;
this.suffixMapping = GenerateSuffixes(booleanFormats ?? TileTagEntries.CreateFlagTagEntries(),
directions ?? TileTagEntries.CreateDirectionTagEntries(),
format ?? "{{0}}_{0}{1}{2}{3}");
}
ITileMatcher <TTile, Nothing> CreateFloorMatcher(ITileRegistry <TTile> tiles)
{
bool Mapper(IFloorType floor, out TTile x, out Nothing context)
{
context = default(Nothing);
return(tiles.TryFind(floor.Name, out x));
}
var map = GameData.Map.FloorLayer;
return(new DirectMappingTileMatcher <IFloorType, TTile, Nothing>((x, y) => map[x, y], Mapper));
}
public NeighbourIndexTileRegistry(ITileRegistry <TRenderTile> baseRegistry,
ITileTagEntrySelectionFactory <NeighbourMatchPosition> suffixMapping,
string format = null)
{
this.format = format ?? "{0}_{1}";
this.baseRegistry = baseRegistry ?? throw new ArgumentNullException();
this.suffixMapping = suffixMapping ?? throw new ArgumentNullException();
if (suffixMapping.Count != 9)
{
throw new ArgumentException();
}
}
public CardinalIndexTileRegistry(ITileRegistry <TRenderTile> baseRegistry,
ITileTagEntrySelectionFactory <CardinalIndex> suffixMapping,
string format = null)
{
this.format = format ?? DefaultFormat;
this.baseRegistry = baseRegistry ?? throw new ArgumentNullException();
this.suffixMapping = suffixMapping ?? throw new ArgumentNullException();
if (suffixMapping.Count != 4)
{
throw new ArgumentException();
}
}
public RoadParityTileSelector(GridMatcher matcher,
GridMatcher selfMatcher,
IMapNavigator <GridDirection> gridNavigator,
ITileRegistry <TRenderTile> isolatedRegistry,
ITileRegistryEx <CardinalTileSelectorKey, TRenderTile> cardinalRegistry,
ITileRegistryEx <DiagonalTileSelectionKey, TRenderTile> diagonalRegistry,
string tag)
{
isolatedTileMatcher = new BasicTileSelector <TRenderTile, TContext>(selfMatcher, gridNavigator, isolatedRegistry, tag);
diagonalTileSelector =
new DiagonalTileSelector <TRenderTile, TContext>(matcher, selfMatcher, gridNavigator, diagonalRegistry, tag);
cardinalTileSelector =
new CardinalTileSelector <TRenderTile, TContext>(matcher, selfMatcher, gridNavigator, cardinalRegistry, tag);
}
public StrategyGameBlendLayerBuilder(GameRenderingConfig renderingConfig,
IDerivedTileProducer <TTile, TTexture> tileProducer,
ITextureOperations <TTexture, TColor> textureOperations,
StrategyGameData gameData,
IStrategyGameTileSet tileSet,
ITileRegistry <TTile> tileRegistry)
{
this.renderingConfig = renderingConfig;
this.tileProducer = tileProducer;
this.textureOperations = textureOperations;
this.tileSet = tileSet;
this.tileRegistry = tileRegistry;
GameData = gameData;
mappingHelper = new TerrainToGraphicTagMapping(gameData.Rules.TerrainTypes, tileSet);
}
public static bool FindFirstTile <TRenderTile>(this ITileRegistry <TRenderTile> tileSet,
IRuleElement t,
out TRenderTile result)
{
foreach (var tg in t.AllGraphicTags())
{
if (tileSet.TryFind(tg, out TRenderTile g))
{
result = g;
return(true);
}
}
result = default(TRenderTile);
return(false);
}
public BlendingTileGenerator(ITileRegistry <TTile> tileRegistry,
ITextureOperations <TTexture, TColor> textureOperations,
IDerivedTileProducer <TTile, TTexture> tileProducer,
RenderType renderType,
IntDimension tileSize,
TTile ditherMask,
string prefix = "t.blend.gen.")
{
this.tileRegistry = tileRegistry ?? throw new ArgumentNullException(nameof(tileRegistry));
this.tileProducer = tileProducer;
this.renderType = renderType;
this.tileSize = tileSize;
this.ditherMask = ditherMask;
this.prefix = prefix ?? "t.blend.gen";
this.textureOperations = textureOperations ?? throw new ArgumentNullException(nameof(textureOperations));
cardinalMaskRegistry = CardinalIndexTileRegistry <TTile> .CreateLong(tileRegistry);
this.maskCache = PopulateCache();
}
/// <summary>
/// Produces the rendering pipeline for rendering the wall and item layer.
///
/// This operation consists of three tile renderer operations per map
/// coordinate. Each operation must be executed as a single batch for each
/// map coordinate so that later tiles can correctly paint over these
/// tiles if needed.
/// </summary>
/// <returns></returns>
IPlotOperation CreateItemLayerPlotOperation <TRenderParameter>(IRenderCallbackFactory <TRenderParameter, TTile> rendererFactory,
ITileRegistry <TTile> tiles,
TRenderParameter sortingLayer)
{
IRenderPlotOperation <TTile, Nothing> CreateWallPlotter()
{
var matcher = new AggregateTileMatcher <TTile, Nothing>
(CreateWallMatcher(tiles), CreateDecoMatcher(tiles));
return(PlotOperations.FromContext(RenderingConfig)
.Create(matcher)
.WithCache()
.ForViewport()
.Build());
}
IRenderPlotOperation <TTile, Nothing> CreateItemPlotter()
{
// Selects all items stored at a give map location.
// The item will be passed through to the renderer layer as context for post processing.
var itemMatcher = new ItemListMatcher <TTile>(GameData, tiles);
// Take the item context and update the rendered position of the item based on the item's location.
// This converts the context from IItem to Nothing after adjusting the coordinates.
var conv = new DungeonGameItemLocationResolver <TTile, Nothing>(GameData.ItemService,
RenderingConfig.Viewport);
return(PlotOperations.FromContext(RenderingConfig)
.Create(itemMatcher)
.ForViewport()
.WithConversion(conv)
.Build());
}
var renderer = new BatchedPositionedSpriteRenderer <TTile, Nothing>(rendererFactory.CreateRenderer <Nothing>(this, sortingLayer));
var batch = new BatchedPlotOperation <TTile, Nothing>(renderer, CreateWallPlotter(), CreateItemPlotter());
return(batch);
}
public static bool TryCreate <TTile, TTexture, TColor>(
out BlendingTileGeneratorRegistry <TTile, TTexture, TColor> result,
ITileRegistry <TTile> tileRegistry,
RenderType renderType,
ITextureOperations <TTexture, TColor> textureOperations,
IDerivedTileProducer <TTile, TTexture> tileProducer,
IntDimension tileSize,
string prefix = null,
string ditherMaskName = null)
where TTile : ITexturedTile <TTexture>
where TTexture : ITexture
{
if (!TryFindDitherMask(out var ditherMask, tileRegistry, ditherMaskName))
{
result = default;
return(false);
}
var generator = new BlendingTileGenerator <TTile, TTexture, TColor>(tileRegistry,
textureOperations, tileProducer, renderType, tileSize, ditherMask, prefix);
result = new BlendingTileGeneratorRegistry <TTile, TTexture, TColor>(generator);
return(true);
}
ITileMatcher <TTile, Nothing> CreateWallMatcher(ITileRegistry <TTile> tiles)
{
var gd = GameData;
var map = gd.Map.WallLayer;
bool IsWallOrPassageFn(int x, int y)
{
var tile = map[x, y];
return(gd.Rules.Walls.Stone.Equals(tile) || gd.Rules.Walls.Passage.Equals(tile));
}
var wallsAsCardinals = new CardinalTileRegistry <TTile>(tiles);
var wallTypeSelector = new DistinctTileMatcher <IWallType, TTile, Nothing>((x, y) => map[x, y]);
wallTypeSelector.Add(gd.Rules.Walls.Stone,
new CardinalTileSelector <TTile, Nothing>(IsWallOrPassageFn,
CreateMatcher(map, gd.Rules.Walls.Stone),
RenderingConfig.MatcherNavigator,
wallsAsCardinals,
gd.Rules.Walls.Stone.Name));
return(wallTypeSelector);
}
public CardinalTileRegistry(ITileRegistry <TRenderTile> baseRegistry,
ITileTagEntrySelectionFactory <bool> tags,
string tagFormat,
string format) : this(baseRegistry, tags, ProduceCombinedFormatString(tagFormat, format))
{
}
public static NeighbourIndexTileRegistry <TRenderTile> CreateShort(ITileRegistry <TRenderTile> baseRegistry)
{
return(new NeighbourIndexTileRegistry <TRenderTile>(baseRegistry, ShortSelector()));
}
public static CardinalIndexTileRegistry <TRenderTile> CreateShort(ITileRegistry <TRenderTile> baseRegistry)
{
return(new CardinalIndexTileRegistry <TRenderTile>(baseRegistry,
TileTagEntries.CreateShortCardinalIndexTagEntries()));
}
public ItemListMatcher(DungeonGameData gd, ITileRegistry <TTile> tiles)
{
this.gd = gd;
this.tiles = tiles;
}
public CellMapTileRegistry(ITileRegistry <TRenderTile> baseRegistry, string format = null)
{
this.baseRegistry = baseRegistry;
this.format = format;
}
