/// <summary>
/// Update the mode for a feature on a given tile.
/// It needs to be on the same layer as the one being updated.
/// </summary>
/// <param name="tile"></param>
/// <param name="featureLayer"></param>
void updateFeature(Tile tile, TileFeature feature)
{
if (inUseControllers.TryGetValue(tile.parentChunkKey, out GridController chunkController))
{
chunkController.updateFeatureModel(tile, feature);
}
}
/// <summary>
/// Update the model for a given feature
/// </summary>
/// <param name="tile"></param>
/// <param name="feature"></param>
public void updateFeatureModel(Tile tile, TileFeature feature)
{
if (visibleFeatures.TryGetValue(tile.axialKey, out Dictionary <TileFeature.Layer, GameObject> features))
{
if (features.TryGetValue(feature.type.Layer, out GameObject oldFeatureModel))
{
GameObject newFeatureModel = instantiateFeature(tile, feature);
newFeatureModel.transform.rotation = oldFeatureModel.transform.rotation;
// TODO: change this to features[layer] = X;
visibleFeatures[tile.axialKey][feature.type.Layer] = newFeatureModel;
Destroy(oldFeatureModel);
}
}
}
/// <summary>
/// Instantiate a feature's model on the given tile
/// </summary>
/// <param name="tile"></param>
/// <param name="feature"></param>
/// <returns></returns>
GameObject instantiateFeature(Tile tile, TileFeature feature, bool randomizeDirection = false)
{
return(Instantiate(
TileFeatureDataMapper.GetModelFor(feature),
new Vector3(
tile.worldLocation.x,
tile.worldLocation.y * Universe.StepHeight,
tile.worldLocation.z
),
feature.type.PlacementRotationType == TileFeature.RotationType.Random
? Quaternion.Euler(0, UnityEngine.Random.Range(1, 360), 0)
: Quaternion.Euler(0, 0, 0),
transform
));
}
private void SetupTileMap()
{
mapState = new MapState();
for (var i = 0; i < tiles.Length; ++i)
{
tilesData[tiles[i]] = tileEnvs[i];
}
foreach (var pos in tilemap.cellBounds.allPositionsWithin)
{
tilesFeature[pos] = new TileFeature();
var tile = tilemap.GetTile(pos);
if (tile == null)
{
continue;
}
var tileEnv = tilesData[tile];
if (tileEnv.controlPoint)
{
tilesFeature[pos].isTriggered = false;
++mapState.numControlPoint;
}
}
}
/// <summary>
/// Make a new event
/// </summary>
/// <param name="tile"></param>
/// <param name="feature"></param>
public TileFeatureUpdated(Tile tile, TileFeature feature)
{
updatedTile = tile;
updatedFeature = feature;
}
/// <summary>
/// Use an equiped tool on the tile's feature
/// </summary>
/// <param name="actionTimer"></param>
void holdDownActionOnSelectedTile()
{
IInventory drops = null;
// check if the tile has a resource. If it does, we'll try to mine it
FeaturesByLayer features = selectedTileFeatures;
Item selectedItem = Universe.LocalPlayerManager.ItemHotBarController.selectedItem;
ITool selectedTool = selectedItem is ITool tool ? tool : Player.EmptyHand;
// try to mine a resource feature.
if (features != null)
{
if (features.TryGetValue(TileFeature.Layer.Resource, out TileFeature resource) &&
resource.type.CanBeMinedBy(selectedTool, resource.mode)
)
{
TileFeature beforeResourceValues = resource;
TileFeature?workedResource = resource.interact(selectedTool, actionTimer, out drops);
// if the tile resource was null, destroy it.
if (workedResource == null)
{
updateTileProgressBar(0, resource.type.TimeToUse);
workOnTileIndicator.SetActive(false);
// remove the tile feature and sent the update to the board to update the feature
Universe.ActiveBoardManager.activeBoard.remove(selectedTile, beforeResourceValues.type.Layer);
actionTimer = 0;
Universe.EventSystem.notifyChannelOf(
new TileFeatureDestroyed(selectedTile, beforeResourceValues.type.Layer),
WorldScapeEventSystem.Channels.TileUpdates
);
// if it wasn't we need to update it.
}
else
{
TileFeature updatedResource = (TileFeature)workedResource;
updateTileProgressBar(updatedResource.remainingInteractions == 0 || !updatedResource.type.CanBeMinedBy(selectedTool, updatedResource.mode)
? 0
: actionTimer, resource.type.TimeToUse
);
// if the updated resource doesn't match the old one, we need to update it
if (!beforeResourceValues.Equals(updatedResource))
{
Universe.ActiveBoardManager.activeBoard.update(selectedTile, updatedResource);
actionTimer = 0;
Universe.EventSystem.notifyChannelOf(
new TileFeatureUpdated(selectedTile, updatedResource),
WorldScapeEventSystem.Channels.TileUpdates
);
// set the info to the updated tile.
investigate(selectedTile);
}
}
// shovels can break decorations
}
else if (selectedTool.ToolType == Tool.Type.Shovel && features.TryGetValue(TileFeature.Layer.Decoration, out TileFeature decoration))
{
TileFeature beforeShoveledValues = decoration;
TileFeature?shoveledDecoration = decoration.interact(selectedTool, actionTimer, out drops);
if (shoveledDecoration == null)
{
updateTileProgressBar(0, resource.type.TimeToUse);
// remove the tile feature and sent the update to the board to update the feature
Universe.ActiveBoardManager.activeBoard.remove(selectedTile, beforeShoveledValues.type.Layer);
actionTimer = 0;
Universe.EventSystem.notifyChannelOf(
new TileFeatureDestroyed(selectedTile, beforeShoveledValues.type.Layer),
WorldScapeEventSystem.Channels.TileUpdates
);
}
}
}
// If the tile feature or decoration had drops, give them to the player or drop them
if (drops != null)
{
Item[] leftoverDrops = Universe.LocalPlayerManager.tryToEmpty(drops);
Universe.EventSystem.notifyChannelOf(
new TileFeatureDropsLeftover(selectedTile, leftoverDrops),
WorldScapeEventSystem.Channels.TileUpdates
);
}
}
/// <summary> /// Set or update a tile and a feature on the tileboard /// </summary> /// <param name="selectedTile"></param> /// <param name="resource"></param> public abstract void update(Tile selectedTile, TileFeature resource);
/// <summary>
/// update the data for an existing tile and feature
/// </summary>
/// <param name="selectedTile"></param>
/// <param name="resource"></param>
public override void update(Tile tile, TileFeature feature)
{
this[getChunkKeyFor(tile)]?.set(tile, feature);
}
/// <summary>
/// Get a model for an item
/// </summary>
/// <param name="item"></param>
/// <returns></returns>
public static GameObject GetModelFor(TileFeature feature)
{
return(TileFeatures[feature.type.Id].OverworldModelsByMode[Mathf.Max(feature.mode, 0)]);
}
/// <summary>
/// Generate a forest with some rocky areas
/// </summary>
/// <returns></returns>
public override (Tile tile, FeaturesByLayer features) generateAt(Coordinate axialKey, FastNoise[] noiseLayers, Coordinate chunkKeyOffset = default)
{
/// get the tile type and height
Coordinate noiseKey = axialKey + chunkKeyOffset * RectangularBoard.ChunkWorldOffset;
float heightNoise = noiseLayers[(int)NoiseLayers.Height].GetPerlinFractal(noiseKey.x * 20, noiseKey.z * 20);
float tileTypeNoise = noiseLayers[(int)NoiseLayers.Terrain].GetPerlinFractal(noiseKey.x * 10, noiseKey.z * 10);
int scaledHeightValue = Mathf.Max((int)heightNoise.scale(20, 1), 7);
Tile.Type tileType =
scaledHeightValue == 7
? Tile.Types.Water
: tileTypeNoise > 0 && scaledHeightValue > 10
? Tile.Types.Rocky
: Tile.Types.Grass;
/// check for features
FeaturesByLayer features = null;
// trees
if (tileType == Tile.Types.Grass)
{
float forestNoise = noiseLayers[(int)NoiseLayers.Forest].GetCellular(noiseKey.x * 20, noiseKey.z * 10);
if (forestNoise >= 0)
{
features = new FeaturesByLayer {
{
TileFeature.Types.ConniferTrio.Layer,
new TileFeature(TileFeature.Types.ConniferTrio)
}
};
}
}
// rocks
float cloudNoise = noiseLayers[(int)NoiseLayers.Clouds].GetCellular(noiseKey.x * 50, noiseKey.z * 50);
if ((tileType == Tile.Types.Rocky || tileType == Tile.Types.Grass) && (features == null || !features.ContainsKey(TileFeature.Layer.Decoration)))
{
bool hasResouce = features?.ContainsKey(TileFeature.Layer.Resource) ?? false;
float rockNoise = noiseLayers[(int)NoiseLayers.Forest].GetCellular(noiseKey.x * 35, noiseKey.z * 40);
if ((!hasResouce && tileType != Tile.Types.Grass && rockNoise >= 0) || rockNoise >= 0.5f)
{
TileFeature rockPile;
if (hasResouce)
{
rockPile = new TileFeature(TileFeature.Types.DecorativeRocks);
}
else
{
int rockSize = (int)cloudNoise.scale(0, (tileType == Tile.Types.Grass) ? 2 : 4);
if (rockSize == 3)
{
rockPile = new TileFeature(TileFeature.Types.IronVeinedRocks);
}
else
{
rockPile = new TileFeature(TileFeature.Types.RockPile);
rockPile.setRemainingInteractions(rockSize);
}
}
if (features == null)
{
features = new FeaturesByLayer {
{
rockPile.type.Layer,
rockPile
}
};
}
else
{
features.Add(
rockPile.type.Layer,
rockPile
);
}
}
}
// lilypads
if (tileType == Tile.Types.Water)
{
float lillyNoise = noiseLayers[(int)NoiseLayers.Clouds].GetPerlinFractal(noiseKey.x * 25 + 10, noiseKey.z * 25 + 25);
if (lillyNoise >= 0.3f)
{
features = new FeaturesByLayer {
{
TileFeature.Types.BloomingLilypads.Layer,
new TileFeature(TileFeature.Types.BloomingLilypads)
}
};
}
else if (lillyNoise >= 0.1f)
{
features = new FeaturesByLayer {
{
TileFeature.Types.SmallLilypads.Layer,
new TileFeature(TileFeature.Types.SmallLilypads)
}
};
}
}
// clouds
if (cloudNoise >= 0.7f)
{
int cloudMode = (int)cloudNoise.scale(0, 3);
if (features == null)
{
features = new FeaturesByLayer {
{
TileFeature.Types.WhiteClouds.Layer,
new TileFeature(TileFeature.Types.WhiteClouds, cloudMode)
}
};
}
else
{
features.Add(
TileFeature.Types.WhiteClouds.Layer,
new TileFeature(TileFeature.Types.WhiteClouds, cloudMode)
);
}
}
return(
new Tile(
tileType,
axialKey,
scaledHeightValue,
chunkKeyOffset
),
features
);
}