/// <summary>
/// Returns <seealso cref="GameObject"/> that fits to given <seealso cref="ElementType"/> and that appears in given <seealso cref="Biomes"/>.
/// </summary>
/// <returns></returns>
public GameObject GetMapElement(ElementType elementType, Biomes biome)
{
MapElementsSet set = null;
GameObject element = null;
foreach (MapElementsSet s in mapElementsSets)
{
if (s.biome == biome)
{
set = s;
break;
}
}
switch (elementType)
{
case ElementType.Ground:
element = set.groundElement;
break;
case ElementType.Player:
case ElementType.PlayerOnTarget:
element = set.playerElement;
break;
case ElementType.Air:
element = null;
break;
case ElementType.Box:
case ElementType.DoneTarget:
element = set.boxElement;
break;
case ElementType.Target:
element = set.targetElement;
break;
}
return(element);
}
public void UserLoadLevel(string levelName)
{
string folder = Application.persistentDataPath + "/UserLevels";
string levelFile = levelName + ".json";
string path = Path.Combine(folder, levelFile);
if (File.Exists(path))
{
string json = File.ReadAllText(path);
userData = JsonUtility.FromJson <UserEditorData>(json);
ExtractUserLevel(userData);
}
currentOpenLevelName = userData.levelName;
currentDifficltySetting = userData.creatorDifficulty;
currentBiome = userData.biome;
userData.nodesToSave.Clear();
activeNodes.Clear();
}
/// <summary>
/// Sets camera background color fits to given <seealso cref="Biomes"/>
/// </summary>
public void SetBackgroundColor(Biomes biome)
{
switch (biome)
{
case Biomes.Grass:
targetBackgroundColor = grassBiomeColor;
break;
case Biomes.Desert:
targetBackgroundColor = desertBiomeColor;
break;
case Biomes.Winter:
targetBackgroundColor = winterBiomeColor;
break;
case Biomes.Rock:
targetBackgroundColor = rockBiomeColor;
break;
}
}
//
public void GenerateMap()
{
float[,] noise = GenerateNoiseMap(voronoi.mapWidth, voronoi.mapHeight, seed, noiseScale, octaves, persistance, lacunarity, offset);
for (int i = 0; i < cells.Count; i++)
{
MapCell cell = cells[i];
int x = (int)cell.Position.x;
int y = (int)cell.Position.y;
float height = noise[x, y];
if (height < waterThreshold)
{
cell.SetBiome(Biomes.GetBiome("Ocean"));
}
else
{
cell.SetBiome(Biomes.GetBiome("Grasslands"));
}
}
}
/// <summary>
/// Creates new map which contains given elements.
/// </summary>
/// <param name="map">Elements</param>
/// <param name="biomeType">Type of biome</param>
/// <param name="difficulty">Level of difficulty</param>
public Map(string name, ElementType[,] map, Biomes biomeType, Difficulty difficulty)
{
mapSize = new Vector2Int(map.GetLength(1), map.GetLength(0));
if (!IsOnePlayer(ref map))
{
Debug.LogError("Map has to contain only one player element!");
return;
}
if (!ValidateBoxes(ref map))
{
Debug.LogError("Count of boxes has to equal count of targets and must at least one!");
return;
}
this.name = name;
this.difficulty = difficulty;
this.biomeType = biomeType;
mapDefinition = (ElementType[, ])map.Clone();
}
public string GetLevelFolder(Biomes biome)
{
string levelFolder = "";
switch (biome)
{
case Biomes.Plains:
levelFolder = "01_Plains";
break;
case Biomes.Mountains:
levelFolder = "02_Mountains";
break;
case Biomes.Underwater:
levelFolder = "03_Underwater";
break;
case Biomes.Ruins:
levelFolder = "04_Ruins";
break;
case Biomes.Statues:
levelFolder = "05_Statues";
break;
case Biomes.Temple:
levelFolder = "06_Temple";
break;
case Biomes.Chaos:
levelFolder = "07_Chaos";
break;
default:
break;
}
return(levelFolder);
}
public void CreateChunk()
{
//TODO: cambio de bioma definir como se da.
if (Time.timeSinceLevelLoad > 5 && currentBiome == Biomes.city)
{
currentBiome = Biomes.village;
Instantiate(villageChunks[0], lastChunkPosition, Quaternion.identity);
//Update chunk positions
int chunkSize = villageChunks[0].GetComponent <ChunkController>().chunkSize;
lastChunkPosition += transform.forward * 10 * chunkSize - (transform.forward * 5);
}
//CITY
//TODO: Refactor this, create dictionary [biome,randomInt]
if (currentBiome == Biomes.city)
{
//Create random chunk;
int randomChunk = Random.Range(0, cityChunks.Length);
Instantiate(cityChunks[randomChunk], lastChunkPosition, Quaternion.identity);
//Update chunnk positions
int chunkSize = cityChunks[randomChunk].GetComponent <ChunkController>().chunkSize;
lastChunkPosition += transform.forward * 10 * chunkSize - (transform.forward * 5);
}
//VILLAGE
if (currentBiome == Biomes.village)
{
//Create random chunk;
int randomChunk = Random.Range(1, villageChunks.Length);
Instantiate(villageChunks[randomChunk], lastChunkPosition, Quaternion.identity);
//Update chunnk positions
int chunkSize = villageChunks[randomChunk].GetComponent <ChunkController>().chunkSize;
lastChunkPosition += (transform.forward * 10 * chunkSize) - (transform.forward * 5);
}
}
/// <summary>
/// Creates the BiomeMap based on the provided texture
/// </summary>
/// <param name="biomeTex">Biome Texture</param>
/// <returns>true if successful</returns>
public bool CreateBiomeMap(Texture2D biomeTex)
{
Color[] colorToEnumMapping =
{
new Color32(185, 122, 87, 1), // grassLand
new Color32(34, 177, 76, 1), // forest
new Color32(181, 230, 29, 1), // bushLand
new Color32(255, 242, 0, 1) // fallow
};
if (biomeTex == null)
{
return(false);
}
Biomes[,] outArr = new Biomes[biomeTex.width, biomeTex.height];
Color[] pixels = biomeTex.GetPixels(0, 0, biomeTex.width, biomeTex.height);
for (int i = 0; i < pixels.Length; i++)
{
int x = i % biomeTex.width;
int y = i / biomeTex.width;
outArr[x, y] = Biomes.Unknown;
for (int j = 0; j < colorToEnumMapping.Length; j++)
{
if (colorToEnumMapping[j].r == pixels[i].r && colorToEnumMapping[j].g == pixels[i].g && colorToEnumMapping[j].b == pixels[i].b)
{
outArr[x, y] = (Biomes)j + 1;
}
}
}
BiomeMap = outArr;
return(true);
}
/// <summary>
/// Returns a block to build the roads with depending on the biome
/// the road is on.
/// </summary>
/// <param name="biome"></param>
/// <returns></returns>
public static Material GetBiomeRoadBlock(Biomes biome)
{
switch (biome)
{
// Desert
case Biomes.Desert:
case Biomes.DesertHills:
case Biomes.DesertM:
case Biomes.Beach:
return(AlphaMaterials.Cobblestone_4_0);
case Biomes.Jungle:
case Biomes.JungleEdge:
case Biomes.JungleEdgeM:
case Biomes.JungleHills:
case Biomes.JungleM:
return(AlphaMaterials.MossyStoneBricks_98_1);
// Messa
case Biomes.Mesa_Bryce:
case Biomes.MesaPlateauFM:
case Biomes.MesaPlateauM:
case Biomes.Messa:
case Biomes.MessaPlateau:
case Biomes.MessaPlateauF:
return(AlphaMaterials.Bricks_45_0);
case Biomes.Savanna:
case Biomes.SavannaM:
case Biomes.SavannaPlateau:
case Biomes.SavannaPlateauM:
return(AlphaMaterials.Path_208_0);
default:
return(AlphaMaterials.Path_208_0);
}
}
public void UserLoadLevel(string levelName)
{
Debug.Log("User is Loading a Level !");
string folder = Application.persistentDataPath + "/UserLevels";
string levelFile = levelName + ".json";
string path = Path.Combine(folder, levelFile);
if (File.Exists(path))
{
string json = File.ReadAllText(path);
levelData = JsonUtility.FromJson <LevelEditorData>(json);
ExtractAndRebuildLevel(levelData);
}
currentOpenLevelName = levelData.levelName;
currentKubicode = levelData.Kubicode;
currentBiome = levelData.biome;
levelData.nodesToSave.Clear();
activeNodes.Clear();
}
public FlowerForestDecorator(Biomes biome) : base(biome)
{
}
public Biome(Biomes type, Drawable representation)
{
Type = type;
Representation = representation;
}
public void SetBiome(Vector position, Biomes biome) => SetBiome(position.X, position.Y, position.Z, biome);
public FrozenRiverDecorator(Biomes biome, Chunk chunk, Vector surfacePos, BaseBiomeNoise noise) : base(biome, chunk, surfacePos, noise)
{
}
public void SwitchBiome(BiomeClass.Biomes newBiome)
{
currentBiome = newBiome;
switch (newBiome) {
case Biomes.Park:
grassToGrass = 100f;
grassToWater = 5f;
grassToRoad = 0f;
grassToWalk = 2f;
waterToWater = 10f;
waterToRoad = 0f;
waterToWalk = 1f;
roadToRoad = 0f;
roadToWalk = 5f;
walkToWalk = 5f;
break;
case Biomes.Swamp:
break;
case Biomes.Forest:
break;
case Biomes.City:
grassToGrass = 2f;
grassToWater = 0f;
grassToRoad = 10f;
grassToWalk = 2f;
waterToWater = 1f;
waterToRoad = 10f;
waterToWalk = 1f;
roadToRoad = 15f;
roadToWalk = 5f;
walkToWalk = 2f;
break;
case Biomes.Start:
grassToGrass = 10f;
grassToWater = 5f;
grassToRoad = 5f;
grassToWalk = 2f;
waterToWater = 10f;
waterToRoad = 1f;
waterToWalk = 1f;
roadToRoad = 15f;
roadToWalk = 5f;
walkToWalk = 5f;
break;
}
}
private void RandomBiome()
{
activeBiome = terrainBiomes[Random.Range(0, terrainBiomes.Count)];
}
public Overworld.MapData[,] CreateMap()
{
int sx = Biomes.GetLength(0);
int sy = Biomes.GetLength(1);
Overworld.MapData[,] toReturn = new Overworld.MapData[Biomes.GetLength(0), Biomes.GetLength(1)];
for (int x = 0; x < sx; x++)
{
for (int y = 0; y < sy; y++)
{
toReturn[x, y] = new Overworld.MapData
{
Biome = (Overworld.Biome)Biomes[x, y],
Erosion = Erosion[x, y],
Faults = Faults[x, y],
Height = Height[x, y],
Rainfall = Rainfall[x, y],
Temperature = Temperature[x, y],
Water = (Overworld.WaterType)(Water[x, y]),
Weathering = Weathering[x, y]
};
}
}
return(toReturn);
}
public PlainsDecorator(Biomes biome, Chunk chunk, Vector surfacePos, BaseBiomeNoise noise) : base(biome, chunk, surfacePos, noise)
{
Features.Trees.Add(new DecoratorFeatures.TreeInfo(1, typeof(OakTree)));
Features.Trees.Add(new DecoratorFeatures.TreeInfo(1, typeof(AcaciaTree)));
}
public TallBirchForestDecorator(Biomes biome, Chunk chunk, Vector surfacePos, BaseBiomeNoise noise) : base(biome, chunk, surfacePos, noise)
{
Features.Trees.Add(new DecoratorFeatures.TreeInfo(6, typeof(BirchTree)));
}
public DarkForestDecorator(Biomes biome, Chunk chunk, Vector surfacePos, BaseBiomeNoise noise) : base(biome, chunk, surfacePos, noise)
{
Features.Trees.Add(new DecoratorFeatures.TreeInfo(5, typeof(DarkOakTree)));
}
public DefaultDecorator(Biomes biome) : base(biome)
{
}
public void DetermineBaseBiome()
{
if (humidity < 0) humidity = 0;
if (humidity > 4) humidity = 4;
if (temperature < 0) temperature = 0;
if (temperature > 4) temperature = 4;
if (humidity >= 0 && humidity <= 1)
{
if (temperature >= 0 && temperature <= 1) baseBiome = Biomes.Tundra; // tundra
else if (temperature > 1 && temperature <= 3) baseBiome = Biomes.Dirt; // dirt
else if (temperature > 3 && temperature <= 4) baseBiome = Biomes.Desert; // desert
}
else if (humidity > 1 && humidity <= 2)
{
if (temperature >= 0 && temperature <= 1) baseBiome = Biomes.Snow; // snow
else if (temperature >= 1 && temperature <= 2) baseBiome = Biomes.Forest; // forest
else if (temperature > 2 && temperature <= 3) baseBiome = Biomes.Plains; // planes
else if (temperature > 3 && temperature <= 4) baseBiome = Biomes.Desert; // desert
}
else if (humidity > 2 && humidity <= 3)
{
if (temperature >= 0 && temperature <= 1) baseBiome = Biomes.Snow; // snow
else if (temperature > 1 && temperature <= 3) baseBiome = Biomes.Plains; // planes
else if (temperature > 3 && temperature <= 4) baseBiome = Biomes.Jungle; // jungle
}
else if (humidity > 3 && humidity <= 4)
{
if (temperature >= 0 && temperature <= 1) baseBiome = Biomes.Glacier; // glacier
else if (temperature > 1 && temperature <= 4) baseBiome = Biomes.Jungle; // sand
}
}
public SnowyTaigaDecorator(Biomes biome) : base(biome)
{
}
public void SetBiome(int bx, int by, int bz, Biomes biome)
{
Biomes[GetIndex(bx, by, bz)] = (int)biome;
}
public PlainsDecorator(Biomes biome) : base(biome)
{
}
public DesertHillsDecorator(Biomes biome) : base(biome)
{
}
private void buttonBiomes_Click(object sender, RoutedEventArgs e)
{
Biomes Window = new Biomes();
Window.Show();
}
public static BiomeSettings GetBiomeSettings(Biomes biome)
{
var newBiomeSettings = new BiomeSettings();
switch (biome)
{
case Biomes.Tundra:
newBiomeSettings.TargetHumidity = Tundra.TargetHumidity;
newBiomeSettings.TargetTemperature = Tundra.TargetTemperature;
newBiomeSettings.DefaultBlocktype = Tundra.DefaultBlocktype;
newBiomeSettings.TopLayerType = Tundra.TopLayerType;
newBiomeSettings.UnderLayerType = Tundra.UnderLayerType;
newBiomeSettings.Mountains = Tundra.Mountains;
newBiomeSettings.TerrainAmplitude = Tundra.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = Tundra.TopLayerThickness;
newBiomeSettings.TreeModel = Tundra.TreeModel;
newBiomeSettings.TreeRate = Tundra.TreeRate;
newBiomeSettings.DecorationModel = Tundra.DecorationModel;
newBiomeSettings.DecorationRate = Tundra.DecorationRate;
break;
case Biomes.BorealForest:
newBiomeSettings.TargetHumidity = BorealForest.TargetHumidity;
newBiomeSettings.TargetTemperature = BorealForest.TargetTemperature;
newBiomeSettings.DefaultBlocktype = BorealForest.DefaultBlocktype;
newBiomeSettings.TopLayerType = BorealForest.TopLayerType;
newBiomeSettings.UnderLayerType = BorealForest.UnderLayerType;
newBiomeSettings.Mountains = BorealForest.Mountains;
newBiomeSettings.TerrainAmplitude = BorealForest.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = BorealForest.TopLayerThickness;
newBiomeSettings.TreeModel = BorealForest.TreeModel;
newBiomeSettings.TreeRate = BorealForest.TreeRate;
newBiomeSettings.DecorationModel = BorealForest.DecorationModel;
newBiomeSettings.DecorationRate = BorealForest.DecorationRate;
break;
case Biomes.Woodlands:
newBiomeSettings.TargetHumidity = Woodlands.TargetHumidity;
newBiomeSettings.TargetTemperature = Woodlands.TargetTemperature;
newBiomeSettings.DefaultBlocktype = Woodlands.DefaultBlocktype;
newBiomeSettings.TopLayerType = Woodlands.TopLayerType;
newBiomeSettings.UnderLayerType = Woodlands.UnderLayerType;
newBiomeSettings.Mountains = Woodlands.Mountains;
newBiomeSettings.TerrainAmplitude = Woodlands.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = Woodlands.TopLayerThickness;
newBiomeSettings.TreeModel = Woodlands.TreeModel;
newBiomeSettings.TreeRate = Woodlands.TreeRate;
newBiomeSettings.DecorationModel = Woodlands.DecorationModel;
newBiomeSettings.DecorationRate = Woodlands.DecorationRate;
break;
case Biomes.ColdDesert:
newBiomeSettings.TargetHumidity = ColdDesert.TargetHumidity;
newBiomeSettings.TargetTemperature = ColdDesert.TargetTemperature;
newBiomeSettings.DefaultBlocktype = ColdDesert.DefaultBlocktype;
newBiomeSettings.TopLayerType = ColdDesert.TopLayerType;
newBiomeSettings.UnderLayerType = ColdDesert.UnderLayerType;
newBiomeSettings.Mountains = ColdDesert.Mountains;
newBiomeSettings.TerrainAmplitude = ColdDesert.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = ColdDesert.TopLayerThickness;
newBiomeSettings.TreeModel = ColdDesert.TreeModel;
newBiomeSettings.TreeRate = ColdDesert.TreeRate;
newBiomeSettings.DecorationModel = ColdDesert.DecorationModel;
newBiomeSettings.DecorationRate = ColdDesert.DecorationRate;
break;
case Biomes.Desert:
newBiomeSettings.TargetHumidity = Desert.TargetHumidity;
newBiomeSettings.TargetTemperature = Desert.TargetTemperature;
newBiomeSettings.DefaultBlocktype = Desert.DefaultBlocktype;
newBiomeSettings.TopLayerType = Desert.TopLayerType;
newBiomeSettings.UnderLayerType = Desert.UnderLayerType;
newBiomeSettings.Mountains = Desert.Mountains;
newBiomeSettings.TerrainAmplitude = Desert.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = Desert.TopLayerThickness;
newBiomeSettings.TreeModel = Desert.TreeModel;
newBiomeSettings.TreeRate = Desert.TreeRate;
newBiomeSettings.DecorationModel = Desert.DecorationModel;
newBiomeSettings.DecorationRate = Desert.DecorationRate;
break;
case Biomes.Savanna:
newBiomeSettings.TargetHumidity = Savanna.TargetHumidity;
newBiomeSettings.TargetTemperature = Savanna.TargetTemperature;
newBiomeSettings.DefaultBlocktype = Savanna.DefaultBlocktype;
newBiomeSettings.TopLayerType = Savanna.TopLayerType;
newBiomeSettings.UnderLayerType = Savanna.UnderLayerType;
newBiomeSettings.Mountains = Savanna.Mountains;
newBiomeSettings.TerrainAmplitude = Savanna.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = Savanna.TopLayerThickness;
newBiomeSettings.TreeModel = Savanna.TreeModel;
newBiomeSettings.TreeRate = Savanna.TreeRate;
newBiomeSettings.DecorationModel = Savanna.DecorationModel;
newBiomeSettings.DecorationRate = Savanna.DecorationRate;
break;
case Biomes.RainForest:
newBiomeSettings.TargetHumidity = RainForest.TargetHumidity;
newBiomeSettings.TargetTemperature = RainForest.TargetTemperature;
newBiomeSettings.DefaultBlocktype = RainForest.DefaultBlocktype;
newBiomeSettings.TopLayerType = RainForest.TopLayerType;
newBiomeSettings.UnderLayerType = RainForest.UnderLayerType;
newBiomeSettings.Mountains = RainForest.Mountains;
newBiomeSettings.TerrainAmplitude = RainForest.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = RainForest.TopLayerThickness;
newBiomeSettings.TreeModel = RainForest.TreeModel;
newBiomeSettings.TreeRate = RainForest.TreeRate;
newBiomeSettings.DecorationModel = RainForest.DecorationModel;
newBiomeSettings.DecorationRate = RainForest.DecorationRate;
break;
case Biomes.TropicRainForest:
newBiomeSettings.TargetHumidity = TropicRainForest.TargetHumidity;
newBiomeSettings.TargetTemperature = TropicRainForest.TargetTemperature;
newBiomeSettings.DefaultBlocktype = TropicRainForest.DefaultBlocktype;
newBiomeSettings.TopLayerType = TropicRainForest.TopLayerType;
newBiomeSettings.UnderLayerType = TropicRainForest.UnderLayerType;
newBiomeSettings.Mountains = TropicRainForest.Mountains;
newBiomeSettings.TerrainAmplitude = TropicRainForest.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = TropicRainForest.TopLayerThickness;
newBiomeSettings.TreeModel = TropicRainForest.TreeModel;
newBiomeSettings.TreeRate = TropicRainForest.TreeRate;
newBiomeSettings.DecorationModel = TropicRainForest.DecorationModel;
newBiomeSettings.DecorationRate = TropicRainForest.DecorationRate;
break;
case Biomes.Forest:
newBiomeSettings.TargetHumidity = Forest.TargetHumidity;
newBiomeSettings.TargetTemperature = Forest.TargetTemperature;
newBiomeSettings.DefaultBlocktype = Forest.DefaultBlocktype;
newBiomeSettings.TopLayerType = Forest.TopLayerType;
newBiomeSettings.UnderLayerType = Forest.UnderLayerType;
newBiomeSettings.Mountains = Forest.Mountains;
newBiomeSettings.TerrainAmplitude = Forest.TerrainAmplitude;
newBiomeSettings.TopLayerThickness = Forest.TopLayerThickness;
newBiomeSettings.TreeModel = Forest.TreeModel;
newBiomeSettings.TreeRate = Forest.TreeRate;
newBiomeSettings.DecorationModel = Forest.DecorationModel;
newBiomeSettings.DecorationRate = Forest.DecorationRate;
break;
}
return(newBiomeSettings);
}
public BadlandsPlateauDecorator(Biomes biome) : base(biome)
{
}
public FrozenRiverDecorator(Biomes biome) : base(biome)
{
}
public virtual void AddBiome(Biome biome)
{
Biomes.Add(biome);
Biomes.Sort((a, b) => a.Priority.CompareTo(b.Priority));
}
public WoodedMountainsDecorator(Biomes biome) : base(biome)
{
}