// Distributes humidity using perlin noise
private void GeneratePerlinHumidity(Configuration file, TerrainToComposition attackComposition, TerrainToComposition defendComposition, double[] weighValue, int gridWidth, int gridHeight)
{
int structureSize = file.GetProperty <int>("structureSize");
double structureSizeApplicable = structureSize / 100.0;
double[,] humidityMap = GeneratePerlinGrid(gridWidth, gridHeight, structureSizeApplicable);
for (int x = 0; x < gridWidth; x++)
{
for (int y = 0; y < gridHeight; y++)
{
Tile currentTile = this[x, y] as Tile;
double humidity = humidityMap[x, y];
double defenseValue = weighValue[y];
double attackValue = 1 - defenseValue;
double humidChance = defenseValue * defendComposition.humidChance + attackValue * attackComposition.humidChance;
double humidThreshold = ChanceToThreshold(true, humidChance);
if (humidity > humidThreshold)
{
if (currentTile.Terrain == Terrain.Plains)
{
currentTile.Terrain = Terrain.Forest;
}
}
}
}
}
// Distributes temperature using perlin noise
private void GeneratePerlinTemperature(Configuration file, TerrainToComposition attackComposition, TerrainToComposition defendComposition, double[] weighValue, int gridWidth, int gridHeight)
{
int structureSize = file.GetProperty <int>("structureSize");
double structureSizeApplicable = structureSize / 100.0;
double[,] temperatureMap = GeneratePerlinGrid(gridWidth, gridHeight, structureSizeApplicable);
for (int x = 0; x < gridWidth; x++)
{
for (int y = 0; y < gridHeight; y++)
{
Tile currentTile = this[x, y] as Tile;
double temperature = temperatureMap[x, y];
double defenseValue = weighValue[y];
double attackValue = 1 - defenseValue;
double hotChance = defenseValue * defendComposition.hotChance + attackValue * attackComposition.hotChance;
double hotThreshold = ChanceToThreshold(true, hotChance);
double coldChance = defenseValue * defendComposition.coldChance + attackValue * attackComposition.coldChance;
double coldThreshold = ChanceToThreshold(false, coldChance);
if (temperature > hotThreshold)
{
if (currentTile.Terrain == Terrain.Plains)
{
currentTile.Terrain = Terrain.Desert;
}
else if (currentTile.Terrain == Terrain.Forest)
{
currentTile.Terrain = Terrain.Jungle;
}
else if (currentTile.Terrain == Terrain.Mountain)
{
currentTile.Terrain = Terrain.DesertMountain;
}
}
else if (temperature < coldThreshold)
{
if (currentTile.Terrain == Terrain.Plains)
{
currentTile.Terrain = Terrain.Tundra;
}
else if (currentTile.Terrain == Terrain.Forest)
{
currentTile.Terrain = Terrain.Swamp;
}
else if (currentTile.Terrain == Terrain.Mountain)
{
currentTile.Terrain = Terrain.TundraMountain;
}
}
}
}
}
// Generates a battlemap: a transition between two economygrid tiles
public void BattleGenerate(Terrain attackTerrain, bool attackHills, Terrain defendTerrain, bool defendHills, int gridWidth, int gridHeight, Player attackingPlayer, Player defendingPlayer)
{
this.attackingPlayer = attackingPlayer;
this.defendingPlayer = defendingPlayer;
defenseBonusTerrain = defendTerrain;
attackBonusTerrain = attackTerrain;
Configuration file = FileManager.LoadConfig("TerrainGeneration");
TerrainToComposition attackComposition = GetTerrainSpecsFromFile(attackTerrain, attackHills);
TerrainToComposition defendComposition = GetTerrainSpecsFromFile(defendTerrain, defendHills);
GenerateEnvironmentalValues(file, attackComposition, defendComposition, gridWidth, gridHeight);
}
// Distributes height using perlin noise
private bool GeneratePerlingridHeights(Configuration file, TerrainToComposition attackComposition, TerrainToComposition defendComposition, double[] weighValue, int gridWidth, int gridHeight)
{
int structureSize = file.GetProperty <int>("structureSize");
double structureSizeApplicable = structureSize / 100.0; // Determines randomness for PerlinGrid
double[,] heightMap = GeneratePerlinGrid(gridWidth, gridHeight, structureSizeApplicable);
for (int x = 0; x < gridWidth; x++)
{
for (int y = 0; y < gridHeight; y++)
{
Tile currentTile = this[x, y] as Tile;
double height = heightMap[x, y];
double defenseValue = weighValue[y];
double attackValue = 1 - defenseValue;
double mountainChance = defenseValue * defendComposition.mountainchance + attackValue * attackComposition.mountainchance;
double mountainThreshold = ChanceToThreshold(true, mountainChance);
double hillsChance = defenseValue * defendComposition.hillschance + attackValue * attackComposition.hillschance;
double hillsThreshold = ChanceToThreshold(true, hillsChance);
double lakeChance = defenseValue * defendComposition.lakechance + attackValue * attackComposition.lakechance;
double lakeThreshold = ChanceToThreshold(false, lakeChance);
if (height > mountainThreshold)
{
currentTile.Terrain = Terrain.Mountain;
currentTile.hills = false;
}
else if (height > hillsThreshold)
{
currentTile.Terrain = Terrain.Plains;
currentTile.hills = true;
}
else if (height < lakeThreshold)
{
currentTile.Terrain = Terrain.Lake;
currentTile.hills = false;
}
else
{
currentTile.Terrain = Terrain.Plains;
currentTile.hills = false;
}
}
}
return(CheckIfEveryTileIsAccessible(file, gridWidth, gridHeight));
}
// Generates terain using 3 layers of values: height, humidity, and temperature
private void GenerateEnvironmentalValues(Configuration file, TerrainToComposition attackComposition, TerrainToComposition defendComposition, int gridWidth, int gridHeight)
{
double[] weighValue = new double[gridHeight];
int defendingpercentage = file.GetProperty <int>("PercentageDefendingTile");
int defendingRows = (int)((defendingpercentage / 100.0) * gridHeight);
for (int i = 0; i < defendingRows; i++)
{
weighValue[i] = 1.0; // The upper rows are determined only by the defending tile.
}
for (int i = defendingRows; i < gridHeight; i++)
{
weighValue[i] = 1 - ((i - defendingRows) / (double)(gridHeight - 1 - defendingRows)); // Generates a weighvalue for all transitionrows
}
bool validHeightMap = false;
while (!validHeightMap)
{
validHeightMap = GeneratePerlingridHeights(file, attackComposition, defendComposition, weighValue, gridWidth, gridHeight); // If not evertything is accessible, generates new heightmap
}
GeneratePerlinHumidity(file, attackComposition, defendComposition, weighValue, gridWidth, gridHeight);
GeneratePerlinTemperature(file, attackComposition, defendComposition, weighValue, gridWidth, gridHeight);
}