public Island(IslandSize iSize)
{
if (iSize == IslandSize.Null)
{
IslandSize = IslandSize.Null;
}
}
public Island(Vector2 Size, Vector2 LBCoordinate, World W, IslandSize IsleSize)
{
this.Size = Size;
LeftBottomCoordinate = LBCoordinate;
world = W;
IslandSize = IsleSize;
}
private void MakeNewIsland(IslandGenerator gen, int islandSeed, float[][] moistNoise, float[][] tempNoise)
{
System.Random islandPRNG = new System.Random(islandSeed);
IslandSize size = DetermineIslandSize(islandPRNG.Next());
int islandSize = (int)size;
int x = islandPRNG.Next(islandSize, MaxWorldSize - islandSize);
int z = islandPRNG.Next(islandSize, MaxWorldSize - islandSize);
Vector3 position = new Vector3(x, 0f, z);
int numOfHeightLevels = islandPRNG.Next(MinNumberOfHeightLevels) + MinNumberOfHeightLevels; // dont want island with < min height levels
// should check to make sure islands can't overlap each other
// copy out the relevant climate noise
float[][] islandSpecificMoistureData = new float[islandSize][];
float[][] islandSpecificTempData = new float[islandSize][];
//Debug.LogFormat("specific: {0}x{1}", islandSpecificBiomeData.Length, islandSpecificBiomeData[0].Length);
//Debug.LogFormat("base: {0}x{1}", biomeNoise.Length, biomeNoise[0].Length);
for (int i = 0; i < islandSize; ++i)
{
islandSpecificMoistureData[i] = new float[islandSize];
islandSpecificTempData[i] = new float[islandSize];
for (int j = 0; j < islandSize; ++j)
{
//Debug.LogFormat("specific -> i: {0}, j:{1}, base -> i:{2} j:{3}",i, j, i + x, j + z);
islandSpecificMoistureData[i][j] = moistNoise[i + x][j + z];
islandSpecificTempData[i][j] = tempNoise[i + x][j + z];
}
}
Debug.LogFormat("new island at {0} of size {1} with {2} levels ({3})", position, size.ToString(), numOfHeightLevels, islandSeed);
// TODO
// create an island data class that will be returned from this function
// should hold things like:
// tile array, native species of plants/vegetables/etc, general climate, size, soil classification, ...
IslandData data = gen.Generate(size, islandSeed, position, islandSpecificMoistureData, islandSpecificTempData, numOfHeightLevels);
_islands.Add(data);
}
