// Start is called before the first frame update
void Start()
{
layers = new List <Tuple <int, List <GameObject> > >();
layerGenerator = GetComponent <LayerGenerator>();
runningSimulation = false;
layerGenerator.FetchLayer(0, LayerGenerated);
LayerInfoText.text = "Analyzing layer " + 1;
}
public void SquaredArrayTest()
{
LayerGenerator layerGenerator = new LayerGenerator(60, 50, 2);
double[,] squaredArray = layerGenerator.GenerateWorldLayer(40, 80, 3.0, 45, true);
printArray(squaredArray);
// Console.WriteLine("Squared 60 x 50 layer generation took: " + stopwatch.Elapsed + "secs.");
Assert.AreEqual(45.0, squaredArray[0, 0]);
verifyAllValuesInRange(40.0, 80.0, squaredArray);
}
public void IntArrayTest()
{
LayerGenerator layerGenerator = new LayerGenerator(60, 50, 0);
double[,] array = layerGenerator.GenerateWorldLayer(40, 80, 3.0, 45, false);
int[,] intArray = layerGenerator.convertDoubleArrayToInt(array);
printArray(intArray);
// Console.WriteLine("Normal 60 x 50 layer generation took: " + stopwatch.Elapsed + "secs.");
Assert.AreEqual(45, intArray[0, 0]);
verifyAllValuesInRange(40, 80, intArray);
}
public void generateWorld()
{
while (!isAcceptableWorld(resourceTotals))
{
layerGenerator = new LayerGenerator(worldX, worldZ, ROUND_TO);
hexagonalNumbers = generateHexNumbers();
triangularGrid = generateWorldGrid();
Debug.Log(calculateWorldStats());
Debug.Log(isAcceptableWorld(resourceTotals));
}
}
// This constructor is intended only for loading extant worlds from File
private World(WorldFile worldFile, Tile[,] tileArray, List <Herd> herds, List <Tribe> tribes)
{
this.x = worldFile.dimensions[0];
this.z = worldFile.dimensions[1];
Coordinates.setWorldSize(x, z);
currentDate = new WorldDate(1, 1);
this.herds = herds;
this.tribes = tribes;
doubleLayerGenerator = new LayerGenerator(x, z, ROUND_TO);
intLayerGenerator = new LayerGenerator(x, z, 0);
randy = new Random();
this.tileArray = tileArray;
}
private void buildWorld(int x, int z)
{
this.x = x;
this.z = z;
Coordinates.setWorldSize(x, z);
currentDate = new WorldDate(1, 1);
herds = new List <Herd>();
tribes = new List <Tribe>();
doubleLayerGenerator = new LayerGenerator(x, z, ROUND_TO);
intLayerGenerator = new LayerGenerator(x, z, 0);
randy = new Random();
maxDiff = 0.0;
tileArray = generateTileArray();
// Once the basic stats are generated - generate 20 years of weather
// This finishes the rivers, and gives the data to generate the habitats.
for (int year = 0; year < YEARS_TO_FULL_HABITAT_REGROWTH; year++)
{
generateYearOfWeather(year + 1);
}
}
public LayerClass(List <AbstractVisualClass> LayerGenerators)
{
this.LayerGenerators = LayerGenerators;
visualObject = new LayerGenerator(LayerGenerators);
}
