public void Load(ComputationLevel reqlevel, int[] tiles)
{
planet.Log("Load({0}, {1} tiles)", reqlevel, tiles.Length);
var watch = System.Diagnostics.Stopwatch.StartNew();
ComputationLevel minlevel;
while ((minlevel = tiles.Select(x => planet.data[x].Level).Min()) < reqlevel)
{
int[] tiles2 = tiles.Where(x => planet.data[x].Level == minlevel).ToArray();
switch (minlevel)
{
case ComputationLevel.NOTHING:
SampleTerrain(tiles2);
break;
case ComputationLevel.TERRAIN_SAMPLED:
PlaceCities(tiles2);
break;
case ComputationLevel.CITIES_PLACED:
foreach (var i in tiles2)
{
planet.data[i].FindCityBorder();
}
break;
default:
planet.Log("Level {0}: {1} ms", Level, watch.ElapsedMilliseconds);
return;
}
}
planet.Log("Level {0}: {1} ms", Level, watch.ElapsedMilliseconds);
}
public TileData(Planet planet, int index)
{
this.planet = planet;
this.index = index;
Level = ComputationLevel.NOTHING;
PRNG = new System.Random(planet.TileSeeds[index]);
CityScore = PRNG.NextDouble();
}
public void Load(ComputationLevel reqlevel)
{
Load(reqlevel, new int[] { index });
}
public void Load(ComputationLevel reqlevel)
{
Load(reqlevel, new int[] { index });
}
public void Load(ComputationLevel reqlevel, int[] tiles)
{
planet.Log("Load({0}, {1} tiles)", reqlevel, tiles.Length);
var watch = System.Diagnostics.Stopwatch.StartNew();
ComputationLevel minlevel;
while ((minlevel = tiles.Select(x => planet.data[x].Level).Min()) < reqlevel)
{
int[] tiles2 = tiles.Where(x => planet.data[x].Level == minlevel).ToArray();
switch (minlevel)
{
case ComputationLevel.NOTHING:
SampleTerrain(tiles2);
break;
case ComputationLevel.TERRAIN_SAMPLED:
PlaceCities(tiles2);
break;
case ComputationLevel.CITIES_PLACED:
foreach(var i in tiles2)
planet.data[i].FindCityBorder();
break;
default:
planet.Log("Level {0}: {1} ms", Level, watch.ElapsedMilliseconds);
return;
}
}
planet.Log("Level {0}: {1} ms", Level, watch.ElapsedMilliseconds);
}
