private void MeasureNeigbors(Dictionary <Centers, Centers> camefrom, Dictionary <Centers, int> costsofar, Centers cnt, CenterMapData mapdata, Centers othernode, Centers current, Centers next)
{
var nextdata = next.mapData;
var new_cost = costsofar[current] + nextdata.Biome.MovementCost();
if (!costsofar.TryGetValue(next, out var x) || new_cost < costsofar[next])
{
costsofar[next] = new_cost;
var priority = new_cost + heuristic(othernode.center, next.center);
frontier.Enqueue(new FastTownNode(next, new_cost), priority * 10);
camefrom[next] = current;
mapdata.Villiage.AddTownToList(costsofar[next], next, camefrom);
next.mapData.Villiage.AddTownToListReversed(costsofar[next], cnt, camefrom);
}
}
public IBiomes getBiome(CenterMapData cnt)
{
if (cnt.Ocean)
{
return(new Ocean());
}
else if (cnt.Water)
{
if (cnt.Elevation < 0.1)
{
return(new Marsh());
}
if (cnt.Elevation > 0.8)
{
return(new Ice());
}
return(new Lake());
}
else if (cnt.Coast)
{
return(new Beach());
}
else if (cnt.Elevation > 0.8)
{
if (cnt.Moisture > 0.50)
{
return(new Snow());
}
else if (cnt.Moisture > 0.33)
{
return(new Tundra());
}
else if (cnt.Moisture > 0.16)
{
return(new Bare());
}
else
{
return(new Scorched());
}
}
else if (cnt.Elevation > 0.6)
{
if (cnt.Moisture > 0.66)
{
return(new Taiga());
}
else if (cnt.Moisture > 0.33)
{
return(new Shrubland());
}
else
{
return(new Plains());
}
}
else if (cnt.Elevation > 0.3)
{
if (cnt.Moisture > 0.83)
{
return(new TemperateRainForest());
}
else if (cnt.Moisture > 0.50)
{
return(new Forest());
}
else if (cnt.Moisture > 0.16)
{
return(new Grassland());
}
else
{
return(new Plains());
}
}
else
{
if (cnt.Moisture > 0.66)
{
return(new TropicalRainForest());
}
else if (cnt.Moisture > 0.33)
{
return(new Forest());
}
else if (cnt.Moisture > 0.16)
{
return(new Grassland());
}
else
{
return(new Desert());
}
}
}
private void MeasureTownDistance(Dictionary <Centers, Centers> camefrom, Dictionary <Centers, int> costsofar, List <Centers> landlist, Centers cnt, CenterMapData mapdata, Centers othernode)
{
camefrom.Clear();
costsofar.Clear();
frontier.Clear();
costsofar[cnt] = 0;
frontier.Enqueue(new FastTownNode(cnt, 0), 0);
while (frontier.Count != 0)
{
var currentnode = frontier.Dequeue();
var current = currentnode.cnt;
if (current == othernode)
{
break;
}
foreach (Centers next in current.neigbors)
{
MeasureNeigbors(camefrom, costsofar, cnt, mapdata, othernode, current, next);
}
}
mapdata.Villiage.AddTownToList(costsofar[othernode], othernode, camefrom);
othernode.mapData.Villiage.AddTownToListReversed(costsofar[othernode], cnt, camefrom);
}