private List <PlatformGroup> GroupSpaces(List <Vector3> availableSpacesToGroup)
{
List <PlatformGroup> groups = new List <PlatformGroup>();
if (settings.amountOfGroups < 1)
{
settings.amountOfGroups = 1;
}
int maxBaseGroupSize = (int)(availableSpacesToGroup.Count / settings.amountOfGroups);
Dictionary <PlatformGroup, bool> platformRisen = new Dictionary <PlatformGroup, bool>();
float maxDistance = 1.5f * Math.Max(hexFieldGenerator.GetTileSize().width, hexFieldGenerator.GetTileSize().height);
for (float j = 0; j < settings.amountOfGroups; j++)
{
PlatformGroup pg = new PlatformGroup();
groups.Add(pg);
platformRisen.Add(pg, Random.value < settings.chanceToRisePlatform);
int size = 1;
Vector3 center = availableSpacesToGroup[Random.Range(0, availableSpacesToGroup.Count)];
availableSpacesToGroup.Remove(center);
for (int i = 0; i < availableSpacesToGroup.Count; i++)
{
if (maxBaseGroupSize <= size)
{
break;
}
if (Vector3.Distance(center, availableSpacesToGroup[i]) <= maxDistance)
{
Vector3 v = availableSpacesToGroup[i];
availableSpacesToGroup.Remove(v);
i--;
v.y = platformRisen[pg] ? settings.risenPlatformHeight : 0;
pg.AddSpace(v);
size++;
}
}
}
while (settings.maxAmount > (hexFieldGenerator.GetSpacesCount() - availableSpacesToGroup.Count) && availableSpacesToGroup.Count > 0)
{
//TODO not do bs
Vector3 space = availableSpacesToGroup[0];
int randomGroupIndex = Random.Range(0, groups.Count);
groups[randomGroupIndex].AddSpace(space);
availableSpacesToGroup.Remove(space);
}
return(groups);
}
private List <PlatformGroup> GroupSpaces(List <Vector3> availableSpacesToGroup)
{
List <PlatformGroup> groups = new List <PlatformGroup>();
if (amountOfGroups < 1)
{
amountOfGroups = 1;
}
int maxBaseGroupSize = (int)(availableSpacesToGroup.Count / amountOfGroups);
Dictionary <PlatformGroup, bool> platformRisen = new Dictionary <PlatformGroup, bool>();
float maxDistance = 1.5f * tileSize.magnitude;
for (float j = 0; j < amountOfGroups; j++)
{
PlatformGroup pg = new PlatformGroup();
groups.Add(pg);
platformRisen.Add(pg, Random.value < chanceToRisePlatform);
int size = 1;
Vector3 center = availableSpacesToGroup[Random.Range(0, availableSpacesToGroup.Count)];
availableSpacesToGroup.Remove(center);
for (int i = 0; i < availableSpacesToGroup.Count; i++)
{
if (maxBaseGroupSize <= size)
{
break;
}
if (Vector3.Distance(center, availableSpacesToGroup[i]) <= maxDistance)
{
Vector3 v = availableSpacesToGroup[i];
availableSpacesToGroup.Remove(v);
i--;
v.y = platformRisen[pg] ? risenPlatformHeight : 0;
pg.AddSpace(v);
size++;
}
}
}
while (maxAmount > (maxFreeSpaces - availableSpacesToGroup.Count) && availableSpacesToGroup.Count > 0)
{
//TODO not do bs
Vector3 space = availableSpacesToGroup[0];
int randomGroupIndex = Random.Range(0, groups.Count);
groups[randomGroupIndex].AddSpace(space);
availableSpacesToGroup.Remove(space);
}
return(groups);
}