public Enc(string t, List <EncChoice> c, TileTerrain tt, TileFeatures tf)
{
text = t;
choices = c;
terrainType = tt;
featureType = tf;
encounters = new List <string>();
}
public GameTile GetNearestTile(GameTile tile, TileTerrain terrain, TileFeatures feature, int distance)
{
List <GameTile> allowed = new List <GameTile>();
if (terrain == TileTerrain.Land)
{
allowed.AddRange(regionLand);
}
else if (terrain == TileTerrain.River)
{
allowed.AddRange(regionRiver);
}
else if (terrain == TileTerrain.DeepSea)
{
allowed.AddRange(regionDeepSea);
}
else if (terrain == TileTerrain.ShallowSea)
{
allowed.AddRange(regionSea);
}
else if (terrain == TileTerrain.Sand)
{
allowed.AddRange(regionSand);
}
else if (terrain == TileTerrain.Grass || terrain == TileTerrain.Grass2)
{
allowed.AddRange(regionGrass);
}
else if (terrain == TileTerrain.Mountain || terrain == TileTerrain.Mountain2)
{
allowed.AddRange(regionMountain);
}
else if (terrain == TileTerrain.Snow || terrain == TileTerrain.Snow2)
{
allowed.AddRange(regionSnow);
}
allowed = allowed.OrderBy(o => o.DistanceTo(tile)).ToList();
while (true)
{
for (int i = 0; i < allowed.Count; i++)
{
if (tile.DistanceTo(allowed[i]) > distance && allowed[i].tileFeatures == feature)
{
return(allowed[i]);
}
}
distance = Mathf.Clamp(distance - 2, 1, distance);
}
}
public void PlaceFeature(GameObject feature, TileFeatures featureType, int distanceFromSameFeature, List <TileTerrain> allowedTerrain)
{
List <GameTile> placed = new List <GameTile>();
List <GameTile> allowedTiles = new List <GameTile>();
if (allowedTerrain.Contains(TileTerrain.River))
{
allowedTiles.AddRange(map.regionRiver);
}
if (allowedTerrain.Contains(TileTerrain.DeepSea))
{
allowedTiles.AddRange(map.regionDeepSea);
}
if (allowedTerrain.Contains(TileTerrain.ShallowSea))
{
allowedTiles.AddRange(map.regionSea);
}
if (allowedTerrain.Contains(TileTerrain.Sand) || allowedTerrain.Contains(TileTerrain.Land))
{
allowedTiles.AddRange(map.regionSand);
}
if (allowedTerrain.Contains(TileTerrain.Grass) || allowedTerrain.Contains(TileTerrain.Grass2) || allowedTerrain.Contains(TileTerrain.Land))
{
allowedTiles.AddRange(map.regionGrass);
}
if (allowedTerrain.Contains(TileTerrain.Mountain) || allowedTerrain.Contains(TileTerrain.Mountain2) || allowedTerrain.Contains(TileTerrain.Land))
{
allowedTiles.AddRange(map.regionMountain);
}
if (allowedTerrain.Contains(TileTerrain.Snow) || allowedTerrain.Contains(TileTerrain.Snow2) || allowedTerrain.Contains(TileTerrain.Land))
{
allowedTiles.AddRange(map.regionSnow);
}
Debug.Log("wat " + allowedTiles.Count);
for (int i = 0; i < allowedTiles.Count; i++)
{
if (EvaluateFeaturePosition(allowedTiles[i].transform.position, placed, distanceFromSameFeature) && allowedTiles[i].tileFeatures == TileFeatures.None)
{
if (featureType == TileFeatures.Bridge)
{
if (allowedTiles[i].tileDown.tileTerrain != TileTerrain.River && allowedTiles[i].tileUp.tileTerrain != TileTerrain.River &&
allowedTiles[i].tileDown.tileTerrain != TileTerrain.ShallowSea && allowedTiles[i].tileUp.tileTerrain != TileTerrain.ShallowSea)
{
GameObject temp = Instantiate(feature);
temp.transform.localPosition = allowedTiles[i].transform.position;
Vector3 tempRot = temp.transform.localEulerAngles;
tempRot.y = 90;
temp.transform.localEulerAngles = tempRot;
temp.transform.parent = featuresBucket.transform;
placed.Add(allowedTiles[i]);
allowedTiles[i].tileFeatures = featureType;
}
else if (allowedTiles[i].tileLeft.tileTerrain != TileTerrain.River && allowedTiles[i].tileRight.tileTerrain != TileTerrain.River &&
allowedTiles[i].tileDown.tileTerrain != TileTerrain.ShallowSea && allowedTiles[i].tileUp.tileTerrain != TileTerrain.ShallowSea)
{
GameObject temp = Instantiate(feature);
temp.transform.localPosition = allowedTiles[i].transform.position;
temp.transform.parent = featuresBucket.transform;
placed.Add(allowedTiles[i]);
allowedTiles[i].tileFeatures = featureType;
}
}
else
{
GameObject temp = Instantiate(feature);
temp.transform.localPosition = allowedTiles[i].transform.position;
temp.transform.parent = featuresBucket.transform;
placed.Add(allowedTiles[i]);
allowedTiles[i].tileFeatures = featureType;
if (featureType == TileFeatures.Castle || featureType == TileFeatures.Cave || featureType == TileFeatures.Town ||
featureType == TileFeatures.Village || featureType == TileFeatures.swamp)
{
Vector3 tempRot = temp.transform.localEulerAngles;
tempRot.y = (int)Random.Range(1f, 4f) * 90;
temp.transform.localEulerAngles = tempRot;
}
}
}
}
}
public GameTile GetNearestTile(TileTerrain terrain, TileFeatures feature, int distance)
{
return(map.GetNearestTile(player.Tile, terrain, feature, distance));
}
private List <Enc> GetEncounterByTerrainAndFeature(List <Enc> list, TileTerrain terrain, TileFeatures feature)
{
List <Enc> newList = new List <Enc>();
for (int i = 0; i < list.Count; i++)
{
if (list[i].terrainType == terrain && list[i].featureType == feature)
{
newList.Add(list[i]);
}
}
return(newList);
}
