private void CreateStreet(Vector2Int coords, DirectionalTileType type)
{
var streetBlockInfo = this.TilesetPrefabs.Get(type);
Transform streetBlock = GameObject.Instantiate <Transform>(streetBlockInfo.Item, StreetsParent);
streetBlock.rotation = Quaternion.Euler(0f, streetBlockInfo.Rotation, 0f);
streetBlock.position = new Vector3(coords.x * 69.8f, 0, coords.y * 69.8f);
streetBlock.name = coords.ToString() + type.ToString();
}
public static bool?HasFace(this DirectionalTileType t, Faces matchFace)
{
if (t == DirectionalTileType.Unknown)
{
return(null);
}
else
{
return(facings[t].Contains(matchFace));
}
}
private void SetImage(Vector2Int coords, DirectionalTileType type)
{
var t = CityStreetPanel.Find(coords.ToString());
if (t != null)
{
GameObject.Destroy(t);
}
var tile = this.TilesetIcons.Get(type);
RectTransform r = GameObject.Instantiate <RectTransform>(tile.Item, CityStreetPanel);
if (Math.Abs(tile.Rotation) == 90)
{
tile.Rotation = -tile.Rotation;
}
r.rotation = Quaternion.Euler(0, 0, tile.Rotation);
r.anchoredPosition = new Vector3(coords.x * 100, coords.y * 100);
r.name = coords.ToString() + type.ToString();
}
public void SetType(int x, int y, DirectionalTileType t)
{
map[x + MaxRadius, y + MaxRadius] = t;
}
public DirectionalTile <T> Get(DirectionalTileType t)
{
if (t == DirectionalTileType.Intersection)
{
return new DirectionalTile <T>()
{
Item = Intersection
}
}
;
else
{
switch (t)
{
case DirectionalTileType.StraightHorizontal:
return(new DirectionalTile <T>()
{
Item = Straight
});
case DirectionalTileType.StraightVertical:
return(new DirectionalTile <T>()
{
Item = Straight, Rotation = 90
});
case DirectionalTileType.TJunctionTop:
return(new DirectionalTile <T>()
{
Item = TJunction, Rotation = -90
});
case DirectionalTileType.TJunctionRight:
return(new DirectionalTile <T>()
{
Item = TJunction
});
case DirectionalTileType.TJunctionBottom:
return(new DirectionalTile <T>()
{
Item = TJunction, Rotation = 90
});
case DirectionalTileType.TJunctionLeft:
return(new DirectionalTile <T>()
{
Item = TJunction, Rotation = 180
});
case DirectionalTileType.EndcapTop:
return(new DirectionalTile <T>()
{
Item = Endcap, Rotation = 90
});
case DirectionalTileType.EndcapRight:
return(new DirectionalTile <T>()
{
Item = Endcap, Rotation = 180
});
case DirectionalTileType.EndcapBottom:
return(new DirectionalTile <T>()
{
Item = Endcap, Rotation = -90
});
case DirectionalTileType.EndcapLeft:
return(new DirectionalTile <T>()
{
Item = Endcap
});
}
Debug.Log("Can't find a tile for " + t);
return(null);
}
}
public static Faces[] GetFaces(this DirectionalTileType t)
{
return(facings[t]);
}
