public static void parseMap(Dictionary<Object, Object> serverData)
{
try
{
if (!(serverData.ContainsKey("map"))) mainProcessor.doDie("serverData does not contain map data. Cannot parse.");
//make new map object for new data.
Dictionary<Tuple<int, int>, tile> newMapData = new Dictionary<Tuple<int,int>,tile>();
Dictionary<Object, Object> mapData = JsonConvert.DeserializeObject<Dictionary<Object, Object>>(Convert.ToString(serverData["map"]));
int yLength = Convert.ToInt32(mapData["j-length"]);
int xLength = Convert.ToInt32(mapData["k-length"]);
string actualMapData = Convert.ToString(mapData["data"]);
//parse through the raw map data received from the server.
int splitIndex = 0;
for (int currColumn = 1; currColumn < (yLength + 1); currColumn++)
{
for (int currRow = 1; currRow < (xLength + 1); currRow++)
{
splitIndex++;
//get current tile
string tileType = mainProcessor.Split(mainProcessor.Split(actualMapData, "\"", splitIndex), "\"", 0);
tile currentTile = new tile(currColumn, currRow, tiles.tileTypes[tileType]);
//add tile to new map
Tuple<int, int> tileCoordinates = new Tuple<int, int>(currColumn, currRow);
newMapData.Add(tileCoordinates, currentTile);
splitIndex++; //jump to correct split point
}
}
//map is now parsed.
mainProcessor.game_map = new map(xLength, yLength, newMapData);
mainProcessor.sendInfo("Map has been parsed.");
}
catch (Exception ex)
{
mainProcessor.doDie("Unable to parse map. " + ex.Message);
}
}
public void pathFinding_process(map processMap, tile initPos, tile targetPos)
{
path_currentTile = initPos.tile_pos;
path_lastTile = path_currentTile;
Boolean path_found = false;
Boolean dokill = false;
List<movements> availableActions = new List<movements>() { movements.UP, movements.DOWN, movements.RIGHT_UP, movements.RIGHT_DOWN, movements.LEFT_UP, movements.LEFT_DOWN};
/*
Movement costs:
* up
* 14 10 14
* \ /
* |
* / \
* 14 10 14
* down
*/
while ((!path_found) && (!dokill))
{
Dictionary<movements, Tuple<int, int>> availableDirections = new Dictionary<movements, Tuple<int, int>>()
{
{movements.UP, new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2)},
{movements.DOWN, new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2)},
{movements.LEFT_UP, new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2 + 1)},
{movements.LEFT_DOWN, new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2 + 1)},
{movements.RIGHT_DOWN, new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2 - 1)},
{movements.RIGHT_DOWN, new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2 - 1)}
};
//remove invalid tiles
foreach (KeyValuePair<movements, Tuple<int, int>> pair in availableDirections)
{
//remove invalid tiles
if (!processMap.map_data.ContainsKey(pair.Value))
{
path_blackList.Add(pair.Value);
availableActions.Remove(pair.Key);
Console.WriteLine("[PathFinder] - Removed invalid tile at (" + Convert.ToString(pair.Value.Item1) + "," + Convert.ToString(pair.Value.Item2) + ")");
}
//remove blacklisted tiles
if (path_blackList.Contains(pair.Value))
{
availableActions.Remove(pair.Key);
Console.WriteLine("[PathFinder] - Removed blacklisted tile at (" + Convert.ToString(pair.Value.Item1) + "," + Convert.ToString(pair.Value.Item2) + ")");
}
//remove unwalkable tiles
tile analyzeTile = processMap.map_data[pair.Value];
if ((analyzeTile.tile_type == tiles.tileType.VOID) || (analyzeTile.tile_type == tiles.tileType.SPAWN) || (analyzeTile.tile_type == tiles.tileType.ROCK))
{
availableActions.Remove(pair.Key);
Console.WriteLine("[PathFinder] - Removed unwalkable tile at (" + Convert.ToString(pair.Value.Item1) + "," + Convert.ToString(pair.Value.Item2) + ")");
}
}
/*
FIND TILES
*/
//prioritize y axis before x axis.
Boolean foundYTile = true; //is set to false if not
Boolean foundXTile = false;
if (targetPos.tile_pos.Item1 > path_currentTile.Item1)
{
//target y axis is greater.
//following moves should be made: up, left_up, right_up
if (availableDirections.ContainsKey(movements.UP)) {
Console.WriteLine("[PathFinder] - Found walkable UP tile (" + Convert.ToString(path_currentTile.Item1 - 1) + "," + Convert.ToString(path_currentTile.Item2) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2);
}
else if (availableDirections.ContainsKey(movements.LEFT_UP))
{
Console.WriteLine("[PathFinder] - Found walkable LEFT UP tile (" + Convert.ToString(path_currentTile.Item1 - 1) + "," + Convert.ToString(path_currentTile.Item2 + 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2 + 1);
}
else if (availableDirections.ContainsKey(movements.RIGHT_UP))
{
Console.WriteLine("[PathFinder] - Found walkable RIGHT UP tile (" + Convert.ToString(path_currentTile.Item1 - 1) + "," + Convert.ToString(path_currentTile.Item2 - 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2 - 1);
}
else
{
foundYTile = false;
}
path_current.Add(path_currentTile);
path_lastTile = path_currentTile;
}
else if (targetPos.tile_pos.Item1 < path_currentTile.Item1)
{
//target y axis is lower.
//following moves should be made: down, left_down, right_down
if (availableDirections.ContainsKey(movements.DOWN))
{
Console.WriteLine("[PathFinder] - Found walkable DOWN tile (" + Convert.ToString(path_currentTile.Item1 + 1) + "," + Convert.ToString(path_currentTile.Item2) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2);
}
else if (availableDirections.ContainsKey(movements.LEFT_UP))
{
Console.WriteLine("[PathFinder] - Found walkable LEFT DOWN tile (" + Convert.ToString(path_currentTile.Item1 + 1) + "," + Convert.ToString(path_currentTile.Item2 + 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2 + 1);
}
else if (availableDirections.ContainsKey(movements.RIGHT_UP))
{
Console.WriteLine("[PathFinder] - Found walkable RIGHT DOWN tile (" + Convert.ToString(path_currentTile.Item1 + 1) + "," + Convert.ToString(path_currentTile.Item2 - 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2 - 1);
}
else
{
foundYTile = false;
}
path_current.Add(path_currentTile);
path_lastTile = path_currentTile;
}
if (!foundYTile)
{
//try to find XTILE
if (targetPos.tile_pos.Item2 > path_currentTile.Item2)
{
//target x axis is greater.
//following moves should be made: left up, left down, down, up
if (availableDirections.ContainsKey(movements.LEFT_UP))
{
Console.WriteLine("[PathFinder] - Found walkable LEFT UP tile (" + Convert.ToString(path_currentTile.Item1 - 1) + "," + Convert.ToString(path_currentTile.Item2 + 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2 + 1);
}
else if (availableDirections.ContainsKey(movements.LEFT_DOWN))
{
Console.WriteLine("[PathFinder] - Found walkable LEFT DOWN tile (" + Convert.ToString(path_currentTile.Item1 + 1) + "," + Convert.ToString(path_currentTile.Item2 + 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2 + 1);
}
else if (availableDirections.ContainsKey(movements.RIGHT_UP))
{
Console.WriteLine("[PathFinder] - Found walkable RIGHT UP tile (" + Convert.ToString(path_currentTile.Item1 - 1) + "," + Convert.ToString(path_currentTile.Item2 - 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2 - 1);
}
else
{
foundXTile = false;
}
path_current.Add(path_currentTile);
path_lastTile = path_currentTile;
}
else if (targetPos.tile_pos.Item2 < path_currentTile.Item2)
{
//target x axis is lower.right up, right down, down, up
if (availableDirections.ContainsKey(movements.RIGHT_UP))
{
Console.WriteLine("[PathFinder] - Found walkable RIGHT UP tile (" + Convert.ToString(path_currentTile.Item1 - 1) + "," + Convert.ToString(path_currentTile.Item2 - 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2 - 1);
}
else if (availableDirections.ContainsKey(movements.RIGHT_DOWN))
{
Console.WriteLine("[PathFinder] - Found walkable RIGHT DOWN tile (" + Convert.ToString(path_currentTile.Item1 + 1) + "," + Convert.ToString(path_currentTile.Item2 - 1) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2 - 1);
}
else if (availableDirections.ContainsKey(movements.DOWN))
{
Console.WriteLine("[PathFinder] - Found walkable DOWN tile (" + Convert.ToString(path_currentTile.Item1 + 1) + "," + Convert.ToString(path_currentTile.Item2) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 + 1, path_currentTile.Item2);
}
else if (availableDirections.ContainsKey(movements.UP))
{
Console.WriteLine("[PathFinder] - Found walkable UP tile (" + Convert.ToString(path_currentTile.Item1 - 1) + "," + Convert.ToString(path_currentTile.Item2) + ")");
path_currentTile = new Tuple<int, int>(path_currentTile.Item1 - 1, path_currentTile.Item2);
}
else
{
foundXTile = false;
}
path_current.Add(path_currentTile);
path_lastTile = path_currentTile;
}
}
if ((!foundYTile) && (!foundXTile))
{
if (path_current.Contains(path_currentTile)) path_current.Remove(path_currentTile);
path_blackList.Add(path_currentTile);
path_currentTile = path_lastTile;
}
}
}