public static void SaveLevel(string LevelName)
{
int MapHeight = EditorMapManager.NumYTiles;
int MapWidth = EditorMapManager.NumXTiles;
byte[,] CollisionLayer = EditorMapManager.CollisionLayer;
byte[,] BackgroundLayer = EditorMapManager.BackgroundLayer;
byte[,] PlatformLayer = EditorMapManager.PlatformLayer;
byte[,] SpecialsLayer = EditorMapManager.SpecialsLayer;
//First we read the GameData file so that we get access to the MapList
//We will use that to propperly name the new map
string GameDataPath = SaveFilesDirectoryPath + @"\GameData.xml";
GameData TempGameData;
FileStream GameDataStream = File.Open(GameDataPath, FileMode.Open);
try
{
XmlSerializer GameDataSerializer = new XmlSerializer(typeof(GameData));
TempGameData = (GameData)GameDataSerializer.Deserialize(GameDataStream);
}
finally
{
GameDataStream.Close();
}
//Now we make sure that we have a Levels directory
System.IO.Directory.CreateDirectory(LevelDirectoryPath);
//Get all the necessary LevelData
LevelData LevelData = new LevelData();
LevelData.TileSize = 20;
LevelData.MapHeight = MapHeight;
LevelData.MapWidth = MapWidth;
LevelData.CollisionLayer = ConvertToJaggedArray(CollisionLayer);
LevelData.BackgroundLayer = ConvertToJaggedArray(BackgroundLayer);
LevelData.PlatformLayer = ConvertToJaggedArray(PlatformLayer);
LevelData.SpecialsLayer = ConvertToJaggedArray(SpecialsLayer);
//And now its time to build the SavePath
//The new level we want to save should get number "MapList.Count + 1"
//So if the MapList is empty, that is we have no maps,
//then the new map we save will get number "0 + 1 = 1"
//If there are 8 maps in the list then the new map will get number "8 + 1 = 9"
string savePath = LevelDirectoryPath + @"\" + LevelName + ".xml";
FileStream stream = File.Open(savePath, FileMode.Create);
try
{
XmlSerializer serializer = new XmlSerializer(typeof(LevelData));
serializer.Serialize(stream, LevelData);
}
finally
{
stream.Close();
}
//After we have saved the new level we need to update the GameData file (update the MapList)
TempGameData.MapList = gameData.MapList;
if (!TempGameData.MapList.Contains(LevelName))
TempGameData.MapList.Add(LevelName);
GameDataStream = File.Open(GameDataPath, FileMode.Create);
try
{
XmlSerializer serializer = new XmlSerializer(typeof(GameData));
serializer.Serialize(GameDataStream, TempGameData);
}
finally
{
GameDataStream.Close();
}
gameData = TempGameData;
}
public static void LoadLevel(int LevelNumber)
{
//Get the path to the map we want to load
string LoadPath = LevelDirectoryPath + @"\" + gameData.MapList[LevelNumber-1] + ".xml";
//Open the stream
FileStream stream = File.Open(LoadPath, FileMode.Open);
//And then we do the serializing process
try
{
XmlSerializer serializer = new XmlSerializer(typeof(LevelData));
LoadedLevel = (LevelData)serializer.Deserialize(stream);
}
finally
{
//Before closing the stream we set the Player to null
//This forces the GameManager to create a new player object which
//will make sure that the player gets spawnd with all the correct values on the new map
GameManager.Player = null;
stream.Close();
}
}
public static void LoadLevel(string MapName)
{
string LoadPath = LevelDirectoryPath + @"\" + MapName + ".xml";
FileStream stream = File.Open(LoadPath, FileMode.Open);
try
{
XmlSerializer serializer = new XmlSerializer(typeof(LevelData));
LoadedLevel = (LevelData)serializer.Deserialize(stream);
}
finally
{
stream.Close();
}
EditorMapManager.BuildMap();
}
public static void SaveLevel(string LevelName, LightRenderer aLightRenderer)
{
int MapHeight = EditorMapManager.NumYTiles;
int MapWidth = EditorMapManager.NumXTiles;
byte[,] CollisionLayer = EditorMapManager.CollisionLayer;
byte[,] BackgroundLayer = EditorMapManager.BackgroundLayer;
byte[,] PlatformLayer = EditorMapManager.PlatformLayer;
byte[,] SpecialsLayer = EditorMapManager.SpecialsLayer;
float[,] PointLights = new float[aLightRenderer.pointLights.Count, 7];
for (int y = 0; y < aLightRenderer.pointLights.Count; y++)
{
PointLights[y, 0] = aLightRenderer.pointLights[y].Position.X - EditorMapManager.Offset.X;
PointLights[y, 1] = aLightRenderer.pointLights[y].Position.Y - EditorMapManager.Offset.Y;
PointLights[y, 2] = aLightRenderer.pointLights[y].Radius;
PointLights[y, 3] = aLightRenderer.pointLights[y].Power;
PointLights[y, 4] = aLightRenderer.pointLights[y].Color.R;
PointLights[y, 5] = aLightRenderer.pointLights[y].Color.G;
PointLights[y, 6] = aLightRenderer.pointLights[y].Color.B;
}
//float[,] AmbientLights = new float[LightingManager.AmbientLights.Count, 8];
//for (int y = 0; y < LightingManager.AmbientLights.Count; y++)
//{
// AmbientLights[y, 0] = LightingManager.AmbientLights[y].Position.X;
// AmbientLights[y, 1] = LightingManager.AmbientLights[y].Position.Y;
// AmbientLights[y, 2] = LightingManager.AmbientLights[y].Width;
// AmbientLights[y, 3] = LightingManager.AmbientLights[y].Height;
// AmbientLights[y, 4] = LightingManager.AmbientLights[y].Color.R;
// AmbientLights[y, 5] = LightingManager.AmbientLights[y].Color.G;
// AmbientLights[y, 6] = LightingManager.AmbientLights[y].Color.B;
// AmbientLights[y, 7] = LightingManager.AmbientLights[y].Power;
//}
//First we read the GameData file so that we get access to the MapList
//We will use that to propperly name the new map
string GameDataPath = SaveFilesDirectoryPath + @"\GameData.xml";
GameData TempGameData;
FileStream GameDataStream = File.Open(GameDataPath, FileMode.Open);
try
{
XmlSerializer GameDataSerializer = new XmlSerializer(typeof(GameData));
TempGameData = (GameData)GameDataSerializer.Deserialize(GameDataStream);
}
finally
{
GameDataStream.Close();
}
//Now we make sure that we have a Levels directory
System.IO.Directory.CreateDirectory(LevelDirectoryPath);
//Get all the necessary LevelData
LevelData LevelData = new LevelData();
LevelData.TileSize = 20;
LevelData.MapHeight = MapHeight;
LevelData.MapWidth = MapWidth;
LevelData.CollisionLayer = ConvertToJaggedArray(CollisionLayer);
LevelData.BackgroundLayer = ConvertToJaggedArray(BackgroundLayer);
LevelData.PlatformLayer = ConvertToJaggedArray(PlatformLayer);
LevelData.SpecialsLayer = ConvertToJaggedArray(SpecialsLayer);
LevelData.PointLights = ConvertToJaggedArray(PointLights);
LevelData.NumPointLights = aLightRenderer.pointLights.Count;
//LevelData.AmbientLights = ConvertToJaggedArray(AmbientLights);
//LevelData.NumAmbientLights = LightingManager.AmbientLights.Count;
//And now its time to build the SavePath
//The new level we want to save should get number "MapList.Count + 1"
//So if the MapList is empty, that is we have no maps,
//then the new map we save will get number "0 + 1 = 1"
//If there are 8 maps in the list then the new map will get number "8 + 1 = 9"
string savePath = LevelDirectoryPath + @"\" + LevelName + ".xml";
FileStream stream = File.Open(savePath, FileMode.Create);
try
{
XmlSerializer serializer = new XmlSerializer(typeof(LevelData));
serializer.Serialize(stream, LevelData);
}
finally
{
stream.Close();
}
//After we have saved the new level we need to update the GameData file (update the MapList)
TempGameData.MapList = gameData.MapList;
if (!TempGameData.MapList.Contains(LevelName))
TempGameData.MapList.Add(LevelName);
GameDataStream = File.Open(GameDataPath, FileMode.Create);
try
{
XmlSerializer serializer = new XmlSerializer(typeof(GameData));
serializer.Serialize(GameDataStream, TempGameData);
}
finally
{
GameDataStream.Close();
}
gameData = TempGameData;
}
