private void DrawWorldMap()
{
Vector2 cameraPostition = worldCharacter.CameraPosition;
Point positionOffset = worldCharacter.PositionOffset + new Point(EngineSettings.TileSize, EngineSettings.TileSize);
int worldmapLength = _worldMapSpriteSet[0].Length;
for (int yOffset = ((int)cameraPostition.Y * WorldInformation.mapWidth) - 1, TileY = -positionOffset.Y; yOffset < (int)(cameraPostition.Y + _halfWidthPlus) * WorldInformation.mapWidth; yOffset += WorldInformation.mapWidth, TileY += EngineSettings.TileSize)
{
for (int x = (int)cameraPostition.X + yOffset, TileX = -positionOffset.X; x < (int)cameraPostition.X + _halfHeightPlus + yOffset + 1; x++, TileX += EngineSettings.TileSize)
{
int ColorIndex = x;
while (ColorIndex < yOffset)
{
ColorIndex += WorldInformation.mapWidth;
}
while (ColorIndex > yOffset + WorldInformation.mapWidth)
{
ColorIndex -= WorldInformation.mapWidth;
}
while (ColorIndex < 0)
{
ColorIndex += worldmapLength;
}
while (ColorIndex >= worldmapLength)
{
ColorIndex -= worldmapLength;
}
Color TileColor = _worldmapAnimator.Get()[ColorIndex];
if (TilePalette.TileColor.ContainsKey(TileColor))
{
Point t = GetCoordinate(ColorIndex);
int col = TilePalette.TileColor[TileColor];
if (GSS.DebugMapX0Y0)
{
GSS.SpriteBatch.Draw(mapTileCollection.GetTile(col),
new Rectangle(TileX, TileY, EngineSettings.TileSize, EngineSettings.TileSize),
t.X == 0 || t.Y == 0 ? new Color(0, 0, 0) : _sunColor);
}
else
{
GSS.SpriteBatch.Draw(mapTileCollection.GetTile(col),
new Rectangle(TileX, TileY, EngineSettings.TileSize, EngineSettings.TileSize), _sunColor);
}
}
else
{
GSS.SpriteBatch.Draw(mapTileCollection.GetTile(),
new Rectangle(TileX, TileY, EngineSettings.TileSize, EngineSettings.TileSize),
new Color(0, 0, 0));
}
}
}
}
private void WorldMapClouds(GameTime gameTime)
{
_cloudsInPlay.ForEach(a => a.Update());
_cloudsInPlay.RemoveAll(a => !a.IsAlive);
if (_cloudsInPlay.Count < 500)
{
MapCloud newCloud = new MapCloud(cloudsTileCollection.GetTile().Width, cloudsTileCollection.GetTile().Height);
_cloudsInPlay.Add(newCloud);
}
}
/// <summary>
/// Initialize the tile engine
/// </summary>
/// <param name="tiles">List of tiles to use</param>
/// <param name="worldMap">Bitmap index of world-map</param>
/// <param name="ScreenTexturecolors">Index of colors from the worldMap bitmap</param>
/// <param name="Outofbound">Fallback texture to use on tiles not render-able</param>
public void LoadWorld()
{
_autoElements = GSS.TextureLoader.WorldAutoElements();
worldCharacter = GSS.TextureLoader.WorldCharacter();
cloudsTileCollection = GSS.TextureLoader.Clouds();
Minimap = GSS.TextureLoader.Minimap();
_worldMapAnimationSet = GSS.TextureLoader.WorldMaps();
_minimapSpriteAnimator = new AnimationRotator <Rectangle>(_minimapLightAnimationSize, AnimationFunction.FORWARD_BACKWARD, playTimeSeconds: 2f);
WorldInformation.mapWidth = (int)_worldMapAnimationSet.Size.X;
WorldInformation.mapHeight = (int)_worldMapAnimationSet.Size.Y;
_minimapW = (int)(DisplayOutputSettings.ScreenWidth * 0.2);
_minimapH = (int)(DisplayOutputSettings.ScreenHeight * 0.2);
mapTileCollection = GSS.TextureLoader.WorldMapTiles();
int mapCount = _worldMapAnimationSet.Length;
_worldMapSpriteSet = new Color[mapCount][];
for (int a = 0; a < mapCount; a++)
{
_worldMapSpriteSet[a] = new Color[(int)(_worldMapAnimationSet.Size.X * _worldMapAnimationSet.Size.Y)];
_worldMapAnimationSet.GetTile(a).GetData(_worldMapSpriteSet[a]);
}
_worldmapAnimator = new AnimationRotator <Color[]>(_worldMapSpriteSet, AnimationFunction.FORWARD_BACKWARD, playTimeSeconds: 3f);
WorldInformation.worldMapCheck = _worldMapSpriteSet[0];
_tileUsedBy = new object[WorldInformation.mapHeight * WorldInformation.mapWidth];
//+1 is added to buffed draw the next coulomb to the right of the frame
//1600 is screen width
_halfHeightPlus = (int)(DisplayOutputSettings.ScreenWidth / (float)EngineSettings.TileSize) + 1;
//900 is screen height
//+2 is added to buffed draw the next two rows bellow the frame (one row was not enough)
_halfWidthPlus = (int)(DisplayOutputSettings.ScreenHeight / (float)EngineSettings.TileSize) + 2;
minimapXoff = DisplayOutputSettings.ScreenWidth - _minimapW - 10;
RunInitWork();
sw.Start();
}