public Player(IInputSet input, Map map)
{
this.input = input;
this.map = map;
Position = new Vector2(0, 0);
Velocity = new Vector2(0, 0);
Radius = .1f;
InventoryItems = new List <InventoryItem>();
InventoryItems.Add(new InventoryItem()
{
Name = "Apfel"
});
}
public World(IInputSet input)
{
Map = Map.Load(@"Assets\test10.map");
Chunk = new Chunk();
Player = new Player(input, Map);
cellTypes = new Dictionary <CellType, CellTypeDefinition>();
cellTypes.Add(CellType.Grass, new CellTypeDefinition()
{
CanGoto = true, VelocityFactor = .8f
});
cellTypes.Add(CellType.Sand, new CellTypeDefinition()
{
CanGoto = true, VelocityFactor = 1f
});
cellTypes.Add(CellType.Water, new CellTypeDefinition()
{
CanGoto = false, VelocityFactor = 0f
});
// Map cache generieren
Map.CellCache = new CellCache[Map.Columns, Map.Rows];
for (int x = 0; x < Map.Columns; x++)
{
for (int y = 0; y < Map.Rows; y++)
{
CellType celltype = Map.GetCell(x, y);
bool haveItems = Map.Items.Any(i =>
(int)i.Position.X == x &&
(int)i.Position.Y == y);
Map.CellCache[x, y] = new CellCache()
{
CellType = celltype,
CanGoto = cellTypes[celltype].CanGoto && !haveItems,
VelocityFactor = cellTypes[celltype].VelocityFactor
};
}
}
Map.Items.Add(Player);
}
