// Constructs an xSize by ySize map. Default Tile set to TileBasicFloor.
public Map(UInt16 xSize, UInt16 ySize, Int32 seed)
{
// creates and fills the tile array
this._xMax = xSize;
this._yMax = ySize;
this._pixelMaxX = (UInt32)(xSize * Constants.TileSize);
this._pixelMaxY = (UInt32)(ySize * Constants.TileSize);
_tiles = new Tile[xSize, ySize];
_visibilityMap = new float[xSize, ySize];
// tiles = new TileBasicFloor[xSize, ySize];
for (Int32 i = 0; i < xSize; i++)
{
for (Int32 j = 0; j < ySize; j++)
{
_tiles[i, j] = new TilePassable(this, new Coords(CoordsType.Tile, i, j), Constants.TileGeneratorGrass);
}
}
this._passabilityMap = new BitArray[xSize];
for (int i = 0; i < xSize; ++i)
{
_passabilityMap[i] = new BitArray(ySize);
}
this._myCollider = new Collider(xSize, ySize, Constants.TileSize, Constants.TileSize, _passabilityMap);
this._myVisibilityTracker = new VisiblityTracker(xSize, ySize, Constants.TileSize, Constants.TileSize, _passabilityMap, _visibilityMap);
this._myPathfinder = new Pathfinder(_passabilityMap);
// initializes the random number generator associated with this map
this._randomator = new RandomStuff(seed);
}
public Creature(Map currentMap, Coords startPos, UInt16 ID, Team team, CreatureGenerator generator)
{
this._name = generator.name;
this._myTeam = team;
this._myInventory = new Inventory(this);
this._myBitmap = generator.creatureBitmaps;
this._radiusX = Constants.StandardUnitRadiusX;
this._radiusY = Constants.StandardUnitRadiusY;
this._inhabitedMap = currentMap;
this._uniqueID = ID;
this._inhabitedMap.MenagerieAddCreatureTo(ID, this);
this._myCollider = _inhabitedMap.MyCollider;
this._myVisibilityTracker = _inhabitedMap.MyVisibilityTracker;
this._myPathfinder = _inhabitedMap.MyPathfinder;
this._creatureBrain = new BrainRandomWalk();
_creatureBrain.MyCreature = this;
this._fieldOfView = new BitArray[currentMap.BoundX];
for (int i = 0; i < currentMap.BoundX; ++i)
{
_fieldOfView[i] = new BitArray(currentMap.BoundY);
}
_statHPMax = generator.StatHPMax;
_statHP = _statHPMax;
_statDamage = generator.StatDamage;
_statArmor = generator.StatArmor;
_statSightRange = generator.StatSight;
_statAttackTime = generator.StatAttackTime;
_statAttackRange = generator.StatAttackRange;
_moveSpeedMax = generator.StatMoveSpeed;
this._moveSpeedCurrent = 0;
_moveAcceleration = _moveSpeedMax / 10;
Tile temp = this._inhabitedMap.GetTile(startPos);
this.PositionDouble = new Vector(temp.PixelTopLeft() + new Coords(CoordsType.Pixel, _radiusX, _radiusY));
this._inhabitedMap.MyCollider.RegisterCreature(this);
}
// Creates the creature at startPos on the Map
public Creature(Map currentMap, SpriteBatchCreature myBitmap, Coords startPos, UInt32 ID, UInt16 sightRange, Brain mind)
{
this._myInventory = new Inventory(this);
this._myBitmap = myBitmap;
this._radiusX = Constants.StandardUnitRadiusX;
this._radiusY = Constants.StandardUnitRadiusY;
this._statSightRange = sightRange;
this._inhabitedMap = currentMap;
this._myCollider = _inhabitedMap.MyCollider;
this._myVisibilityTracker = _inhabitedMap.MyVisibilityTracker;
this._myPathfinder = _inhabitedMap.MyPathfinder;
this._uniqueID = ID;
this._inhabitedMap.MenagerieAddCreatureTo(ID, this);
this._creatureBrain = mind;
mind.MyCreature = this;
this._fieldOfView = new BitArray[currentMap.BoundX];
for (int i = 0; i < currentMap.BoundX; ++i)
{
_fieldOfView[i] = new BitArray(currentMap.BoundY);
}
Tile temp = this.InhabitedMap.GetTile(startPos);
this.PositionDouble = new Vector(temp.PixelTopLeft() + new Coords(CoordsType.Pixel, _radiusX, _radiusY));
/*
* this.MyBody = new UInt16[] {Constants.StatsMax, Constants.StatsMax, Constants.StatsMax, Constants.StatsMax,
* Constants.StatsMax, Constants.StatsMax};
*/
this._inhabitedMap.MyCollider.RegisterCreature(this);
this._moveSpeedCurrent = 0;
}
// Constructs an xSize by ySize map. Default Tile set to TileBasicFloor.
public Map(UInt16 xSize, UInt16 ySize, Int32 seed)
{
// creates and fills the tile array
this._xMax = xSize;
this._yMax = ySize;
this._pixelMaxX = (UInt32)(xSize * Constants.TileSize);
this._pixelMaxY = (UInt32)(ySize * Constants.TileSize);
_tiles = new Tile[xSize, ySize];
_visibilityMap = new float[xSize, ySize];
// tiles = new TileBasicFloor[xSize, ySize];
for (Int32 i = 0; i < xSize; i++)
{
for (Int32 j = 0; j < ySize; j++)
{
_tiles[i, j] = new TilePassable(this, new Coords(CoordsType.Tile, i, j), Constants.TileGeneratorGrass);
}
}
this._passabilityMap = new BitArray[xSize];
for (int i = 0; i < xSize; ++i)
{
_passabilityMap[i] = new BitArray(ySize);
}
this._myCollider = new Collider(xSize, ySize, Constants.TileSize, Constants.TileSize, _passabilityMap);
this._myVisibilityTracker = new VisiblityTracker(xSize, ySize, Constants.TileSize, Constants.TileSize, _passabilityMap, _visibilityMap);
this._myPathfinder = new Pathfinder(_passabilityMap);
// initializes the random number generator associated with this map
this._randomator = new RandomStuff(seed);
}
public Creature(Map currentMap, Coords startPos, UInt16 ID, Team team, CreatureGenerator generator)
{
this._name = generator.name;
this._myTeam = team;
this._myInventory = new Inventory(this);
this._myBitmap = generator.creatureBitmaps;
this._radiusX = Constants.StandardUnitRadiusX;
this._radiusY = Constants.StandardUnitRadiusY;
this._inhabitedMap = currentMap;
this._uniqueID = ID;
this._inhabitedMap.MenagerieAddCreatureTo(ID, this);
this._myCollider = _inhabitedMap.MyCollider;
this._myVisibilityTracker = _inhabitedMap.MyVisibilityTracker;
this._myPathfinder = _inhabitedMap.MyPathfinder;
this._creatureBrain = new BrainRandomWalk();
_creatureBrain.MyCreature = this;
this._fieldOfView = new BitArray[currentMap.BoundX];
for (int i = 0; i < currentMap.BoundX; ++i)
{
_fieldOfView[i] = new BitArray(currentMap.BoundY);
}
_statHPMax = generator.StatHPMax;
_statHP = _statHPMax;
_statDamage = generator.StatDamage;
_statArmor = generator.StatArmor;
_statSightRange = generator.StatSight;
_statAttackTime = generator.StatAttackTime;
_statAttackRange = generator.StatAttackRange;
_moveSpeedMax = generator.StatMoveSpeed;
this._moveSpeedCurrent = 0;
_moveAcceleration = _moveSpeedMax / 10;
Tile temp = this._inhabitedMap.GetTile(startPos);
this.PositionDouble = new Vector(temp.PixelTopLeft() + new Coords(CoordsType.Pixel, _radiusX, _radiusY));
this._inhabitedMap.MyCollider.RegisterCreature(this);
}
// Creates the creature at startPos on the Map
public Creature(Map currentMap, SpriteBatchCreature myBitmap, Coords startPos, UInt32 ID, UInt16 sightRange, Brain mind)
{
this._myInventory = new Inventory(this);
this._myBitmap = myBitmap;
this._radiusX = Constants.StandardUnitRadiusX;
this._radiusY = Constants.StandardUnitRadiusY;
this._statSightRange = sightRange;
this._inhabitedMap = currentMap;
this._myCollider = _inhabitedMap.MyCollider;
this._myVisibilityTracker = _inhabitedMap.MyVisibilityTracker;
this._myPathfinder = _inhabitedMap.MyPathfinder;
this._uniqueID = ID;
this._inhabitedMap.MenagerieAddCreatureTo(ID, this);
this._creatureBrain = mind;
mind.MyCreature = this;
this._fieldOfView = new BitArray[currentMap.BoundX];
for (int i = 0; i < currentMap.BoundX; ++i)
{
_fieldOfView[i] = new BitArray(currentMap.BoundY);
}
Tile temp = this.InhabitedMap.GetTile(startPos);
this.PositionDouble = new Vector(temp.PixelTopLeft() + new Coords(CoordsType.Pixel, _radiusX, _radiusY));
/*
this.MyBody = new UInt16[] {Constants.StatsMax, Constants.StatsMax, Constants.StatsMax, Constants.StatsMax,
Constants.StatsMax, Constants.StatsMax};
*/
this._inhabitedMap.MyCollider.RegisterCreature(this);
this._moveSpeedCurrent = 0;
}
