public static GameObject CreateGameObject(int spriteValue, Vector2 position)
{
switch (spriteValue)
{
case 32:
return(GameObjectManager.InstantiatePlayer(position));
case 1:
var messages = GlobalVars.GetMessageListAt((int)(position.X / 8), (int)(position.Y / 8));
List <string> messageList = new List <string>();
if (messages != null)
{
foreach (var m in messages)
{
messageList.Add((string)m.Value);
}
}
return(GameObjectManager.AddObject(
new OldMan(position, spriteValue, messageList)
));
case 98:
return(GameObjectManager.AddObject(
new FirePit(
position
)
));
case 76:
return(GameObjectManager.AddObject(
new Chimney(
position
)
));
case 7:
return(GameObjectManager.AddObject(new Blob(position, spriteValue)));
case 55:
return(GameObjectManager.AddObject(new Bat(position, spriteValue)));
case 21:
return(GameObjectManager.AddObject(new Tortuga(position, spriteValue)));
case 122:
return(GameObjectManager.AddObject(new Spike(position, spriteValue)));
case 42:
return(GameObjectManager.AddObject(new Goose(position, spriteValue)));
case 11:
return(GameObjectManager.AddObject(new Gate(position)));
case 12:
return(GameObjectManager.AddObject(new Gate(position, Gate.OpenCondition.NO_ENEMIES)));
case 19:
return(GameObjectManager.AddObject(new Snake(position, spriteValue)));
case 105:
return(GameObjectManager.AddObject(new Key(position)));
case 78:
return(GameObjectManager.AddObject(new Altar(position)));
case 126:
return(GameObjectManager.AddObject(new Stairs(position, spriteValue)));
case 51:
return(GameObjectManager.AddObject(new RunningBoots(position)));
case 123:
return(GameObjectManager.AddObject(new RunningBoots(position)));
default:
return(GameObjectManager.AddObject(new GameObject(position, new Graphics.P8Sprite(spriteValue))));
}
}
void AttackingInit(PlayerStates previous)
{
if (!_player.CanAttack)
{
Init(PlayerStates.Walking);
return;
}
//
// Remove input so it can't move while atacking
//
_player.RemoveComponent <AInput>();
//
// Stop player.
//
var physics = _player.GetComponent <TopDownPhysics>();
physics.velocity = Vector2.Zero;
//
// Figure out sword's direction.
//
Vector2 facingDir = _player.transform.direction == Vector2.Zero ? physics.facingDirection : _player.transform.direction;
if (facingDir.X != 0)
{
facingDir.Y = 0;
}
if (facingDir != Vector2.Zero)
{
facingDir.Normalize();
}
//
// Reset player's direction so it doesn't keep moving to the previous set direction.
//
_player.transform.direction = Vector2.Zero;
//
// Instantiate sword.
//
_player.swordInstance = new Sword(_player.transform.position + 8 * facingDir, facingDir);
GameObjectManager.AddObject(_player.swordInstance);
var ratio = (_player.lifeTime / _player.initialLifetime);
if (ratio < 0.2)
{
_player.swordInstance.timeGivenAdjustment = 1f;
}
else if (ratio < 0.8)
{
_player.swordInstance.timeGivenAdjustment = 1.7f;
}
else
{
_player.swordInstance.timeGivenAdjustment = 2.3f;
}
}
