public void Execute()
{
if (secondEntity.GetBlockState() is NotActivatedBlockState)
{
switch (collision.GetFirstEntityRelativePosition())
{
case CollisionConstants.Direction.Up:
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X, firstEntity.GetLocation().Y + collision.GetOverlap().Height));
break;
case CollisionConstants.Direction.Down:
if (firstEntity.GetMovementState() is MarioLeftJumpState || firstEntity.GetMovementState() is MarioRightJumpState)
{
secondEntity.Activate();
}
else
{
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X, firstEntity.GetLocation().Y - collision.GetOverlap().Height));
}
break;
case CollisionConstants.Direction.Left:
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X + collision.GetOverlap().Width, firstEntity.GetLocation().Y));
break;
case CollisionConstants.Direction.Right:
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X - collision.GetOverlap().Width, firstEntity.GetLocation().Y));
break;
}
}
}
public void Execute()
{
if (collision.GetFirstEntityRelativePosition() is CollisionConstants.Direction.Down)
{
secondEntity.Activate();
}
}
public void Execute()
{
if (!(firstEntity.GetConditionState() is SmallMarioState) && collision.GetFirstEntityRelativePosition() is CollisionConstants.Direction.Down)
{
Level.PlayerLevel.Instance.blockArray.Remove(secondEntity);
}
}
public void Execute()
{
if (collision.GetFirstEntityRelativePosition() is CollisionConstants.Direction.Up && !(secondEntity.GetConditionState() is EnemyDefeatedState) && collision.GetOverlap().Height < 4)
{
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X, firstEntity.GetLocation().Y - collision.GetOverlap().Height));
secondEntity.TakeDamage();
}
else if (!(secondEntity.GetConditionState() is EnemyDefeatedState))
{
firstEntity.TakeDamage();
}
}
public void Execute()
{
switch (collision.GetFirstEntityRelativePosition())
{
case CollisionConstants.Direction.Up:
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X, firstEntity.GetLocation().Y - collision.GetOverlap().Height));
break;
case CollisionConstants.Direction.Down:
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X, firstEntity.GetLocation().Y + collision.GetOverlap().Height));
break;
case CollisionConstants.Direction.Left:
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X - collision.GetOverlap().Width, firstEntity.GetLocation().Y));
break;
case CollisionConstants.Direction.Right:
firstEntity.SetLocation(new Vector2(firstEntity.GetLocation().X + collision.GetOverlap().Width, firstEntity.GetLocation().Y));
break;
}
}