/*--------------------------------------------------------------------
* METHODS
* --------------------------------------------------------------------*/
/***********************************************************
*
* Method:
* physics_type
*
* Description:
* Constructor.
*
***********************************************************/
public physics_type()
{
init_position = new int_vector2_type(0, 0);
init_velocity = new int_vector2_type(0, 0);
position = new int_vector2_type(0, 0);
velocity = new int_vector2_type(0, 0);
acceleration = new int_vector2_type(0, 0);
} /* physics_type() */
/*--------------------------------------------------------------------
* METHODS
* --------------------------------------------------------------------*/
/***********************************************************
*
* Method:
* pipe_type
*
* Description:
* Constructor.
*
***********************************************************/
public pipe_type(map_type m, int _x, int _y, Boolean vertical, int length)
{
int ofst = 0;
link_p = null;
link_v = null;
is_vertical = vertical;
x = _x;
y = _y;
if (m.get_back_color(x) == Color.Black)
{
ofst = (int)block_enum.PIPE2_HORIZONTAL_B - (int)block_enum.PIPE_HORIZONTAL_B;
}
if (vertical)
{
if (y == 0)
{
m.blocks[x, y] = new block_pipe_type(this, (int)block_enum.PIPE_VERTICAL_L + ofst);
m.blocks[x + 1, y] = new block_pipe_type(this, (int)block_enum.PIPE_VERTICAL_R + ofst);
}
else
{
m.blocks[x, y] = new block_pipe_type(this, (int)block_enum.PIPE_VERTICAL_ENTRY_L + ofst);
m.blocks[x + 1, y] = new block_pipe_type(this, (int)block_enum.PIPE_VERTICAL_ENTRY_R + ofst);
}
for (int j = y + 1; j < y + length; j++)
{
m.blocks[x, j] = new block_pipe_type(this, (int)block_enum.PIPE_VERTICAL_L + ofst);
m.blocks[x + 1, j] = new block_pipe_type(this, (int)block_enum.PIPE_VERTICAL_R + ofst);
}
}
else
{
m.blocks[x, y] = new block_pipe_type(this, (int)block_enum.PIPE_HORIZONTAL_ENTRY_T + ofst);
m.blocks[x, y + 1] = new block_pipe_type(this, (int)block_enum.PIPE_HORIZONTAL_ENTRY_B + ofst);
for (int i = x + 1; i < x + length - 1; i++)
{
m.blocks[i, y] = new block_pipe_type(this, (int)block_enum.PIPE_HORIZONTAL_T + ofst);
m.blocks[i, y + 1] = new block_pipe_type(this, (int)block_enum.PIPE_HORIZONTAL_B + ofst);
}
if ((m.blocks[x + length - 1, y].GetType() == typeof(block_pipe_type)) &&
(m.blocks[x + length - 1, y + 1].GetType() == typeof(block_pipe_type)))
{
m.blocks[x + length - 1, y] = new block_pipe_type(this, (int)block_enum.PIPE_MESH_T + ofst);
m.blocks[x + length - 1, y + 1] = new block_pipe_type(this, (int)block_enum.PIPE_MESH_B + ofst);
}
}
} /* pipe_type() */
} /* move_view_location() */
/***********************************************************
*
* Method:
* check_locks
*
* Description:
* Check for view locks.
*
***********************************************************/
public static void check_locks(model_type m)
{
int_vector2_type position = new int_vector2_type();
position.x = m.level.mario.physics.position.x >> 12;
position.y = m.level.mario.physics.position.y >> 12;
foreach (Rectangle r in m.level.map.view_locks)
{
if (r.Contains(position.x, position.y))
{
view.X = r.X << 12;
view.Y = r.Y << 12;
}
}
} /* check_locks() */
} /* link_pipe() */
public void link_pipe(int_vector2_type destination)
{
link_v = destination;
link_p = null;
} /* link_pipe() */
} /* pipe_type() */
/***********************************************************
*
* Method:
* link_pipe
*
* Description:
* Adds a destination after entering pipe.
*
***********************************************************/
public void link_pipe(pipe_type destination_pipe)
{
link_p = destination_pipe;
link_v = null;
} /* link_pipe() */
