#	The actual problem is 2-D, to simulate, the length will be much
#	larger than the width or height. In this case, the length will be 100
#	meters, and the width will be 0.4 meters (40 cm), and the height will
#	be 0.3 meters (30 cm). The direct solution yields a flux exchange of
#	4230 Watts per meter between the adjacent walls.

Mode(temperature)
 Bundle(5)
 Model(1)
  Box(1,100,0.4,0.3)
     
    Wall(1,temp,1000,0.3,.7,0) # Bottom ( T = 1000 K, Emis = 0.3 )
    Wall(2,temp,600,0.8,.2,0)  # Side   ( T = 600 K, Emis = 0.8 )
    Wall(3,temp,000,0.0,0,1)  # End    ( T = 0 K, Emis = 0.0 )
    
    Wall(4,temp,1000,0.3,.7,0) # Top    ( T = 1000 K, Emis = 0.3 )
    Wall(5,temp,600,0.8,.2,0)  # Side   ( T = 600 K, Emis = 0.8 )  
    Wall(6,temp,000,0.0,0,1)  # End    ( T = 0 K, Emis = 0.0 )

    Media(1,clear)