#	Example one, a box enclosure with one unknown wall
#	temperature. All other walls have known properties
#	(i.e. temperature, emissivity, and reflectivity). 
#	The media in this example is non participating 
#	(i.e. clear).

Mode(Temperature)  # Model Mode is either temperature or view
Bundle(0.001)      # Bundle energy
Model(1)           # Number of enclosures in the model 


  # This is Box one , X = 1, Y = 5, Z = 5 meters
  # Note, ':'  ';' and ',' can be used to separate data
Box(1;1,5,5)
    

    # For wall numbering, think of yourself as being inside of the box.
    # Wall 1 is on the bottom 
    # temp = 100 K, emis = .5, diffuse reflection = 0.5, specular ref. = 0
Wall(1;temp,100,.5,.5,0)
   

    # Left wall 1 meter long 5 meters high
    # temp = 100 K, emis = 1.0,diffuse reflection = 0, specular ref. = 0 
Wall(2;temp,100,1.0,0,0)
  

    # Back wall, 5 meters by 5 meters.
    # temp = 50 K, emis = 0.7, diffuse ref = 0.3, specular ref. = 0
Wall(3;temp,50,0.7,.3,0)


    # Top wall 1 meter long 5 meters high
Wall(4;temp,70,1.0,0,0)


    # Right wall 1 meter long 5 meters high
Wall(5;temp,100,0.6,.4,0)


   # Front wall with an unknown temperature
   # Emissivity = 0.4,diffuse reflection = .6, specular ref. = 0 , 5X5 grid
Wall(6;unknown,5,5,0.4,.6,0)

   # Iterate a maximum of 40 times or to a sent/receive ratio of 0.5 %
   # update factor = 1.0, and iterate to a net flux of 0.0 watts
Iterate(40,0.5,1.0,    0,0,0,0,0
                       0,0,0,0,0
                       0,0,0,0,0
                       0,0,0,0,0
                       0,0,0,0,0)

   # The media is non-participating, clear

Media(1,clear)