
* Number of cells (X, Y, Z)  ______________________ * 10 10 20
* Size of elementary cells (X, Y, Z, meters) ______ * 0.100000 0.100000 0.050000
* Scene size (X, Y, Z, meters) ____________________ * 1.000000 1.000000 1.000000
* Upward Sun direction (theta, phi, deg) __________ * 0.000000 360.000000
* Number of directions ____________________________ * 411
* Theta max of simulated images ___________________ * 0.000000
* Number of simulated images ______________________ * 0
* Gauss-Siedel acceleration _______________________ * 0
* Specular effects ________________________________ * 0
* Energy threshold ________________________________ * 0.000000
* Scene albedo threshold __________________________ * 0.000000
* Iteration's maximum number ______________________ * 1
* Number of emission points per illuminating cell _ * 400
* Number of emission points per cell for scattering * 6
* Number of subfaces ______________________________ * 16
* Atmosphere type (number) ________________________ * 0* Isotropic atmosphere *

* Spectral band	lambda min	Lambda max (micron)	Mode *
	0	0.550000	0.570000	R

* Irradiance [W/m2/micron] and SKYL per spectral band (before backscattering) *
	* TOA (direct: sun direction)	* 1000.000000	
	* BOA direct (sun direction) 	* 1000.000000	
	* BOA diffuse                  	* 0.000000	
	* BOA Total                    	* 1000.000000	
	* Total back-scattered to TOA  	* 0.000000	
	* Absorption                   	* 0.000000	
	* SKYL                         	* 0.000000	

Level	Iteration	Scene albedo/temperature and exitance (W/m2/micron) (per spectral band) * 
  BOA	 1 	0.296424	296.423873
	 iterX 	0.296424	296.423873

* band 0: % of lost energy [0-100] * 0.000000
* band 0: % of energy that has gone underground [0-100] * 0.000000

* Processing time (hours, minutes, seconds)  * 0 0 8