Version 5.7.8 (2020/10/05 v1170)
Wed Oct 14 19:56:38 2020

* Earth scene: Number of cells (X, Y, Z)  _______________ * 1 1 21
* Earth scene: Size of elementary cells (X, Y, Z, meters) * 1.000000 1.000000 0.050003
* Earth scene: Scene size (X, Y, Z, meters) _____________ * 1.000000 1.000000 1.050064
* Upward Sun direction (theta, phi, degree) _____________ * 60.000000 135.000000
* Number of directions __________________________________ * 100
* Max zenith angle of stored images _____________________ * 0.000000
* Number of stored images _______________________________ * 0
* Specular modeling _____________________________________ * 0
* Power threshold to stop rays __________________________ * 0.000000
* Scene exitance threshold to stop iterations ___________ * 0.000000
* Maximal number of iterations __________________________ * 100
* Maximum number of exiting ray per face per direction __ * 1
* Number of sub-cells for interception __________________ * 8
* Mode of Earth scene illumination ______________________ * 0 * Isotropic atmosphere *

* Spectral band	Lambda min	Lambda max (micron)	Mode *
	0	1.000000	1.000000	R

* Irradiance [W/m2/micron] and SKYL per spectral band (before backscattering) *
	* TOA (direct: sun direction)	* 367.100000	
	* BOA direct (sun direction) 	* 367.100000	
	* BOA diffuse                  	* 0.000000	
	* BOA Total                    	* 367.100000	
	* Total back-scattered to TOA  	* 0.000000	
	* Absorption                   	* 0.000000	
	* SKYL [0-100]               	* 0.000000	

Level	Iteration	Albedo / Temp	Extrapol. A / T	Exitance (W/m2/micron) (per spectral band) * 
  BOA	 1 	0.068586	0.000000	25.177876
     	 2 	0.125885	0.000000	46.212564
     	 3 	0.187595	0.000000	68.866053
     	 4 	0.259903	0.000000	95.410358
     	 5 	0.329398	0.329398	120.922110
     	 6 	0.393204	0.393204	144.345093
     	 7 	0.450680	1.175485	165.444637
     	 8 	0.502198	1.081171	184.356953
     	 9 	0.548372	1.033129	201.307218
     	 10 	0.589797	1.006446	216.514638
     	 11 	0.627002	0.990729	230.172549
     	 12 	0.660444	0.981069	242.448819
     	 13 	0.690520	0.974937	253.489795
     	 14 	0.717581	0.958974	263.424002
     	 15 	0.741937	0.956281	272.365056
     	 16 	0.763862	0.957338	280.413911
     	 17 	0.783603	0.958881	287.660600
     	 18 	0.801377	0.960100	294.185648
     	 19 	0.817383	0.960931	300.061216
     	 20 	0.831795	0.961464	305.352070
     	 21 	0.844774	0.961794	310.116402
     	 22 	0.856460	0.961988	314.406540
     	 23 	0.866983	0.962095	318.269570
     	 24 	0.876458	0.962144	321.747877
     	 25 	0.884989	0.962157	324.879629
     	 26 	0.892670	0.962147	327.699205
     	 27 	0.899585	0.962123	330.237577
     	 28 	0.905809	0.962091	332.522651
     	 29 	0.911413	0.962055	334.579570
     	 30 	0.916456	0.962018	336.430992
     	 31 	0.920995	0.961981	338.097334
     	 32 	0.925080	0.961945	339.596994
     	 33 	0.928757	0.961911	340.946551
     	 34 	0.932065	0.961879	342.160943
     	 35 	0.935041	0.961850	343.253629
     	 36 	0.937719	0.961823	344.236736
     	 37 	0.940129	0.961799	345.121191
     	 38 	0.942296	0.961777	345.916837
     	 39 	0.944246	0.961757	346.632538
     	 40 	0.945999	0.961739	347.276282
     	 41 	0.947576	0.961722	347.855263
     	 42 	0.948995	0.961708	348.375958
     	 43 	0.950270	0.961694	348.844203
     	 44 	0.951417	0.961683	349.265250
     	 45 	0.952448	0.961672	349.643831
     	 46 	0.953376	0.961662	349.984205
     	 47 	0.954209	0.961654	350.290206
     	 48 	0.954959	0.961646	350.565287
     	 49 	0.955632	0.961639	350.812555
     	 50 	0.956238	0.961633	351.034806
     	 51 	0.956782	0.961628	351.234558
     	 52 	0.957271	0.961623	351.414076
     	 53 	0.957710	0.961619	351.575400
     	 54 	0.958105	0.961615	351.720362
     	 55 	0.958460	0.961611	351.850615
     	 56 	0.958779	0.961608	351.967642
     	 57 	0.959065	0.961605	352.072779
     	 58 	0.959322	0.961603	352.167229
     	 59 	0.959553	0.961601	352.252072
     	 60 	0.959761	0.961599	352.328280
     	 61 	0.959948	0.961597	352.396727
     	 62 	0.960115	0.961595	352.458201
     	 63 	0.960265	0.961594	352.513407
     	 64 	0.960400	0.961593	352.562982
     	 65 	0.960522	0.961592	352.607497
     	 66 	0.960631	0.961591	352.647466
     	 67 	0.960728	0.961590	352.683352
     	 68 	0.960816	0.961589	352.715568
     	 69 	0.960895	0.961588	352.744489
     	 70 	0.960966	0.961588	352.770451
     	 71 	0.961029	0.961587	352.793753
     	 72 	0.961086	0.961587	352.814669
     	 73 	0.961137	0.961586	352.833440
     	 74 	0.961183	0.961586	352.850286
     	 75 	0.961224	0.961585	352.865403
     	 76 	0.961261	0.961585	352.878968
     	 77 	0.961294	0.961585	352.891139
     	 78 	0.961324	0.961584	352.902060
     	 79 	0.961351	0.961584	352.911857
     	 80 	0.961375	0.961584	352.920647
     	 81 	0.961396	0.961584	352.928531
     	 82 	0.961415	0.961584	352.935604
     	 83 	0.961433	0.961584	352.941948
     	 84 	0.961448	0.961583	352.947638
     	 85 	0.961462	0.961583	352.952741
     	 86 	0.961475	0.961583	352.957317
     	 87 	0.961486	0.961583	352.961421
     	 88 	0.961496	0.961583	352.965101
     	 89 	0.961505	0.961583	352.968400
     	 90 	0.961513	0.961583	352.971359
     	 91 	0.961520	0.961583	352.974011
     	 92 	0.961527	0.961583	352.976389
     	 93 	0.961532	0.961583	352.978520
     	 94 	0.961538	0.961583	352.980431
     	 95 	0.961542	0.961583	352.982144
     	 96 	0.961546	0.961583	352.983679
     	 97 	0.961550	0.961583	352.985055
     	 98 	0.961553	0.961583	352.986288
     	 99 	0.961557	0.961583	352.987393
     	 100 	0.961559	0.961583	352.988383
	 iterX 	0.961583	0.000000	352.996952

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

* Memory usage (GB) * 0.116
* Processing time (hours, minutes, seconds)  * 0 0 2