Kinetic code run for:
--> Solar longitude 180.00 [deg].
--> Solar declination angle 0.00 [deg].
--> Timestep 1.
--> Universal time 12.0 [hr].

STATPROXY.F : Setting up parameters.
You requested output over ALL longitudes covering latitudes from 45.0 degrees through to 60.0 degrees.
Double-check: START 45.0. END 60.0.

----> GRITRAV : calculating the energy grid.
----> "icont(3) = 5" power law energy grid.

----> ----> GRIDPOLO : (within MISC.f) calculating the energy grid with a decreasing power law.

----> GRITRAV : everything fine with "centE".
----> GRITRAV : everything fine with "ddeng".
----> GRITRAV : *** adjusting lowest energy to "ebot 0.001" rather than "einf 0.100" ***.

"icont(4) = 2" power law altitude grid

----> GRIDPOW : calculating the altitude grid with a decreasing power law.

STATPROXY : everything fine with "alt".

STATPROXY : "icont(2) = 0" zero flux

STATPROXY : Writing fixed handover variables.

STATPROXY.F FIXED MODEL SETTINGS
----------------------------------

Number of neutral species considered ("nspec") = 6, ID # ("km") = 1.

Altitude Grid Parameters
------------------------
"nalt" = 81 : Number of altitude grid points
"zbot" = 80.00 : Minimum altitude
"ztop" = 350.00 : Maximum altitude

Neutral atmosphere parameters
-----------------------------
"jpreci" = 0 : 0 if sun only, 1 if precipitation only, 2 if both
"tinf" = 1.00 : Exospheric temperature
"Apind" = 1.00 : Magnetic index
"albedo" = 1.00 : Albedo at the lowest altitude

The altitude grid ("alt(i),i=1,nalt")
350.00 343.29 336.67 330.13 323.67
317.30 311.02 304.82 298.70 292.67
286.72 280.85 275.08 269.38 263.77
258.24 252.80 247.44 242.17 236.98
231.88 226.85 221.92 217.07 212.30
207.62 203.02 198.50 194.07 189.73
185.47 181.29 177.20 173.19 169.27
165.43 161.68 158.00 154.42 150.92
147.50 144.17 140.92 137.75 134.68
131.68 128.77 125.94 123.20 120.54
117.97 115.48 113.07 110.75 108.52
106.37 104.30 102.32 100.42 98.60
96.88 95.23 93.67 92.19 90.80
89.49 88.27 87.13 86.07 85.10
84.22 83.42 82.70 82.07 81.52
81.05 80.68 80.38 80.17 80.04
80.00

The Energy Grid [eV] in Descending Order
---------------------------------------
"nen" = 80 : Number of energy levels
"spfac" = 1.0572135 : Power law growth factor
"ezero" = 0.00 : Mean E(max w)
"alpha" = 10.00 : thingy

Bottom energy ("botE(i), i=1,nen")
1.0000000E-03 2.0000000E-01 4.0000004E-01 6.2288541E-01 8.4708029E-01
1.0955446E+00 1.3467820E+00 1.6238360E+00 1.9052989E+00 2.2143075E+00
2.5295537E+00 2.8742778E+00 3.2272832E+00 3.6119273E+00 4.0071363E+00
4.4363976E+00 4.8787785E+00 5.3579092E+00 5.8530130E+00 6.3878832E+00
6.9419155E+00 7.5390854E+00 8.1589823E+00 8.8257856E+00 9.5192976E+00
1.0263930E+01 1.1039723E+01 1.1871345E+01 1.2739104E+01 1.3667953E+01
1.4638503E+01 1.5676023E+01 1.6761463E+01 1.7920444E+01 1.9134296E+01
2.0429035E+01 2.1786411E+01 2.3232887E+01 2.4750683E+01 2.6366756E+01
2.8063850E+01 2.9869480E+01 3.1766979E+01 3.3784481E+01 3.5905964E+01
3.8160275E+01 4.0532116E+01 4.3051105E+01 4.5702763E+01 4.8517590E+01
5.1481998E+01 5.4627476E+01 5.7941456E+01 6.1456501E+01 6.5161194E+01
6.9089294E+01 7.3230698E+01 7.7620483E+01 8.2249985E+01 8.7155792E+01
9.2330841E+01 9.7813416E+01 1.0359822E+02 1.0972545E+02 1.1619179E+02
1.2303954E+02 1.3026762E+02 1.3792070E+02 1.4600020E+02 1.5455339E+02
1.6358449E+02 1.7314375E+02 1.8323845E+02 1.9392220E+02 2.0520570E+02
2.1714629E+02 2.2975850E+02 2.4310384E+02 2.5720117E+02 2.7211664E+02
Center energy ("centE(i), i=1,nen")
1.0000000E-01 3.0000001E-01 5.1144272E-01 7.3498285E-01 9.7131246E-01
1.2211633E+00 1.4853090E+00 1.7645675E+00 2.0598032E+00 2.3719306E+00
2.7019157E+00 3.0507805E+00 3.4196053E+00 3.8095317E+00 4.2217669E+00
4.6575880E+00 5.1183438E+00 5.6054611E+00 6.1204481E+00 6.6648993E+00
7.2405005E+00 7.8490338E+00 8.4923840E+00 9.1725416E+00 9.8916140E+00
1.0651827E+01 1.1455534E+01 1.2305224E+01 1.3203528E+01 1.4153228E+01
1.5157263E+01 1.6218742E+01 1.7340954E+01 1.8527370E+01 1.9781666E+01
2.1107723E+01 2.2509649E+01 2.3991785E+01 2.5558720E+01 2.7215303E+01
2.8966665E+01 3.0818230E+01 3.2775730E+01 3.4845222E+01 3.7033119E+01
3.9346195E+01 4.1791611E+01 4.4376934E+01 4.7110176E+01 4.9999794E+01
5.3054737E+01 5.6284466E+01 5.9698978E+01 6.3308846E+01 6.7125244E+01
7.1159996E+01 7.5425591E+01 7.9935234E+01 8.4702888E+01 8.9743317E+01
9.5072128E+01 1.0070582E+02 1.0666183E+02 1.1295862E+02 1.1961566E+02
1.2665358E+02 1.3409416E+02 1.4196045E+02 1.5027679E+02 1.5906894E+02
1.6836412E+02 1.7819110E+02 1.8858032E+02 1.9956395E+02 2.1117599E+02
2.2345239E+02 2.3643117E+02 2.5015251E+02 2.6465891E+02 2.8000000E+02
Energy grid width ("ddeng(i), i=1,nen")
1.9900000E-01 2.0000002E-01 2.2288537E-01 2.2419488E-01 2.4846435E-01
2.5123739E-01 2.7705407E-01 2.8146291E-01 3.0900860E-01 3.1524611E-01
3.4472418E-01 3.5300541E-01 3.8464403E-01 3.9520884E-01 4.2926121E-01
4.4238091E-01 4.7913074E-01 4.9510384E-01 5.3487015E-01 5.5403233E-01
5.9716988E-01 6.1989689E-01 6.6680336E-01 6.9351196E-01 7.4463272E-01
7.7579308E-01 8.3162117E-01 8.6775970E-01 9.2884827E-01 9.7055054E-01
1.0375195E+00 1.0854397E+00 1.1589813E+00 1.2138519E+00 1.2947388E+00
1.3573761E+00 1.4464760E+00 1.5177956E+00 1.6160736E+00 1.6970940E+00
1.8056297E+00 1.8974991E+00 2.0175018E+00 2.1214828E+00 2.2543106E+00
2.3718414E+00 2.5189896E+00 2.6516571E+00 2.8148270E+00 2.9644089E+00
3.1454773E+00 3.3139801E+00 3.5150452E+00 3.7046890E+00 3.9281006E+00
4.1414032E+00 4.3897858E+00 4.6295013E+00 4.9058075E+00 5.1750488E+00
5.4825745E+00 5.7848053E+00 6.1272278E+00 6.4663391E+00 6.8477478E+00
7.2280884E+00 7.6530762E+00 8.0794983E+00 8.5531921E+00 9.0310974E+00
9.5592651E+00 1.0094696E+01 1.0683746E+01 1.1283508E+01 1.1940582E+01
1.2612213E+01 1.3345337E+01 1.4097351E+01 1.4915466E+01 1.5766724E+01

Phase Angles in Ascending Order {0->90=fd}, {90->180=fu}
--------------------------------------------------------
"nang" : Number of phase angles
"angzb(iang), iang=1,nang" : Phase angles
8 "nang"
21.4764 47.9337 70.7307 86.0186
93.9814 109.2694 132.0663 158.5236
Corresponding cosines ("xmu(iang), iang=1,nang")
0.9305681586266 0.6699905395508 0.3300094604492 0.0694318413734
-0.0694318413734 -0.3300094604492 -0.6699905395508 -0.9305681586266
Corresponding gaussian weight factors ("weight(iang), iang=1,nang")
0.1739274263382 0.3260725736618 0.3260725736618 0.1739274263382
0.1739274263382 0.3260725736618 0.3260725736618 0.1739274263382

Downward flux [cm-2.s-1.eV-1.sr-1]
Angle, cosines, gaussian weights and fluxes ("fxdown(i,iang), i=1,nen")
Printed again for "iang = 1, md2" where "md2" is "nang/2"
21.4764 0.9305681586266 0.1739274263382
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
47.9337 0.6699905395508 0.3260725736618
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
70.7307 0.3300094604492 0.3260725736618
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
86.0186 0.0694318413734 0.1739274263382
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33

Upward flux [cm-2.s-1.eV-1.sr-1]
Angle, cosines, gaussian weights and fluxes ("fxup(i,iang), i=1,nen")
Printed again for "iang = 1, md2" where "md2" is "nang/2"
93.9814 -0.0694318413734 0.1739274263382
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
109.2694 -0.3300094604492 0.3260725736618
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
132.0663 -0.6699905395508 0.3260725736618
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
158.5236 -0.9305681586266 0.1739274263382
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33
1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33 1.0000000E-33

Number of excitation states "nbrexc" : 19
Number of ion states "nbrionst" : 25

STATPROXY.F has finished
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FELINPROXY.F - Calculate the photoabsorption cross sections.
Note: "f107" = 67.20 : Solar 10.7-cm line output
----------------------------------------------------------------------------------
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DEGRAD.F - Calculate the differential cross sections.
DEGRAD, specie number: 1
DEGRAD, specie number: 2
DEGRAD, specie number: 3
DEGRAD, specie number: 4
DEGRAD, specie number: 5
DEGRAD, specie number: 6
DEGRAD : Elastic cross-sections done
DEGRAD : Inelastic cross-sections done
REDIST started with specie 1 .
REDIST started with specie 2 .
REDIST started with specie 3 .
REDIST started with specie 4 .
REDIST started with specie 5 .
REDIST started with specie 6 .
Degradation cross-sections done
Secondary distribution from Rees et al., PSS 17, 1997, 1969
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Entering longitude / latitude loops.

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KINETIC MODEL LOOP FOR LONGITUDE 0.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_A
STATIONO.F - 1D atmosphere setup for longitude 0.0 and latitude 45.0.
----> "chideg" 45.00 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 0.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 0.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 0.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 0.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_A
STATIONO.F - 1D atmosphere setup for longitude 0.0 and latitude 50.0.
----> "chideg" 50.00 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 0.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 0.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 0.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 0.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_A
STATIONO.F - 1D atmosphere setup for longitude 0.0 and latitude 55.0.
----> "chideg" 55.00 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 0.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 0.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 0.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 0.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_A
STATIONO.F - 1D atmosphere setup for longitude 0.0 and latitude 60.0.
----> "chideg" 60.00 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 0.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 0.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 0.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 5.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_A
STATIONO.F - 1D atmosphere setup for longitude 5.0 and latitude 45.0.
----> "chideg" 45.22 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 5.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 5.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 5.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 5.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_A
STATIONO.F - 1D atmosphere setup for longitude 5.0 and latitude 50.0.
----> "chideg" 50.19 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 5.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 5.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 5.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 5.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_A
STATIONO.F - 1D atmosphere setup for longitude 5.0 and latitude 55.0.
----> "chideg" 55.15 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 5.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 5.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 5.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 5.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_A
STATIONO.F - 1D atmosphere setup for longitude 5.0 and latitude 60.0.
----> "chideg" 60.13 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 5.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 5.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 5.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 10.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_A
STATIONO.F - 1D atmosphere setup for longitude 10.0 and latitude 45.0.
----> "chideg" 45.87 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 10.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 10.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 10.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 10.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_A
STATIONO.F - 1D atmosphere setup for longitude 10.0 and latitude 50.0.
----> "chideg" 50.73 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 10.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 10.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 10.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 10.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_A
STATIONO.F - 1D atmosphere setup for longitude 10.0 and latitude 55.0.
----> "chideg" 55.61 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 10.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 10.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 10.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 10.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_A
STATIONO.F - 1D atmosphere setup for longitude 10.0 and latitude 60.0.
----> "chideg" 60.51 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 10.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 10.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 10.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 15.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_A
STATIONO.F - 1D atmosphere setup for longitude 15.0 and latitude 45.0.
----> "chideg" 46.93 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 15.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 15.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 15.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 15.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_A
STATIONO.F - 1D atmosphere setup for longitude 15.0 and latitude 50.0.
----> "chideg" 51.63 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 15.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 15.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 15.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 15.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_A
STATIONO.F - 1D atmosphere setup for longitude 15.0 and latitude 55.0.
----> "chideg" 56.36 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 15.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 15.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 15.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 15.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_A
STATIONO.F - 1D atmosphere setup for longitude 15.0 and latitude 60.0.
----> "chideg" 61.13 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 15.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 15.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 15.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 20.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_A
STATIONO.F - 1D atmosphere setup for longitude 20.0 and latitude 45.0.
----> "chideg" 48.37 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 20.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 20.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 20.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 20.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_A
STATIONO.F - 1D atmosphere setup for longitude 20.0 and latitude 50.0.
----> "chideg" 52.85 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 20.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 20.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 20.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 20.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_A
STATIONO.F - 1D atmosphere setup for longitude 20.0 and latitude 55.0.
----> "chideg" 57.39 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 20.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 20.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 20.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 20.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_A
STATIONO.F - 1D atmosphere setup for longitude 20.0 and latitude 60.0.
----> "chideg" 61.98 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 20.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 20.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 20.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 25.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_A
STATIONO.F - 1D atmosphere setup for longitude 25.0 and latitude 45.0.
----> "chideg" 50.16 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 25.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 25.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 25.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 25.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_A
STATIONO.F - 1D atmosphere setup for longitude 25.0 and latitude 50.0.
----> "chideg" 54.38 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 25.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 25.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 25.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 25.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_A
STATIONO.F - 1D atmosphere setup for longitude 25.0 and latitude 55.0.
----> "chideg" 58.69 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 25.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 25.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 25.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 25.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_A
STATIONO.F - 1D atmosphere setup for longitude 25.0 and latitude 60.0.
----> "chideg" 63.06 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 25.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 25.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 25.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 30.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_A
STATIONO.F - 1D atmosphere setup for longitude 30.0 and latitude 45.0.
----> "chideg" 52.26 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 30.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 30.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 30.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 30.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_A
STATIONO.F - 1D atmosphere setup for longitude 30.0 and latitude 50.0.
----> "chideg" 56.19 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 30.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 30.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 30.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 30.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_B
STATIONO.F - 1D atmosphere setup for longitude 30.0 and latitude 55.0.
----> "chideg" 60.23 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 30.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 30.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 30.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 30.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_B
STATIONO.F - 1D atmosphere setup for longitude 30.0 and latitude 60.0.
----> "chideg" 64.35 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 30.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 30.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 30.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 35.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_B
STATIONO.F - 1D atmosphere setup for longitude 35.0 and latitude 45.0.
----> "chideg" 54.62 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 35.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 35.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 35.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 35.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_B
STATIONO.F - 1D atmosphere setup for longitude 35.0 and latitude 50.0.
----> "chideg" 58.25 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 35.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 35.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 35.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 35.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_B
STATIONO.F - 1D atmosphere setup for longitude 35.0 and latitude 55.0.
----> "chideg" 61.99 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 35.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 35.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 35.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 35.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_B
STATIONO.F - 1D atmosphere setup for longitude 35.0 and latitude 60.0.
----> "chideg" 65.83 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 35.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 35.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 35.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 40.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_B
STATIONO.F - 1D atmosphere setup for longitude 40.0 and latitude 45.0.
----> "chideg" 57.22 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 40.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 40.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 40.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 40.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_B
STATIONO.F - 1D atmosphere setup for longitude 40.0 and latitude 50.0.
----> "chideg" 60.52 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 40.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 40.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 40.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 40.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_B
STATIONO.F - 1D atmosphere setup for longitude 40.0 and latitude 55.0.
----> "chideg" 63.95 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 40.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 40.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 40.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 40.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_B
STATIONO.F - 1D atmosphere setup for longitude 40.0 and latitude 60.0.
----> "chideg" 67.49 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 40.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 40.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 40.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 45.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_B
STATIONO.F - 1D atmosphere setup for longitude 45.0 and latitude 45.0.
----> "chideg" 60.02 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 45.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 45.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 45.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 45.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_B
STATIONO.F - 1D atmosphere setup for longitude 45.0 and latitude 50.0.
----> "chideg" 62.99 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 45.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 45.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 45.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 45.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_B
STATIONO.F - 1D atmosphere setup for longitude 45.0 and latitude 55.0.
----> "chideg" 66.09 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 45.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 45.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 45.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 45.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_B
STATIONO.F - 1D atmosphere setup for longitude 45.0 and latitude 60.0.
----> "chideg" 69.31 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 45.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 45.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 45.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 50.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_B
STATIONO.F - 1D atmosphere setup for longitude 50.0 and latitude 45.0.
----> "chideg" 62.99 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 50.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 50.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 50.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 50.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_B
STATIONO.F - 1D atmosphere setup for longitude 50.0 and latitude 50.0.
----> "chideg" 65.62 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 50.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 50.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 50.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 50.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_B
STATIONO.F - 1D atmosphere setup for longitude 50.0 and latitude 55.0.
----> "chideg" 68.38 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 50.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 50.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 50.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 50.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_B
STATIONO.F - 1D atmosphere setup for longitude 50.0 and latitude 60.0.
----> "chideg" 71.27 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 50.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 50.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 50.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 55.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_B
STATIONO.F - 1D atmosphere setup for longitude 55.0 and latitude 45.0.
----> "chideg" 66.10 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 55.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 55.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 55.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 55.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_B
STATIONO.F - 1D atmosphere setup for longitude 55.0 and latitude 50.0.
----> "chideg" 68.39 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 55.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 55.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 55.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 55.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_B
STATIONO.F - 1D atmosphere setup for longitude 55.0 and latitude 55.0.
----> "chideg" 70.81 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 55.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 55.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 55.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 55.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_B
STATIONO.F - 1D atmosphere setup for longitude 55.0 and latitude 60.0.
----> "chideg" 73.35 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 55.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 55.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 55.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 60.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_B
STATIONO.F - 1D atmosphere setup for longitude 60.0 and latitude 45.0.
----> "chideg" 69.32 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 60.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 60.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 60.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 60.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_B
STATIONO.F - 1D atmosphere setup for longitude 60.0 and latitude 50.0.
----> "chideg" 71.28 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 60.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 60.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 60.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 60.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_B
STATIONO.F - 1D atmosphere setup for longitude 60.0 and latitude 55.0.
----> "chideg" 73.36 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 60.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 60.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 60.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 60.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_B
STATIONO.F - 1D atmosphere setup for longitude 60.0 and latitude 60.0.
----> "chideg" 75.54 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 60.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 60.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 60.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 65.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_C
STATIONO.F - 1D atmosphere setup for longitude 65.0 and latitude 45.0.
----> "chideg" 72.64 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 65.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 65.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 65.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 65.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_C
STATIONO.F - 1D atmosphere setup for longitude 65.0 and latitude 50.0.
----> "chideg" 74.26 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 65.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 65.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 65.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 65.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_C
STATIONO.F - 1D atmosphere setup for longitude 65.0 and latitude 55.0.
----> "chideg" 75.99 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 65.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 65.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 65.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 65.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_C
STATIONO.F - 1D atmosphere setup for longitude 65.0 and latitude 60.0.
----> "chideg" 77.82 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 65.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 65.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 65.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 70.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_C
STATIONO.F - 1D atmosphere setup for longitude 70.0 and latitude 45.0.
----> "chideg" 76.03 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 70.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 70.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 70.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 70.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_C
STATIONO.F - 1D atmosphere setup for longitude 70.0 and latitude 50.0.
----> "chideg" 77.33 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 70.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 70.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 70.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 70.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_C
STATIONO.F - 1D atmosphere setup for longitude 70.0 and latitude 55.0.
----> "chideg" 78.71 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 70.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 70.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 70.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 70.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_C
STATIONO.F - 1D atmosphere setup for longitude 70.0 and latitude 60.0.
----> "chideg" 80.17 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 70.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 70.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 70.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 75.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_C
STATIONO.F - 1D atmosphere setup for longitude 75.0 and latitude 45.0.
----> "chideg" 79.48 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 75.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 75.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 75.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 75.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_C
STATIONO.F - 1D atmosphere setup for longitude 75.0 and latitude 50.0.
----> "chideg" 80.45 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 75.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 75.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 75.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 75.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_C
STATIONO.F - 1D atmosphere setup for longitude 75.0 and latitude 55.0.
----> "chideg" 81.49 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 75.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 75.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 75.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 75.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_C
STATIONO.F - 1D atmosphere setup for longitude 75.0 and latitude 60.0.
----> "chideg" 82.58 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 75.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 75.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 75.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 80.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_C
STATIONO.F - 1D atmosphere setup for longitude 80.0 and latitude 45.0.
----> "chideg" 82.98 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 80.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 80.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 80.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 80.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_C
STATIONO.F - 1D atmosphere setup for longitude 80.0 and latitude 50.0.
----> "chideg" 83.62 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 80.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 80.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 80.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 80.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_C
STATIONO.F - 1D atmosphere setup for longitude 80.0 and latitude 55.0.
----> "chideg" 84.31 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 80.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 80.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 80.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 80.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_C
STATIONO.F - 1D atmosphere setup for longitude 80.0 and latitude 60.0.
----> "chideg" 85.04 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 80.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 80.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 80.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 85.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_C
STATIONO.F - 1D atmosphere setup for longitude 85.0 and latitude 45.0.
----> "chideg" 86.50 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 85.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 85.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 85.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 85.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_C
STATIONO.F - 1D atmosphere setup for longitude 85.0 and latitude 50.0.
----> "chideg" 86.81 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 85.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 85.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 85.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 85.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_C
STATIONO.F - 1D atmosphere setup for longitude 85.0 and latitude 55.0.
----> "chideg" 87.16 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 85.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 85.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 85.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 85.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_C
STATIONO.F - 1D atmosphere setup for longitude 85.0 and latitude 60.0.
----> "chideg" 87.52 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 85.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 85.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 85.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 90.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_C
STATIONO.F - 1D atmosphere setup for longitude 90.0 and latitude 45.0.
----> "chideg" 90.03 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 90.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 90.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 90.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 90.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_C
STATIONO.F - 1D atmosphere setup for longitude 90.0 and latitude 50.0.
----> "chideg" 90.03 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 90.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 90.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 90.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 90.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_C
STATIONO.F - 1D atmosphere setup for longitude 90.0 and latitude 55.0.
----> "chideg" 90.02 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 90.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 90.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 90.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 90.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_C
STATIONO.F - 1D atmosphere setup for longitude 90.0 and latitude 60.0.
----> "chideg" 90.02 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 90.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 90.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 90.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 95.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_C
STATIONO.F - 1D atmosphere setup for longitude 95.0 and latitude 45.0.
----> "chideg" 93.56 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 95.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 95.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 95.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 95.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_C
STATIONO.F - 1D atmosphere setup for longitude 95.0 and latitude 50.0.
----> "chideg" 93.24 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 95.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 95.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 95.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 95.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_D
STATIONO.F - 1D atmosphere setup for longitude 95.0 and latitude 55.0.
----> "chideg" 92.89 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 95.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 95.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 95.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 95.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_D
STATIONO.F - 1D atmosphere setup for longitude 95.0 and latitude 60.0.
----> "chideg" 92.52 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 95.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 95.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 95.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 100.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_D
STATIONO.F - 1D atmosphere setup for longitude 100.0 and latitude 45.0.
----> "chideg" 97.08 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 100.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 100.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 100.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 100.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_D
STATIONO.F - 1D atmosphere setup for longitude 100.0 and latitude 50.0.
----> "chideg" 96.43 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 100.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 100.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 100.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 100.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_D
STATIONO.F - 1D atmosphere setup for longitude 100.0 and latitude 55.0.
----> "chideg" 95.74 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 100.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 100.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 100.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 100.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_D
STATIONO.F - 1D atmosphere setup for longitude 100.0 and latitude 60.0.
----> "chideg" 95.00 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 100.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 100.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 100.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 105.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_D
STATIONO.F - 1D atmosphere setup for longitude 105.0 and latitude 45.0.
----> "chideg" 100.57 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 105.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 105.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 105.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 105.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_D
STATIONO.F - 1D atmosphere setup for longitude 105.0 and latitude 50.0.
----> "chideg" 99.60 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 105.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 105.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 105.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 105.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_D
STATIONO.F - 1D atmosphere setup for longitude 105.0 and latitude 55.0.
----> "chideg" 98.56 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 105.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 105.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 105.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 105.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_D
STATIONO.F - 1D atmosphere setup for longitude 105.0 and latitude 60.0.
----> "chideg" 97.46 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 105.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 105.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 105.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 110.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_D
STATIONO.F - 1D atmosphere setup for longitude 110.0 and latitude 45.0.
----> "chideg" 104.02 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 110.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 110.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 110.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 110.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_D
STATIONO.F - 1D atmosphere setup for longitude 110.0 and latitude 50.0.
----> "chideg" 102.73 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 110.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 110.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 110.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 110.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_D
STATIONO.F - 1D atmosphere setup for longitude 110.0 and latitude 55.0.
----> "chideg" 101.34 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 110.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 110.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 110.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 110.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_D
STATIONO.F - 1D atmosphere setup for longitude 110.0 and latitude 60.0.
----> "chideg" 99.87 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 110.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 110.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 110.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 115.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_D
STATIONO.F - 1D atmosphere setup for longitude 115.0 and latitude 45.0.
----> "chideg" 107.41 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 115.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 115.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 115.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 115.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_D
STATIONO.F - 1D atmosphere setup for longitude 115.0 and latitude 50.0.
----> "chideg" 105.79 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 115.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 115.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 115.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 115.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_D
STATIONO.F - 1D atmosphere setup for longitude 115.0 and latitude 55.0.
----> "chideg" 104.05 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 115.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 115.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 115.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 115.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_D
STATIONO.F - 1D atmosphere setup for longitude 115.0 and latitude 60.0.
----> "chideg" 102.22 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 115.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 115.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 115.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 120.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_D
STATIONO.F - 1D atmosphere setup for longitude 120.0 and latitude 45.0.
**** The solar zenith angle is: 110.73 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 120.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 120.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 120.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_D
STATIONO.F - 1D atmosphere setup for longitude 120.0 and latitude 50.0.
----> "chideg" 108.77 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 120.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 120.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 120.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 120.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_D
STATIONO.F - 1D atmosphere setup for longitude 120.0 and latitude 55.0.
----> "chideg" 106.69 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 120.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 120.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 120.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 120.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_D
STATIONO.F - 1D atmosphere setup for longitude 120.0 and latitude 60.0.
----> "chideg" 104.50 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 120.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 120.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 120.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 125.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_D
STATIONO.F - 1D atmosphere setup for longitude 125.0 and latitude 45.0.
**** The solar zenith angle is: 113.95 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 125.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 125.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 125.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_D
STATIONO.F - 1D atmosphere setup for longitude 125.0 and latitude 50.0.
**** The solar zenith angle is: 111.66 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 125.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 125.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 125.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_D
STATIONO.F - 1D atmosphere setup for longitude 125.0 and latitude 55.0.
----> "chideg" 109.23 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 125.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 125.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 125.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 125.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_D
STATIONO.F - 1D atmosphere setup for longitude 125.0 and latitude 60.0.
----> "chideg" 106.68 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 125.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 125.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 125.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 130.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_E
STATIONO.F - 1D atmosphere setup for longitude 130.0 and latitude 45.0.
**** The solar zenith angle is: 117.06 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 130.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 130.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 130.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_E
STATIONO.F - 1D atmosphere setup for longitude 130.0 and latitude 50.0.
**** The solar zenith angle is: 114.43 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 130.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 130.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 130.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_E
STATIONO.F - 1D atmosphere setup for longitude 130.0 and latitude 55.0.
**** The solar zenith angle is: 111.65 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 130.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 130.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 130.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_E
STATIONO.F - 1D atmosphere setup for longitude 130.0 and latitude 60.0.
----> "chideg" 108.76 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 130.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 130.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 130.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 135.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_E
STATIONO.F - 1D atmosphere setup for longitude 135.0 and latitude 45.0.
**** The solar zenith angle is: 120.02 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 135.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 135.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 135.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_E
STATIONO.F - 1D atmosphere setup for longitude 135.0 and latitude 50.0.
**** The solar zenith angle is: 117.05 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 135.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 135.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 135.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_E
STATIONO.F - 1D atmosphere setup for longitude 135.0 and latitude 55.0.
**** The solar zenith angle is: 113.95 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 135.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 135.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 135.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_E
STATIONO.F - 1D atmosphere setup for longitude 135.0 and latitude 60.0.
**** The solar zenith angle is: 110.72 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 135.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 135.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 140.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_E
STATIONO.F - 1D atmosphere setup for longitude 140.0 and latitude 45.0.
**** The solar zenith angle is: 122.82 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 140.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 140.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 140.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_E
STATIONO.F - 1D atmosphere setup for longitude 140.0 and latitude 50.0.
**** The solar zenith angle is: 119.52 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 140.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 140.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 140.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_E
STATIONO.F - 1D atmosphere setup for longitude 140.0 and latitude 55.0.
**** The solar zenith angle is: 116.08 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 140.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 140.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 140.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_E
STATIONO.F - 1D atmosphere setup for longitude 140.0 and latitude 60.0.
**** The solar zenith angle is: 112.54 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 140.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 140.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 145.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_E
STATIONO.F - 1D atmosphere setup for longitude 145.0 and latitude 45.0.
**** The solar zenith angle is: 125.42 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 145.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 145.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 145.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_E
STATIONO.F - 1D atmosphere setup for longitude 145.0 and latitude 50.0.
**** The solar zenith angle is: 121.79 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 145.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 145.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 145.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_E
STATIONO.F - 1D atmosphere setup for longitude 145.0 and latitude 55.0.
**** The solar zenith angle is: 118.04 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 145.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 145.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 145.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_E
STATIONO.F - 1D atmosphere setup for longitude 145.0 and latitude 60.0.
**** The solar zenith angle is: 114.19 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 145.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 145.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 150.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_E
STATIONO.F - 1D atmosphere setup for longitude 150.0 and latitude 45.0.
**** The solar zenith angle is: 127.78 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 150.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 150.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 150.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_E
STATIONO.F - 1D atmosphere setup for longitude 150.0 and latitude 50.0.
**** The solar zenith angle is: 123.84 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 150.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 150.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 150.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_E
STATIONO.F - 1D atmosphere setup for longitude 150.0 and latitude 55.0.
**** The solar zenith angle is: 119.80 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 150.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 150.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 150.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_E
STATIONO.F - 1D atmosphere setup for longitude 150.0 and latitude 60.0.
**** The solar zenith angle is: 115.67 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 150.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 150.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 155.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_E
STATIONO.F - 1D atmosphere setup for longitude 155.0 and latitude 45.0.
**** The solar zenith angle is: 129.87 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 155.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 155.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 155.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_E
STATIONO.F - 1D atmosphere setup for longitude 155.0 and latitude 50.0.
**** The solar zenith angle is: 125.64 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 155.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 155.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 155.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_E
STATIONO.F - 1D atmosphere setup for longitude 155.0 and latitude 55.0.
**** The solar zenith angle is: 121.33 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 155.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 155.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 155.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_E
STATIONO.F - 1D atmosphere setup for longitude 155.0 and latitude 60.0.
**** The solar zenith angle is: 116.96 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 155.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 155.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 160.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_E
STATIONO.F - 1D atmosphere setup for longitude 160.0 and latitude 45.0.
**** The solar zenith angle is: 131.65 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 160.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 160.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 160.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_E
STATIONO.F - 1D atmosphere setup for longitude 160.0 and latitude 50.0.
**** The solar zenith angle is: 127.17 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 160.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 160.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 160.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_F
STATIONO.F - 1D atmosphere setup for longitude 160.0 and latitude 55.0.
**** The solar zenith angle is: 122.62 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 160.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 160.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 160.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_F
STATIONO.F - 1D atmosphere setup for longitude 160.0 and latitude 60.0.
**** The solar zenith angle is: 118.03 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 160.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 160.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 165.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_F
STATIONO.F - 1D atmosphere setup for longitude 165.0 and latitude 45.0.
**** The solar zenith angle is: 133.09 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 165.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 165.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 165.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_F
STATIONO.F - 1D atmosphere setup for longitude 165.0 and latitude 50.0.
**** The solar zenith angle is: 128.39 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 165.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 165.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 165.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_F
STATIONO.F - 1D atmosphere setup for longitude 165.0 and latitude 55.0.
**** The solar zenith angle is: 123.65 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 165.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 165.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 165.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_F
STATIONO.F - 1D atmosphere setup for longitude 165.0 and latitude 60.0.
**** The solar zenith angle is: 118.89 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 165.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 165.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 170.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_F
STATIONO.F - 1D atmosphere setup for longitude 170.0 and latitude 45.0.
**** The solar zenith angle is: 134.14 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 170.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 170.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 170.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_F
STATIONO.F - 1D atmosphere setup for longitude 170.0 and latitude 50.0.
**** The solar zenith angle is: 129.28 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 170.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 170.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 170.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_F
STATIONO.F - 1D atmosphere setup for longitude 170.0 and latitude 55.0.
**** The solar zenith angle is: 124.40 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 170.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 170.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 170.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_F
STATIONO.F - 1D atmosphere setup for longitude 170.0 and latitude 60.0.
**** The solar zenith angle is: 119.50 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 170.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 170.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 175.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_F
STATIONO.F - 1D atmosphere setup for longitude 175.0 and latitude 45.0.
**** The solar zenith angle is: 134.79 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 175.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 175.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 175.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_F
STATIONO.F - 1D atmosphere setup for longitude 175.0 and latitude 50.0.
**** The solar zenith angle is: 129.82 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 175.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 175.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 175.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_F
STATIONO.F - 1D atmosphere setup for longitude 175.0 and latitude 55.0.
**** The solar zenith angle is: 124.85 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 175.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 175.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 175.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_F
STATIONO.F - 1D atmosphere setup for longitude 175.0 and latitude 60.0.
**** The solar zenith angle is: 119.88 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 175.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 175.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 180.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_F
STATIONO.F - 1D atmosphere setup for longitude 180.0 and latitude 45.0.
**** The solar zenith angle is: 135.00 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 180.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 180.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 180.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_F
STATIONO.F - 1D atmosphere setup for longitude 180.0 and latitude 50.0.
**** The solar zenith angle is: 130.00 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 180.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 180.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 180.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_F
STATIONO.F - 1D atmosphere setup for longitude 180.0 and latitude 55.0.
**** The solar zenith angle is: 125.00 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 180.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 180.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 180.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_F
STATIONO.F - 1D atmosphere setup for longitude 180.0 and latitude 60.0.
**** The solar zenith angle is: 120.00 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 180.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 180.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 185.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_F
STATIONO.F - 1D atmosphere setup for longitude 185.0 and latitude 45.0.
**** The solar zenith angle is: 134.78 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 185.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 185.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 185.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_F
STATIONO.F - 1D atmosphere setup for longitude 185.0 and latitude 50.0.
**** The solar zenith angle is: 129.81 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 185.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 185.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 185.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_F
STATIONO.F - 1D atmosphere setup for longitude 185.0 and latitude 55.0.
**** The solar zenith angle is: 124.84 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 185.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 185.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 185.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_F
STATIONO.F - 1D atmosphere setup for longitude 185.0 and latitude 60.0.
**** The solar zenith angle is: 119.87 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 185.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 185.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 190.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_F
STATIONO.F - 1D atmosphere setup for longitude 190.0 and latitude 45.0.
**** The solar zenith angle is: 134.13 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 190.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 190.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 190.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_F
STATIONO.F - 1D atmosphere setup for longitude 190.0 and latitude 50.0.
**** The solar zenith angle is: 129.27 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 190.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 190.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 190.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_F
STATIONO.F - 1D atmosphere setup for longitude 190.0 and latitude 55.0.
**** The solar zenith angle is: 124.39 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 190.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 190.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 190.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_F
STATIONO.F - 1D atmosphere setup for longitude 190.0 and latitude 60.0.
**** The solar zenith angle is: 119.49 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 190.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 190.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 195.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_G
STATIONO.F - 1D atmosphere setup for longitude 195.0 and latitude 45.0.
**** The solar zenith angle is: 133.07 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 195.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 195.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 195.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_G
STATIONO.F - 1D atmosphere setup for longitude 195.0 and latitude 50.0.
**** The solar zenith angle is: 128.37 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 195.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 195.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 195.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_G
STATIONO.F - 1D atmosphere setup for longitude 195.0 and latitude 55.0.
**** The solar zenith angle is: 123.64 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 195.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 195.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 195.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_G
STATIONO.F - 1D atmosphere setup for longitude 195.0 and latitude 60.0.
**** The solar zenith angle is: 118.87 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 195.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 195.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 200.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_G
STATIONO.F - 1D atmosphere setup for longitude 200.0 and latitude 45.0.
**** The solar zenith angle is: 131.63 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 200.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 200.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 200.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_G
STATIONO.F - 1D atmosphere setup for longitude 200.0 and latitude 50.0.
**** The solar zenith angle is: 127.15 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 200.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 200.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 200.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_G
STATIONO.F - 1D atmosphere setup for longitude 200.0 and latitude 55.0.
**** The solar zenith angle is: 122.61 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 200.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 200.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 200.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_G
STATIONO.F - 1D atmosphere setup for longitude 200.0 and latitude 60.0.
**** The solar zenith angle is: 118.02 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 200.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 200.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 205.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_G
STATIONO.F - 1D atmosphere setup for longitude 205.0 and latitude 45.0.
**** The solar zenith angle is: 129.84 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 205.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 205.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 205.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_G
STATIONO.F - 1D atmosphere setup for longitude 205.0 and latitude 50.0.
**** The solar zenith angle is: 125.62 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 205.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 205.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 205.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_G
STATIONO.F - 1D atmosphere setup for longitude 205.0 and latitude 55.0.
**** The solar zenith angle is: 121.31 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 205.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 205.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 205.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_G
STATIONO.F - 1D atmosphere setup for longitude 205.0 and latitude 60.0.
**** The solar zenith angle is: 116.94 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 205.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 205.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 210.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_G
STATIONO.F - 1D atmosphere setup for longitude 210.0 and latitude 45.0.
**** The solar zenith angle is: 127.74 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 210.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 210.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 210.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_G
STATIONO.F - 1D atmosphere setup for longitude 210.0 and latitude 50.0.
**** The solar zenith angle is: 123.81 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 210.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 210.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 210.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_G
STATIONO.F - 1D atmosphere setup for longitude 210.0 and latitude 55.0.
**** The solar zenith angle is: 119.77 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 210.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 210.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 210.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_G
STATIONO.F - 1D atmosphere setup for longitude 210.0 and latitude 60.0.
**** The solar zenith angle is: 115.65 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 210.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 210.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 215.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_G
STATIONO.F - 1D atmosphere setup for longitude 215.0 and latitude 45.0.
**** The solar zenith angle is: 125.38 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 215.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 215.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 215.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_G
STATIONO.F - 1D atmosphere setup for longitude 215.0 and latitude 50.0.
**** The solar zenith angle is: 121.75 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 215.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 215.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 215.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_G
STATIONO.F - 1D atmosphere setup for longitude 215.0 and latitude 55.0.
**** The solar zenith angle is: 118.01 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 215.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 215.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 215.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_G
STATIONO.F - 1D atmosphere setup for longitude 215.0 and latitude 60.0.
**** The solar zenith angle is: 114.17 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 215.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 215.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 220.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_G
STATIONO.F - 1D atmosphere setup for longitude 220.0 and latitude 45.0.
**** The solar zenith angle is: 122.78 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 220.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 220.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 220.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_G
STATIONO.F - 1D atmosphere setup for longitude 220.0 and latitude 50.0.
**** The solar zenith angle is: 119.48 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 220.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 220.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 220.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_G
STATIONO.F - 1D atmosphere setup for longitude 220.0 and latitude 55.0.
**** The solar zenith angle is: 116.05 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 220.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 220.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 220.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_G
STATIONO.F - 1D atmosphere setup for longitude 220.0 and latitude 60.0.
**** The solar zenith angle is: 112.51 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 220.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 220.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 225.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_G
STATIONO.F - 1D atmosphere setup for longitude 225.0 and latitude 45.0.
**** The solar zenith angle is: 119.98 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 225.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 225.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 225.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_G
STATIONO.F - 1D atmosphere setup for longitude 225.0 and latitude 50.0.
**** The solar zenith angle is: 117.01 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 225.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 225.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 225.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_H
STATIONO.F - 1D atmosphere setup for longitude 225.0 and latitude 55.0.
**** The solar zenith angle is: 113.91 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 225.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 225.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 225.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_H
STATIONO.F - 1D atmosphere setup for longitude 225.0 and latitude 60.0.
**** The solar zenith angle is: 110.69 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 225.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 225.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 230.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_H
STATIONO.F - 1D atmosphere setup for longitude 230.0 and latitude 45.0.
**** The solar zenith angle is: 117.01 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 230.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 230.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 230.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_H
STATIONO.F - 1D atmosphere setup for longitude 230.0 and latitude 50.0.
**** The solar zenith angle is: 114.38 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 230.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 230.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 230.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_H
STATIONO.F - 1D atmosphere setup for longitude 230.0 and latitude 55.0.
**** The solar zenith angle is: 111.62 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 230.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 230.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 230.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_H
STATIONO.F - 1D atmosphere setup for longitude 230.0 and latitude 60.0.
----> "chideg" 108.73 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 230.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 230.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 230.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 235.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_H
STATIONO.F - 1D atmosphere setup for longitude 235.0 and latitude 45.0.
**** The solar zenith angle is: 113.90 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 235.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 235.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 235.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_H
STATIONO.F - 1D atmosphere setup for longitude 235.0 and latitude 50.0.
**** The solar zenith angle is: 111.61 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 235.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 235.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 235.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_H
STATIONO.F - 1D atmosphere setup for longitude 235.0 and latitude 55.0.
----> "chideg" 109.19 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 235.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 235.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 235.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 235.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_H
STATIONO.F - 1D atmosphere setup for longitude 235.0 and latitude 60.0.
----> "chideg" 106.65 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 235.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 235.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 235.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 240.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_H
STATIONO.F - 1D atmosphere setup for longitude 240.0 and latitude 45.0.
**** The solar zenith angle is: 110.68 [deg].
**** There is no solar production possible at this angle so will automatically
**** extinguish the sun by setting "jpreci=1" (precipitation only) and continue.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
TRANS.F - Solve the kinetic transport equation for longitude 240.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 240.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 240.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_H
STATIONO.F - 1D atmosphere setup for longitude 240.0 and latitude 50.0.
----> "chideg" 108.72 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 240.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 240.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 240.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 240.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_H
STATIONO.F - 1D atmosphere setup for longitude 240.0 and latitude 55.0.
----> "chideg" 106.64 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 240.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 240.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 240.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 240.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_H
STATIONO.F - 1D atmosphere setup for longitude 240.0 and latitude 60.0.
----> "chideg" 104.46 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 240.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 240.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 240.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 245.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_H
STATIONO.F - 1D atmosphere setup for longitude 245.0 and latitude 45.0.
----> "chideg" 107.36 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 245.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 245.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 245.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 245.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_H
STATIONO.F - 1D atmosphere setup for longitude 245.0 and latitude 50.0.
----> "chideg" 105.74 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 245.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 245.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 245.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 245.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_H
STATIONO.F - 1D atmosphere setup for longitude 245.0 and latitude 55.0.
----> "chideg" 104.01 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 245.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 245.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 245.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 245.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_H
STATIONO.F - 1D atmosphere setup for longitude 245.0 and latitude 60.0.
----> "chideg" 102.18 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 245.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 245.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 245.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 250.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_H
STATIONO.F - 1D atmosphere setup for longitude 250.0 and latitude 45.0.
----> "chideg" 103.97 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 250.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 250.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 250.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 250.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_H
STATIONO.F - 1D atmosphere setup for longitude 250.0 and latitude 50.0.
----> "chideg" 102.67 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 250.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 250.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 250.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 250.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_H
STATIONO.F - 1D atmosphere setup for longitude 250.0 and latitude 55.0.
----> "chideg" 101.29 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 250.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 250.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 250.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 250.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_H
STATIONO.F - 1D atmosphere setup for longitude 250.0 and latitude 60.0.
----> "chideg" 99.83 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 250.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 250.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 250.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 255.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_H
STATIONO.F - 1D atmosphere setup for longitude 255.0 and latitude 45.0.
----> "chideg" 100.52 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 255.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 255.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 255.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 255.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_H
STATIONO.F - 1D atmosphere setup for longitude 255.0 and latitude 50.0.
----> "chideg" 99.55 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 255.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 255.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 255.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 255.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_H
STATIONO.F - 1D atmosphere setup for longitude 255.0 and latitude 55.0.
----> "chideg" 98.51 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 255.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 255.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 255.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 255.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_H
STATIONO.F - 1D atmosphere setup for longitude 255.0 and latitude 60.0.
----> "chideg" 97.42 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 255.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 255.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 255.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 260.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_I
STATIONO.F - 1D atmosphere setup for longitude 260.0 and latitude 45.0.
----> "chideg" 97.02 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 260.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 260.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 260.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 260.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_I
STATIONO.F - 1D atmosphere setup for longitude 260.0 and latitude 50.0.
----> "chideg" 96.38 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 260.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 260.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 260.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 260.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_I
STATIONO.F - 1D atmosphere setup for longitude 260.0 and latitude 55.0.
----> "chideg" 95.69 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 260.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 260.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 260.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 260.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_I
STATIONO.F - 1D atmosphere setup for longitude 260.0 and latitude 60.0.
----> "chideg" 94.96 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 260.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 260.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 260.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 265.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_I
STATIONO.F - 1D atmosphere setup for longitude 265.0 and latitude 45.0.
----> "chideg" 93.50 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 265.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 265.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 265.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 265.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_I
STATIONO.F - 1D atmosphere setup for longitude 265.0 and latitude 50.0.
----> "chideg" 93.19 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 265.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 265.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 265.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 265.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_I
STATIONO.F - 1D atmosphere setup for longitude 265.0 and latitude 55.0.
----> "chideg" 92.84 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 265.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 265.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 265.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 265.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_I
STATIONO.F - 1D atmosphere setup for longitude 265.0 and latitude 60.0.
----> "chideg" 92.48 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 265.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 265.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 265.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 270.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_I
STATIONO.F - 1D atmosphere setup for longitude 270.0 and latitude 45.0.
----> "chideg" 89.97 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 270.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 270.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 270.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 270.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_I
STATIONO.F - 1D atmosphere setup for longitude 270.0 and latitude 50.0.
----> "chideg" 89.97 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 270.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 270.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 270.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 270.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_I
STATIONO.F - 1D atmosphere setup for longitude 270.0 and latitude 55.0.
----> "chideg" 89.98 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 270.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 270.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 270.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 270.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_I
STATIONO.F - 1D atmosphere setup for longitude 270.0 and latitude 60.0.
----> "chideg" 89.98 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 270.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 270.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 270.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 275.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_I
STATIONO.F - 1D atmosphere setup for longitude 275.0 and latitude 45.0.
----> "chideg" 86.44 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 275.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 275.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 275.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 275.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_I
STATIONO.F - 1D atmosphere setup for longitude 275.0 and latitude 50.0.
----> "chideg" 86.76 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 275.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 275.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 275.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 275.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_I
STATIONO.F - 1D atmosphere setup for longitude 275.0 and latitude 55.0.
----> "chideg" 87.11 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 275.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 275.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 275.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 275.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_I
STATIONO.F - 1D atmosphere setup for longitude 275.0 and latitude 60.0.
----> "chideg" 87.48 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 275.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 275.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 275.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 280.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_I
STATIONO.F - 1D atmosphere setup for longitude 280.0 and latitude 45.0.
----> "chideg" 82.92 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 280.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 280.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 280.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 280.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_I
STATIONO.F - 1D atmosphere setup for longitude 280.0 and latitude 50.0.
----> "chideg" 83.57 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 280.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 280.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 280.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 280.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_I
STATIONO.F - 1D atmosphere setup for longitude 280.0 and latitude 55.0.
----> "chideg" 84.26 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 280.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 280.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 280.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 280.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_I
STATIONO.F - 1D atmosphere setup for longitude 280.0 and latitude 60.0.
----> "chideg" 85.00 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 280.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 280.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 280.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 285.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_I
STATIONO.F - 1D atmosphere setup for longitude 285.0 and latitude 45.0.
----> "chideg" 79.43 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 285.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 285.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 285.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 285.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_I
STATIONO.F - 1D atmosphere setup for longitude 285.0 and latitude 50.0.
----> "chideg" 80.40 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 285.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 285.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 285.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 285.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_I
STATIONO.F - 1D atmosphere setup for longitude 285.0 and latitude 55.0.
----> "chideg" 81.44 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 285.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 285.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 285.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 285.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_I
STATIONO.F - 1D atmosphere setup for longitude 285.0 and latitude 60.0.
----> "chideg" 82.54 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 285.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 285.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 285.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 290.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_I
STATIONO.F - 1D atmosphere setup for longitude 290.0 and latitude 45.0.
----> "chideg" 75.98 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 290.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 290.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 290.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 290.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_I
STATIONO.F - 1D atmosphere setup for longitude 290.0 and latitude 50.0.
----> "chideg" 77.27 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 290.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 290.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 290.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 290.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_J
STATIONO.F - 1D atmosphere setup for longitude 290.0 and latitude 55.0.
----> "chideg" 78.66 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 290.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 290.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 290.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 290.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_J
STATIONO.F - 1D atmosphere setup for longitude 290.0 and latitude 60.0.
----> "chideg" 80.13 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 290.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 290.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 290.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 295.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_J
STATIONO.F - 1D atmosphere setup for longitude 295.0 and latitude 45.0.
----> "chideg" 72.59 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 295.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 295.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 295.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 295.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_J
STATIONO.F - 1D atmosphere setup for longitude 295.0 and latitude 50.0.
----> "chideg" 74.21 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 295.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 295.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 295.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 295.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_J
STATIONO.F - 1D atmosphere setup for longitude 295.0 and latitude 55.0.
----> "chideg" 75.95 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 295.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 295.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 295.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 295.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_J
STATIONO.F - 1D atmosphere setup for longitude 295.0 and latitude 60.0.
----> "chideg" 77.78 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 295.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 295.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 295.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 300.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_J
STATIONO.F - 1D atmosphere setup for longitude 300.0 and latitude 45.0.
----> "chideg" 69.27 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 300.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 300.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 300.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 300.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_J
STATIONO.F - 1D atmosphere setup for longitude 300.0 and latitude 50.0.
----> "chideg" 71.23 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 300.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 300.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 300.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 300.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_J
STATIONO.F - 1D atmosphere setup for longitude 300.0 and latitude 55.0.
----> "chideg" 73.31 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 300.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 300.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 300.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 300.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_J
STATIONO.F - 1D atmosphere setup for longitude 300.0 and latitude 60.0.
----> "chideg" 75.50 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 300.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 300.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 300.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 305.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_J
STATIONO.F - 1D atmosphere setup for longitude 305.0 and latitude 45.0.
----> "chideg" 66.05 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 305.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 305.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 305.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 305.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_J
STATIONO.F - 1D atmosphere setup for longitude 305.0 and latitude 50.0.
----> "chideg" 68.34 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 305.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 305.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 305.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 305.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_J
STATIONO.F - 1D atmosphere setup for longitude 305.0 and latitude 55.0.
----> "chideg" 70.77 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 305.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 305.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 305.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 305.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_J
STATIONO.F - 1D atmosphere setup for longitude 305.0 and latitude 60.0.
----> "chideg" 73.32 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 305.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 305.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 305.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 310.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_J
STATIONO.F - 1D atmosphere setup for longitude 310.0 and latitude 45.0.
----> "chideg" 62.94 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 310.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 310.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 310.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 310.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_J
STATIONO.F - 1D atmosphere setup for longitude 310.0 and latitude 50.0.
----> "chideg" 65.57 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 310.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 310.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 310.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 310.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_J
STATIONO.F - 1D atmosphere setup for longitude 310.0 and latitude 55.0.
----> "chideg" 68.35 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 310.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 310.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 310.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 310.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_J
STATIONO.F - 1D atmosphere setup for longitude 310.0 and latitude 60.0.
----> "chideg" 71.24 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 310.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 310.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 310.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 315.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_J
STATIONO.F - 1D atmosphere setup for longitude 315.0 and latitude 45.0.
----> "chideg" 59.98 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 315.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 315.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 315.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 315.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_J
STATIONO.F - 1D atmosphere setup for longitude 315.0 and latitude 50.0.
----> "chideg" 62.95 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 315.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 315.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 315.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 315.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_J
STATIONO.F - 1D atmosphere setup for longitude 315.0 and latitude 55.0.
----> "chideg" 66.05 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 315.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 315.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 315.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 315.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_J
STATIONO.F - 1D atmosphere setup for longitude 315.0 and latitude 60.0.
----> "chideg" 69.28 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 315.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 315.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 315.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 320.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_J
STATIONO.F - 1D atmosphere setup for longitude 320.0 and latitude 45.0.
----> "chideg" 57.18 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 320.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 320.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 320.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 320.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_J
STATIONO.F - 1D atmosphere setup for longitude 320.0 and latitude 50.0.
----> "chideg" 60.48 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 320.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 320.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 320.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 320.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_J
STATIONO.F - 1D atmosphere setup for longitude 320.0 and latitude 55.0.
----> "chideg" 63.92 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 320.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 320.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 320.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 320.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_J
STATIONO.F - 1D atmosphere setup for longitude 320.0 and latitude 60.0.
----> "chideg" 67.46 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 320.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 320.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 320.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 325.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_K
STATIONO.F - 1D atmosphere setup for longitude 325.0 and latitude 45.0.
----> "chideg" 54.58 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 325.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 325.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 325.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 325.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_K
STATIONO.F - 1D atmosphere setup for longitude 325.0 and latitude 50.0.
----> "chideg" 58.21 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 325.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 325.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 325.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 325.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _C_K
STATIONO.F - 1D atmosphere setup for longitude 325.0 and latitude 55.0.
----> "chideg" 61.96 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 325.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 325.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 325.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 325.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _D_K
STATIONO.F - 1D atmosphere setup for longitude 325.0 and latitude 60.0.
----> "chideg" 65.81 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 325.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 325.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 325.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 330.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _E_K
STATIONO.F - 1D atmosphere setup for longitude 330.0 and latitude 45.0.
----> "chideg" 52.22 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 330.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 330.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 330.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 330.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _F_K
STATIONO.F - 1D atmosphere setup for longitude 330.0 and latitude 50.0.
----> "chideg" 56.16 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 330.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 330.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 330.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 330.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _G_K
STATIONO.F - 1D atmosphere setup for longitude 330.0 and latitude 55.0.
----> "chideg" 60.20 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 330.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 330.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 330.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 330.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _H_K
STATIONO.F - 1D atmosphere setup for longitude 330.0 and latitude 60.0.
----> "chideg" 64.33 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 330.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 330.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 330.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 335.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _I_K
STATIONO.F - 1D atmosphere setup for longitude 335.0 and latitude 45.0.
----> "chideg" 50.13 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 335.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 335.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 335.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 335.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _J_K
STATIONO.F - 1D atmosphere setup for longitude 335.0 and latitude 50.0.
----> "chideg" 54.36 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 335.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 335.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 335.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
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KINETIC MODEL LOOP FOR LONGITUDE 335.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _K_K
STATIONO.F - 1D atmosphere setup for longitude 335.0 and latitude 55.0.
----> "chideg" 58.67 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 335.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 335.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 335.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 335.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _L_K
STATIONO.F - 1D atmosphere setup for longitude 335.0 and latitude 60.0.
----> "chideg" 63.04 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 335.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 335.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 335.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
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KINETIC MODEL LOOP FOR LONGITUDE 340.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _M_K
STATIONO.F - 1D atmosphere setup for longitude 340.0 and latitude 45.0.
----> "chideg" 48.35 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 340.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 340.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 340.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 340.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _N_K
STATIONO.F - 1D atmosphere setup for longitude 340.0 and latitude 50.0.
----> "chideg" 52.83 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 340.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 340.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 340.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 340.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _O_K
STATIONO.F - 1D atmosphere setup for longitude 340.0 and latitude 55.0.
----> "chideg" 57.38 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 340.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 340.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 340.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 340.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _P_K
STATIONO.F - 1D atmosphere setup for longitude 340.0 and latitude 60.0.
----> "chideg" 61.97 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 340.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 340.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 340.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 345.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Q_K
STATIONO.F - 1D atmosphere setup for longitude 345.0 and latitude 45.0.
----> "chideg" 46.91 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 345.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 345.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 345.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 345.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _R_K
STATIONO.F - 1D atmosphere setup for longitude 345.0 and latitude 50.0.
----> "chideg" 51.61 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 345.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 345.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 345.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 345.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _S_K
STATIONO.F - 1D atmosphere setup for longitude 345.0 and latitude 55.0.
----> "chideg" 56.35 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 345.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 345.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 345.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 345.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _T_K
STATIONO.F - 1D atmosphere setup for longitude 345.0 and latitude 60.0.
----> "chideg" 61.11 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 345.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 345.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 345.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 350.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _U_K
STATIONO.F - 1D atmosphere setup for longitude 350.0 and latitude 45.0.
----> "chideg" 45.86 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 350.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 350.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 350.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 350.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _V_K
STATIONO.F - 1D atmosphere setup for longitude 350.0 and latitude 50.0.
----> "chideg" 50.72 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 350.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 350.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 350.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 350.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _W_K
STATIONO.F - 1D atmosphere setup for longitude 350.0 and latitude 55.0.
----> "chideg" 55.60 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 350.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 350.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 350.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 350.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _X_K
STATIONO.F - 1D atmosphere setup for longitude 350.0 and latitude 60.0.
----> "chideg" 60.50 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 350.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 350.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 350.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 355.0 AND LATITUDE 45.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Y_K
STATIONO.F - 1D atmosphere setup for longitude 355.0 and latitude 45.0.
----> "chideg" 45.21 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 355.0 and latitude 45.0.
TRANS.F - Solve the kinetic transport equation for longitude 355.0 and latitude 45.0.

KINETIC LOOP FOR LONGITUDE 355.0, AND LATITUDE 45.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 355.0 AND LATITUDE 50.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _Z_K
STATIONO.F - 1D atmosphere setup for longitude 355.0 and latitude 50.0.
----> "chideg" 50.18 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 355.0 and latitude 50.0.
TRANS.F - Solve the kinetic transport equation for longitude 355.0 and latitude 50.0.

KINETIC LOOP FOR LONGITUDE 355.0, AND LATITUDE 50.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 355.0 AND LATITUDE 55.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _A_L
STATIONO.F - 1D atmosphere setup for longitude 355.0 and latitude 55.0.
----> "chideg" 55.15 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 355.0 and latitude 55.0.
TRANS.F - Solve the kinetic transport equation for longitude 355.0 and latitude 55.0.

KINETIC LOOP FOR LONGITUDE 355.0, AND LATITUDE 55.0 FINISHED.
----------------------------------------------------------------------------------
----------------------------------------------------------------------------------
KINETIC MODEL LOOP FOR LONGITUDE 355.0 AND LATITUDE 60.0 STARTING.

REFER TO OUTPUT FILES WITH SUFFIX: _B_L
STATIONO.F - 1D atmosphere setup for longitude 355.0 and latitude 60.0.
----> "chideg" 60.12 [deg] SZA.
----> STATIONO : Creating the background neutral atmosphere.
----> MARSNEUTRE : (within MARSATMO.f) reading the binary file "marsatmo.dat".
----> MARS_ATMO_TIM : (within MARSATMO.f) working with MarTIM.
----> COLDEN : Calculating column density.
----> STATIONO : Writing the handover variables.
FELIN.F - Primary photoproduction calculation for longitude 355.0 and latitude 60.0.
TRANS.F - Solve the kinetic transport equation for longitude 355.0 and latitude 60.0.

KINETIC LOOP FOR LONGITUDE 355.0, AND LATITUDE 60.0 FINISHED.
----------------------------------------------------------------------------------
Finished with kinetic code.