Changes between Version 3 and Version 4 of IPSLCM6/calving

Timestamp:

01/05/21 23:29:11 (3 years ago)

Author:

oboucher

Comment:

--

IPSLCM6/calving

@@ -111 +111 @@
 print('rain in  Sv =',tot_rain_1[0:10])
 print('rain out Sv =',tot_rain_2[0:10])
+print('rain diff mSv=',(tot_rain_1[1:10]-tot_rain_2[1:10])*1000.)
 print('snow in  Sv =',tot_snow_1[0:10])
 print('snow out Sv =',tot_snow_2[0:10])
+print('snow diff mSv=',(tot_snow_1[1:10]-tot_snow_2[1:10])*1000.)
 print('evap in  Sv =',tot_evap_1[0:10])
 print('evap out Sv =',tot_evap_2[0:10])
@@ -125 +127 @@
 ('rain out Sv =', array([ 0.0,  3.4585411,  8.8186534,  11.317966,  11.570457,  11.836863,
         11.35775,  11.295479,  11.242256,  11.493486], dtype=float128))
+('rain diff mSv=', array([-3.9859023e-08,  4.4476907e-05,  0.11972505,  0.078397034,
+        0.0045189078,  0.0016220226,  0.071562863,  0.022124081,
+        0.0034941963], dtype=float128))
 ('snow in  Sv =', array([ 0.0,  0.43405517,  0.48368972,  0.41251261,  0.36736733,
         0.39909007,  0.46146092,  0.3871201,  0.33174664,  0.45059974], dtype=float128))
 ('snow out Sv =', array([ 0.0,  0.43405517,  0.48368972,  0.41251261,  0.36736733,
         0.39909007,  0.46146092,  0.38712011,  0.33174664,  0.45059974], dtype=float128))
+('snow diff mSv=', array([-5.991792e-07, -2.3985875e-07,  4.5716792e-07,  3.592597e-07,
+        1.0149842e-08, -1.356738e-08, -3.040086e-07,  3.1490164e-07,
+       -3.3566433e-07], dtype=float128))
 ('evap in  Sv =', array([ 0.0,  12.638699,  12.227281,  13.689618,  14.567473,  14.940661,
         14.904491,  14.177904,  13.691065,  13.653616], dtype=float128))
@@ -135 +143 @@
 ('evap diff mSv=', array([ 0.11373978,  0.43656301,  0.37129745,  0.48537692,  0.5611987,
         0.68672948,  0.77286054,  0.91008484,  1.1375948], dtype=float128))
+
 }}}
 
-Rain et snow sont très bien conservés, mais ce n'est pas le cas de Evap avec des différences de 1 mSv.
+Snow est très bien conservé, Rain pas trop mal (<0.1 mSv) mais ce n'est pas le cas de Evap avec des différences jusqu'à 1 mSv.