update version from Carole

Alps/Data/README.txt

@@ -1,20 +1,23 @@
-Data File for Southern French Alps and Mediterranean Sea models (C. Petit et al., 2022).
+Data File for Southern French Alps and Mediterranean Sea models (C. Petit et al., 2023).
 
 Here is the description of the data file you need to run the models:
 :
-eetHR.csv: grid of spatially variable Effective Elastic Thickness based on yield stress enveloppes (after Burov and Diament, 1995). Otherwise a constant EET value of 20 km is used.
-epica_temp.csv: global temperatures from the EPICA-Dome C database
-ice_conv.csv: ice ratio (1 is for full ice, 0 for no ice) between -100 ka and now (in model time, between 0 and +100 ka).
-ice_conv200.csv: ice ratio (1 is for full ice, 0 for no ice) between -200 ka and now (in model time, between 0 and +200 ka).
-paca_ice2.csv: maximum ice thickness map (in m)
-pacaqtz.csv: quartz content map
-pacasmooth5.csv: initial topography and bathymetry map
+EET_grid.csv: grid of spatially variable Effective Elastic Thickness based on yield stress enveloppes (after Burov and Diament, 1995). Otherwise a constant EET value of 20 km is used.
+epica_temperature.csv: global temperatures from the EPICA-Dome C database
+ice_ratio_100k: ice ratio (1 is for full ice, 0 for no ice) between -100 ka and now (in model time, between 0 and +100 ka).
+ice_ratio_200k.csv: ice ratio (1 is for full ice, 0 for no ice) between -200 ka and now (in model time, between 0 and +200 ka).
+ice_thickness.csv: maximum ice thickness map (in m)
+quartz_map.csv  : quartz content map
+rock_type.csv : 3 different types of rocks that can be used to trace the sources or to change the erodibility coefficient: 
+0 is for the sedimentary cover, 1 is for metamorphic Tinee complex and 2 is for the the Mercantour massif (see L. Bonneau's 2017 paper).
+Combining this with 10Be production and transport takes much longer than with 1 single rock.
+initial_topo.csv: initial topography and bathymetry map
 sealevel100ka.txt: sea level variations between -100 ka and now (in model time, between 0 and +100 ka).
 sealevel200ka.txt: sea level variations between -200 ka and now (in model time, between 0 and +200 ka).
 
 Here are the files that you need to compare with model outputs:
 
 river_name.dat : xy file with age (x, in ka) and height above riverbed (y, in m)
-Var_Pts.txt and Var_Pts5.txt: 2 lists of point IDs where to extract 10Be in submarine sediments
+Var_Ptsx.txt: lists of point IDs where to extract 10Be in submarine sediments
 River_name_16_x.txt: 3 column files (extracted from selection in paraview) where the 3rd column is the pointID corresponding to the
 upstream catchment of the given site (see sites in Mariotti et al., 2019). The 2 first columns are not used.