In [4]:

    

%pylab notebook
from charistools.hypsometry import Hypsometry
import matplotlib.pyplot as plt


    

    




Populating the interactive namespace from numpy and matplotlib

In [3]:

    

%cd /vagrant/source/charistools/test/compare
%ls


    

    




/vagrant/source/charistools/test/compare
00readme.txt
00readme.txt~
compare.test_basin.500.correct_sDDF.ALBEDO_MCD.0035.ice_melt.dat
compare.test_basin.500.correct_sDDF.ALBEDO_MCD.0035.snow_off_ice_melt.dat
compare.test_basin.500.correct_sDDF.ALBEDO_MCD.0035.snow_off_ice_melt.partial.dat
compare.test_basin.500.correct_sDDF.ALBEDO_MCD.0035.snow_off_ice_melt.partial.dat~
compare.test_basin.500.correct_sDDF.ALBEDO_MCD.0035.snow_on_ice_melt.dat
fromIDL/
IN_Hunza_at_Danyour.0100m.area_by_elev.txt
IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.ice_melt.dat
IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.snow_off_ice_melt.dat
IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.snow_on_ice_melt.dat
IN_Hunza_at_Danyour.2001.0100m.GRSIZE_SCAG.0200.ablation_area.txt
IN_Hunza_at_Danyour.2001.0100m.GRSIZE_SCAG.0200.snow_off_ice_area.txt
IN_Hunza_at_Danyour.2001.0100m.GRSIZE_SCAG.0200.snow_on_ice_area.txt

In [ ]:

    

sol_melt = Hypsometry(filename='IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.snow_off_ice_melt.dat')
soi_melt = Hypsometry(filename='IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.snow_on_ice_melt.dat')
egi_melt = Hypsometry(filename='IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.ice_melt.dat')


    

In [5]:

    

sol_melt = Hypsometry(filename='IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.snow_off_ice_melt.dat')
soi_melt = Hypsometry(filename='IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.snow_on_ice_melt.dat')
egi_melt = Hypsometry(filename='IN_Hunza_at_Danyour.2001.0100m.ALBEDO_MOD10A1.0046.ice_melt.dat')


    

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