Commit to release 1.2

Author: AnsArn

constants.py

@@ -11,7 +11,7 @@
 ' PARAMETERIZATIONS '
 stability_correction = 'Ri'                     # possibilities: 'Ri','MO'
 albedo_method = 'Oerlemans98'                   # possibilities: 'Oerlemans98'
-densification_method = 'Boone'                # possibilities: 'Boone','Vionnet'
+densification_method = 'Boone'                  # possibilities: 'Boone','Vionnet'
 penetrating_method = 'Bintanja95'               # possibilities: 'Bintanja95'
 roughness_method = 'Moelg12'                    # possibilities: 'Moelg12'
 saturation_water_vapour_method = 'Sonntag90'    # possibilities: 'Sonntag90'

cosipy/tests/test_GRID_getter_functions.py

@@ -14,7 +14,7 @@ def test_grid_getter_functions():
      assert GRID.get_temperature() == layer_temperatures
      assert GRID.get_liquid_water_content() == layer_liquid_water
      assert GRID.get_snow_heights() == layer_heights[0:3]
-     #assert GRID.get_ice_heights() == layer_heights[3:5]
+     assert GRID.get_ice_heights() == layer_heights[3:5]
      assert GRID.get_node_height(0) == layer_heights[0]
      assert GRID.get_node_density(0) == approx(layer_densities[0], abs=1e-3)
      assert GRID.get_node_temperature(0) == layer_temperatures[0]
@@ -24,5 +24,5 @@ def test_grid_getter_functions():
     #number_nodes_before = GRID.get_number_layers()
     #GRID.remove_node()
     #assert GRID.get_number_nodes() == number_nodes_before -1
-#    assert np.nanmean(GRID.get_density()) == np.nanmean(layer_densities)
-#    assert GRID.get_density() == layer_densities
+    #assert np.nanmean(GRID.get_density()) == np.nanmean(layer_densities)
+    #assert GRID.get_density() == layer_densities

cosipy/tests/test_GRID_update_functions.py

@@ -26,5 +26,8 @@ def test_grid_getter_functions():
      SWE_after_adaptive = np.array(GRID.get_height()) / np.array(GRID.get_density())
      SWE_after_adaptive_sum = np.nansum(SWE_after_adaptive)
 
+     #assert SWE_before_sum == SWE_after_sum
+     #assert SWE_after_sum == SWE_after_adaptive_sum
+
      assert SWE_before_sum == approx(SWE_after_sum, abs=1e-3)
      assert SWE_after_sum == approx(SWE_after_adaptive_sum, abs=1e-3)

cosipy/tests/test_parameterisation_densification.py

@@ -19,5 +19,5 @@ def test_densification_parameterisation():
     SWE_after = np.array(GRID.get_height()) / np.array(GRID.get_density())
     SWE_after_sum = np.nansum(SWE_after)
 
-#    assert SWE_before_sum == approx(SWE_after_sum, abs=1e-3)
-#
+    #assert SWE_before_sum == approx(SWE_after_sum, abs=1e-3)
+    #assert SWE_before_sum == SWE_after_sum

cosipy/tests/test_parameterisation_surfaceTemperature.py

@@ -14,7 +14,7 @@
 def test_surface_Temperature_parameterisation():
 
     fun, surface_temperature, lw_radiation_in, lw_radiation_out, sensible_heat_flux, latent_heat_flux, \
-    ground_heat_flux, sw_radiation_net, rho, Lv, Cs_t, Cs_q, q0, q2, phi \
+    ground_heat_flux, sw_radiation_net, rho, Lv, Cs_t, Cs_q, q0, q2 \
         = update_surface_temperature(GRID, 0.6, (0.24/1000), 275, 0.6, 789, 1000, 4.5, 0.0, 0.1)
 
     assert surface_temperature <= zero_temperature and surface_temperature >= 220.0