def test_multidim(): state = climlab.column_state(num_lev=40, num_lat=3, water_depth=5.) rad = climlab.radiation.RRTMG_LW(state=state) # are the transformations reversible? assert np.all(_rrtm_to_climlab(_climlab_to_rrtm(rad.Ts)) == rad.Ts) assert np.all(_rrtm_to_climlab(_climlab_to_rrtm(rad.Tatm)) == rad.Tatm) # Can we integrate? rad.step_forward() assert rad.OLR.shape == rad.Ts.shape
def test_multidim(): state = climlab.column_state(num_lev=40, num_lat=3, water_depth=5.) rad = climlab.radiation.RRTMG_LW(state=state) # are the transformations reversible? assert np.all(_rrtm_to_climlab(_climlab_to_rrtm(rad.Ts)) == rad.Ts) assert np.all(_rrtm_to_climlab(_climlab_to_rrtm(rad.Tatm)) == rad.Tatm) # Can we integrate? rad.step_forward() assert rad.OLR.shape == rad.Ts.shape
def test_rrtmg_lw_creation(): state = climlab.column_state(num_lev=num_lev, water_depth=5.) rad = climlab.radiation.RRTMG_LW(state=state) # are the transformations reversible? assert np.all(_rrtm_to_climlab(_climlab_to_rrtm(rad.Ts)) == rad.Ts) assert np.all(_rrtm_to_climlab(_climlab_to_rrtm(rad.Tatm)) == rad.Tatm)
def test_rrtmg_lw_creation(): state = climlab.column_state(num_lev=num_lev, water_depth=5.) rad = climlab.radiation.RRTMG_LW(state=state) # are the transformations reversible? assert np.all(_rrtm_to_climlab(_climlab_to_rrtm(rad.Ts)) == rad.Ts) assert np.all(_rrtm_to_climlab(_climlab_to_rrtm(rad.Tatm)) == rad.Tatm)