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# -*- coding: utf-8 -*- |
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# vim:fileencoding=utf-8 |
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# |
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# Copyright (c) 2018 Stefan Bender |
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# |
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# This module is part of sciapy. |
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# sciapy is free software: you can redistribute it or modify |
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# it under the terms of the GNU General Public License as published |
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# by the Free Software Foundation, version 2. |
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# See accompanying LICENSE file or http://www.gnu.org/licenses/gpl-2.0.html. |
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"""SCIAMACHY regression module tests |
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""" |
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import sciapy.regress |
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def test_module_structure(): |
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assert sciapy.regress |
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assert sciapy.regress.load_data |
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assert sciapy.regress.mcmc |
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assert sciapy.regress.models_cel |
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def test_loaddatamodule_method_structure(): |
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assert sciapy.regress.load_scia_dzm |
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assert sciapy.regress.load_solar_gm_table |
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assert sciapy.regress.load_data.load_scia_dzm |
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assert sciapy.regress.load_data.load_solar_gm_table |
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assert sciapy.regress.load_data.load_dailymeanAE |
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assert sciapy.regress.load_data.load_dailymeanLya |
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def test_mcmcmodule_method_structure(): |
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assert sciapy.regress.mcmc_sample_model |
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assert sciapy.regress.mcmc.mcmc_sample_model |
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def test_modelmodule_object_structure(): |
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assert sciapy.regress.CeleriteModelSet |
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assert sciapy.regress.ConstantModel |
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assert sciapy.regress.HarmonicModelAmpPhase |
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assert sciapy.regress.HarmonicModelCosineSine |
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assert sciapy.regress.ProxyModel |
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assert sciapy.regress.models_cel.CeleriteModelSet |
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assert sciapy.regress.models_cel.ConstantModel |
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assert sciapy.regress.models_cel.HarmonicModelAmpPhase |
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assert sciapy.regress.models_cel.HarmonicModelCosineSine |
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assert sciapy.regress.models_cel.ProxyModel |
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def test_modelmodule_method_structure(): |
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assert sciapy.regress.CeleriteModelSet.get_value |
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assert sciapy.regress.CeleriteModelSet.compute_gradient |
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assert sciapy.regress.HarmonicModelAmpPhase.get_value |
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assert sciapy.regress.HarmonicModelAmpPhase.get_amplitude |
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assert sciapy.regress.HarmonicModelAmpPhase.get_phase |
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assert sciapy.regress.HarmonicModelAmpPhase.compute_gradient |
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assert sciapy.regress.HarmonicModelCosineSine.get_value |
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assert sciapy.regress.HarmonicModelCosineSine.get_amplitude |
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assert sciapy.regress.HarmonicModelCosineSine.get_phase |
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assert sciapy.regress.HarmonicModelCosineSine.compute_gradient |
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assert sciapy.regress.ProxyModel.get_value |
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assert sciapy.regress.ProxyModel.compute_gradient |
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assert sciapy.regress.models_cel.CeleriteModelSet.get_value |
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assert sciapy.regress.models_cel.CeleriteModelSet.compute_gradient |
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assert sciapy.regress.models_cel.HarmonicModelAmpPhase.get_value |
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assert sciapy.regress.models_cel.HarmonicModelAmpPhase.get_amplitude |
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assert sciapy.regress.models_cel.HarmonicModelAmpPhase.get_phase |
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assert sciapy.regress.models_cel.HarmonicModelAmpPhase.compute_gradient |
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assert sciapy.regress.models_cel.HarmonicModelCosineSine.get_value |
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assert sciapy.regress.models_cel.HarmonicModelCosineSine.get_amplitude |
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assert sciapy.regress.models_cel.HarmonicModelCosineSine.get_phase |
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assert sciapy.regress.models_cel.HarmonicModelCosineSine.compute_gradient |
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assert sciapy.regress.models_cel.ProxyModel.get_value |
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assert sciapy.regress.models_cel.ProxyModel.compute_gradient |
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def test_main_help(): |
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from subprocess import Popen |
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p = Popen(["python", "-m", "sciapy.regress", "-h"]) |
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p.communicate() |
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p.wait() |
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assert p.returncode == 0 |
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st-bender /
sciapy
