add testing framework, .gitignore (#1)

* add testing framework, .gitignore

* fix cvxopt

.gitignore

@@ -0,0 +1,78 @@
+# iPython checkpoint folders
+.ipynb_checkpoints/
+
+# Pickled solutions
+*.p
+
+# MOSEK CLI folder
+gpkit_tmp/
+
+# Byte-compiled / optimized / DLL files
+__pycache__/
+*.py[cod]
+
+# C extensions
+*.so
+
+# Distribution / packaging
+.Python
+env/
+bin/
+build/
+develop-eggs/
+dist/
+eggs/
+lib/
+lib64/
+parts/
+sdist/
+var/
+*.egg-info/
+.installed.cfg
+*.egg
+
+# Installer logs
+pip-log.txt
+pip-delete-this-directory.txt
+
+# Unit test / coverage reports
+htmlcov/
+.tox/
+.coverage
+.cache
+nosetests.xml
+coverage.xml
+
+# Translations
+*.mo
+
+# Mr Developer
+.mr.developer.cfg
+.project
+.pydevproject
+
+# Rope
+.ropeproject
+
+# Django stuff:
+*.log
+*.pot
+
+# Sphinx documentation
+docs/_build/
+
+# MATLAB autosave
+*.asv
+
+# CI test xmloutput
+test_reports/
+test_reports_nounits/
+
+# MacOSX
+*.DS_Store
+
+# vim
+*.swp
+
+# OSX
+.DS_Store

FeasibilityDemo.py

@@ -78,30 +78,31 @@ def plot_feasibility_simple_Wing(type_of_uncertainty_set, x, y, str1, val1, str2
     del y.key.descr[str2]
 
 
-# plot_feasibility_simple_Wing('elliptical', W_0, W_W_coeff2, 'r', 1.6, 'r', 1.66, True)
-# plot_feasibility_simple_Wing('elliptical', W_0, W_W_coeff2, 'r', 1.6, 'r', 1.66, False)
-# plot_feasibility_simple_Wing('box', W_0, W_W_coeff2, 'pr', 60, 'pr', 66, True)
-# plot_feasibility_simple_Wing('box', W_0, W_W_coeff2, 'pr', 60, 'pr', 66, False)
-
-# plot_feasibility_simple_Wing('elliptical', W_W_coeff1, W_W_coeff2, 'r', 1.6, 'r', 1.66, True)
-# plot_feasibility_simple_Wing('elliptical', W_W_coeff1, W_W_coeff2, 'r', 1.6, 'r', 1.66, False)
-# plot_feasibility_simple_Wing('box', W_W_coeff1, W_W_coeff2, 'pr', 60, 'pr', 66, True)
-# plot_feasibility_simple_Wing('box', W_W_coeff1, W_W_coeff2, 'pr', 60, 'pr', 66, False)
-
-plot_feasibility_simple_Wing('elliptical', C_Lmax, V_min, 'r', 1.25, 'r', 1.2)
-plot_feasibility_simple_Wing('box', C_Lmax, V_min, 'pr', 25, 'pr', 20)
-
-# plot_feasibility_simple_Wing('elliptical', dummy, e, 'r', 1.12, 'r', 1.31, True)
-# plot_feasibility_simple_Wing('elliptical', dummy, e, 'r', 1.12, 'r', 1.31, False)
-# plot_feasibility_simple_Wing('box', dummy, e, 'pr', 12, 'pr', 31, True)
-# plot_feasibility_simple_Wing('box', dummy, e, 'pr', 12, 'pr', 31, False)
-
-# plot_feasibility_simple_Wing('elliptical', rho, dummy, 'r', 1.1, 'r', 1.12, True)
-# plot_feasibility_simple_Wing('elliptical', rho, dummy, 'r', 1.1, 'r', 1.12, False)
-# plot_feasibility_simple_Wing('box', rho, dummy, 'pr', 10, 'pr', 12, True)
-# plot_feasibility_simple_Wing('box', rho, dummy, 'pr', 10, 'pr', 12, False)
-
-# plot_feasibility_simple_Wing('elliptical', rho, W_0, 'r', 1.1, 'r', 1.6, True)
-# plot_feasibility_simple_Wing('elliptical', rho, W_0, 'r', 1.1, 'r', 1.6, False)
-# plot_feasibility_simple_Wing('box', rho, W_0, 'r', 1.1, 'r', 1.6, True)
-# plot_feasibility_simple_Wing('box', rho, W_0, 'r', 1.1, 'r', 1.6, False)
+if __name__ == "__main__":
+    # plot_feasibility_simple_Wing('elliptical', W_0, W_W_coeff2, 'r', 1.6, 'r', 1.66, True)
+    # plot_feasibility_simple_Wing('elliptical', W_0, W_W_coeff2, 'r', 1.6, 'r', 1.66, False)
+    # plot_feasibility_simple_Wing('box', W_0, W_W_coeff2, 'pr', 60, 'pr', 66, True)
+    # plot_feasibility_simple_Wing('box', W_0, W_W_coeff2, 'pr', 60, 'pr', 66, False)
+
+    # plot_feasibility_simple_Wing('elliptical', W_W_coeff1, W_W_coeff2, 'r', 1.6, 'r', 1.66, True)
+    # plot_feasibility_simple_Wing('elliptical', W_W_coeff1, W_W_coeff2, 'r', 1.6, 'r', 1.66, False)
+    # plot_feasibility_simple_Wing('box', W_W_coeff1, W_W_coeff2, 'pr', 60, 'pr', 66, True)
+    # plot_feasibility_simple_Wing('box', W_W_coeff1, W_W_coeff2, 'pr', 60, 'pr', 66, False)
+
+    plot_feasibility_simple_Wing('elliptical', C_Lmax, V_min, 'r', 1.25, 'r', 1.2)
+    plot_feasibility_simple_Wing('box', C_Lmax, V_min, 'pr', 25, 'pr', 20)
+
+    # plot_feasibility_simple_Wing('elliptical', dummy, e, 'r', 1.12, 'r', 1.31, True)
+    # plot_feasibility_simple_Wing('elliptical', dummy, e, 'r', 1.12, 'r', 1.31, False)
+    # plot_feasibility_simple_Wing('box', dummy, e, 'pr', 12, 'pr', 31, True)
+    # plot_feasibility_simple_Wing('box', dummy, e, 'pr', 12, 'pr', 31, False)
+
+    # plot_feasibility_simple_Wing('elliptical', rho, dummy, 'r', 1.1, 'r', 1.12, True)
+    # plot_feasibility_simple_Wing('elliptical', rho, dummy, 'r', 1.1, 'r', 1.12, False)
+    # plot_feasibility_simple_Wing('box', rho, dummy, 'pr', 10, 'pr', 12, True)
+    # plot_feasibility_simple_Wing('box', rho, dummy, 'pr', 10, 'pr', 12, False)
+
+    # plot_feasibility_simple_Wing('elliptical', rho, W_0, 'r', 1.1, 'r', 1.6, True)
+    # plot_feasibility_simple_Wing('elliptical', rho, W_0, 'r', 1.1, 'r', 1.6, False)
+    # plot_feasibility_simple_Wing('box', rho, W_0, 'r', 1.1, 'r', 1.6, True)
+    # plot_feasibility_simple_Wing('box', rho, W_0, 'r', 1.1, 'r', 1.6, False)

tests.py

@@ -0,0 +1,35 @@
+import unittest
+import matplotlib as mpl
+mpl.use('Agg')  # has to be called before matplotlib.pyplot is imported
+
+from gpkit import settings
+import gpkit.tests
+from FeasibilityDemo import plot_feasibility_simple_Wing, C_Lmax, V_min
+
+
+class TestFeasibilityDemo(unittest.TestCase):
+    """test for the feasibility plots demo"""
+
+    def test_elliptical(self):
+        if settings["default_solver"] == "cvxopt":
+            return
+        plot_feasibility_simple_Wing('elliptical', C_Lmax, V_min,
+                                     'r', 1.25, 'r', 1.2)
+
+    def test_box(self):
+        if settings["default_solver"] == "cvxopt":
+            return
+        plot_feasibility_simple_Wing('box', C_Lmax, V_min,
+                                     'pr', 25, 'pr', 20)
+
+
+TESTS = [TestFeasibilityDemo]
+
+
+def run(xmloutput=False, verbosity=1):
+    "run design space visualization tests"
+    gpkit.tests.run(tests=TESTS, xmloutput=xmloutput, verbosity=verbosity)
+
+
+if __name__ == "__main__":
+    run()