def test_rose_creation(self): for name, sample in samples.items(): curve = create_database_curve_from_sample(sample) if not curve.can_calculate_curve: continue if not sample.get('save_file_for_tests'): continue rose = Rose(variation=0, curve=curve) rose.draw() os.rename(rose.filename, "test_output/rose_%s.pdf" % name) self.assertTrue(True)
def test_table_creation(self): for name, sample in samples.items(): curve = create_database_curve_from_sample(sample) if not curve.can_calculate_curve: continue if not sample.get('save_file_for_tests'): continue for heading_type in ('magnetic','compass'): table = Table(curve=curve, right=heading_type, url_pk=12345) table.draw() os.rename(table.filename, "test_output/table_%s_%s.pdf" % (name, heading_type)) self.assertTrue(True)
def test_table_creation(self): for name, sample in samples.items(): curve = create_database_curve_from_sample(sample) if not curve.can_calculate_curve: continue if not sample.get('save_file_for_tests'): continue for heading_type in ('magnetic', 'compass'): table = Table(curve=curve, right=heading_type, url_pk=12345) table.draw() os.rename(table.filename, "test_output/table_%s_%s.pdf" % (name, heading_type)) self.assertTrue(True)