def test_02_Loc(self):
# locationXml.read_location_xml(self.m_pyhouse_obj)
l_ret = AstralUtil.calc_solar_times(self.m_pyhouse_obj, T_DATE_1)
print(' Calc:{}\n Web:{}'.format(l_ret.SunRise, T_SUNRISE_1))
print(l_ret.SunRise)
self.assertEqual(l_ret.SunRise.hour, T_SUNRISE_1.hour)
self.assertApproximates(l_ret.SunRise.minute, T_SUNRISE_1.minute, 1)
def test_02_Loc(self):
# locationXml.read_location_xml(self.m_pyhouse_obj)
l_ret = AstralUtil.calc_solar_times(self.m_pyhouse_obj, T_DATE_1)
print(' Calc:{}\n Web:{}'.format(l_ret.SunRise, T_SUNRISE_1))
print(l_ret.SunRise)
self.assertEqual(l_ret.SunRise.hour, T_SUNRISE_1.hour)
self.assertApproximates(l_ret.SunRise.minute, T_SUNRISE_1.minute, 1)
def test_05_Loc(self):
l_ret = AstralUtil.calc_solar_times(self.m_pyhouse_obj, T_DATE_4)
print(' Calc:{}\n Web:{}'.format(l_ret.SunRise, T_SUNRISE_4))
print(l_ret.SunRise)
self.assertEqual(l_ret.SunRise.hour, T_SUNRISE_4.hour)
self.assertApproximates(l_ret.SunRise.minute, T_SUNRISE_4.minute, 1)
def test_05_Loc(self):
l_ret = AstralUtil.calc_solar_times(self.m_pyhouse_obj, T_DATE_4)
print(' Calc:{}\n Web:{}'.format(l_ret.SunRise, T_SUNRISE_4))
print(l_ret.SunRise)
self.assertEqual(l_ret.SunRise.hour, T_SUNRISE_4.hour)
self.assertApproximates(l_ret.SunRise.minute, T_SUNRISE_4.minute, 1)
