def testDMSString2(self):
d, m, s = -120, 3, 15
DecDeg = lat_long.to_dec_deg(d, m, s)
self.assertEqual(lat_long.to_deg_min_sec(DecDeg, True),
u"-120\xb0 3' 15.00\"")
def test_NegativeSeconds(self):
with pytest.raises(ValueError):
lat_long.to_dec_deg(30, 30, -1)
def test_DMString(self):
d, m = 120, 45.5
DecDeg = lat_long.to_dec_deg(d, m)
assert lat_long.to_str_deg_min(DecDeg) == "120\xb0 45.500'"
def test_DMSString(self):
d, m, s = 120, 45, 15
DecDeg = lat_long.to_dec_deg(d, m, s)
assert lat_long.to_str_deg_min_sec(DecDeg) == "120\xb0 45' 15.00\""
def test_DegFractAndSec(self):
with pytest.raises(ValueError):
lat_long.to_dec_deg(d=30.2, m=0, s=6.3)
def test_DecDegrees2(self):
assert lat_long.to_dec_deg(30, 30, 30) == 30.508333333333333
def testDDString2(self):
d, m, s = -50, 30, 5
self.assertEqual(lat_long.to_dec_deg(d, m, s, ustring=True),
u"-50.501389\xb0")
def test_TooBigSec(self):
with pytest.raises(ValueError):
lat_long.to_dec_deg(d=30, m=42, s=61)
def testDecDegrees2(self):
self.assertAlmostEqual(lat_long.to_dec_deg(30, 30, 30), 30.50833333333)
def testMinusZeroDeg(self):
self.assertEqual(lat_long.to_dec_deg(d=-0.0, m=20, s=20),
-0.33888888888888885)
def testDecDegrees(self):
self.assertEqual(lat_long.to_dec_deg(30, 30), 30.5)
def testDMSStringZero(self):
d, m, s = -0.0, 3, 15
DecDeg = lat_long.to_dec_deg(d, m, s)
self.assertEqual(lat_long.to_deg_min_sec(DecDeg, True),
u'''-0\xb0 3' 15.00"''')
def testDMtringZero(self):
d, m, s = -0.0, 3, 0
DecDeg = lat_long.to_dec_deg(d, m, s)
self.assertEqual(lat_long.to_deg_min(DecDeg, True),
u"""-0\xb0 3.000'""")
def test_TooNegative(self):
with pytest.raises(ValueError):
lat_long.to_dec_deg(d=-181)
def testDDString3(self):
d, m, s = 0, 30, 0
self.assertEqual(lat_long.to_dec_deg(d, m, s, ustring=True),
u"0.500000\xb0")
def test_TooBigMin(self):
with pytest.raises(ValueError):
lat_long.to_dec_deg(d=20, m=61)
def testDMString(self):
d, m = 120, 45.5
DecDeg = lat_long.to_dec_deg(d, m)
self.assertEqual(lat_long.to_deg_min(DecDeg, True), u"120\xb0 45.500'")
def test_DegFractAndMin(self):
with pytest.raises(ValueError):
lat_long.to_dec_deg(d=30.2, m=5, s=0)
def testDMString2(self):
d, m = -120, 3
DecDeg = lat_long.to_dec_deg(d, m)
self.assertEqual(lat_long.to_deg_min(DecDeg, True), u"-120\xb0 3.000'")
def test_MinFractAndSec(self):
with pytest.raises(ValueError):
lat_long.to_dec_deg(d=30, m=4.5, s=6)
def test_DMtringZero(self):
d, m, s = -0.0, 3, 0
DecDeg = lat_long.to_dec_deg(d, m, s)
assert lat_long.to_str_deg_min(DecDeg) == """-0\xb0 3.000'"""
def test_MinusZeroDeg(self):
assert lat_long.to_dec_deg(d=-0.0, m=20, s=20 == -0.33888888888888885)
def test_DMSStringZero(self):
d, m, s = -0.0, 3, 15
DecDeg = lat_long.to_dec_deg(d, m, s)
assert lat_long.to_str_deg_min_sec(DecDeg) == '''-0\xb0 3' 15.00"'''
def test_DMString2(self):
d, m = -120, 3
DecDeg = lat_long.to_dec_deg(d, m)
assert lat_long.to_str_deg_min(DecDeg) == "-120\xb0 3.000'"
def test_NegativeMinutes(self):
with pytest.raises(ValueError):
lat_long.to_dec_deg(30, -30)
def test_DMSString2(self):
d, m, s = -120, 3, 15
DecDeg = lat_long.to_dec_deg(d, m, s)
assert lat_long.to_str_deg_min_sec(DecDeg) == "-120\xb0 3' 15.00\""
def testDMSString(self):
d, m, s = 120, 45, 15
DecDeg = lat_long.to_dec_deg(d, m, s)
self.assertEqual(lat_long.to_deg_min_sec(DecDeg, True),
u"120\xb0 45' 15.00\"")
