def test_dem3_viewpano_zone(self):
test_loc = {
'ISL': [-25., -12., 63., 67.], # Iceland
'SVALBARD': [10., 34., 76., 81.],
'JANMAYEN': [-10., -7., 70., 72.],
'FJ': [36., 66., 79., 82.], # Franz Josef Land
'FAR': [-8., -6., 61., 63.], # Faroer
'BEAR': [18., 20., 74., 75.], # Bear Island
'SHL': [-3., 0., 60., 61.], # Shetland
# Antarctica tiles as UTM zones, FILES ARE LARGE!!!!!
# '01-15': [-180., -91., -90, -60.],
# '16-30': [-91., -1., -90., -60.],
# '31-45': [-1., 89., -90., -60.],
# '46-60': [89., 189., -90., -60.],
# Greenland tiles
# 'GL-North': [-78., -11., 75., 84.],
# 'GL-West': [-68., -42., 64., 76.],
# 'GL-South': [-52., -40., 59., 64.],
# 'GL-East': [-42., -17., 64., 76.]
}
# special names
for key in test_loc:
z = utils.dem3_viewpano_zone([test_loc[key][0], test_loc[key][1]],
[test_loc[key][2], test_loc[key][3]])
self.assertTrue(len(z) == 1)
self.assertEqual(key, z[0])
# weird Antarctica tile
# z = utils.dem3_viewpano_zone([-91., -90.], [-72., -68.])
# self.assertTrue(len(z) == 1)
# self.assertEqual('SR15', z[0])
# normal tile
z = utils.dem3_viewpano_zone([-179., -178.], [65., 65.])
self.assertTrue(len(z) == 1)
self.assertEqual('Q01', z[0])
# normal tile
z = utils.dem3_viewpano_zone([107, 107], [69, 69])
self.assertTrue(len(z) == 1)
self.assertEqual('R48', z[0])
# Alps
ref = sorted(
['K31', 'K32', 'K33', 'L31', 'L32', 'L33', 'M31', 'M32', 'M33'])
z = utils.dem3_viewpano_zone([6, 14], [41, 48])
self.assertTrue(len(z) == 9)
self.assertEqual(ref, z)
def test_dem3_viewpano_zone(self):
test_loc = {'ISL': [-25., -12., 63., 67.], # Iceland
'SVALBARD': [10., 34., 76., 81.],
'JANMAYEN': [-10., -7., 70., 72.],
'FJ': [36., 66., 79., 82.], # Franz Josef Land
'FAR': [-8., -6., 61., 63.], # Faroer
'BEAR': [18., 20., 74., 75.], # Bear Island
'SHL': [-3., 0., 60., 61.], # Shetland
# Antarctica tiles as UTM zones, FILES ARE LARGE!!!!!
# '01-15': [-180., -91., -90, -60.],
# '16-30': [-91., -1., -90., -60.],
# '31-45': [-1., 89., -90., -60.],
# '46-60': [89., 189., -90., -60.],
# Greenland tiles
# 'GL-North': [-78., -11., 75., 84.],
# 'GL-West': [-68., -42., 64., 76.],
# 'GL-South': [-52., -40., 59., 64.],
# 'GL-East': [-42., -17., 64., 76.]
}
# special names
for key in test_loc:
z = utils.dem3_viewpano_zone([test_loc[key][0], test_loc[key][1]],
[test_loc[key][2], test_loc[key][3]])
self.assertTrue(len(z) == 1)
self.assertEqual(key, z[0])
# weird Antarctica tile
# z = utils.dem3_viewpano_zone([-91., -90.], [-72., -68.])
# self.assertTrue(len(z) == 1)
# self.assertEqual('SR15', z[0])
# normal tile
z = utils.dem3_viewpano_zone([-179., -178.], [65., 65.])
self.assertTrue(len(z) == 1)
self.assertEqual('Q01', z[0])
# normal tile
z = utils.dem3_viewpano_zone([107, 107], [69, 69])
self.assertTrue(len(z) == 1)
self.assertEqual('R48', z[0])
# Alps
ref = sorted(['K31', 'K32', 'K33', 'L31', 'L32',
'L33', 'M31', 'M32', 'M33'])
z = utils.dem3_viewpano_zone([6, 14], [41, 48])
self.assertTrue(len(z) == 9)
self.assertEqual(ref, z)