def testGars(self, LL):
# Karney's geographiclib/1.49/examples/example-GARS.cpp
# <https://SourceForge.net/p/geographiclib/code/ci/release/tree/examples/example-GARS.cpp>
g = Garef('57.64911, 10.40744', precision=2)
self.test('Garef', g, '381NH45')
self.test('Garef', repr(g), "Garef('381NH45')")
self.test('Garef.precision', g.precision, 2)
self.testCopy(g)
self.test('Garef.latlon', fStr(g.latlon, prec=5), '57.64911, 10.40744')
t = g.toLatLon(LL)
self.test('Garef.toLatLon', repr(t),
'LatLon(57°38′56.8″N, 010°24′26.78″E)')
self.testCodec3(g, '57.625, 10.375, 2.0', prec=4)
t = Garef(t, precision=2, name='self')
self.test('Garef(LatLon)', t, g)
self.testCopy(t)
for t in range(-1, 4):
r = gars.resolution(t)
p = gars.precision(r)
self.test('precision', t, p, known=t < 0 or t > 2)
b = degDMS(r, prec=0, s_D='', s_S='') # only S_MIN
x = ('30' + S_MIN) if p < 1 else (('15' + S_MIN) if p < 2 else
('5' + S_MIN))
self.test('resolution', b, x) # also to test degDMS
def testGeoref(self, LL):
# Karney's geographiclib/1.49/examples/example-Georef.cpp
# <http://SourceForge.net/p/geographiclib/code/ci/release/tree/examples/example-Georef.cpp>
g = Georef('57.64911, 10.40744', precision=6)
self.test('Georef', g, 'NKLN2444638946')
self.test('Georef', repr(g), "Georef('NKLN2444638946')")
self.test('Georef.latlon', fStr(g.latlon, prec=5),
'57.64911, 10.40744')
t = g.toLatLon(LL)
self.test('Georef.toLatLon', repr(t),
'LatLon(57°38′56.8″N, 010°24′26.78″E)')
self.testCodec3(g, '57.64911, 10.40744, 6.0', prec=5)
# <http://WikiPedia.org/wiki/World_Geographic_Reference_System>
g = Georef('38.286108, -76.4291704', precision=6)
self.test('Georef', g, 'GJPJ3424917166')
self.test('Georef', repr(g), "Georef('GJPJ3424917166')")
self.test('Georef.latlon', fStr(g.latlon, prec=6),
'38.286108, -76.42917')
t = g.toLatLon(LL)
self.test('Georef.toLatLon', repr(t),
'LatLon(38°17′09.99″N, 076°25′45.01″W)')
self.testCodec3(g, '38.286108, -76.429175, 6.0', prec=6)
# <http://Earth-Info.NGA.mil/GandG/coordsys/grids/georef.pdf>
self.testCodec3('MKPG1204', '51.075, -1.7917, 3.0', prec=4)
# <http://www.map-reading.com/ch4-4.php>
self.testCodec3('WJKG1503', '36.0583, 129.2583, 3.0', prec=4)
# <http://WikiPedia.org/wiki/World_Geographic_Reference_System>
self.testCodec5('GJPJ4103R5',
'38.0583, -76.3083, 3.0, None, 9260.0',
prec=4)
self.testCodec5('GJPJ4103H17',
'38.0583, -76.3083, 3.0, 5181.6, None',
prec=4)
self.testCodec5('GJPJ4103R5H17',
'38.0583, -76.3083, 3.0, 5181.6, 9260.0',
prec=4)
for t in range(-1, 13):
r = wgrs.resolution(t)
p = wgrs.precision(r)
self.test('precision', t, p, known=t < 0 or t > 11)
b = degDMS(r, prec=t if r < 1 else 0, s_S='') # no S_SEC
x = ('15' + S_DEG) if p < 1 else (('1' + S_DEG) if p < 2 else
('0.%s1%s' % ('0' *
(p - 2), S_MIN)))
self.test('resolution', b, x) # also to test degDMS
def testUps(self, LL):
u = Ups(0, 'N', 448251, 5411932.0001)
self.test('Ups', u.toStr(4), '00 N 448251.0 5411932.0001')
u = Ups(0, 'N', 448251.795, 5411932.678, falsed=False)
self.test('Ups', u, '00 N 448252 5411933')
self.test('Ups', u.toStr(prec=3), '00 N 448251.795 5411932.678')
self.test('Ups', u.toStr(prec=1, B=True, cs=True),
'00Z N 448251.8 5411932.7 n/a n/a')
self.test('Ups2', u.toRepr(), '[Z:00, H:N, E:448252, N:5411933]')
self.test('Ups2', u.toStr2(), '[Z:00, H:N, E:448252, N:5411933]')
ll = u.toLatLon(LL, unfalse=False) # UTM 48.85820000°N, 002.29450000°E
self.test('Ups.toLatLon', ll, '43.684097°N, 175.265195°E')
self.test('Ups.toLatLon', ll.toStr(form=F_DMS),
'43°41′02.75″N, 175°15′54.7″E')
# u = ll.toUps(falsed=False) # UTM N 448251.795205746 5411932.67761691
# self.test('LL.toUps', u, 'N 448252 5411933')
# self.test('LL.toUps', u.toStr(prec=3), 'N 448251.795 5411932.678')
# self.test('LL.toUps', u.toStr2(B=True, cs=True), '[Z:00Z P:N E:448252 N:5411933 C:+175.26519494° S:1.17547892]')
m = u.toMgrs()
self.test('Ups.toMgrs', m, '60T UP 60176 38249')
t = u.toUps()
self.test('Ups.toUps', t, '00 N 448252 5411933')
t = u.toUtm(u.zone)
self.test('Ups.toUtm', t, '60 N 360177 4838249')
# TM8358-2 pg 3-7 ID 1
u = toUps8('84 17 14.042N', '132 14 52.761W') # -132.247988889
self.test('toUpsID1', u.toStr(prec=2, cs=True),
'00 N 1530125.78 2426773.6 -132.24798917° 0.99647445')
# TM8358-2 pg 3-7 ID 2
u = toUtmUps8(
'73N', '44E'
) # Karney 38n 467368 8100752 (73°00'00.0"N 044°00'00.0"E) MGRS 38XMG6736700752
self.test('toUtmUps8ID2',
u.toStr(prec=2, cs=True),
'38 N 3320416.75 632668.43 +44.0° 1.01619505',
known=True)
u = toUps8('73N', '44E', strict=False) # allow lat outside UPS range
self.test('toUtmUps8ID2', u.toStr(prec=2, cs=True),
'00 N 3320416.75 632668.43 +44.0° 1.01619505')
# TM8358-2 pg 3-7 ID 3
u = toUps8('87 17 14.4S', '132 14 52.303E', pole='S') # -132.247861111
self.test('toUpsID3', u.toStr(prec=2, cs=True),
'00 S 2222979.47 1797474.9 -132.24786194° 0.99455723')
# TM8358-2 pg 3-7 ID 4
u = Ups(0, 'N', '1530125.78', '2426773.6')
ll = u.toLatLon(LL)
self.test('Ups.toLatLonID4', ll.toStr(form=F_DMS),
'84°17′14.04″N, 132°14′52.76″W')
self.test('Ups.toLatLonID4', ll, '84.287234°N, 132.247989°W')
# TM8358-2 pg 3-7 ID 5
u = Ups(0, 'N', '3320416.75', '632668.43')
ll = u.toLatLon(LL)
self.test('Ups.toLatLonID5', ll.toStr(form=F_DMS),
'73°00′00.0″N, 044°00′00.0″E') # '72°59′60.0″N, ...
self.test('Ups.toLatLonID5', ll, '73.0°N, 044.0°E')
# TM8358-2 pg 3-7 ID 6
u = Ups(0, 'S', '2222979.47', '1797474.9')
ll = u.toLatLon(LL)
self.test('Ups.toLatLonID6', ll.toStr(form=F_DMS),
'87°17′14.4″S, 132°14′52.3″E')
self.test('Ups.toLatLonID6', ll, '87.287333°S, 132.247861°E')
# <https://GeographicLib.SourceForge.io/cgi-bin/GeoConvert>
ll = LL(84, 84)
self.test('latlon', ll, ll)
u = toUps8(
ll
) # n 2663075 1930308 (84°00'00.0"N 084°00'00.0"E) MGRS ZJG6307530307
self.test('toUps', u, '00 N 2663075 1930308')
self.test('toUps', u.toStr(prec=6, cs=True),
'00 N 2663075.299562 1930307.977716 +84.0° 0.99673')
# self.test('toMgrs5', u.toMgrs(), 'Z JG 63075 30307')
t = ' '.join(toUps8(ll, Ups=None).toStr(prec=6).split()[:5] + ['...)'])
self.test('toUps(None)',
t,
"(0, 'N', 2663075.299562, 1930307.977716, 'Z', ...)",
known=True) # coverage
self.test('.scale0', u.scale0, '0.994000', fmt='%.6f')
u.rescale0(84, 1.0)
self.test('rescale0', u.scale0, '0.997261', fmt='%.6f')
# <https://Earth-Info.NGA.mil/GandG/publications/NGA_SIG_0012_2_0_0_UTMUPS/NGA.SIG.0012_2.0.0_UTMUPS.pdf>
# 10.2 Examples of computng {x, y, sigma, gamma}, given {lambda, phi, Z} page 41
# replaced with Karney's results from <https://GeographicLib.SourceForge.io/cgi-bin/GeoConvert>
# 8: lat lon 83 90 UTM/UPS 46n 459200.256323 9217519.441609 MGRS 46X DT 5920025632317519441609
# 9: lat lon 82 91 UTM/UPS 46n 468930.934996 9105366.008486 MGRS 46X DS 6893093499605366008486
# 10: lat lon 81 179 UTM/UPS 60n 534921.971582 8993806.415149 MGRS 60X WQ 3492197158193806415148
# 11: lat lon 80 180 UTM/UPS 01n 441867.784867 8883084.955948 MGRS 01X DJ 4186778486783084955948
# 12: lat lon 40 0 UTM/UPS 31n 243900.352030 4432069.056899 MGRS 31T BE 4390035202932069056898
# 13: lat lon 3 -179 UTM/UPS 01n 277707.830749 331796.291679 MGRS 01N BD 7770783074931796291678
# 14: lat lon 2 -90 UTM/UPS 16n 166223.907623 221366.166030 MGRS 16N AH 6622390762321366166030
# 15: lat lon 1 -1 UTM/UPS 30n 722561.736479 110597.972524 MGRS 30N YG 2256173647810597972523
# 16: lat lon 0 0 UTM/UPS 31n 166021.443081 0.000000 MGRS 31N AA 6602144308000000000000
# 17: lat lon -1 1 UTM/UPS 31s 277438.263521 9889402.027476 MGRS 31M BU 7743826352189402027476
# 18: lat lon -2 90 UTM/UPS 46s 166223.907623 9778633.833970 MGRS 46M AC 6622390762378633833969
# 19: lat lon -3 179 UTM/UPS 60s 722292.169251 9668203.708321 MGRS 60M YB 2229216925068203708321
# 20: lat lon -4 180 UTM/UPS 01s 166831.065275 9557263.747314 MGRS 01M AR 6683106527557263747313
for t in (
'1 -0 90 N 2000000.0 2000000.0 0.994 -0',
'2 -179 89 N 1998062.320046 2111009.610243 0.994076 -179',
'3 -90 88 N 1777930.731071 2000000.0 0.994303 -90',
'4 -1 87 N 1994185.827038 1666906.254073 0.994682 -1',
'5 0 86 N 2000000.0 1555731.570643 0.995212 0',
'6 1 85 N 2009694.068153 1444627.207468 0.995895 1',
'7 89 84 N 2666626.157825 1988363.997132 0.996730 89',
# '8 90 83 N 2778095.750322 2000000.0 0.997718 90',
'8 90 83 N 459200.256323 9217519.441609 0.997718 -2.97767886',
# '9 91 82 N 2889442.490749 2015525.276426 0.998860 91',
'9 91 82 N 468930.934996 9105366.008486 0.998860 -1.98055172',
# '10 179 81 N 2017473.190606 3001038.419357 1.000156 179',
'10 179 81 N 534921.971582 8993806.415149 1.000156 +1.97539632',
# '11 180 80 N 2000000.0 3112951.136955 1.001608 180',
'11 180 80 N 441867.784867 8883084.955948 1.001608 -2.95450468',
# '12 0 40 N 2000000.0 -3918313.984953 1.209619 0',
'12 0 40 N 243900.35203 4432069.056899 1.0004075 -1.92940969',
# '13 -179 3 N 1790630.987261 13994742.706481 1.883453 -179',
'13 -179 3 N 277707.830749 331796.291679 1.00021172 -0.1047151895',
# '14 -90 2 N -10206568.118587 2000000.0 1.914973 -90',
'14 -90 2 N 166223.907623 221366.16603 1.00097936 -0.104796101',
# '15 -1 1 N 1783239.204558 -10418217.653909 1.947589 -1',
'15 -1 1 N 722561.736479 110597.972524 1.00021322 0.03491928033333334',
# '16 0 0 N 2000000.0 -10637318.498257 1.981349 0',
'16 0 0 N 166021.443081 0.0 1.00098106 0',
# '17 1 -1 N 2224408.737826 -10856367.979638 2.016305 1',
'17 1 -1 S 277438.263521 9889402.027476 1.00021322 0.03491928033333334',
# '18 90 -2 N 15083269.373905 2000000.0 2.052510 90',
'18 90 -2 S 166223.907623 9778633.83397 1.00097936 0.104796101',
# '19 179 -3 N 2232331.498720 15310262.647286 2.090020 179',
'19 179 -3 S 722292.169251 9668203.708321 1.00021172 -0.1047151895',
# '20 180 -4 N 2000000.0 15545537.944524 2.128897 180',
'20 180 -4 S 166831.065275 9557263.747314 1.00097428 0.209463796167',
):
i, lon, lat, p, e, n, s, c = t.split()
u = toUtmUps8(lat, lon)
z = '%02d' % (u.zone, )
x = ' '.join((z, p, e, n, degDMS(float(c), prec=8, pos='+'), s))
t = u.toStr(prec=6, cs=True)
if abs(float(s) - u.scale) < 1e-2:
t = ' '.join(t.split()[:-1] + [s])
self.test('NGA-10.2-' + i, t, x)
# <https://Earth-Info.NGA.mil/GandG/publications/NGA_SIG_0012_2_0_0_UTMUPS/NGA.SIG.0012_2.0.0_UTMUPS.pdf>
# 10.3 Examples of computing {lambda, phi}, given {Z, x, y} page 41
for t in ('1 S 0 0 -135.0 -64.9164123332',
'2 S 1000000 0 -153.4349488229 -70.0552944014',
'3 S 2000000 0 -180.0 -72.1263610163',
'4 S 3000000 0 153.4349488229 -70.0552944014',
'5 S 4000000 0 135.0 -64.9164123332',
'6 S 0 1000000 -116.5650511771 -70.0552944014',
'7 S 1000000 1000000 -135.0 -77.3120791908',
'8 S 2000000 1000000 180.0 -81.0106632645',
'9 S 3000000 1000000 135.0 -77.3120791908',
'10 S 4000000 1000000 116.5650511771 -70.0552944014',
'11 S 0 2000000 -90.0 -72.1263610163',
'12 S 1000000 2000000 -90.0 -81.0106632645',
'13 S 2000000 2000000 0.0 -90.0',
'14 S 3000000 2000000 90.0 -81.0106632645',
'15 S 4000000 2000000 90.0 -72.1263610163',
'16 S 0 3000000 -63.4349488229 -70.0552944014',
'17 S 1000000 3000000 -45.0 -77.3120791908',
'18 S 2000000 3000000 0.0 -81.0106632645',
'19 S 3000000 3000000 45.0 -77.3120791908',
'20 S 4000000 3000000 63.4349488229 -70.0552944014',
'21 S 0 4000000 -45.0 -64.9164123332',
'22 S 1000000 4000000 -26.5650511771 -70.0552944014',
'23 S 2000000 4000000 0.0 -72.1263610163',
'24 S 3000000 4000000 26.5650511771 -70.0552944014',
'25 S 4000000 4000000 45.0 -64.9164123332'):
i, p, e, n, lon, lat = t.split()
x = lat + ' ' + lon
u = parseUTMUPS5(' '.join(('00', p, e, n)))
ll = u.toLatLon(LL)
t = ' '.join(strs(ll.latlon, prec=10))
self.test('NGA-10.3-' + i, t, x, known=i == '3')
def testDms(self): # MCCABE 14
for t in ('0.0°', '0°', '''000°00'00"''', '''000°00'00.0"''',
'''000° 00'00"''', '''000°00 ' 00.0"''',
'''000° 00' 00.0'''):
self.test("parseDMS('%s')" % (t, ), parseDMS(t), '0.0')
t = '000°-00′-00.0"'
self.test("parseDMS('%s')" % (t, ), parseDMS(t, sep='-'), '0.0')
_X = ''
for t, X, x in ((1, '1.0', _X), (12, '12.0', _X), (123, '123.0', _X),
(1234, '12.567', '1234.0'), (12345, '123.75',
'12345.0'),
(123456, '12.582', '123456.0'), (1234567, '123.769',
'1234567.0'),
(12345678, '1234.955', '12345678.0'), (.1, 0.1, _X),
(1.2, 1.2, _X), (12.3, 12.3, _X), (123.4, 123.4, _X),
(1234.5, 12.575, 1234.5), (12345.6, 123.76, 12345.6),
(123456.7, 12.582, 123456.7), ('1N', '1.0', _X),
('12S', '-12.0', _X), ('012.3W', '-12.3', _X),
('123E', '123.0', _X), ('1234N', '12.567', '1234.0'),
('12345E', '123.75',
'12345.0'), ('1234.5S', '-12.575',
'-1234.5'), ('12345.6E', '123.76',
'12345.6'),
('123456.7S', '-12.582',
'-123456.7'), ('1234567.8W', '-123.769',
'-1234567.8'), ('12345678E',
'12345678.0', _X)):
self.test('parseDDDMMSS(%r)' % (t, ), fstr(parseDDDMMSS(t),
prec=3), X)
self.test('parseDMS(%r)' % (t, ), fstr(parseDMS(t), prec=3), x
or X)
t = 345.0
self.test('parseDDDMMSS(%r, NS)' % (t, ),
fstr(parseDDDMMSS(t, suffix='NS'), prec=3), '3.75')
self.test('parseDDDMMSS(%r, EW)' % (t, ),
fstr(parseDDDMMSS(t, suffix='EW'), prec=3), '345.0')
t = 5430.0
self.test('parseDDDMMSS(%r, NS)' % (t, ),
fstr(parseDDDMMSS(t, suffix='NS'), prec=3), '54.5')
self.test('parseDDDMMSS(%r, EW)' % (t, ),
fstr(parseDDDMMSS(t, suffix='EW'), prec=3), '54.5')
for t, x in (('12E', '12.0'), ('012.3S', '-12.3'), ('123N', '123.0'),
('1234E', '1234.0'), ('12345N', '12345.0'), ('1234.5W',
'-1234.5'),
('123456E', '123456.0'), ('1234567S', '-1234567.0')):
try:
self.test('parseDDDMMSS(%r)' % (t, ), parseDDDMMSS(t),
ParseError.__name__)
except ParseError as X:
self.test('parseDDDMMSS(%r)' % (t, ), repr(X), repr(X))
self.test('parseDMS(%r)' % (t, ), fstr(parseDMS(t), prec=5), x)
r = rangerrors(True)
try:
self.test('parseDMS', parseDMS(181, clip=180), RangeError.__name__)
except RangeError as x:
self.test('parseDMS', str(x), str(x))
rangerrors(False)
try:
self.test('parseDMS', parseDMS(-91, clip=90), RangeError.__name__)
except RangeError as x:
self.test('parseDMS', str(x), str(x))
rangerrors(r)
x = parse3llh('000° 00′ 05.31″W, 51° 28′ 40.12″ N')
self.test('parse3llh', fstr(x, prec=6), '51.477811, -0.001475, 0.0')
t = 'toDMS(%s)' % ('', )
self.test(t, toDMS(45.99999, F_DM, prec=1), '46°00.0′') # not 45°60.0′
self.test(t, toDMS(45.99999, F_DM, prec=2), '46°00.0′')
self.test(t, toDMS(45.9999, F_DM, prec=2), '45°59.99′')
self.test(t, toDMS(45.99999, F_DM, prec=3), '45°59.999′')
self.test(t, toDMS(45.99999, F_DMS, prec=1), '46°00′00.0″')
self.test(t, toDMS(45.99999, F_DMS, prec=2), '45°59′59.96″')
self.test(t, toDMS(45.99999, F_DMS, prec=3), '45°59′59.964″')
self.test(t, toDMS(45.76260), '45°45′45.36″')
for F, p, x in ((F_D, None, '45.7626°'), (F_DM, None, "45°45.756'"),
(F_DMS, None, '''45°45'45.36"'''),
(F_DEG, None, '45.7626'), (F_MIN, None, '4545.756'),
(F_SEC, None, '454545.36'), (F_RAD, None, '0.79871'),
(F_D, 6, '45.7626°'), (F_DM, -4, "45°45.7560'"),
(F_DMS, 2, '''45°45'45.36"'''), (F_DEG, -6,
'45.762600'),
(F_MIN, -5, '4545.75600'), (F_SEC, -3, '454545.360'),
(F_RAD, -6, '0.798708'), (F_D_, 6, '45.7626°'),
(F_DM_, -4, "45°45.7560'"), (F_DMS_, 2,
'''45°45'45.36"'''),
(F_DEG_, -6, '45.762600'), (F_MIN_, -5, '4545.75600'),
(F_SEC_, -3, '454545.360'), (F_RAD_, -6, '0.798708')):
t = 'toDMS(%s)' % (F, )
self.test(t, toDMS(45.76260, F, prec=p), x)
self.test(t, toDMS(-45.76260, F, prec=p), '-' + x)
for F, p, x in ((F_D__, 6, '45.7626°'), (F_DM__, -4, "45°45.7560'"),
(F_DMS__, 2, '''45°45'45.36"'''),
(F_DEG__, -6, '45.762600'), (F_MIN__, -5,
'4545.75600'),
(F_SEC__, -3, '454545.360'), (F_RAD__, -6,
'0.798708')):
t = 'toDMS(%s)' % (F, )
self.test(t, toDMS(45.76260, F, prec=p), '+' + x)
self.test(t, toDMS(-45.76260, F, prec=p), '-' + x)
# <https://GitHub.com/chrisveness/geodesy/blob/master/test/dms-tests.js>
for a, x in (
((1, ), 'N'),
((0, ), 'N'),
((-1, ), 'N'),
((359, ), 'N'),
((24, ), 'NNE'),
((24, 1), 'N'),
((24, 2), 'NE'),
((24, 3), 'NNE'),
((226, ), 'SW'),
((226, 1), 'W'),
((226, 2), 'SW'),
((226, 3), 'SW'),
((237, ), 'WSW'),
((237, 1), 'W'),
((237, 2), 'SW'),
((237, 3), 'WSW'),
# Martin Schultz
((11.25, ), 'NNE'),
((11.249, ), 'N'),
((-11.25, ), 'N'),
((348.749, ), 'NNW'),
((45, 1), 'E'),
((44.99, 1), 'N'),
((45, 2), 'NE'),
((44.99, 2), 'NE'),
((45, 3), 'NE'),
((44.99, 3), 'NE'),
((45, 4), 'NE'),
((44.99, 4), 'NE'), # XXX
((22.5, 1), 'N'),
((22.49, 1), 'N'),
((22.5, 2), 'NE'),
((22.49, 2), 'N'),
((22.5, 3), 'NNE'),
((22.49, 3), 'NNE'),
((22.5, 4), 'NNE'),
((22.49, 4), 'NNE'), # XXX
((11.25, 1), 'N'),
((11.249, 1), 'N'),
((11.25, 2), 'N'),
((11.249, 2), 'N'),
((11.25, 3), 'NNE'),
((11.249, 3), 'N'),
((11.25, 4), 'NbE'),
((11.249, 4), 'NbE'), # XXX
# examples
((24, 1), 'N'),
((24, 2), 'NE'),
((24, 3), 'NNE'),
((24, ), 'NNE'),
((18, 3), 'NNE'),
((11, 4), 'NbE'),
((30, 4), 'NEbN')):
self.test('compassPoint%s' % (a, ), compassPoint(*a), x)
for a, x in enumerate(
('NbE', 'NEbN', 'NEbE', 'EbN', 'EbS', 'SEbE', 'SEbS', 'SbE', 'SbW',
'SWbS', 'SWbW', 'WbS', 'WbN', 'NWbW', 'NWbN', 'NbW')):
a = 11.25 + a * 22.5
self.test('compassPoint(%s)' % (a, ), compassPoint(a, 4), x)
t = degDMS(1.0101, prec=5, s_D='', pos='+') # coverage
self.test('_DEG', t, '+1.0101')
t = degDMS(0.0101, prec=5, s_S='', pos='+')
self.test('_MIN', t, "+0.606'")
t = degDMS(0.0101, prec=5, s_M='', pos='+')
self.test('_SEC', t, '+36.36"')
def testDms(self):
# dms module tests
for i, t in enumerate(
('0.0°', '0°', '''000°00'00"''', '''000°00'00.0"''',
'''000° 00'00"''', '''000°00 ' 00.0"''', '''000° 00' 00.0''')):
self.test('parseDMS' + str(i + 1), parseDMS(t), '0.0')
self.test('parseDMS' + str(i + 2), parseDMS('000°-00′-00.0"', sep='-'),
'0.0')
r = rangerrors(True)
try:
self.test('parseDMS', parseDMS(181, clip=180), 'ValueError')
except ValueError as x:
self.test('parseDMS', str(x), '181.0 beyond 180 degrees')
rangerrors(False)
try:
self.test('parseDMS', parseDMS(-91, clip=90), -90)
except ValueError as x:
self.test('parseDMS', str(x), '-90')
rangerrors(r)
x = parse3llh('000° 00′ 05.31″W, 51° 28′ 40.12″ N')
self.test('parse3llh', fStr(x, prec=6), '51.477811, -0.001475, 0.0')
for a, x in (((), '''45°45'45.36"'''), ((F_D, None), '45.7626°'),
((F_DM, None), "45°45.756'"), ((F_DMS, None),
'''45°45'45.36"'''),
((F_DEG, None), '45.7626'), ((F_MIN, None), '4545.756'),
((F_SEC, None), '454545.36'), ((F_RAD, None), '0.79871'),
((F_D, 6), '45.7626°'), ((F_DM, -4), "45°45.7560'"),
((F_DMS, 2), '''45°45'45.36"'''),
((F_DEG, -6), '45.762600'), ((F_MIN, -5), '4545.75600'),
((F_SEC, -3), '454545.360'), ((F_RAD, -6), '0.798708')):
t = 'toDMS(%s)' % (a[:1] or '')
self.test(t, toDMS(45.76260, *a), x)
for a, x in (((F_D_, 6), '45.7626°'), ((F_DM_, -4), "45°45.7560'"),
((F_DMS_, 2), '''45°45'45.36"'''),
((F_DEG_, -6), '45.762600'), ((F_MIN_, -5), '4545.75600'),
((F_SEC_, -3), '454545.360'), ((F_RAD_, -6), '0.798708')):
t = 'toDMS(%s)' % (a[:1] or '')
self.test(t, toDMS(45.76260, *a), x)
self.test(t, toDMS(-45.76260, *a), '-' + x)
for a, x in (((F_D__, 6), '45.7626°'), ((F_DM__, -4), "45°45.7560'"),
((F_DMS__, 2), '''45°45'45.36"'''),
((F_DEG__, -6), '45.762600'), ((F_MIN__, -5),
'4545.75600'),
((F_SEC__, -3), '454545.360'), ((F_RAD__, -6),
'0.798708')):
t = 'toDMS(%s)' % (a[:1] or '')
self.test(t, toDMS(45.76260, *a), '+' + x)
self.test(t, toDMS(-45.76260, *a), '-' + x)
# <https://GitHub.com/chrisveness/geodesy/blob/master/test/dms-tests.js>
for a, x in (
((1, ), 'N'),
((0, ), 'N'),
((-1, ), 'N'),
((359, ), 'N'),
((24, ), 'NNE'),
((24, 1), 'N'),
((24, 2), 'NE'),
((24, 3), 'NNE'),
((226, ), 'SW'),
((226, 1), 'W'),
((226, 2), 'SW'),
((226, 3), 'SW'),
((237, ), 'WSW'),
((237, 1), 'W'),
((237, 2), 'SW'),
((237, 3), 'WSW'),
# Martin Schultz
((11.25, ), 'NNE'),
((11.249, ), 'N'),
((-11.25, ), 'N'),
((348.749, ), 'NNW'),
((45, 1), 'E'),
((44.99, 1), 'N'),
((45, 2), 'NE'),
((44.99, 2), 'NE'),
((45, 3), 'NE'),
((44.99, 3), 'NE'),
((45, 4), 'NE'),
((44.99, 4), 'NE'), # XXX
((22.5, 1), 'N'),
((22.49, 1), 'N'),
((22.5, 2), 'NE'),
((22.49, 2), 'N'),
((22.5, 3), 'NNE'),
((22.49, 3), 'NNE'),
((22.5, 4), 'NNE'),
((22.49, 4), 'NNE'), # XXX
((11.25, 1), 'N'),
((11.249, 1), 'N'),
((11.25, 2), 'N'),
((11.249, 2), 'N'),
((11.25, 3), 'NNE'),
((11.249, 3), 'N'),
((11.25, 4), 'NbE'),
((11.249, 4), 'NbE'), # XXX
# examples
((24, 1), 'N'),
((24, 2), 'NE'),
((24, 3), 'NNE'),
((24, ), 'NNE'),
((18, 3), 'NNE'),
((11, 4), 'NbE'),
((30, 4), 'NEbN')):
self.test('compassPoint%s' % (a, ), compassPoint(*a), x)
for a, x in enumerate(
('NbE', 'NEbN', 'NEbE', 'EbN', 'EbS', 'SEbE', 'SEbS', 'SbE', 'SbW',
'SWbS', 'SWbW', 'WbS', 'WbN', 'NWbW', 'NWbN', 'NbW')):
a = 11.25 + a * 22.5
self.test('compassPoint(%s)' % (a, ), compassPoint(a, 4), x)
t = degDMS(1.0101, prec=5, s_D='', pos='+') # coverage
self.test('_DEG', t, '+1.0101')
t = degDMS(0.0101, prec=5, s_S='', pos='+')
self.test('_MIN', t, "+0.606'")
t = degDMS(0.0101, prec=5, s_M='', pos='+')
self.test('_SEC', t, '+36.36"')