def test_back_to_coordinates(self):
a = 0.5089428571428637
b = 0.28768181818181293
self.assertEqual(tr.back_to_coordinates(a, b), (59.851252, 17.59329))
print "Test - OK ... Back to coordinates"
def test_back_to_coordinates(self):
a = 0.5089428571428637
b = 0.28768181818181293
self.assertEqual(tr.back_to_coordinates(a,b), (59.851252, 17.59329))
print "Test - OK ... Back to coordinates"
def test_calculate_distance_arrival(self):
tr.nearest_stops_dep = []
tr.nearest_stops_arr = []
tr.selected_centroids = [
array([
0.45161914, 0.52874184, 0.55135584, 0.50578817, 0.172007,
0.0162836, 0.18377792, 0.0129053
]),
array([
0.43406424, 0.53152554, 0.23595767, 0.61999794, 0.04638085,
0.17973951, 0.05322643, 0.16249825
]),
array([
0.5511221, 0.51158863, 0.44533246, 0.52734338, 0.11118081,
0.44409996, 0.10121861, 0.4370837
]),
array([
0.56304867, 0.50875958, 0.49079012, 0.51340253, 0.38025537,
0.03755701, 0.38917885, 0.04317823
])
]
for i in range(len(tr.selected_centroids)):
cent_lat, cent_long = tr.back_to_coordinates(
tr.selected_centroids[i][0], tr.selected_centroids[i][1])
tr.nearest_stops_dep.append(
tr.nearest_stops(cent_lat, cent_long, 200))
cent_lat, cent_long = tr.back_to_coordinates(
tr.selected_centroids[i][2], tr.selected_centroids[i][3])
tr.nearest_stops_arr.append(
tr.nearest_stops(cent_lat, cent_long, 200))
x = [(0.236022142857145, 0.6218945454545409, 0.40896343421923104,
0.44295239459832625, u'Arrheniusplan'),
(0.238678571428556, 0.5870136363636353, 0.40812001002704273,
0.44364416445906113, u'Djursjukhuset'),
(0.2546271428571387, 0.5872218181818116, 0.40727357545778864,
0.4443322476140367, u'Campus Ultuna'),
(0.2753349999999992, 0.5840540909090949, 0.4064241466263627,
0.44501663096314165, u'Veterin\xe4rv\xe4gen'),
(0.3359407142856987, 0.5639872727272691, 0.4047163709212964,
0.4463742461957367, u'Ekudden'),
(0.34959714285715, 0.5507245454545474, 0.4038580565612437,
0.4470474522321898, u'Kronparksg\xe5rden'),
(0.36905928571425406, 0.5455418181818119, 0.40299681296557566,
0.4477169067691902, u'Gustaf Kjellbergs v\xe4g'),
(0.3865264285714416, 0.5455240909090874, 0.4012656037101964,
0.449044510434701, u'Emmy Rappes v\xe4g'),
(0.39794999999997865, 0.543904545454542, 0.40039567101021384,
0.4497026342875515, u'Uppsala Folkh\xf6gskola'),
(0.4188514285714396, 0.5506949999999958, 0.39864723227667076,
0.4510074633850332, u'Lundellska skolan'),
(0.43012357142855484, 0.5347072727272748, 0.3977687595308634,
0.45165414378759955, u'Polacksbacken'),
(0.42828428571429433, 0.49847272727272374, 0.3968874734808786,
0.4522969849859463, u'Grindstugan'),
(0.45128642857140344, 0.49310363636362675, 0.395116528635283,
0.453571100888228, u'Uppsala Science Park'),
(0.5006285714285578, 0.5147454545454487, 0.3942269035559092,
0.4542023513348327, u'Akademiska sjukhuset s\xf6dra'),
(0.4981964285714144, 0.5162363636363563, 0.3933345326041903,
0.4548297140630195, u'Akademiska sjukhuset'),
(0.5175778571428252, 0.5021068181818119, 0.3924394327695829,
0.4554531771287061, u'Svandammen'),
(0.5421178571428472, 0.5200304545454572, 0.39154162109349755,
0.45607272866205456, u'B\xe4verns gr\xe4nd'),
(0.5531264285714069, 0.5268077272727204, 0.3906411146689745,
0.45668835686769677, u'Centralstationen')]
result = tr.calculate_distance_arrival(
x,
tr.calculate_distance_departure(x)["pos_departure"])
result['dist_arrival'][0] = round(result['dist_arrival'][0], 4)
result['dist_arrival'][1] = round(result['dist_arrival'][1], 4)
result['dist_arrival'][2] = round(result['dist_arrival'][2], 4)
result['dist_arrival'][3] = round(result['dist_arrival'][3], 4)
self.assertEqual(
result, {
'dist_arrival': [1000.0, 1000.0, 0.2384, 1000.0],
'pos_arrival': [0, 0, 10, 0]
})
print "Test - OK ... Distance arrival function"
def test_calculate_distance_arrival(self):
tr.nearest_stops_dep = []
tr.nearest_stops_arr = []
tr.selected_centroids = [array([ 0.45161914, 0.52874184, 0.55135584,
0.50578817, 0.172007 , 0.0162836 , 0.18377792, 0.0129053 ]),
array([ 0.43406424, 0.53152554, 0.23595767, 0.61999794, 0.04638085,
0.17973951, 0.05322643, 0.16249825]),
array([ 0.5511221 , 0.51158863, 0.44533246, 0.52734338, 0.11118081,
0.44409996, 0.10121861, 0.4370837 ]),
array([ 0.56304867, 0.50875958, 0.49079012, 0.51340253, 0.38025537,
0.03755701, 0.38917885, 0.04317823])]
for i in range(len(tr.selected_centroids)):
cent_lat, cent_long = tr.back_to_coordinates(
tr.selected_centroids[i][0], tr.selected_centroids[i][1])
tr.nearest_stops_dep.append(tr.nearest_stops(
cent_lat, cent_long, 200))
cent_lat, cent_long = tr.back_to_coordinates(
tr.selected_centroids[i][2],tr.selected_centroids[i][3])
tr.nearest_stops_arr.append(tr.nearest_stops(
cent_lat, cent_long, 200))
x = [(0.236022142857145, 0.6218945454545409, 0.40896343421923104,
0.44295239459832625, u'Arrheniusplan'),
(0.238678571428556, 0.5870136363636353, 0.40812001002704273,
0.44364416445906113, u'Djursjukhuset'),
(0.2546271428571387, 0.5872218181818116, 0.40727357545778864,
0.4443322476140367, u'Campus Ultuna'),
(0.2753349999999992, 0.5840540909090949, 0.4064241466263627,
0.44501663096314165, u'Veterin\xe4rv\xe4gen'),
(0.3359407142856987, 0.5639872727272691, 0.4047163709212964,
0.4463742461957367, u'Ekudden'),
(0.34959714285715, 0.5507245454545474, 0.4038580565612437,
0.4470474522321898, u'Kronparksg\xe5rden'),
(0.36905928571425406, 0.5455418181818119, 0.40299681296557566,
0.4477169067691902, u'Gustaf Kjellbergs v\xe4g'),
(0.3865264285714416, 0.5455240909090874, 0.4012656037101964,
0.449044510434701, u'Emmy Rappes v\xe4g'),
(0.39794999999997865, 0.543904545454542, 0.40039567101021384,
0.4497026342875515, u'Uppsala Folkh\xf6gskola'),
(0.4188514285714396, 0.5506949999999958, 0.39864723227667076,
0.4510074633850332, u'Lundellska skolan'),
(0.43012357142855484, 0.5347072727272748, 0.3977687595308634,
0.45165414378759955, u'Polacksbacken'),
(0.42828428571429433, 0.49847272727272374, 0.3968874734808786,
0.4522969849859463, u'Grindstugan'),
(0.45128642857140344, 0.49310363636362675, 0.395116528635283,
0.453571100888228, u'Uppsala Science Park'),
(0.5006285714285578, 0.5147454545454487, 0.3942269035559092,
0.4542023513348327, u'Akademiska sjukhuset s\xf6dra'),
(0.4981964285714144, 0.5162363636363563, 0.3933345326041903,
0.4548297140630195, u'Akademiska sjukhuset'),
(0.5175778571428252, 0.5021068181818119, 0.3924394327695829,
0.4554531771287061, u'Svandammen'),
(0.5421178571428472, 0.5200304545454572, 0.39154162109349755,
0.45607272866205456, u'B\xe4verns gr\xe4nd'),
(0.5531264285714069, 0.5268077272727204, 0.3906411146689745,
0.45668835686769677, u'Centralstationen')]
result = tr.calculate_distance_arrival(x,
tr.calculate_distance_departure(x)["pos_departure"])
result['dist_arrival'][0] = round(result['dist_arrival'][0],4)
result['dist_arrival'][1] = round(result['dist_arrival'][1],4)
result['dist_arrival'][2] = round(result['dist_arrival'][2],4)
result['dist_arrival'][3] = round(result['dist_arrival'][3],4)
self.assertEqual(result, {'dist_arrival':
[1000.0, 1000.0, 0.2384, 1000.0], 'pos_arrival': [0, 0, 10, 0]})
print "Test - OK ... Distance arrival function"