def test_hav_6(self):
waxahachie = (32.3863889,-96.8480556)
denison = (33.7555556,-96.5363889)
answer = 155
error = answer * 0.1
answerTail = answer + error
answerHead = answer - error
actual = getDis(waxahachie,denison)
self.assertTrue(actual >= answerHead and actual <= answerTail)
def test_hav_5(self):
irving = (32.8138889,-96.9486111)
wichita_falls = (33.9136111,-98.4930556)
answer = 185
error = answer * 0.1
answerTail = answer + error
answerHead = answer - error
actual = getDis(irving,wichita_falls)
self.assertTrue(actual >= answerHead and actual <= answerTail)
def test_hav_4(self):
beaumont = (30.0858333,-94.1016667)
livingston = (30.7108333,-94.9327778)
answer = 106
error = answer * 0.1
answerTail = answer + error
answerHead = answer - error
actual = getDis(beaumont,livingston)
self.assertTrue(actual >= answerHead and actual <= answerTail)
def test_hav_3(self):
dallas = (33.1397222,-96.9886111)
hereford = (34.8150000,-102.3972222)
answer = 566
error = answer * 0.1
answerTail = answer + error
answerHead = answer - error
actual = getDis(dallas,hereford)
self.assertTrue(actual >= answerHead and actual <= answerTail)
def test_hav_2 (self):
#org = lat,lon
midland = (31.9972222,-102.0775000)
austin = (30.2669444,-97.7427778)
answer = 456
error = answer * 0.1
answerTail = answer + error
answerHead = answer - error
actual = getDis(midland,austin)
self.assertTrue(actual >= answerHead and actual <= answerTail)
def test_hav_1 (self):
#org = lat,lon
bryan = (30.6741667,-96.3697222)
waco = (31.5491667,-97.1463889)
answer = 126
error = answer * 0.1
answerTail = answer + error
answerHead = answer - error
actual = getDis(bryan,waco)
self.assertTrue(actual >= answerHead and actual <= answerTail)