def testNewGarminLapFromAsGarminLap(self):
lap1 = GarminLap.asLap(1, 589, 300, 140, 100, 200)
self.assertFalse(None == lap1)
self.assertEquals(1, lap1.lap)
self.assertEquals(589, lap1.totalTime)
self.assertEquals(ClusterData.metersToFeet(300), lap1.totalDistance)
self.assertEquals(ClusterData.metersToFeet(100), lap1.netGained)
self.assertEquals(ClusterData.metersToFeet(200), lap1.netLost)
def testNewGarminLapFromAsGarminLap(self):
lap1 = GarminLap.asLap(1,589,300,140, 100,200)
self.assertFalse(None == lap1)
self.assertEquals(1,lap1.lap)
self.assertEquals(589,lap1.totalTime)
self.assertEquals(ClusterData.metersToFeet(300),lap1.totalDistance)
self.assertEquals(ClusterData.metersToFeet(100),lap1.netGained)
self.assertEquals(ClusterData.metersToFeet(200),lap1.netLost)
def testFindClosestCentroid(self):
km = kmeans.KmeansClusterer(4)
centroids,mins,maxes = ClusterData.initializeCentroids(4,self.summaryDatas)
self.assertEquals(4,len(centroids))
for centroid in centroids:
self.assertTrue(centroid.totalDist >= mins[clusterdata.TOTAL_DIST])
self.assertTrue(centroid.totalDist <= maxes[clusterdata.TOTAL_DIST])
self.assertTrue(centroid.avgHR >= mins[clusterdata.AVG_HR])
self.assertTrue(centroid.avgHR <= maxes[clusterdata.AVG_HR])
self.assertTrue(centroid.netGained >= mins[clusterdata.NET_GAINED])
self.assertTrue(centroid.netGained <= maxes[clusterdata.NET_GAINED])
self.assertTrue(centroid.netLost >= mins[clusterdata.NET_LOST])
self.assertTrue(centroid.netLost <= maxes[clusterdata.NET_LOST])
self.assertTrue(centroid.timeSeconds >= mins[clusterdata.TIME])
self.assertTrue(centroid.timeSeconds <= maxes[clusterdata.TIME])
centroids,mins,maxes = ClusterData.initializeCentroids(4,self.summaryDatas)
self.assertEquals(4,len(centroids))
# take the 4th centroid and clone it.
data = copy.copy(centroids[3])
centroid = km.findClosestCentroid(centroids, data,mins,maxes)
'''
self.lap = lap
self.totalDist = totalDist
self.avgHR = avgHR
self.netGained = netGained
self.netLost = netLost
self.timeSeconds = timeSeconds
self.goodRecords = goodRecords
self.badRecords = badRecords
'''
self.assertEquals(centroid.lap,centroids[3].lap)
self.assertEquals(centroid.totalDist,centroids[3].totalDist)
self.assertEquals(centroid.avgHR,centroids[3].avgHR)
self.assertEquals(centroid.netGained,centroids[3].netGained)
self.assertEquals(centroid.netLost,centroids[3].netLost)
self.assertEquals(centroid.timeSeconds,centroids[3].timeSeconds)
self.assertEquals(centroid.goodRecords,centroids[3].goodRecords)
self.assertEquals(centroid.badRecords,centroids[3].badRecords)
self.assertEquals(centroid,centroids[3])
pass
def testGetTrackPoints(self):
self.file.seek(self.trackPointParserPos,0)
msp = MileSplitParser()
trackPoints = msp.getTrackPoints(self.file)
self.assertTrue(trackPoints != None)
tp1= trackPoints[0]
#1,2011-01-05T15:00:46Z,47.5859201,-122.2451507,79.4460449,0.0000000,73,,Absent,
self.assertEquals(ClusterData.toDateTime('2011-01-05T15:00:46Z'),tp1.time)
self.assertEquals(47.5859201,tp1.lat)
self.assertEquals(-122.2451507,tp1.long)
self.assertEquals(ClusterData.metersToFeet(79.4460449),tp1.altitude)
self.assertEquals(0,tp1.distance)
self.assertEquals(73,tp1.heartRate)
def testGetTrackPoints(self):
self.file.seek(self.trackPointParserPos, 0)
msp = MileSplitParser()
trackPoints = msp.getTrackPoints(self.file)
self.assertTrue(trackPoints != None)
tp1 = trackPoints[0]
#1,2011-01-05T15:00:46Z,47.5859201,-122.2451507,79.4460449,0.0000000,73,,Absent,
self.assertEquals(ClusterData.toDateTime('2011-01-05T15:00:46Z'),
tp1.time)
self.assertEquals(47.5859201, tp1.lat)
self.assertEquals(-122.2451507, tp1.long)
self.assertEquals(ClusterData.metersToFeet(79.4460449), tp1.altitude)
self.assertEquals(0, tp1.distance)
self.assertEquals(73, tp1.heartRate)
def testNewLapFromTokens(self):
string = '1,1,,2011-01-05T15:00:46Z,576.5800000,1609.3439941,3.3762498,179,113,132,Active,,Distance,"",'
tokens = string.split(',')
lap= GarminLap(tokens)
self.assertFalse(None == lap)
self.assertEquals('2011-01-05T15:00:46Z',lap.lap)
self.assertEquals(1,lap.id)
self.assertEquals(1,lap.activityId)
self.assertEquals(ClusterData.metersToFeet(1609.3439941),lap.totalDistance)
self.assertEquals(576.58,lap.totalTime)
def testNewLapFromTokens(self):
string = '1,1,,2011-01-05T15:00:46Z,576.5800000,1609.3439941,3.3762498,179,113,132,Active,,Distance,"",'
tokens = string.split(',')
lap = GarminLap(tokens)
self.assertFalse(None == lap)
self.assertEquals('2011-01-05T15:00:46Z', lap.lap)
self.assertEquals(1, lap.id)
self.assertEquals(1, lap.activityId)
self.assertEquals(ClusterData.metersToFeet(1609.3439941),
lap.totalDistance)
self.assertEquals(576.58, lap.totalTime)
def testNewTrackPointFromTokens(self):
string = '1,2011-01-05T15:00:46Z,47.5859201,-122.2451507,79.4460449,0.0000000,73,,Absent,'
tokens = string.split(',')
trackPoint = TrackPoint('foo', tokens)
self.assertTrue(trackPoint != None)
self.assertEquals(trackPoint.id, 'foo')
self.assertEquals(47.5859201, trackPoint.lat)
self.assertEquals(-122.2451507, trackPoint.long)
self.assertEquals(ClusterData.metersToFeet(79.4460449),
trackPoint.altitude)
string = '2,2011-01-05T15:16:46Z,,,,,,,,'
tokens = string.split(',')
try:
trackPoint = TrackPoint('foo', tokens)
self.assertFalse(True) # shouldn't have reached here!
except Exception as ex:
self.assertTrue(True)
def testNewTrackPointFromTokens(self):
string = '1,2011-01-05T15:00:46Z,47.5859201,-122.2451507,79.4460449,0.0000000,73,,Absent,'
tokens = string.split(',')
trackPoint = TrackPoint('foo',tokens)
self.assertTrue(trackPoint != None)
self.assertEquals(trackPoint.id,'foo')
self.assertEquals(47.5859201,trackPoint.lat)
self.assertEquals(-122.2451507,trackPoint.long)
self.assertEquals(ClusterData.metersToFeet(79.4460449),trackPoint.altitude)
string = '2,2011-01-05T15:16:46Z,,,,,,,,'
tokens = string.split(',')
try:
trackPoint = TrackPoint('foo',tokens)
self.assertFalse(True) # shouldn't have reached here!
except Exception as ex:
self.assertTrue(True)