def test_getEdgeClockwise(self):
net = getSimpleNet()
v5 = net.getVertex("5")
edge15 = net.getEdge("1", "5")
edge51 = net.getEdge("5", "1")
edge25 = net.getEdge("2", "5")
edge52 = net.getEdge("5", "2")
edge45 = net.getEdge("4", "5")
edge54 = net.getEdge("5", "4")
edge35 = net.getEdge("3", "5")
edge53 = net.getEdge("5", "3")
result = v5.getEdgeClockwise(edge15)
assert result == edge51
result = v5.getEdgeClockwise(edge51)
assert result == edge25
result = v5.getEdgeClockwise(edge25)
assert result == edge52
result = v5.getEdgeClockwise(edge52)
assert result == edge45
result = v5.getEdgeClockwise(edge45)
assert result == edge54
result = v5.getEdgeClockwise(edge54)
assert result == edge35
result = v5.getEdgeClockwise(edge35)
assert result == edge53
result = v5.getEdgeClockwise(edge53)
assert result == edge15
def test_hasObsCount(self):
net = getSimpleNet()
addSimVolumeToNet(net)
sMov = net.getVertex("5").getMovement("1", "4")
assert sMov.hasObsCount(0, 5)
assert not sMov.hasObsCount(0, 30)
def test_iterEdgesClockwise(self):
net = getSimpleNet()
v5 = net.getVertex("5")
result = [e.iid for e in v5.iterEdgesClockwise()]
answer = [("2", "5"), ("5", "2"), ("4", "5"), ("5", "4"), ("3", "5"), ("5", "3"), ("1", "5"), ("5", "1")]
assert result == answer
def test_setObsCount(self):
net = getSimpleNet()
addSimVolumeToNet(net)
sMov = net.getVertex("5").getMovement("1", "4")
sMov.setObsCount(0, 15, 0)
nose.tools.assert_raises(SimError, sMov.setObsCount, 0, 15, -1)
def test_splitEdge(self):
net = getSimpleNet()
edge = net.getEdge("5", "4")
edgesBefore = net.getNumEdges()
verticesBefore = net.getNumVertices()
net.splitEdge(edge)
assert net.getNumEdges() == edgesBefore + 1
assert net.getNumVertices() == verticesBefore + 1
def testSimTTInMin(self):
net = getSimpleNet()
addSimVolumeToNet(net)
sMov = net.getVertex("5").getMovement("1", "4")
link51 = net.getEdge("5", "1")
assert link51.lengthInFeet == 300
assert link51.lengthInMiles == 300 / 5280.0
#nose.tools.set_trace()
assert sMov.getSimTTInMin(30, 40) == link51.lengthInMiles / link51.freeFlowSpeedInMPH * 60
def test_simFlow(self):
net = getSimpleNet()
addSimVolumeToNet(net)
sMov = net.getVertex("5").getMovement("1", "4")
assert sMov.getSimFlow(0, 5) == 1 * 12
assert sMov.getSimFlow(0, 10) == (1 + 2) * 6
assert sMov.getSimFlow(5, 20) == (2 + 3 + 4) * 4
assert sMov.getSimFlow(0, 20) == (1 + 2 + 3 + 4) * 3.0
assert sMov.getSimFlow(0, 30) == (1 + 2 + 3 + 4) * 2.0
def test_deleteVertex(self):
net = getSimpleNet()
v5 = net.getVertex("5")
net.deleteVertex(v5)
assert not net.hasEdge("1", "5")
assert not net.hasEdge("2", "5")
assert not net.hasVertex("5")
def test_getObsCount(self):
"""Obs counts have the same time step with the simResults"""
net = getSimpleNet()
addSimVolumeToNet(net)
sMov = net.getVertex("5").getMovement("1", "4")
assert sMov.getObsCount(0, 5) == 2
assert sMov.getObsCount(0, 10) == 5
assert sMov.getObsCount(10, 20) == 9
assert not sMov.getObsCount(0, 30)
def test_iterPredSuccAdjVertices(self):
net = getSimpleNet()
v1 = net.getVertex("1")
assert v1.getNumPredecessorVertices() == 1
assert v1.getNumSuccessorVertices() == 1
assert v1.getNumAdjacentVertices() == 1
v5 = net.getVertex("5")
assert v5.getNumAdjacentVertices() == 4
def test_simMeanTT(self):
net = getSimpleNet()
addSimVolumeToNet(net)
sMov = net.getVertex("5").getMovement("1", "4")
assert sMov.getSimTTInMin(0, 5) == 1
assert sMov.getSimTTInMin(0, 10) == (1 + 4) / 3.0
assert sMov.getSimTTInMin(5, 15) == (2 * 2 + 3 * 3) / 5.0
nose.tools.assert_raises(SimError, sMov.getSimTTInMin, 0, 30)
nose.tools.assert_raises(SimError, sMov.getSimTTInMin, 30, 0)
sMov.setSimTTInMin(15, 20, 4)
assert sMov.getSimTTInMin(0, 30) == (1*1 + 2*2 + 3*3 + 4*4) / 10.0
def test_getObsCounts2(self):
"""Obs counts use a time step different than that of the simResults"""
net = getSimpleNet()
addSimVolumeToNet(net)
sMov = net.getVertex("5").getMovement("1", "4")
sMov2 = net.getVertex("4").getMovement("5", "8")
sMov2.setObsCount(0, 10, 7)
sMov2.setObsCount(10, 20, 13)
sMov2.setObsCount(20, 30, 14)
assert sMov2.getObsCount(0, 10) == 7
assert sMov2.getObsCount(0, 20) == 20
assert sMov2.getObsCount(0, 30) == 34
def test_adjacentVertices(self):
net = getSimpleNet()
v1 = net.getVertex("1")
v2 = net.getVertex("2")
v4 = net.getVertex("4")
v3 = net.getVertex("3")
v5 = net.getVertex("5")
av = set([v for v in v5.iterAdjacentVertices()])
assert len(av) == 4
assert v1 in av
assert v2 in av
assert v3 in av
assert v4 in av
assert v5 not in av
def test_iterEdgePairs(self):
net = getSimpleNet()
v5 = net.getVertex("5")
result = [(e1.iid, e2.iid) for e1, e2 in v5.iterEdgePairs()]
answer = [
(("2", "5"), ("5", "2")),
(("5", "2"), ("4", "5")),
(("4", "5"), ("5", "4")),
(("5", "4"), ("3", "5")),
(("3", "5"), ("5", "3")),
(("5", "3"), ("1", "5")),
(("1", "5"), ("5", "1")),
(("5", "1"), ("2", "5")),
]
assert result == answer
def test_getAcuteAngle(self):
v5 = constructIntersection(withMovements=True)
e15 = v5.getInEdge("1")
e52 = v5.getOutEdge("2")
e25 = v5.getInEdge("2")
e35 = v5.getInEdge("3")
e54 = v5.getOutEdge("4")
e45 = v5.getInEdge("4")
assert e15.getAcuteAngle(e52) == 90
assert e52.getAcuteAngle(e15) == 90
assert e15.getAcuteAngle(e54) == 180
assert e15.getAcuteAngle(e45) == 180
net = getSimpleNet()
v5 = net.getVertex("5")
v8 = net.getVertex("8")
e58 = Edge(v5, v8, 3)
net.addEdge(e58)
e15 = net.getEdge("1", "5")
e51 = net.getEdge("5", "1")
assert e15.getAcuteAngle(e58) == 135
assert e51.getAcuteAngle(e58) == 135
assert e58.getAcuteAngle(e15) == 135
assert e58.getAcuteAngle(e51) == 135
e85 = Edge(v8, v5, 2)
net.addEdge(e85)
assert e15.getAcuteAngle(e85) == 135
assert e51.getAcuteAngle(e85) == 135
assert e85.getAcuteAngle(e15) == 135
assert e85.getAcuteAngle(e51) == 135
def test_deleteEdge(self):
net = getSimpleNet()
edge15 = net.getEdge("1", "5")
edge25 = net.getEdge("2", "5")
edge47 = net.getEdge("4", "7")
assert edge15.hasOutMovement("4")
assert edge25.hasOutMovement("4")
assert edge47.hasInMovement("5")
edge54 = net.getEdge("5", "4")
net.deleteEdge(edge54)
assert not edge15.hasOutMovement("4")
assert not edge25.hasOutMovement("4")
assert not edge47.hasInMovement("5")
assert not net.hasEdge("5", "4")
def test_isShapePoint(self):
net = getSimpleNet()
v7 = net.getVertex("7")
assert not v7.isShapePoint()
v9 = Vertex("9", 1200, 300)
net.addVertex(v9)
assert not v7.isShapePoint()
e79 = Edge(v7, v9, 1)
net.addEdge(e79)
assert not v7.isShapePoint()
e97 = Edge(v9, v7, 1)
net.addEdge(e97)
assert v7.isShapePoint()
def createNet(self):
net = getSimpleNet()
link15 = net.getEdge('1', '5')
mov152 = link15.getOutMovement('2')
mov152.setSimVolume(0, 5, 1)
mov152.setSimTTInMin(0, 5, 1)
mov152.setSimVolume(5, 10, 3)
mov152.setSimTTInMin(5, 10, 4)
mov152.setObsCount(0, 5, 11)
mov152.setObsCount(5, 10, 11)
mov154 = link15.getOutMovement('4')
mov154.setSimVolume(0, 5, 2)
mov154.setSimTTInMin(0, 5, 2)
mov154.setSimVolume(5, 10, 5)
mov154.setSimTTInMin(5, 10, 6.3)
mov154.setObsCount(0, 5, 7)
mov154.setObsCount(5, 10, 11)
mov153 = link15.getOutMovement('3')
mov153.setSimVolume(0, 5, 3)
mov153.setSimTTInMin(0, 5, 3)
mov153.setSimVolume(5, 10, 5)
mov153.setSimTTInMin(5, 10, 8.9)
mov153.setObsCount(0, 5, 43)
mov153.setObsCount(5, 10, 23)
link25 = net.getEdge('2', '5')
link25.setObsCount(0, 5, 10)
link25.setObsCount(5, 10, 20)
return net, link15, link25