def test_evolution():
currentEpoch = Epoch(TEST_STARTING_EPOCH)
last_epoch = TEST_ENDING_EPOCH
i = 0
while currentEpoch.ep < last_epoch:
print 'Generating crowd evolution for: ', str(currentEpoch)
Evolution.buildCrowdEvolutionGraph(currentEpoch)
currentEpoch = currentEpoch.next()
def test_mcl():
currentEpoch = Epoch(TEST_STARTING_EPOCH)
last_epoch = TEST_ENDING_EPOCH
while currentEpoch.ep < last_epoch:
print 'Generating crowds for: ', str(currentEpoch)
mcl = MCL(currentEpoch, I=[1.4])
mcl.writeClusters()
currentEpoch = currentEpoch.next()
def test_evolution():
currentEpoch = Epoch(TEST_STARTING_EPOCH)
last_epoch = TEST_ENDING_EPOCH
i = 0
while currentEpoch.ep < last_epoch:
print 'Generating crowd evolution for: ', str(currentEpoch)
Evolution.buildCrowdEvolutionGraph(currentEpoch)
currentEpoch = currentEpoch.next()
def test_mcl():
currentEpoch = Epoch(TEST_STARTING_EPOCH)
last_epoch = TEST_ENDING_EPOCH
while currentEpoch.ep < last_epoch:
print 'Generating crowds for: ', str(currentEpoch)
mcl = MCL(currentEpoch, I = [1.4])
mcl.writeClusters()
currentEpoch = currentEpoch.next()
def test_graphReader():
currentEpoch = Epoch(TEST_STARTING_EPOCH)
last_epoch = TEST_ENDING_EPOCH
while currentEpoch.ep < last_epoch:
print 'Creating graph for: ', str(currentEpoch)
gr = GraphReader(currentEpoch, decayCoefficient = 1.0, writeGraph = True)
gr.buildCurrentGraph()
currentEpoch = currentEpoch.next()
def test_graphReader():
currentEpoch = Epoch(TEST_STARTING_EPOCH)
last_epoch = TEST_ENDING_EPOCH
while currentEpoch.ep < last_epoch:
print 'Creating graph for: ', str(currentEpoch)
gr = GraphReader(currentEpoch,
decayCoefficient=1.0,
writeGraph=True)
gr.buildCurrentGraph()
currentEpoch = currentEpoch.next()