def testGraph(self):
return
import networkx as nx
graph = nx.geographical_threshold_graph(100,1.2)
self.g = GraphSpace(graph)
for idx, node in self.g.cells():
self.g[idx] = sim.BugCell()
self.bugs = sim.init_grid(self.g, numbugs=20)
class SimTest(unittest.TestCase):
def setUp(self):
self.sim = sim.Heatbugs()
def testCellAdd(self):
bug = self.sim.add_bug()
self.assertTrue(bug is not None)
def testCellOverAdd(self):
bug = True
index, cell = self.sim.grid.cells().next()
for x in range(self.sim.properties.max_bugs_per_cell + 1):
bug = self.sim.add_bug(index)
self.assertTrue(bool(bug) == False)
def testSimStep(self):
return
for bug in self.bugs:
self.sim.step_bug(bug)
def testGraph(self):
return
import networkx as nx
graph = nx.geographical_threshold_graph(100,1.2)
self.g = GraphSpace(graph)
for idx, node in self.g.cells():
self.g[idx] = sim.BugCell()
self.bugs = sim.init_grid(self.g, numbugs=20)
def testGraphStep(self):
return
self.testSimStep()
def testRunSim(self):
return
sim.run_simulation(steps=1)
