def initializer(self):
""" Initialize the host algorithm """
for node in self.network.nodes():
node.memory['neighbors_data'] = {}
node.points = [(int(node.network.pos[node][0]),
int(node.network.pos[node][1]))]
node.voronoi = Delaunay()
VoronoiDiagram.new_diagram(node.voronoi, str(node.id))
node.voronoi.include(node.points[0])
super(DistributedVoronoi, self).initializer()
def new_thread(points, delay, n, lines, columns, fps = 0,
test_class = DiagramTest):
# test multi-thread execution:
VoronoiDiagram.start(title = test_class.__name__ +
" - New-thread test",
lines = lines, columns = columns, fps_limit = fps)
# configure
threads = []
# create tests in different threads
for i in xrange(0,n):
test = test_class(points, delay)
threads.append(test)
VoronoiDiagram.new_diagram(test.diagram, label="test")
test.start()
# waiting until previewer terminates
while VoronoiDiagram.in_state(Preview.RUNNING):
pass
# stop tests threads
for t in threads:
t.stop()
