def connect(self, projection):
decider = pypcsim.DegreeDistributionConnections(
pypcsim.ConstantNumber(self.n),
pypcsim.DegreeDistributionConnections.incoming)
wiring_method = pypcsim.SimpleAllToAllWiringMethod(simulator.net)
return decider, wiring_method, self.weights, self.delays
def connect(self, projection):
conn_array = numpy.zeros((len(self.conn_list),4))
for i in xrange(len(self.conn_list)):
src, tgt, weight, delay = self.conn_list[i][:]
src = projection.pre[tuple(src)]
tgt = projection.post[tuple(tgt)]
conn_array[i,:] = (src, tgt, weight, delay)
self.weights = conn_array[:,2]
self.delays = conn_array[:,3]
lcp = ListConnectionPredicate(conn_array[:,0:2])
decider = pypcsim.PredicateBasedConnections(lcp)
wiring_method = pypcsim.SimpleAllToAllWiringMethod(simulator.net)
# pcsim does not yet deal with having lists of weights, delays, so for now we just return 0 values
# and will set the weights, delays later
return decider, wiring_method, self.weights, self.delays
def connect(self, projection):
f = open(self.filename, 'r', 10000)
lines = f.readlines()
f.close()
conn_array = numpy.zeros((len(lines),4))
for i,line in enumerate(lines):
single_line = line.rstrip()
src, tgt, w, d = single_line.split("\t", 4)
src = "[%s" % src.split("[",1)[1]
tgt = "[%s" % tgt.split("[",1)[1]
src = projection.pre[tuple(eval(src))]
tgt = projection.post[tuple(eval(tgt))]
conn_array[i,:] = (src, tgt, w, d)
self.weights = conn_array[:,2]
self.delays = conn_array[:,3]
lcp = ListConnectionPredicate(conn_array[:,0:2])
decider = pypcsim.PredicateBasedConnections(lcp)
wiring_method = pypcsim.SimpleAllToAllWiringMethod(simulator.net)
# pcsim does not yet deal with having lists of weights, delays, so for now we just return 0 values
# and will set the weights, delays later
return decider, wiring_method, self.weights, self.delays
