def build_net_round_robin(model,
mitral_gids=set(range(params.Nmitral)),
connection_file=''):
model.clear()
enter = h.startsw()
for mgid in mitral_gids:
if rank != (mgid % nhost):
continue
model.mitral_gids.add(mgid) # add mitral
# blanes cell to build
for x in params.glom2blanes:
blanesgid = x[1]
if rank != (blanesgid % nhost):
continue
model.blanes_gids.add(blanesgid)
# gen. mitrals
dc.mk_mitrals(model)
if len(connection_file) > 0:
# read connection file
read_mconnection_info(model, connection_file)
else:
dc.mk_mconnection_info(model)
build_round_robin(model)
if rank == 0: print 'build_subnet_round_robin ', h.startsw() - enter
def build_net_round_robin(model, connection_file):
import custom_params
model.mitral_gids = set(range(0, min(635,
custom_params.customMitralCount)))
model.granule_gids = set(
range(
max(model.mitral_gids) + 1,
min(
122166, custom_params.customMitralCount *
custom_params.customGranulesPerMitralCount)))
model.gids = model.mitral_gids.union(model.granule_gids)
enter = h.startsw()
dc.mk_mitrals(model)
#return # removing as per M. Migliore's email
read_mconnection_info(model, connection_file)
dc.mk_gconnection_info(model)
model.gids = model.mitral_gids.copy()
model.gids.update(model.granule_gids)
register_mitrals(model)
build_granules(model)
register_granules(model)
build_synapses(model)
elapsed('build_net_round_robin')
if rank == 0: print "round robin setuptime ", h.startsw() - t_begin
def build_net_round_robin(model, connection_file):
enter = h.startsw()
dc.mk_mitrals(model)
read_mconnection_info(model, connection_file)
dc.mk_gconnection_info(model)
model.gids = model.mitral_gids.copy()
model.gids.update(model.granule_gids)
register_mitrals(model)
build_granules(model)
register_granules(model)
build_synapses(model)
elapsed('build_net_round_robin')
if rank == 0: print "round robin setuptime ", h.startsw() - t_begin
def build_net_round_robin(model, connection_file):
enter = h.startsw()
dc.mk_mitrals(model)
read_mconnection_info(model, connection_file)
dc.mk_gconnection_info(model)
model.gids = model.mitral_gids.copy()
model.gids.update(model.granule_gids)
register_mitrals(model)
build_granules(model)
register_granules(model)
build_synapses(model)
elapsed('build_net_round_robin')
if rank == 0: print "round robin setuptime ", h.startsw() - t_begin
def build_net_round_robin(model, connection_file):
import custom_params
model.mitral_gids = set(range(0,min(635, custom_params.customMitralCount)))
model.granule_gids = set(range(max(model.mitral_gids)+1, min(122166, custom_params.customMitralCount*custom_params.customGranulesPerMitralCount)))
model.gids = model.mitral_gids.union(model.granule_gids)
enter = h.startsw()
dc.mk_mitrals(model)
#return # removing as per M. Migliore's email
read_mconnection_info(model, connection_file)
dc.mk_gconnection_info(model)
model.gids = model.mitral_gids.copy()
model.gids.update(model.granule_gids)
register_mitrals(model)
build_granules(model)
register_granules(model)
build_synapses(model)
elapsed('build_net_round_robin')
if rank == 0: print "round robin setuptime ", h.startsw() - t_begin
