def __init__(
self, pre_vertex, post_vertex, synapse_information, label=None):
MultiCastPartitionableEdge.__init__(
self, pre_vertex, post_vertex, label=label)
# A list of all synapse information for all the projections that are
# represented by this edge
self._synapse_information = [synapse_information]
# The edge from the delay extension of the pre_vertex to the
# post_vertex - this might be None if no long delays are present
self._delay_edge = None
self._stored_synaptic_data_from_machine = None
def __init__(self, presynaptic_population, postsynaptic_population,
machine_time_step, connector=None, synapse_list=None,
synapse_dynamics=None, label=None):
MultiCastPartitionableEdge.__init__(
self, presynaptic_population._get_vertex,
postsynaptic_population._get_vertex, label=label)
self._connector = connector
self._synapse_dynamics = synapse_dynamics
self._synapse_list = synapse_list
self._synapse_row_io = FixedSynapseRowIO()
self._stored_synaptic_data_from_machine = None
# If there are synapse dynamics for this connector, create a plastic
# synapse list
if synapse_dynamics is not None:
self._synapse_row_io = synapse_dynamics.get_synapse_row_io()
def __init__(self,
presynaptic_population,
postsynaptic_population,
machine_time_step,
connector=None,
synapse_list=None,
synapse_dynamics=None,
label=None):
MultiCastPartitionableEdge.__init__(
self,
presynaptic_population._get_vertex,
postsynaptic_population._get_vertex,
label=label)
self._connector = connector
self._synapse_dynamics = synapse_dynamics
self._synapse_list = synapse_list
self._synapse_row_io = FixedSynapseRowIO()
self._stored_synaptic_data_from_machine = None
# If there are synapse dynamics for this connector, create a plastic
# synapse list
if synapse_dynamics is not None:
self._synapse_row_io = synapse_dynamics.get_synapse_row_io()
def __init__(self, prevertex, delayvertex, label=None):
MultiCastPartitionableEdge.__init__(self, prevertex, delayvertex,
label=label)
