class ALController(object):
"""
Setup the antennal lobe network and control simulation, data presentation etc.
"""
def __init__(self, pynn, config):
lg.info('building network')
self.pynn = pynn
self.net = AntennalLobe(pynn, config)
def run_network(self, duration):
lg.info('starting simulation for %.1f ms' % duration)
self.pynn.run(duration)
def set_pattern(self, pattern):
lg.info("setting pattern in the AL.")
self.net.set_pattern(pattern)
def set_pattern_batch(self, patterns, time_per_pattern):
"""
set the driver spike rates such that all patterns are presented in
sequence.
"""
lg.info('setting pattern batch in the AL.')
self.net.set_batch_pattern(patterns, time_per_pattern)
def retrieve_spikes(self):
"""
Retrieve the spikes produced in the network.
"""
lg.info('retrieving spikes.')
return self.net.retrieve_spikes()
class ALController(object):
"""
Setup the antennal lobe network and control simulation, data presentation etc.
"""
def __init__(self, pynn, config):
lg.info('building network')
self.pynn = pynn
self.net = AntennalLobe(pynn, config)
def run_network(self, duration):
lg.info('starting simulation for %.1f ms'%duration)
self.pynn.run(duration)
def set_pattern(self, pattern):
lg.info("setting pattern in the AL.")
self.net.set_pattern(pattern)
def set_pattern_batch(self, patterns, time_per_pattern):
"""
set the driver spike rates such that all patterns are presented in
sequence.
"""
lg.info('setting pattern batch in the AL.')
self.net.set_batch_pattern(patterns, time_per_pattern)
def retrieve_spikes(self):
"""
Retrieve the spikes produced in the network.
"""
lg.info('retrieving spikes.')
return self.net.retrieve_spikes()
def __init__(self, pynn, config):
lg.info('building network')
self.pynn = pynn
self.net = AntennalLobe(pynn, config)
def __init__(self, pynn, config):
lg.info('building network')
self.pynn = pynn
self.net = AntennalLobe(pynn, config)
