def __init__(self, rank, config,
send_interface: StimDeciderMPISendInterface, ripple_n_above_thresh=sys.maxsize,
lockout_time=0):
super().__init__(rank=rank,
local_rec_manager=binary_record.RemoteBinaryRecordsManager(manager_label='state',
local_rank=rank,
manager_rank=
config['rank']['supervisor']),
send_interface=send_interface,
rec_ids=[realtime_base.RecordIDs.STIM_STATE,
realtime_base.RecordIDs.STIM_LOCKOUT],
rec_labels=[['timestamp', 'elec_grp_id', 'threshold_state'],
['timestamp', 'lockout_num', 'lockout_state']],
rec_formats=['Iii',
'Iii'])
self.rank = rank
self._send_interface = send_interface
self._ripple_n_above_thresh = ripple_n_above_thresh
self._lockout_time = lockout_time
self._ripple_thresh_states = {}
self._enabled = False
self._last_lockout_timestamp = 0
self._lockout_count = 0
self._in_lockout = False
def __init__(self, comm: MPI.Comm, rank, config):
super().__init__(comm, rank, config)
self.local_rec_manager = binary_record.RemoteBinaryRecordsManager(manager_label='state', local_rank=rank,
manager_rank=config['rank']['supervisor'])
self.mpi_send = RippleMPISendInterface(comm, rank, config)
if self.config['datasource'] == 'simulator':
data_interface = simulator_process.SimulatorRemoteReceiver(comm=self.comm,
rank=self.rank,
config=self.config,
datatype=datatypes.Datatypes.LFP)
self.rip_man = RippleManager(rank=rank,
local_rec_manager=self.local_rec_manager,
send_interface=self.mpi_send,
data_interface=data_interface)
self.mpi_recv = RippleMPIRecvInterface(self.comm, self.rank, self.config, self.rip_man)
else:
raise realtime_base.DataSourceError("No valid data source selected")
self.terminate = False
# First Barrier to finish setting up nodes
self.class_log.debug("First Barrier")
self.comm.Barrier()
def __init__(self, comm: MPI.Comm, rank, config):
super(DecoderProcess, self).__init__(comm=comm, rank=rank, config=config)
self.local_rec_manager = binary_record.RemoteBinaryRecordsManager(manager_label='state', local_rank=rank,
manager_rank=config['rank']['supervisor'])
self.terminate = False
self.mpi_send = DecoderMPISendInterface(comm=comm, rank=rank, config=config)
self.spike_decode_interface = SpikeDecodeRecvInterface(comm=comm, rank=rank, config=config)
self.pos_interface = simulator_process.SimulatorRemoteReceiver(comm=self.comm,
rank=self.rank,
config=self.config,
datatype=datatypes.Datatypes.LINEAR_POSITION)
if config['decoder'] == 'bayesian_decoder':
self.dec_man = BayesianDecodeManager(rank=rank, config=config,
local_rec_manager=self.local_rec_manager,
send_interface=self.mpi_send,
spike_decode_interface=self.spike_decode_interface)
elif config['decoder'] == 'pp_decoder':
self.dec_man = PPDecodeManager(rank=rank, config=config,
local_rec_manager=self.local_rec_manager,
send_interface=self.mpi_send,
spike_decode_interface=self.spike_decode_interface,
pos_interface=self.pos_interface)
self.mpi_recv = DecoderRecvInterface(comm=comm, rank=rank, config=config, decode_manager=self.dec_man)
# First Barrier to finish setting up nodes
self.class_log.debug("First Barrier")
self.comm.Barrier()
def __init__(self, comm: MPI.Comm, rank, config):
super().__init__(comm=comm, rank=rank, config=config)
self.terminate = False
self.local_rec_manager = binary_record.RemoteBinaryRecordsManager(manager_label='state', local_rank=rank,
manager_rank=config['rank']['supervisor'])
self.mpi_send = SimulatorSendInterface(comm=comm, rank=rank, config=config)
self.sim = Simulator(comm=comm, rank=rank, config=config,
mpi_send=self.mpi_send,
local_rec_manager=self.local_rec_manager)
self.mpi_recv = SimulatorRecvInterface(comm=comm, rank=rank, config=config, simulator=self.sim)
def __init__(self, comm: MPI.Comm, rank, config):
super().__init__(comm, rank, config)
self.local_rec_manager = binary_record.RemoteBinaryRecordsManager(manager_label='state', local_rank=rank,
manager_rank=config['rank']['supervisor'])
self.mpi_send = EncoderMPISendInterface(comm=comm, rank=rank, config=config)
if self.config['datasource'] == 'simulator':
spike_interface = simulator_process.SimulatorRemoteReceiver(comm=self.comm,
rank=self.rank,
config=self.config,
datatype=datatypes.Datatypes.SPIKES)
pos_interface = simulator_process.SimulatorRemoteReceiver(comm=self.comm,
rank=self.rank,
config=self.config,
datatype=datatypes.Datatypes.LINEAR_POSITION)
elif self.config['datasource'] == 'trodes':
spike_interface = spykshrk.realtime.trodes.TrodesDataReceiver(comm=self.comm,
rank=self.rank,
config=self.config,
datatype=datatypes.Datatypes.SPIKES)
pos_interface = spykshrk.realtime.trodes.TrodesDataReceiver(comm=self.comm,
rank=self.rank,
config=self.config,
datatype=datatypes.Datatypes.LINEAR_POSITION)
self.enc_man = RStarEncoderManager(rank=rank,
config=config,
local_rec_manager=self.local_rec_manager,
send_interface=self.mpi_send,
spike_interface=spike_interface,
pos_interface=pos_interface)
self.mpi_recv = EncoderMPIRecvInterface(comm=comm, rank=rank, config=config, encoder_manager=self.enc_man)
self.terminate = False
# config['trodes_network']['networkobject'].registerTerminateCallback(self.trigger_termination)
# First Barrier to finish setting up nodes
self.class_log.debug("First Barrier")
self.comm.Barrier()
