def __init__(self, addresses, type):
"""Do:
1) run super constructor to receive configs
2) run DriverComm constructor that fires binary driver
3) get json description from the driver (desc_params are required)
4) store that description in self.configs to share it with other modules
5) if autostart is set to true:
6) set driver params from config (sampling_rate and active_channels)
7) start sampling
"""
super(BinaryDriverWrapper, self).__init__(addresses=addresses,
type=type)
self._init_got_configs()
self._mx_addresses = addresses
context = ctx.get_new_context()
context['logger'] = self.logger
DriverComm.__init__(self, self.config, addresses, context)
desc = self.get_driver_description()
if desc.startswith('DEVICE OPEN ERROR'):
self.abort("DEVICE PROBLEM: " + desc + " ...ABORTING!!!")
self.store_driver_description(desc)
autostart = self.config.true_val(
self.config.get_param('start_sampling'))
self.logger.info('Automatic start' + str(autostart))
self.ready()
if autostart:
self.set_driver_params()
self.start_sampling()
def __init__(self, addresses):
LogicDecision.__init__(self, addresses=addresses)
context = ctx.get_new_context()
context['logger'] = self.logger
SpellerEngine.__init__(self, self.config.param_values(), context)
self.ready()
self._update_letters()
def __init__(self, addresses, type):
"""Do:
1) run super constructor to receive configs
2) run DriverComm constructor that fires binary driver
3) get json description from the driver (desc_params are required)
4) store that description in self.configs to share it with other modules
5) if autostart is set to true:
6) set driver params from config (sampling_rate and active_channels)
7) start sampling
"""
super(BinaryDriverWrapper, self).__init__(addresses=addresses, type=type)
self._init_got_configs()
self._mx_addresses = addresses
context = ctx.get_new_context()
context['logger'] = self.logger
DriverComm.__init__(self, self.config, addresses, context)
desc = self.get_driver_description()
if desc.startswith('DEVICE OPEN ERROR'):
self.abort("DEVICE PROBLEM: " + desc + " ...ABORTING!!!")
self.store_driver_description(desc)
autostart = self.config.true_val(self.config.get_param('start_sampling'))
self.logger.info('Automatic start' + str(autostart))
self.ready()
if autostart:
self.set_driver_params()
self.start_sampling()
def __init__(self, addresses):
LogicDecision.__init__(self, addresses=addresses)
context = ctx.get_new_context()
context['logger'] = self.logger
SpellerEngine.__init__(self, self.config.param_values(), context)
self.ready()
self._update_letters()
def __init__(self, addresses):
LogicDecision.__init__(self, addresses=addresses)
context = ctx.get_new_context()
context['logger'] = self.logger
SpellerEngine.__init__(self, self.config.param_values(), context)
RobotEngine.__init__(self, self.config.param_values(), context)
self._maze_finished = False
self._maze_success = False
MazeEngine.__init__(self, self.config.param_values(), context)
self.ready()
time.sleep(2)
self._update_letters()
def _get_analysis(self, send_func, cfg, montage_matrix):
"""Fired in __init__ method.
Return analysis instance object implementing interface:
- get_requested_configs()
- set_configs(configs)
- analyse(data)
"""
context = ctx.get_new_context()
context['logger'] = self.logger
return p300_analysis_data_peer.BCIP300FdaAnalysis(
send_func, cfg, montage_matrix,
int(self.config.get_param('sampling_rate')), context)
def _get_analysis(self, send_func, freqs, cfg, montage_matrix):
"""Fired in __init__ method.
Return analysis instance object implementing interface:
- get_requested_configs()
- set_configs(configs)
- analyse(data)
"""
context = ctx.get_new_context()
context['logger'] = self.logger
return bci_ssvep_csp_analysis.BCISsvepCspAnalysis(
send_func, freqs, cfg, montage_matrix,
int(self.config.get_param('sampling_rate')), True, context)
def _get_analysis(self, send_func, cfg, montage_matrix):
"""Fired in __init__ method.
Return analysis instance object implementing interface:
- get_requested_configs()
- set_configs(configs)
- analyse(data)
"""
context = ctx.get_new_context()
context['logger'] = self.logger
return bci_p300_fda_analysis.BCIP300FdaAnalysis(
send_func,
cfg,
montage_matrix,
int(self.config.get_param('sampling_rate')),
context)
def run(self):
f_name = self.config.get_param("data_file_name")
f_dir = self.config.get_param("data_file_path")
context = ctx.get_new_context()
context['logger'] = self.logger
cfg = logic_ssvep_csp_fast_analysis.run(
acquisition_helper.get_file_path(f_dir, f_name), self.use_channels,
self.ignore_channels, self.montage, self.montage_channels,
self.mode in ['offline', 'manual'], True, context)
maybe_buffer = self.config.get_param('buffer_len')
if len(maybe_buffer) > 0:
self.logger.info("Overwrite csp buffer len:" + str(cfg['buffer']) +
"with from config:" + str(maybe_buffer))
cfg['buffer'] = float(maybe_buffer)
self.finish(cfg)
def run(self):
f_name = self.config.get_param("data_file_name")
f_dir = self.config.get_param("data_file_path")
context = ctx.get_new_context()
context['logger'] = self.logger
cfg = logic_ssvep_csp_fast_analysis.run(
acquisition_helper.get_file_path(f_dir, f_name),
self.use_channels,
self.ignore_channels,
self.montage,
self.montage_channels,
self.mode in ['offline', 'manual'],
True,
context)
maybe_buffer = self.config.get_param('buffer_len')
if len(maybe_buffer) > 0:
self.logger.info("Overwrite csp buffer len:"+str(cfg['buffer'])+"with from config:"+str(maybe_buffer))
cfg['buffer'] = float(maybe_buffer)
self.finish(cfg)
def __init__(self, addresses):
super(UgmEnginePeer, self).__init__(addresses=addresses, type=peers.UGM_ENGINE_PEER)
context = ctx.get_new_context()
context['logger'] = self.logger
connection = ugm_blinking_connection.UgmBlinkingConnection(settings.MULTIPLEXER_ADDRESSES,
context)
ENG = ugm_engine.UgmEngine(
ugm_config_manager.UgmConfigManager(self.config.get_param('ugm_config')),
connection,
context)
srv = ugm_internal_server.UdpServer(
ENG,
self.get_param('internal_ip'),
int(self.get_param('use_tagger')),
context
)
self.set_param('internal_port', str(srv.socket.getsockname()[1]))
thread.start_new_thread(
srv.run,
()
)
self.ready()
ENG.run()
def __init__(self, addresses):
super(UgmBlinkingEnginePeer, self).__init__(addresses=addresses, type=peers.UGM_ENGINE_PEER)
context = ctx.get_new_context()
context['logger'] = self.logger
connection = ugm_blinking_connection.UgmBlinkingConnection(settings.MULTIPLEXER_ADDRESSES,
context)
ENG = ugm_blinking_engine.UgmBlinkingEngine(
ugm_config_manager.UgmConfigManager(self.config.get_param('ugm_config')),
connection,
context)
ENG.set_configs(DummyClient(self.config.param_values()))
srv = ugm_internal_server.UdpServer(
ENG,
self.config.get_param('internal_ip'),
int(self.config.get_param('use_tagger')),
context
)
self.set_param('internal_port', str(srv.socket.getsockname()[1]))
thread.start_new_thread(
srv.run,
()
)
self.ready()
ENG.run()
def __init__(self, addresses):
LogicSpeller.__init__(self, addresses=addresses)
context = ctx.get_new_context()
context['logger'] = self.logger
RobotEngine.__init__(self, self.config.param_values(), context)
self.ready()
def __init__(self, addresses):
LogicSpeller.__init__(self, addresses=addresses)
context = ctx.get_new_context()
context['logger'] = self.logger
RobotEngine.__init__(self, self.config.param_values(), context)
self.ready()
