def get_event_data(self):
'''A generator that yields spike event data.'''
sleep_time = 0
while self.streaming:
result, trial = cbpy.trial_event(
reset=True) # TODO -- check if result = 0?
arrival_ts = time.time()
for list_ in trial:
chan = list_[0]
for unit, unit_ts in enumerate(list_[1]['timestamps']):
for ts in unit_ts:
# blackrock unit numbers are 0-based where zero is unsorted unit
if unit == 0:
# Unsorted units are unit 10 (j)
un = 10
else:
un = unit
yield SpikeEventData(chan=chan - self.channel_offset,
unit=un,
ts=ts,
arrival_ts=arrival_ts)
time.sleep(sleep_time)
def get_event_data(self):
# Spike event data. #
if self.cbsdk_config['get_events']:
if self.is_connected:
result, data = cbpy.trial_event(
instance=self.cbsdk_config['instance'], reset=True)
if result == 0:
return data
else:
logger.error('failed to get trial event data. Error (%d)' %
result)
return None
def get_event_data(self):
'''A generator that yields spike event data.'''
sleep_time = 0
while self.streaming:
result, trial = cbpy.trial_event(reset=True) # TODO -- check if result = 0?
arrival_ts = time.time()
for list_ in trial:
chan = list_[0]
for unit, unit_ts in enumerate(list_[1]['timestamps']):
for ts in unit_ts:
# blackrock unit numbers are 0-based where zero is unsorted unit
if unit == 0:
# Unsorted units are unit 10 (j)
un = 10
else:
un = unit
yield SpikeEventData(chan=chan-self.channel_offset, unit=un, ts=ts, arrival_ts=arrival_ts)
time.sleep(sleep_time)
n_secs = 20
loop_time = 0.1
n_itrs = int(n_secs / loop_time)
last_nsp_time = 0
for itr in range(n_itrs):
t_start = time.time()
print '-' * 79
print '\nitr %d of %d:' % (itr+1, n_itrs)
print ''
# print 'calling cbpy.trial_event(), followed by cbpy.time()'
# print ''
trial_event_result, trial = cbpy.trial_event(reset=True)
time_result, nsp_time = cbpy.time()
n_ts = 0
for list_ in trial:
for unit, unit_ts in enumerate(list_[1]['timestamps']):
n_ts += len(unit_ts)
data = np.zeros((n_ts, 3), dtype=np.int32) # 3 columns: timestamp, chan, unit
idx = 0
for list_ in trial:
chan = list_[0] - nPlay_chan_offset
for unit, unit_ts in enumerate(np.array(list_[1]['timestamps'])):
if len(unit_ts) > 0:
for ts in unit_ts:
if ts < last_nsp_time:
n_secs = 20
loop_time = 0.1
n_itrs = int(n_secs / loop_time)
last_nsp_time = 0
for itr in range(n_itrs):
t_start = time.time()
print('-' * 79)
print('\nitr %d of %d:' % (itr + 1, n_itrs))
print('')
# print 'calling cbpy.trial_event(), followed by cbpy.time()'
# print ''
trial_event_result, trial = cbpy.trial_event(reset=True)
time_result, nsp_time = cbpy.time()
n_ts = 0
for list_ in trial:
for unit, unit_ts in enumerate(list_[1]['timestamps']):
n_ts += len(unit_ts)
data = np.zeros((n_ts, 3),
dtype=np.int32) # 3 columns: timestamp, chan, unit
idx = 0
for list_ in trial:
chan = list_[0] - nPlay_chan_offset
for unit, unit_ts in enumerate(np.array(list_[1]['timestamps'])):
if len(unit_ts) > 0:
for ts in unit_ts:
# Make sure the CereLink project folder is not on the path,
# otherwise it will attempt to import cerebus from there, instead of the installed python package.
from cerebus import cbpy
res, con_info = cbpy.open(parameter=cbpy.defaultConParams())
res, reset = cbpy.trial_config(reset=True,
buffer_parameter={},
range_parameter={},
noevent=0,
nocontinuous=1,
nocomment=1)
try:
while True:
result, data = cbpy.trial_event(reset=True)
if len(data) > 0:
print(data)
except KeyboardInterrupt:
cbpy.close()