for pep8

Author: ferchaure

neo/rawio/blackrockrawio.py

@@ -412,7 +412,7 @@ def _parse_header(self):
                     for k, (data, ev_ids) in self.nev_data.items():
                         segment_mask = ev_ids == data_bl
                         if data[segment_mask].size > 0:
-                            t = (data[segment_mask][-1]['timestamp']+1) / self.__nev_basic_header[
+                            t = (data[segment_mask][-1]['timestamp'] + 1) / self.__nev_basic_header[
                                 'timestamp_resolution']
                             max_nev_time = max(max_nev_time, t)
                     if max_nev_time > t_stop:
@@ -450,7 +450,8 @@ def _parse_header(self):
             # Calculate t_start and t_stop for each segment in seconds
             resolution = self.__nev_basic_header['timestamp_resolution']
             self._seg_t_starts = [v / float(resolution) for k, v in sorted(min_nev_times.items())]
-            self._seg_t_stops = [(v+1) / float(resolution) for k, v in sorted(max_nev_times.items())]
+            self._seg_t_stops = [(v + 1) / float(resolution)
+                                    for k, v in sorted(max_nev_times.items())]
             self._nb_segment = len(self._seg_t_starts)
             self._sigs_t_starts = [None] * self._nb_segment
 
@@ -648,7 +649,7 @@ def _get_spike_raw_waveforms(self, block_index, seg_index, unit_index, t_start,
         wf_byte_size = np.dtype(wf_dtype).itemsize * wf_size
 
         dt1 = [
-            ('extra', 'S{}'.format(unit_spikes['waveform'].dtype.itemsize-wf_byte_size)),
+            ('extra', 'S{}'.format(unit_spikes['waveform'].dtype.itemsize - wf_byte_size)),
             ('ch_waveform', 'S{}'.format(wf_byte_size))]
 
         waveforms = unit_spikes['waveform'].view(dt1)['ch_waveform'].flatten().view(wf_dtype)