def params_ec(self):
"""Read error correction options from settings into a nice readable.
class instance."""
md = self._imagecontainer.get_meta_data()
t_mean = md.plate_timestamp_info[0]
tu = TimeConverter(t_mean, TimeConverter.SECONDS)
increment = self._settings('General', 'frameincrement')
t_step = tu.sec2min(t_mean)*increment
return ECParams(self._settings, t_step, TimeConverter.MINUTES)
def export_tc3(self):
t_mean = self.meta_data.get_timestamp_info(self.position)[0]
tu = TimeConverter(t_mean, TimeConverter.SECONDS)
increment = self.settings('General', 'frameincrement')
t_step = tu.sec2min(t_mean)*increment
nclusters = self.settings.get('EventSelection', 'num_clusters')
exporter = TC3Exporter(self._tes.tc3data, self._tc3_dir, nclusters,
t_step, TimeConverter.MINUTES, self.position)
exporter()
def export_tc3(self):
t_mean = self.meta_data.get_timestamp_info(self.position)[0]
tu = TimeConverter(t_mean, TimeConverter.SECONDS)
increment = self.settings('General', 'frameincrement')
t_step = tu.sec2min(t_mean)*increment
nclusters = self.settings.get('EventSelection', 'num_clusters')
exporter = TC3Exporter(self._tes.tc3data, self._tc3_dir, nclusters,
t_step, TimeConverter.MINUTES, self.position)
exporter()
def params_ec(self):
"""Read error correction options from settings into a nice readable.
class instance."""
md = self._imagecontainer.get_meta_data()
t_mean = md.plate_timestamp_info[0]
tu = TimeConverter(t_mean, TimeConverter.SECONDS)
increment = self._settings('General', 'frameincrement')
t_step = tu.sec2min(t_mean) * increment
return ECParams(self._settings, t_step, TimeConverter.MINUTES)
