def camera_exposure_time(self):
return read_array(self._fh, 'double', self._label_map.camera_exposure_time)
def pfs_status(self):
return read_array(self._fh, 'int', self._label_map.pfs_status)
def pfs_offset(self):
return read_array(self._fh, 'int', self._label_map.pfs_offset)
def acquisition_times(self):
acquisition_times = read_array(self._fh, 'double', self._label_map.acquisition_times)
if acquisition_times:
for acquisition_time in map(lambda x: x / 1000.0, acquisition_times):
yield acquisition_time
def z_data(self):
return read_array(self._fh, 'double', self._label_map.z_data)
def camera_exposure_time(self):
return read_array(self._fh, 'double', self._label_map.camera_exposure_time)
def camera_temp(self):
camera_temp = read_array(self._fh, 'double', self._label_map.camera_temp)
if camera_temp:
for temp in map(lambda x: round(x * 100.0, 2), camera_temp):
yield temp
def pfs_offset(self):
return read_array(self._fh, 'int', self._label_map.pfs_offset)
def pfs_status(self):
return read_array(self._fh, 'int', self._label_map.pfs_status)
def z_data(self):
return read_array(self._fh, 'double', self._label_map.z_data)
def acquisition_times(self):
acquisition_times = read_array(self._fh, 'double', self._label_map.acquisition_times)
if acquisition_times:
for acquisition_time in map(lambda x: x / 1000.0, acquisition_times):
yield acquisition_time
def camera_temp(self):
camera_temp = read_array(self._fh, 'double', self._label_map.camera_temp)
if camera_temp:
for temp in map(lambda x: round(x * 100.0, 2), camera_temp):
yield temp
