def _data_iter(self):
for baseline in self._include_baselines:
lags = self._complex_lags[baseline]
visibilities = self._visibilities[baseline]
phase_fits = self._phase_fits[baseline]
m, phase = self._phase_params[baseline]
delay = m * self.delay_conv
data = (
lags.dumps() +
visibilities.dumps() +
phase_fits.dumps() +
FLOAT.pack(delay) + FLOAT.pack(phase)
)
#self.logger.info(repr(data))
yield baseline, data
def set_source_flux(self, args):
""" inst.set_source_flux(flux_Jy) -> err_code
This accepts a single float representing the requested source flux density
in Jansky's and for right now always returns an error code of 0
meaning that the source flux was set successfully."""
self._source_flux = FLOAT.unpack(args[:4])[0]
self.logger.debug('set_source_flux(%.2f)' %self._source_flux)
return SBYTE.pack(0)