def compute_jones(self, nodes, stations=None, tags=None, label='', **kw):
stations = stations or Context.array.stations()
g_ampl_def = Meow.Parm(1)
g_phase_def = Meow.Parm(0)
nodes = Jones.gain_ap_matrix(nodes,
g_ampl_def,
g_phase_def,
tags=tags,
series=stations)
# make parmgroups for phases and gains
self.pg_phase = ParmGroup.ParmGroup(
label + "_phase",
nodes.search(tags="solvable phase"),
table_name="%s_phase.fmep" % label,
bookmark=4)
self.pg_ampl = ParmGroup.ParmGroup(label + "_ampl",
nodes.search(tags="solvable ampl"),
table_name="%s_ampl.fmep" % label,
bookmark=4)
# make solvejobs
ParmGroup.SolveJob("cal_" + label + "_phase",
"Calibrate %s phases" % label, self.pg_phase)
ParmGroup.SolveJob("cal_" + label + "_ampl",
"Calibrate %s amplitudes" % label, self.pg_ampl)
return nodes
def compute_jones (self,nodes,stations=None,tags=None,label='',**kw):
stations = stations or Context.array.stations();
g_ampl_def = Meow.Parm(1);
g_phase_def = Meow.Parm(0);
nodes = Jones.gain_ap_matrix(nodes,g_ampl_def,g_phase_def,tags=tags,series=stations);
# make parmgroups for phases and gains
self.pg_phase = ParmGroup.ParmGroup(label+"_phase",
nodes.search(tags="solvable phase"),
table_name="%s_phase.fmep"%label,bookmark=4);
self.pg_ampl = ParmGroup.ParmGroup(label+"_ampl",
nodes.search(tags="solvable ampl"),
table_name="%s_ampl.fmep"%label,bookmark=4);
# make solvejobs
ParmGroup.SolveJob("cal_"+label+"_phase","Calibrate %s phases"%label,self.pg_phase);
ParmGroup.SolveJob("cal_"+label+"_ampl","Calibrate %s amplitudes"%label,self.pg_ampl);
return nodes;
