def getLastScanMap(self, current = None):
mapS = {}
for node in self.obsMode.nodes:
if node.startswith('SRT'):
points = len(self.obsMode.map[node])
Spoints = []
for point in range(points):
_stamp = ARIAPI.stamp(self.obsMode.map[node][point].maspecs.sampleStamp.name,\
self.obsMode.map[node][point].maspecs.sampleStamp.timdate,\
self.obsMode.map[node][point].maspecs.sampleStamp.aznow,\
self.obsMode.map[node][point].maspecs.sampleStamp.elnow,\
self.obsMode.map[node][point].maspecs.sampleStamp.temperature,\
self.obsMode.map[node][point].maspecs.sampleStamp.freq0,\
self.obsMode.map[node][point].maspecs.sampleStamp.av,\
self.obsMode.map[node][point].maspecs.sampleStamp.avc,\
self.obsMode.map[node][point].maspecs.sampleStamp.nfreq,\
self.obsMode.map[node][point].maspecs.sampleStamp.freqsep)
_sp = ARIAPI.specs(_stamp, self.obsMode.map[node][point].maspecs.spec,\
self.obsMode.map[node][point].maspecs.avspec,\
self.obsMode.map[node][point].maspecs.avspecc,\
self.obsMode.map[node][point].maspecs.specd)
_ml = ARIAPI.mapel(self.obsMode.map[node][point].azeloff, _sp)
Spoints.append(_ml)
mapS[node] = Spoints
return mapS
def getLastScanMap(self, current=None):
mapS = {}
for node in self.obsMode.nodes:
if node.startswith('SRT'):
points = len(self.obsMode.map[node])
Spoints = []
for point in range(points):
_stamp = ARIAPI.stamp(self.obsMode.map[node][point].maspecs.sampleStamp.name,\
self.obsMode.map[node][point].maspecs.sampleStamp.timdate,\
self.obsMode.map[node][point].maspecs.sampleStamp.aznow,\
self.obsMode.map[node][point].maspecs.sampleStamp.elnow,\
self.obsMode.map[node][point].maspecs.sampleStamp.temperature,\
self.obsMode.map[node][point].maspecs.sampleStamp.freq0,\
self.obsMode.map[node][point].maspecs.sampleStamp.av,\
self.obsMode.map[node][point].maspecs.sampleStamp.avc,\
self.obsMode.map[node][point].maspecs.sampleStamp.nfreq,\
self.obsMode.map[node][point].maspecs.sampleStamp.freqsep)
_sp = ARIAPI.specs(_stamp, self.obsMode.map[node][point].maspecs.spec,\
self.obsMode.map[node][point].maspecs.avspec,\
self.obsMode.map[node][point].maspecs.avspecc,\
self.obsMode.map[node][point].maspecs.specd)
_ml = ARIAPI.mapel(self.obsMode.map[node][point].azeloff,
_sp)
Spoints.append(_ml)
mapS[node] = Spoints
return mapS
def getLastSHSpectrum(self, current=None):
lastSHSpectrum = {}
_sp = self.obsMode.SHspectrum
_stamp = ARIAPI.SHstamp(_sp.samplestamp.time,\
_sp.samplestamp.seq,_sp.samplestamp.freqi,\
_sp.samplestamp.freqf, _sp.samplestamp.channels,\
_sp.samplestamp.chbw, _sp.samplestamp.sppow,_sp.samplestamp.fcpow,\
self.obsMode.Clientstatus['SRT1'].aznow, self.obsMode.Clientstatus['SRT1'].elnow,\
self.obsMode.Clientstatus['SRT2'].aznow, self.obsMode.Clientstatus['SRT2'].elnow, \
self.obsMode.Clientstatus['SRT1'].az, self.obsMode.Clientstatus['SRT1'].el)
lastSHSpectrum['SH'] = ARIAPI.SHspectrum(_stamp, _sp.SHspec)
return lastSHSpectrum
def getLastSpectrum(self, current = None):
lastSpectrum = {}
for node in self.obsMode.nodes:
_sp = self.obsMode.spectrum[node]
print _sp.sampleStamp.name
_stamp =ARIAPI.stamp(_sp.sampleStamp.name,\
_sp.sampleStamp.timdate,_sp.sampleStamp.aznow,\
_sp.sampleStamp.elnow,_sp.sampleStamp.temperature,\
_sp.sampleStamp.freq0,_sp.sampleStamp.av,_sp.sampleStamp.avc,\
_sp.sampleStamp.nfreq,_sp.sampleStamp.freqsep)
_specs = ARIAPI.specs(_stamp,\
_sp.spec,_sp.avspec,_sp.avspecc,_sp.specd)
lastSpectrum[_sp.sampleStamp.name.upper()] = _specs
return lastSpectrum
def getLastSpectrum(self, current=None):
lastSpectrum = {}
for node in self.obsMode.nodes:
_sp = self.obsMode.spectrum[node]
print _sp.sampleStamp.name
_stamp =ARIAPI.stamp(_sp.sampleStamp.name,\
_sp.sampleStamp.timdate,_sp.sampleStamp.aznow,\
_sp.sampleStamp.elnow,_sp.sampleStamp.temperature,\
_sp.sampleStamp.freq0,_sp.sampleStamp.av,_sp.sampleStamp.avc,\
_sp.sampleStamp.nfreq,_sp.sampleStamp.freqsep)
_specs = ARIAPI.specs(_stamp,\
_sp.spec,_sp.avspec,_sp.avspecc,_sp.specd)
lastSpectrum[_sp.sampleStamp.name.upper()] = _specs
return lastSpectrum
def findStars(self, current = None): sources = [] self.obsMode.find_stars(False) for i in self.obsMode.stars: azel = self.obsMode.stars[i]['azel'] azels = ARIAPI.astro(i, azel[0], azel[1]) sources.append(azels) return sources
def getArrayState(self, current=None):
msg = "Getting array state"
_st = {}
for node in self.obsMode.nodes:
if node.startswith('SRT'):
_piu = ARIAPI.piu(self.obsMode.Clientstatus[node].portInUse.InUse,\
self.obsMode.Clientstatus[node].portInUse.Routine)
_sts = ARIAPI.ClState(self.obsMode.Clientstatus[node].name,\
self.obsMode.Clientstatus[node].time,\
self.obsMode.Clientstatus[node].SRTState,\
self.obsMode.Clientstatus[node].SRTonTarget,\
self.obsMode.Clientstatus[node].SRTMode,\
self.obsMode.Clientstatus[node].SRTTarget,\
self.obsMode.Clientstatus[node].SRTTrack,\
self.obsMode.Clientstatus[node].enObs,\
self.obsMode.Clientstatus[node].newAzEl,\
self.obsMode.Clientstatus[node].enSRT,\
self.obsMode.Clientstatus[node].enSpec,\
self.obsMode.Clientstatus[node].slewing,\
self.obsMode.Clientstatus[node].cmdstop,\
self.obsMode.Clientstatus[node].IsMoving,\
self.obsMode.Clientstatus[node].getStatus,\
_piu,\
self.obsMode.Clientstatus[node].spectra,\
self.obsMode.Clientstatus[node].RxSwitchMode,\
self.obsMode.Clientstatus[node].toSource,\
self.obsMode.Clientstatus[node].SRTinitialized,\
self.obsMode.Clientstatus[node].initialized,\
self.obsMode.Clientstatus[node].Target,\
self.obsMode.Clientstatus[node].obsTarget,\
self.obsMode.Clientstatus[node].az,\
self.obsMode.Clientstatus[node].el,\
self.obsMode.Clientstatus[node].aznow,\
self.obsMode.Clientstatus[node].elnow,\
self.obsMode.Clientstatus[node].azoffset,\
self.obsMode.Clientstatus[node].eloffset,\
self.obsMode.Clientstatus[node].axis,\
self.obsMode.Clientstatus[node].tostow,\
self.obsMode.Clientstatus[node].elatstow,\
self.obsMode.Clientstatus[node].azatstow,\
self.obsMode.Clientstatus[node].slew,\
self.obsMode.Clientstatus[node].serialport,\
self.obsMode.Clientstatus[node].lastSRTCom,\
self.obsMode.Clientstatus[node].lastSerialMsg)
_st[node] = _sts
return _st
def findStars(self, current=None):
sources = []
self.obsMode.find_stars(False)
for i in self.obsMode.stars:
azel = self.obsMode.stars[i]['azel']
azels = ARIAPI.astro(i, azel[0], azel[1])
sources.append(azels)
return sources
def findRaDecSources(self, current = None): sources = [] self.obsMode.find_radec(False) for i in self.obsMode.radecSources: azel = self.obsMode.radecSources[i]['azel'] azels = ARIAPI.astro(i, azel[0], azel[1]) sources.append(azels) print sources return sources
def findRaDecSources(self, current=None):
sources = []
self.obsMode.find_radec(False)
for i in self.obsMode.radecSources:
azel = self.obsMode.radecSources[i]['azel']
azels = ARIAPI.astro(i, azel[0], azel[1])
sources.append(azels)
print sources
return sources
def rsetupCB(self, a):
#generic callback
print a
name = a.split(' ')[2].upper()
print time.strftime('%Y-%m-%d %H:%M:%S', time.localtime())+" "+\
str(self.nodes)+ "Setup finished"
self.radio_config = True
self.freq = self.new_freq
self.rec_mode = self.new_rec_mode
self.RxSetup[name] = [ARIAPI.RxSet(self.freq, self.rec_mode)]
return
def getObsModeState(self, current=None):
self.obsMode.states()
msg = "Getting observing mode state"
st = ARIAPI.OMstate(self.obsMode.observingMode, self.obsMode.nodes,\
self.obsMode.ARI_controllersTXT, self.obsMode.setupInProgress,\
self.obsMode.initialized, self.obsMode.atStow, self.obsMode.stowInProgress,\
self.obsMode.mode, self.obsMode.RxSwmode, self.obsMode.RxSetup,\
self.obsMode.new_freq, self.obsMode.new_rec_mode, self.obsMode.getClStatus,\
self.obsMode.ArrayMovingToTarget, self.obsMode.ArrayOnTarget,\
self.obsMode.ArrayStopCmd, self.obsMode.offsets, self.obsMode.scanMapInProgress,\
self.obsMode.readSpectrum, self.obsMode.NewSpectrum, self.obsMode.waitSpectrum)
return st
def getArrayState(self, current = None):
msg = "Getting array state"
_st = {}
for node in self.obsMode.nodes:
if node.startswith('SRT'):
_piu = ARIAPI.piu(self.obsMode.Clientstatus[node].portInUse.InUse,\
self.obsMode.Clientstatus[node].portInUse.Routine)
_sts = ARIAPI.ClState(self.obsMode.Clientstatus[node].name,\
self.obsMode.Clientstatus[node].time,\
self.obsMode.Clientstatus[node].SRTState,\
self.obsMode.Clientstatus[node].SRTonTarget,\
self.obsMode.Clientstatus[node].SRTMode,\
self.obsMode.Clientstatus[node].SRTTarget,\
self.obsMode.Clientstatus[node].SRTTrack,\
self.obsMode.Clientstatus[node].enObs,\
self.obsMode.Clientstatus[node].newAzEl,\
self.obsMode.Clientstatus[node].enSRT,\
self.obsMode.Clientstatus[node].enSpec,\
self.obsMode.Clientstatus[node].slewing,\
self.obsMode.Clientstatus[node].cmdstop,\
self.obsMode.Clientstatus[node].IsMoving,\
self.obsMode.Clientstatus[node].getStatus,\
_piu,\
self.obsMode.Clientstatus[node].spectra,\
self.obsMode.Clientstatus[node].RxSwitchMode,\
self.obsMode.Clientstatus[node].toSource,\
self.obsMode.Clientstatus[node].SRTinitialized,\
self.obsMode.Clientstatus[node].initialized,\
self.obsMode.Clientstatus[node].Target,\
self.obsMode.Clientstatus[node].obsTarget,\
self.obsMode.Clientstatus[node].az,\
self.obsMode.Clientstatus[node].el,\
self.obsMode.Clientstatus[node].aznow,\
self.obsMode.Clientstatus[node].elnow,\
self.obsMode.Clientstatus[node].azoffset,\
self.obsMode.Clientstatus[node].eloffset,\
self.obsMode.Clientstatus[node].axis,\
self.obsMode.Clientstatus[node].tostow,\
self.obsMode.Clientstatus[node].elatstow,\
self.obsMode.Clientstatus[node].azatstow,\
self.obsMode.Clientstatus[node].slew,\
self.obsMode.Clientstatus[node].serialport,\
self.obsMode.Clientstatus[node].lastSRTCom,\
self.obsMode.Clientstatus[node].lastSerialMsg)
_st[node] = _sts
return _st
