def _set_state_table_keywords(self):
"""
Gather status sets here
Not yet sure what to place here...
"""
print "_set_state_table_keywords() called."
DEFAULT_VALUE = "unspecified"
self.set_status(BW_MODE = DEFAULT_VALUE)
self.set_status(CAL_DCYC = DEFAULT_VALUE)
self.set_status(CAL_FREQ = DEFAULT_VALUE)
self.set_status(CAL_MODE = DEFAULT_VALUE)
self.set_status(CAL_PHS = DEFAULT_VALUE)
self.set_status(CHAN_BW = DEFAULT_VALUE)
self.set_status(DATADIR = DEFAULT_VALUE)
self.set_status(DATAHOST = DEFAULT_VALUE)
self.set_status(DATAPORT = DEFAULT_VALUE)
self.set_status(EFSAMPFR = DEFAULT_VALUE)
self.set_status(EXPOSURE = DEFAULT_VALUE)
self.set_status(FILENUM = DEFAULT_VALUE)
self.set_status(FPGACLK = DEFAULT_VALUE)
self.set_status(HWEXPOSR = DEFAULT_VALUE)
self.set_status(M_STTMJD = 0)
self.set_status(M_STTOFF = 0)
self.set_status(NBITS = 8)
self.set_status(NBITSADC = 8)
self.set_status(NCHAN = DEFAULT_VALUE)
self.set_status(NPKT = DEFAULT_VALUE)
self.set_status(NPOL = DEFAULT_VALUE)
self.set_status(NSUBBAND = DEFAULT_VALUE)
self.set_status(OBSBW = DEFAULT_VALUE)
self.set_status(OBSFREQ = DEFAULT_VALUE)
self.set_status(OBSNCHAN = DEFAULT_VALUE)
self.set_status(OBS_MODE = DEFAULT_VALUE)
self.set_status(OBSERVER = DEFAULT_VALUE)
self.set_status(OBSID = DEFAULT_VALUE)
self.set_status(PKTFMT = DEFAULT_VALUE)
self.set_status(SRC_NAME = DEFAULT_VALUE)
self.set_status(RA = DEFAULT_VALUE)
self.set_status(DEC = DEFAULT_VALUE)
self.set_status(RA_STR = DEFAULT_VALUE)
self.set_status(DEC_STR = DEFAULT_VALUE)
self.set_status(SUB0FREQ = DEFAULT_VALUE)
self.set_status(SUB1FREQ = DEFAULT_VALUE)
self.set_status(SUB2FREQ = DEFAULT_VALUE)
self.set_status(SUB3FREQ = DEFAULT_VALUE)
self.set_status(SUB4FREQ = DEFAULT_VALUE)
self.set_status(SUB5FREQ = DEFAULT_VALUE)
self.set_status(SUB6FREQ = DEFAULT_VALUE)
self.set_status(SUB7FREQ = DEFAULT_VALUE)
self.set_status(SWVER = DEFAULT_VALUE)
self.set_status(TELESCOP = DEFAULT_VALUE)
if self.mode.shmkvpairs:
self.set_status(**self.mode.shmkvpairs)
# set the switching signal stuff:
self.set_status(**self._setSSKeys())
# all the rest...
self.set_status(OBSERVER = self.observer)
self.set_status(SRC_NAME = self.source)
if self.source_ra_dec:
ra = self.source_ra_dec[0]
dec = self.source_ra_dec[1]
self.set_status(RA = ra.degrees)
self.set_status(DEC = dec.degrees)
self.set_status(RA_STR = "%02i:%02i:%05.3f" % ra.hms)
self.set_status(DEC_STR = apw.degreesToString(dec.degrees))
self.set_status(TELESCOP = self.telescope)
self.set_status(BOFFILE = str(self.bof_file))
self.set_status(CHAN_BW = str(self.chan_bw))
self.set_status(EFSAMPFR = str(self.sampler_frequency))
self.set_status(EXPOSURE = str(self.exposure))
self.set_status(FPGACLK = str(self.fpga_clock))
self.set_status(OBSNCHAN = str(self.nchan))
self.set_status(HWEXPOSR = str(self.hwexposr))
self.set_status(OBSBW = self.obs_bw)
self.set_status(PKTFMT = "SPEAD")
self.set_status(NCHAN = str(self.nchan))
self.set_status(NPOL = str(2))
self.set_status(NSUBBAND = self.nsubbands)
# convertToMHz() normalizes the frequency to MHz, just in case
# it is provided as Hz. So this will work in either case.
self.set_status(SUB0FREQ = convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB1FREQ = convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB2FREQ = convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB3FREQ = convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB4FREQ = convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB5FREQ = convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB6FREQ = convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB7FREQ = convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(BASE_BW = self.filter_bw) # From MODE
self.set_status(BANKNAM = self.bank.name if self.bank else 'NOBANK')
self.set_status(MODENUM = str(self.mode.name)) # from MODE
self.set_status(NOISESRC = "OFF") # TBD??
self.set_status(NUMPHASE = str(self.nPhases))
self.set_status(SWPERIOD = str(self.ss.total_duration()))
self.set_status(SWMASTER = "VEGAS") # TBD
self.set_status(POLARIZE = self.polarization)
self.set_status(CRPIX1 = str(self.nchan/2 + 1))
self.set_status(SWPERINT = str(int(self.exposure \
/ self.ss.total_duration() + 0.5)))
self.set_status(NMSTOKES = str(self.num_stokes))
# should this get set by Backend?
self.set_status(DATAHOST = self.datahost)
self.set_status(DATAPORT = self.dataport)
self.set_status(DATADIR = self.dataroot)
self.set_status(PROJID = self.projectid)
self.set_status(SCANLEN = self.scan_length)
self.set_status(CAL_FREQ = self.cal_freq)
for i in range(8):
self.set_status(**{"_MCR1_%02d" % (i+1): str(self.chan_bw),
"_MCDL_%02d" % (i+1): str(self.chan_bw),
"_MFQR_%02d" % (i+1): str(self.frequency_resolution)})
def _set_state_table_keywords(self):
"""
Gather status sets here
Not yet sure what to place here...
"""
print "_set_state_table_keywords() called."
DEFAULT_VALUE = "unspecified"
self.set_status(BW_MODE=DEFAULT_VALUE)
self.set_status(CAL_DCYC=DEFAULT_VALUE)
self.set_status(CAL_FREQ=DEFAULT_VALUE)
self.set_status(CAL_MODE=DEFAULT_VALUE)
self.set_status(CAL_PHS=DEFAULT_VALUE)
self.set_status(CHAN_BW=DEFAULT_VALUE)
self.set_status(DATADIR=DEFAULT_VALUE)
self.set_status(DATAHOST=DEFAULT_VALUE)
self.set_status(DATAPORT=DEFAULT_VALUE)
self.set_status(EFSAMPFR=DEFAULT_VALUE)
self.set_status(EXPOSURE=DEFAULT_VALUE)
self.set_status(FILENUM=DEFAULT_VALUE)
self.set_status(FPGACLK=DEFAULT_VALUE)
self.set_status(HWEXPOSR=DEFAULT_VALUE)
self.set_status(M_STTMJD=0)
self.set_status(M_STTOFF=0)
self.set_status(NBITS=8)
self.set_status(NBITSADC=8)
self.set_status(NCHAN=DEFAULT_VALUE)
self.set_status(NPKT=DEFAULT_VALUE)
self.set_status(NPOL=DEFAULT_VALUE)
self.set_status(NSUBBAND=DEFAULT_VALUE)
self.set_status(OBSBW=DEFAULT_VALUE)
self.set_status(OBSFREQ=DEFAULT_VALUE)
self.set_status(OBSNCHAN=DEFAULT_VALUE)
self.set_status(OBS_MODE=DEFAULT_VALUE)
self.set_status(OBSERVER=DEFAULT_VALUE)
self.set_status(OBSID=DEFAULT_VALUE)
self.set_status(PKTFMT=DEFAULT_VALUE)
self.set_status(SRC_NAME=DEFAULT_VALUE)
self.set_status(RA=DEFAULT_VALUE)
self.set_status(DEC=DEFAULT_VALUE)
self.set_status(RA_STR=DEFAULT_VALUE)
self.set_status(DEC_STR=DEFAULT_VALUE)
self.set_status(SUB0FREQ=DEFAULT_VALUE)
self.set_status(SUB1FREQ=DEFAULT_VALUE)
self.set_status(SUB2FREQ=DEFAULT_VALUE)
self.set_status(SUB3FREQ=DEFAULT_VALUE)
self.set_status(SUB4FREQ=DEFAULT_VALUE)
self.set_status(SUB5FREQ=DEFAULT_VALUE)
self.set_status(SUB6FREQ=DEFAULT_VALUE)
self.set_status(SUB7FREQ=DEFAULT_VALUE)
self.set_status(SWVER=DEFAULT_VALUE)
self.set_status(TELESCOP=DEFAULT_VALUE)
if self.mode.shmkvpairs:
self.set_status(**self.mode.shmkvpairs)
# set the switching signal stuff:
self.set_status(**self._setSSKeys())
# all the rest...
self.set_status(OBSERVER=self.observer)
self.set_status(SRC_NAME=self.source)
if self.source_ra_dec:
ra = self.source_ra_dec[0]
dec = self.source_ra_dec[1]
self.set_status(RA=ra.degrees)
self.set_status(DEC=dec.degrees)
self.set_status(RA_STR="%02i:%02i:%05.3f" % ra.hms)
self.set_status(DEC_STR=apw.degreesToString(dec.degrees))
self.set_status(TELESCOP=self.telescope)
self.set_status(BOFFILE=str(self.bof_file))
self.set_status(CHAN_BW=str(self.chan_bw))
self.set_status(EFSAMPFR=str(self.sampler_frequency))
self.set_status(EXPOSURE=str(self.exposure))
self.set_status(FPGACLK=str(self.fpga_clock))
self.set_status(OBSNCHAN=str(self.nchan))
self.set_status(HWEXPOSR=str(self.hwexposr))
self.set_status(OBSBW=self.obs_bw)
self.set_status(PKTFMT="SPEAD")
self.set_status(NCHAN=str(self.nchan))
self.set_status(NPOL=str(2))
self.set_status(NSUBBAND=self.nsubbands)
# convertToMHz() normalizes the frequency to MHz, just in case
# it is provided as Hz. So this will work in either case.
self.set_status(SUB0FREQ=convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB1FREQ=convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB2FREQ=convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB3FREQ=convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB4FREQ=convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB5FREQ=convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB6FREQ=convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(SUB7FREQ=convertToMHz(self.frequency) * 1e6 / 2)
self.set_status(BASE_BW=self.filter_bw) # From MODE
self.set_status(BANKNAM=self.bank.name if self.bank else 'NOBANK')
self.set_status(MODENUM=str(self.mode.name)) # from MODE
self.set_status(NOISESRC="OFF") # TBD??
self.set_status(NUMPHASE=str(self.nPhases))
self.set_status(SWPERIOD=str(self.ss.total_duration()))
self.set_status(SWMASTER="VEGAS") # TBD
self.set_status(POLARIZE=self.polarization)
self.set_status(CRPIX1=str(self.nchan / 2 + 1))
self.set_status(SWPERINT = str(int(self.exposure \
/ self.ss.total_duration() + 0.5)))
self.set_status(NMSTOKES=str(self.num_stokes))
# should this get set by Backend?
self.set_status(DATAHOST=self.datahost)
self.set_status(DATAPORT=self.dataport)
self.set_status(DATADIR=self.dataroot)
self.set_status(PROJID=self.projectid)
self.set_status(SCANLEN=self.scan_length)
self.set_status(CAL_FREQ=self.cal_freq)
for i in range(8):
self.set_status(
**{
"_MCR1_%02d" % (i + 1): str(self.chan_bw),
"_MCDL_%02d" % (i + 1): str(self.chan_bw),
"_MFQR_%02d" % (i + 1): str(self.frequency_resolution)
})
def _set_status_keys(self):
"""
Collect the status keywords
"""
statusdata = {}
if self.source_ra_dec:
ra = self.source_ra_dec[0]
dec = self.source_ra_dec[1]
statusdata["RA"] = ra.degrees
statusdata["DEC"] = dec.degrees
statusdata["RA_STR"] = "%02i:%02i:%05.3f" % ra.hms
statusdata["DEC_STR"] = apw.degreesToString(dec.degrees)
statusdata['ACC_LEN' ] = self.acc_len
statusdata["BASE_BW" ] = self.filter_bw
statusdata["BANKNAM" ] = self.bank.name if self.bank else 'NOTSET'
statusdata['BLOCSIZE'] = self.blocsize
statusdata['CHAN_DM' ] = self.dm
statusdata['CHAN_BW' ] = self.chan_bw
statusdata['CAL_MODE'] = 'ON' if 'CAL' in self.obs_mode else 'OFF'
statusdata['DATADIR' ] = self.dataroot
statusdata['DATAHOST'] = self.datahost
statusdata['DATAPORT'] = self.dataport
statusdata['PROJID' ] = self.projectid
statusdata['OBSERVER'] = self.observer
statusdata['SRC_NAME'] = self.source
statusdata['TELESCOP'] = self.telescope
statusdata['DS_TIME' ] = self.ds_time
statusdata['SCANLEN' ] = self.scan_length
statusdata['FFTLEN' ] = self.fft_len
statusdata['FD_POLN' ] = self.feed_polarization
statusdata['NPOL' ] = self.npol
statusdata['NRCVR' ] = self.nrcvr
statusdata['NBIN' ] = self.nbin
statusdata['NBITS' ] = 8
statusdata['OBSFREQ' ] = self.rf_frequency
statusdata['OBSBW' ] = self.node_bandwidth
statusdata['OBSNCHAN'] = repr(self.node_nchan)
statusdata['OBS_MODE'] = self.obs_mode
statusdata['OFFSET0' ] = '0.0'
statusdata['OFFSET1' ] = '0.0'
statusdata['OFFSET2' ] = '0.0'
statusdata['OFFSET3' ] = '0.0'
statusdata['ONLY_I' ] = self.only_i
statusdata['OVERLAP' ] = self.overlap
statusdata['CAL_FREQ'] = self.cal_freq
statusdata['POL_TYPE'] = self.pol_type
statusdata['PFB_OVER'] = self.pfb_overlap
if self.parfile is not None:
if self.parfile[0] == '/':
statusdata['PARFILE'] = self.parfile
else:
statusdata['PARFILE'] = '%s/%s' % (self.pardir, self.parfile)
statusdata['PKTFMT' ] = self.packet_format
statusdata['SCALE0' ] = '1.0'
statusdata['SCALE1' ] = '1.0'
statusdata['SCALE2' ] = '1.0'
statusdata['SCALE3' ] = '1.0'
statusdata['TBIN' ] = self.tbin
statusdata['TFOLD' ] = self.tfold
self.set_status(**self.mode.shmkvpairs)
self.set_status(**statusdata)
def _set_status_keys(self):
"""
Collect and set the status memory keywords
"""
statusdata = {}
if self.source_ra_dec:
ra = self.source_ra_dec[0]
dec = self.source_ra_dec[1]
statusdata["RA"] = ra.degrees
statusdata["DEC"] = dec.degrees
statusdata["RA_STR"] = "%02i:%02i:%05.3f" % ra.hms
statusdata["DEC_STR"] = apw.degreesToString(dec.degrees)
statusdata["ACC_LEN"] = self.acc_len
statusdata["BASE_BW"] = self.filter_bw
statusdata["BLOCSIZE"] = self.blocsize
statusdata["BANKNUM"] = self.node_number
statusdata["BANKNAM"] = self.bank.name if self.bank else "NOTSET"
statusdata["CAL_MODE"] = "ON" if "CAL" in self.obs_mode else "OFF"
statusdata["CHAN_DM"] = self.dm
statusdata["CHAN_BW"] = self.chan_bw
statusdata["DATAHOST"] = self.datahost
statusdata["DATAPORT"] = self.dataport
statusdata["DATADIR"] = self.dataroot
statusdata["PROJID"] = self.projectid
statusdata["OBSERVER"] = self.observer
statusdata["SRC_NAME"] = self.source
statusdata["TELESCOP"] = self.telescope
statusdata["SCANLEN"] = self.scan_length
statusdata["CAL_FREQ"] = self.cal_freq
statusdata["DS_TIME"] = self.ds_time
statusdata["FFTLEN"] = self.fft_len
statusdata["FD_POLN"] = self.feed_polarization
statusdata["NPOL"] = self.npol
statusdata["NRCVR"] = self.nrcvr
statusdata["NBIN"] = self.nbin
statusdata["NBITS"] = 8
statusdata["OBSFREQ"] = self.node_rf_frequency
statusdata["OBSBW"] = self.node_bandwidth
statusdata["OBSNCHAN"] = self.node_nchan
statusdata["OBS_MODE"] = self.obs_mode
statusdata["OFFSET0"] = "0.0"
statusdata["OFFSET1"] = "0.0"
statusdata["OFFSET2"] = "0.0"
statusdata["OFFSET3"] = "0.0"
statusdata["ONLY_I"] = self.only_i
statusdata["OVERLAP"] = self.overlap
if self.parfile is not None:
if self.parfile[0] == "/":
statusdata["PARFILE"] = self.parfile
else:
statusdata["PARFILE"] = "%s/%s" % (self.pardir, self.parfile)
statusdata["PFB_OVER"] = self.pfb_overlap
statusdata["PKTFMT"] = self.packet_format
statusdata["POL_TYPE"] = self.pol_type
statusdata["SCALE0"] = "1.0"
statusdata["SCALE1"] = "1.0"
statusdata["SCALE2"] = "1.0"
statusdata["SCALE3"] = "1.0"
statusdata["TBIN"] = self.tbin
statusdata["TFOLD"] = self.tfold
self.set_status(**self.mode.shmkvpairs)
self.set_status(**statusdata)
def _set_status_keys(self):
"""
Collect the status keywords
"""
statusdata = {}
if self.source_ra_dec:
ra = self.source_ra_dec[0]
dec = self.source_ra_dec[1]
statusdata["RA"] = ra.degrees
statusdata["DEC"] = dec.degrees
statusdata["RA_STR"] = "%02i:%02i:%05.3f" % ra.hms
statusdata["DEC_STR"] = apw.degreesToString(dec.degrees)
statusdata['ACC_LEN'] = self.acc_len
statusdata["BASE_BW"] = self.filter_bw
statusdata["BANKNAM"] = self.bank.name if self.bank else 'NOTSET'
statusdata['BLOCSIZE'] = self.blocsize
statusdata['CHAN_DM'] = self.dm
statusdata['CHAN_BW'] = self.chan_bw
statusdata['CAL_MODE'] = 'ON' if 'CAL' in self.obs_mode else 'OFF'
statusdata['DATADIR'] = self.dataroot
statusdata['DATAHOST'] = self.datahost
statusdata['DATAPORT'] = self.dataport
statusdata['PROJID'] = self.projectid
statusdata['OBSERVER'] = self.observer
statusdata['SRC_NAME'] = self.source
statusdata['TELESCOP'] = self.telescope
statusdata['DS_TIME'] = self.ds_time
statusdata['SCANLEN'] = self.scan_length
statusdata['FFTLEN'] = self.fft_len
statusdata['FD_POLN'] = self.feed_polarization
statusdata['NPOL'] = self.npol
statusdata['NRCVR'] = self.nrcvr
statusdata['NBIN'] = self.nbin
statusdata['NBITS'] = 8
statusdata['OBSFREQ'] = self.rf_frequency
statusdata['OBSBW'] = self.node_bandwidth
statusdata['OBSNCHAN'] = repr(self.node_nchan)
statusdata['OBS_MODE'] = self.obs_mode
statusdata['OFFSET0'] = '0.0'
statusdata['OFFSET1'] = '0.0'
statusdata['OFFSET2'] = '0.0'
statusdata['OFFSET3'] = '0.0'
statusdata['ONLY_I'] = self.only_i
statusdata['OVERLAP'] = self.overlap
statusdata['CAL_FREQ'] = self.cal_freq
statusdata['POL_TYPE'] = self.pol_type
statusdata['PFB_OVER'] = self.pfb_overlap
if self.parfile is not None:
if self.parfile[0] == '/':
statusdata['PARFILE'] = self.parfile
else:
statusdata['PARFILE'] = '%s/%s' % (self.pardir, self.parfile)
statusdata['PKTFMT'] = self.packet_format
statusdata['SCALE0'] = '1.0'
statusdata['SCALE1'] = '1.0'
statusdata['SCALE2'] = '1.0'
statusdata['SCALE3'] = '1.0'
statusdata['TBIN'] = self.tbin
statusdata['TFOLD'] = self.tfold
self.set_status(**self.mode.shmkvpairs)
self.set_status(**statusdata)