#...calling UCD1 assignator (vizcat -ucd -csv ReadMe) #...calling assign1p with options: #Table: table1.dat Freq em.freq MHz Frequency OBS_FREQUENCY SDate time.start "YYYY/MM/DD" Start date TIME_DATE EDate time.end "YYYY/MM/DD" End date TIME_DATE BWT instr.bandwidth MHz Total bandwidth =INST_BANDWIDTH INST_BANDWIDTH Npol meta.number --- Number of polarisations =NUMBER NUMBER Nfilt meta.number MHz Number of filter bank channels =NUMBER NUMBER BW instr.bandwidth MHz Bandwidth of each channel INST_BANDWIDTH #Table: table2.dat Bin meta.code --- \ucd{CODE_MISC}indicates a binary pulsar (see table4) =CODE_MISC CODE_MISC PSRJ meta.id;meta.main --- PSRJ designation (JHHMM-DDMMA) =ID_MAIN ID_MAIN f_PSRJ meta.code --- glitch was reported CODE_MISC n_PSRJ meta.note --- Timing noise flag (1) NOTE PSRB meta.id --- PSRB designation =ID_ALTERNATIVE ID_ALTERNATIVE RAh pos.eq.ra;meta.main {CPLX} Right ascension (J2000.0) {Coosys: Equinox=J2000.0} POS_EQ_RA_MAIN e_RAs stat.error;pos.eq.ra s rms uncertainty on RA ERROR DE- pos.eq.dec;meta.main {CPLX} Declination sign (J2000.0) {Coosys: Equinox=J2000.0} POS_EQ_DEC_MAIN e_DEs stat.error;pos.eq.dec arcsec rms uncertainty on DEs ERROR nu time.period s-1 Rotational frequency =TIME_PERIOD TIME_PERIOD e_nu stat.error s-1 rms uncertainty on nu ERROR dnu/dt time.period 10-15s-2 Frequency derivative d{nu}/dt =ORBIT_PERIOD_DERIVATIVE ORBIT_PERIOD_DERIVATIVE e_dnu/dt stat.error 10-15s-2 rms uncertainty on dnu/dt ERROR d2nu/dt2 em.freq 10-24s-3 Frequency second derivative d({nu}/dt)/dt VAR_DF/DT2 e_d2nu/dt2 stat.error 10-24s-3 rms uncertainty on d2nu/dt2 ERROR DM phys.dispMeasure;instr.dispersion pc/cm3 Dispersion measure PHYS_DISP-MEASURE e_DM stat.error pc/cm3 rms uncertainty on DM ERROR dDM/dt phys.dispMeasure;instr.dispersion pc/cm3/yr ? Dispersion measure derivative (2) PHYS_DISP-MEASURE e_dDM/dt stat.error pc/cm3/yr ? rms uncertainty on dDM/dt ERROR Epoch time.epoch d MJD Epoch of the parameters, representing the centre of the data-span TIME_EPOCH tRMSnw stat.error us Final rms value of the non-whitened timing residuals, in {mu}s =ERROR ERROR #Table: table4.dat PSRJ meta.id;meta.main --- PSRJ designation =ID_MAIN ID_MAIN n_PSRJ meta.note --- Model used (1) NOTE PSRB meta.id --- =- PSRB designation =ID_ALTERNATIVE ID_ALTERNATIVE Per time.period d Orbital period TIME_PERIOD e_Per stat.error d rms uncertainty on Per ERROR A1 phys.angSize.smajAxis;src.orbital --- Projected semimajor axis of the orbit, in light-second =ORBIT_SIZE_SMAJ ORBIT_SIZE_SMAJ e_A1 stat.error --- rms uncertainty on A1 ERROR e src.orbital.eccentricity 10-6 Eccentricity =ORBIT_ECCENTRICITY ORBIT_ECCENTRICITY e_e stat.error 10-6 rms uncertainty on e ERROR T0 time.epoch d Epoch of periastron, in MJD =TIME_DATE TIME_DATE e_T0 stat.error d rms uncertainty on T0 ERROR Omega src.orbital.periastron deg Longitude of periastron ORBIT_ASC-NODE e_Omega stat.error deg rms uncertainty on Omega ERROR dO/dt src.orbital deg/yr First derivative of Omega, d{Omega}/dt =ORBIT_PARAM ORBIT_PARAM e_dO/dt stat.error deg/yr rms uncertainty on dO/dt ERROR Tasc src.orbital.node d Ascending node, in MJD =ORBIT_ASC-NODE ORBIT_ASC-NODE e_Tasc stat.error d rms uncertainty on Tasc ERROR EPS1 src.orbital 10-6 Model parameter, EPS1=e*sin{Omega} =ORBIT_PARAM ORBIT_PARAM e_EPS1 stat.error 10-6 rms uncertainty on EPS1 ERROR EPS2 src.orbital 10-6 Model parameter, EPS2=e*cos{Omega} =ORBIT_PARAM ORBIT_PARAM e_EPS2 stat.error 10-6 rms uncertainty on EPS2 ERROR #Table: table6.dat PSRJ meta.id;meta.main --- PSRJ designation =ID_MAIN ID_MAIN f_PSRJ meta.code --- glitch flag CODE_MISC PSRB meta.id --- PSRB designation =ID_ALTERNATIVE ID_ALTERNATIVE ELON pos.ecliptic.lon deg Ecliptic longitude POS_EC_LON e_ELON stat.error deg rms uncertainty on ELON ERROR ELAT pos.ecliptic.lat deg Ecliptic latitude POS_EC_LAT e_ELAT stat.error deg rms uncertainty on ELAT ERROR pmELON pos.pm mas/yr Proper motion along ELON, pm(ELON)*cos(ELAT) =POS_PM_NON-EQ POS_PM_NON-EQ e_pmELON stat.error mas/yr ? rms uncertainty on pmELON ERROR pmELAT pos.pm mas/yr Proper motion along ELAT =POS_PM_NON-EQ POS_PM_NON-EQ e_pmELAT stat.error mas/yr ? rms uncertainty on pmELAT ERROR pmRA pos.pm;pos.eq.ra mas/yr Proper motion along RA, pm(RA)*cos(DE) POS_EQ_PMRA e_pmRA stat.error;pos.pm;pos.eq.ra mas/yr ? rms uncertainty on pmRA ERROR pmDE pos.pm;pos.eq.dec mas/yr Proper motion along DE POS_EQ_PMDEC e_pmDE stat.error;pos.pm;pos.eq.dec mas/yr ? rms uncertainty on pmDE ERROR NTOA meta.number mag/yr Number of time of arrival used in the timming solution =NUMBER NUMBER Epoch time.epoch d Epoch of the position, in MJD TIME_EPOCH Span ?unable-to-assign yr Data-span TIME_INTERVAL tRMS stat.error us Final rms value for the timing residuals, in {mu}s =ERROR ERROR