Welcome to program SCHED. Version: 6.05 June 2006 The manual is at http://www.aoc.nrao.edu/~cwalker/sched/sched/sched.html Unix users should set $SCHED to the base area where SCHED is installed. Most run time messages will be in sched.runlog Some useful commands to give now if running interactively: SCHedule= : Specify input file. PLOT : Invokes uv, xy, rd, and uptime plotting. FREQLIST=lowF,highF : Make frequency list (MHz). Then exit. EXIT : Leave program. / : End of inputs - run program (or EXIT). RDSET: Reading setup file: v6cm.set RDSET: Reading setup file: v1cm.set STREAD: Reading station catalog: /home/arana/cwalker/sched/catalogs/stations.dat STREAD: Will read locations file /home/arana/cwalker/sched/catalogs/locations.dat SCHIN: Found 25 input scans. TPINI: Using default tape initialization information. SCHIN: * Automatic tape allocation requested at: Kp Pt La Fd Y SRREAD: Reading source catalog: /home/arana/cwalker/sched/catalogs/sources.vlba RDSET: Reading setup file: /home/arana/cwalker/sched/setups/v6cm-256-8-2.set GETFREQ: Reading frequency file: /home/arana/cwalker/sched/catalogs/freq.dat SHORTN: WARNING - Source names longer than 8 characters used. Mark III correlators and geodetic software will have problems. SETFCAT: In setup: v6cm.set Station VLA1 WRTMSG: Special message from routine SETFCAT: ----------- WARNING ----------- SCHED could not find a frequency catalog group that matched the setup file and station mentioned above. Below are the closest matches with at least some overlap in RF frequency. You can use FREQLIST (a main program input) to get the frequency catalog group and IF numbers that are available. Or you can look in freq.dat in the catalogs area. Since SCHED cannot confirm the validity of your setup, check and be very sure it is correct! In the table below, a match is indicated by a T. A mismatch is indicated by F. FreqCat Baseband FreqCat IF First Pol RF VLA FE RF RF Group Channel IF Name LO Chan 1 IF Freq Band y_vc 1 1 T F T T T T F T y_vc 2 3 T F T T T T F T y_vc 3 1 T F T T T T T T y_vc 4 3 T F T T T T T T y_vc 5 2 T T T T T T T T y_vc 6 4 T T T T T T T T y_vc 7 2 T T T T T T T T y_vc 8 4 T T T T T T T T y_04910.1j 1 1 T F T T T T T T y_04910.1j 2 3 T F T T T T T T y_04910.1j 3 1 T F T T T T F T y_04910.1j 4 3 T F T T T T F T y_04910.1j 5 2 T F T T T T F T y_04910.1j 6 4 T F T T T T F T y_04910.1j 7 2 T F T T T T F T y_04910.1j 8 4 T F T T T T F T y_04939.9j 1 1 T T T T T T T T y_04939.9j 2 3 T T T T T T T T y_04939.9j 3 1 T T T T T T T T y_04939.9j 4 3 T T T T T T T T y_04939.9j 5 2 T F T T T T T T y_04939.9j 6 4 T F T T T T T T y_04939.9j 7 2 T F T T T T F T y_04939.9j 8 4 T F T T T T F T --------------------------------------- SETFCAT: In setup: v1cm.set Station VLA1 WRTMSG: Special message from routine SETFCAT: ----------- WARNING ----------- SCHED could not find a frequency catalog group that matched the setup file and station mentioned above. Below are the closest matches with at least some overlap in RF frequency. You can use FREQLIST (a main program input) to get the frequency catalog group and IF numbers that are available. Or you can look in freq.dat in the catalogs area. Since SCHED cannot confirm the validity of your setup, check and be very sure it is correct! In the table below, a match is indicated by a T. A mismatch is indicated by F. FreqCat Baseband FreqCat IF First Pol RF VLA FE RF RF Group Channel IF Name LO Chan 1 IF Freq Band y_vk 1 1 T F T T T T F T y_vk 2 3 T F T T T T F T y_vk 3 1 T F T T T T T T y_vk 4 3 T F T T T T T T y_vk 5 2 T T T T T T T T y_vk 6 4 T T T T T T T T y_vk 7 2 T T T T T T T T y_vk 8 4 T T T T T T T T y_vk_vsop 1 1 T T T T T T T T y_vk_vsop 2 3 T T T T T T T T y_vk_vsop 3 1 T T T T T T T T y_vk_vsop 4 3 T T T T T T T T y_vk_vsop 5 2 T F T T T T T T y_vk_vsop 6 4 T F T T T T T T y_vk_vsop 7 2 T F T T T T F T y_vk_vsop 8 4 T F T T T T F T y_22160.1j 1 1 T F T T T T T T y_22160.1j 2 3 T F T T T T T T y_22160.1j 3 1 T F T T T T F T y_22160.1j 4 3 T F T T T T F T y_22160.1j 5 2 T F T T T T F T y_22160.1j 6 4 T F T T T T F T y_22160.1j 7 2 T F T T T T F T y_22160.1j 8 4 T F T T T T F T y_22189.9j 1 1 T T T T T T T T y_22189.9j 2 3 T T T T T T T T y_22189.9j 3 1 T T T T T T T T y_22189.9j 4 3 T T T T T T T T y_22189.9j 5 2 T F T T T T T T y_22189.9j 6 4 T F T T T T T T y_22189.9j 7 2 T F T T T T F T y_22189.9j 8 4 T F T T T T F T y_22239.9j 1 1 T F T T T T F T y_22239.9j 2 3 T F T T T T F T y_22239.9j 3 1 T F T T T T F T y_22239.9j 4 3 T F T T T T F T y_22239.9j 5 2 T F T T T T F T y_22239.9j 6 4 T F T T T T F T y_22239.9j 7 2 T F T T T T T T y_22239.9j 8 4 T F T T T T T T --------------------------------------- TWOHDSET: Using 2 head (MkIV) or 2 tape (VLBA) wide band mode. SCHOPT: First output scan will be number 1 SCHOPT: There will be 25 output scans ( 1 - 25) from 339/14:30:00 to 339/15:20:00 SUMOPE: Writing summary file ty006c.sum OMSOUT: Writing OMS file ty006c.oms FLAGS: Writing apriori flagging file ty006c.flag Processing VLBA_KP Processing VLBA_PT Processing VLBA_LA Processing VLBA_FD Processing VLA1