$SCHED/bin/sched << endsched !!! regular version: !!! /home/arana/cwalker/sched/bin/LINUX/sched << endsched !### !### for satellite tracking (test of new features in sched) !### !### Spacecraft tracking has been integrated into SCHED. I have made a !#!## release of sched that includes this features. I am not making it !### available to the world just yet because there are Mark5 related !### developments in progress that should also be in the next general !### release. But for spacecraft tracking, what you need to do is set !### setenv SCHED /users/cwalker/sched_2004mar27 !### Then you should be able to run sched normally. !### There is an example, /users/cwalker/sched_2004mar27/examples/egsat.key !### that shows how to use it. Also you can point your browser at !### file:///users/cwalker/sched_2004mar27/doc/sched/index.html !### you can get the up-do-date version of the manual. overwrit VERSION = 1 PINAME = 'Vivek Dhawan' ADDRESS1 = 'NRAO' ADDRESS2 = 'P. O. Box O' ADDRESS3 = 'Socorro, NM 87801' ADDRESS4 = 'USA' PHONE = '505-835-7378' OBSPHONE = '505-835-9175' EMAIL = 'Internet: vdhawan@nrao.edu' FAX = '505-835-7027' OBSMODE = 'VLBA' OBSTYPE = 'VLBA' EXPT = 'MARS ODYSSEY & MGS' EXPCODE = 'ts020i' ! correl = 'Socorro' coravg = 2. corchan = 256 cornant = 10 corpol = 'OFF' corsrcs = 'Get from .sum file' cortape = 'DAT' corship1 = 'Vivek Dhawan' corship2 = 'NRAO PO box O ' corship3 = 'Socorro, NM 87801 USA' cornote1 = ' ' ! tape drive set-up: AUTOTAPE = 2 tapeini / tpsta = 'DEFAULT' nheadpos = 14 tplength = 17600 density = H / lineinit / lineset='ody' restfreq=8406.85185, 8406.85185 / !! MARS ODYSSEY: From B.Butler email, I verified off web: !! Tx @ 8406.85185, pol=RCP. data rate variable. !! Tx filter BW is 15.6MHz. HGA is 1.3m dish !! 38dBic gain, 3dB beam=1.9degr; 10-15W power !! MGA horn is 16.5 dBic. !! DeltaDOR tones 119.?? MHz from center !! mission supposedly goes till august 2004. lineset='mgs' restfreq=8420.0, 8420.0 / !! Mars global surveyor, freqs off web - !! 8417.716, 8416.368, 8423.148 are all mentioned. !! Until verified, I'm trying to blanket them with 8420+_8MHz. !! endlines / satinit / satname=SDU satnum=-29 kerfile=$PLANET_DATA/naif0007.tls satfile=$PLANET_DATA/SDU_s04005m.mod.bsp / satname=MER-B ! MER-A is -254 satnum=-253 kerfile=$PLANET_DATA/naif0007.tls satfile=$PLANET_DATA/p_b_c_031203-040126_od41vlba.bsp / satname=MGS ! mars global surveyor satnum=-94 kerfile=$PLANET_DATA/naif0007.tls satfile=/users/spk/MGS/p_m_040329_od22602-22605_22984_v1_vlba.bsp / satname=ODY ! mars odyssey satnum=-53 kerfile=$PLANET_DATA/naif0007.tls satfile=/users/spk/ODY/p_m_od10155-10160_10518_v1_vlba.bsp / endsat / ! Also set up to use planets in the test. ephfile = '$PLANET_DATA/JPLEPH.405.2' ! srcfile = none ! srccat / !! bandpass calibrator ! J0555+3948 05_55_30.80561180 -+0.0155 +39_48_49.1649890 -+0.0127 ! !! these cals for Mars Odyssey, circa 2004 April 15 ! J0426+2327 04_26_55.73478965 -+0.2227 +23_27_39.6335868 -+0.3622 ! J0429+2724 04_29_52.96076528 -+0.0543 +27_24_37.8763394 -+0.0787 ! J0518+2054 05_18_03.82447152 -+0.1860 +20_54_52.4972163 -+0.3369 ! J0521+2112 05_21_45.96580901 -+0.3771 +21_12_51.4514495 -+0.5349 ! J0540+2507 05_40_14.34277641 -+0.3954 +25_07_55.3491012 -+0.6254 ! J0547+2721 05_47_34.14892177 -+0.0430 +27_21_56.8426591 -+0.0518 ! ! endcat / !! astrometric sources with total errors less than 0.1mas !! !! 0537-441 !! 0402-362 !! 0454-234 !! 0434-188 !! 0420-014 !! 0528+134 !! 0552+398 setinit su2.set / station = VLBA nchan = 8 bits = 2 samprate=8 ifd=0,0 pcal='off' level=-1 bbfilter = 4 netside = U, U, u, u, u, u, u, u pol = R, L, r, l, r, l, r, l !! freqrefs chosen to sit on ODY, ifs 1&2 and !! MGS, ifs 3&4 5&6. !! if's 7&8 are off line freq. !! I put in a rough doppler for MARS (v=+14km/s, about 0.4MHz redshift) !! so as to center the lines in the 4MHz bandpasses 'by hand' !! !! sched does not do doppler for planets (yet); though it DOES do it for !! spacecraft. freqref= 8404.5, 8404.5, 8415.5, 8415.5, 8420.5, 8420.5, 8430.5, 8430.5 ptincr = 3.0 / endset / setinit geosx.set / ! dual frequency, single polarization, 13cm/4cm observations. !! here I try to avoid RFI from SDARS @ 2320-2345MHz and use: !! !! 2245.99, 2275.99, 2365.99, 2385.99 !! 8405.99, 8475.99, 8790.99, 8895.99 nchan = 8 bits = 2 bbfilter = 4.0 freqref = 2245.49, 2245.49, 2245.49, 2245.49, 8405.49, 8405.49, 8405.49, 8405.49 freqoff = 0.0, 30.0, 120.0, 140.0, 0.0, 70.0, 385.0, 490.0 netside = U, U, U, U, U, U, U, U pol = rcp station = VLBA / endset / STATIONS = 'VLBA_SC', 'VLBA_HN', 'VLBA_NL', 'VLBA_FD', 'VLBA_LA', 'VLBA_PT', 'VLBA_KP', 'VLBA_OV', 'VLBA_BR', 'VLBA_MK' YEAR = 2004 month=04 DAY=25 start=19:00:00 setup='geosx.set' opminant 6 opminel 5 optmode=scans minpause 30 source = '0537-441' dwell=0:02:00 / source = '0402-362' dwell=0:02:00 / source = '0454-234' dwell=0:02:00 / source = '0434-188' dwell=0:02:00 / source = '0420-014' dwell=0:02:00 / source = '0528+134' dwell=0:02:00 / setup='su2.set' nodop !!! bandpass cal gap=0:02:00 SOURCE='J0555+3948' dur=00:04:00 / !! linena='ody' doppler !! NOT using doppler in this !! experiment - tracking mars, correlating at each satellite !! position. !! REMEMBER TO: !! CHANGE NAME from MARS to ODY or MGS FOR CORRELATION. !!!!! ALSO REMEMBER SCHED USES BAND CENTER==RESTFREQ FOR DOPPLER, !!!!! BUT, BUT, BUT uses RAIL=FREQREF for NODOP !!!!! hence the frequencies in ts020i are 2MHZ lower !!!!! than in TS020H - those were were WRONG by (BBFILTER/2). group=21 rep=8 gap=0:02:00 SOURCE='J0426+2327' dur=00:01:00 / gap=0:00:00 source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='J0518+2054' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='J0429+2724' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / !!! bandpass cal gap=0:01:00 SOURCE='J0555+3948' dur=00:04:00 / setup = 'geosx.set' source = '0528+134' dwell=0:02:00 / source = '0420-014' dwell=0:02:00 / source = '0434-188' dwell=0:02:00 / source = '0454-234' dwell=0:02:00 / source = '0402-362' dwell=0:02:00 / source = '0537-441' dwell=0:02:00 / setup='su2.set' nodop group=21 rep=8 gap=0:02:00 SOURCE='J0426+2327' dur=00:01:00 / gap=0:00:00 source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='J0518+2054' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='J0429+2724' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / source='mars' dur=0:01:00 / source='J0426+2327' dur=0:01:00 / !!! bandpass cal gap=0:01:00 SOURCE='J0555+3948' dur=00:04:00 / setup='geosx.set' source = '0537-441' dwell=0:02:00 / source = '0402-362' dwell=0:02:00 / source = '0454-234' dwell=0:02:00 / source = '0434-188' dwell=0:02:00 / source = '0420-014' dwell=0:02:00 / source = '0528+134' dwell=0:02:00 / endsched exit