cje2c3l Version 1.22d Thu Oct 7 15:07:37 PDT 1999 ============================== cje2c3l VS04z Build Summary ============================== Job Start Epoch: 2000-209-07:00:00 Job Stop Epoch: 2000-209-22:00:23 Duration of job: 15.0 hours Tape change epochs: 3 Stations: 'HARTRAO' (grt) 'HOBART' (grt) 'KL' (grt) 'MOP' (grt) 'NOTO' (grt) 'VSOP_SC' (srt) 'SESHAN25' (grt) Tracking Stations: 'MADRD_TS' 'TDBIN_TS' Tracking PASSES: 'MADRD_TS' 2000-209-16:44:05 --> 2000-209-21:45:23 'TDBIN_TS' 2000-209-15:18:48 --> 2000-209-15:47:52 Sources: 'J1504+10' '1548+056' '1611+343' Tape ids: 'CA-3-0080912' 'CA-3-008140E' 'UT-3-000522D' 'CA-3-0073712' 'CA-3-0065713' 'AT-1-002931E' 'CA-3-000810A' 'CA-3-0068615' 'CA-3-0072>11' 'CA-3-0030206' Totals: [24] PB_STARTs [24] PB_STOPS [10] Tape ids [5] PCFS logs [1] SRT logs This job was built by ________________ on Thu Aug 31 15:07:43 2000 Number of baselines at build time: 21 ACTUAL: ____________ Total number of lags at build time: 21504 ACTUAL: ____________ Duration of job at build time: 15.0 HRS ACTUAL: _____________ Checked and ready for correlation. Date: _________________ Person: ________________ =========================== CHECKLIST for job 'VS04z' =========================== Complete this checklist before running 'makeVS04z'. [ ] Copy the experiment VS04z.sum file and any additional note files to the job's working directory. If ATNF telescopes are involved, note files in the form of .notes must be downloaded from the ATNF server 'ftp.atnf.csiro.au' in the directory '/pub/people/vlbi/vsop/logs/'. These note files contain information ***CRITICAL*** to the correlation of ATNF telescopes. [ ] Check VS04z.jb for correct parameters (sample rate etc.) Check default integration time. [ ] Ensure that TCF file(s) (*.kcX) for tracking station 'MADRD_TS' are in the job directory for time ranges (yymmddhhmm): 10007271644 to 10007272145. X - d==Goldstone; m==Madrid; t==Tidbinbilla; g==Greenbank; u==Usuda [ ] Ensure that TCF file(s) (*.kcX) for tracking station 'TDBIN_TS' are in the job directory for time ranges (yymmddhhmm): 10007271518 to 10007271547. X - d==Goldstone; m==Madrid; t==Tidbinbilla; g==Greenbank; u==Usuda [ ] Add reconstr-orbit binary spk file(s) (.bsp) to VS04z.egb -- look for ??? Ensure these .bsp files are in the job directory and cover required tracking pass time ranges. [ ] Check HARTRAO.st for correct parameters...modify if necessary. HARTRAO.ev files contain events for ALL channels...modification required if pulsar gating is used. Comment .ev file reference if not required. Check pt_type and set Synthetic Autocorrelator parms for best result. [ ] Add constant station delay to station clock model file HARTRAO_c.smb. This must always be >= 0.0. [ ] Add CALIBRATION and ANTENNA coefficients to HARTRAO.cal -- if required. [ ] Check HOBART.st for correct parameters...modify if necessary. HOBART.ev files contain events for ALL channels...modification required if pulsar gating is used. Comment .ev file reference if not required. Check pt_type and set Synthetic Autocorrelator parms for best result. [ ] Add constant station delay to station clock model file HOBART_c.smb. This must always be >= 0.0. [ ] Add CALIBRATION and ANTENNA coefficients to HOBART.cal -- if required. [ ] Check to ensure that station 'KL' is in ~/smdb/finblokq.dat or in finlocq.dat. [ ] Check KL.st for correct parameters...modify if necessary. KL.ev files contain events for ALL channels...modification required if pulsar gating is used. Comment .ev file reference if not required. Check pt_type and set Synthetic Autocorrelator parms for best result. [ ] Add GPS clock offset model to station clock model file KL_c.smb. If station time is faster/leading GPS time then it is a (+)'ve delay. [ ] Add constant station delay to station clock model file KL_c.smb. This must always be >= 0.0. [ ] Add CALIBRATION and ANTENNA coefficients to KL.cal -- if required. [ ] Check MOP.st for correct parameters...modify if necessary. MOP.ev files contain events for ALL channels...modification required if pulsar gating is used. Comment .ev file reference if not required. Check pt_type and set Synthetic Autocorrelator parms for best result. [ ] Add GPS clock offset model to station clock model file MOP_c.smb. If station time is faster/leading GPS time then it is a (+)'ve delay. [ ] Add constant station delay to station clock model file MOP_c.smb. This must always be >= 0.0. [ ] Add CALIBRATION and ANTENNA coefficients to MOP.cal -- if required. [ ] Check NOTO.st for correct parameters...modify if necessary. NOTO.ev files contain events for ALL channels...modification required if pulsar gating is used. Comment .ev file reference if not required. Check pt_type and set Synthetic Autocorrelator parms for best result. [ ] Add GPS clock offset model to station clock model file NOTO_c.smb. If station time is faster/leading GPS time then it is a (+)'ve delay. [ ] Add constant station delay to station clock model file NOTO_c.smb. This must always be >= 0.0. [ ] Add CALIBRATION and ANTENNA coefficients to NOTO.cal -- if required. [ ] Check VSOP_SC.st for correct parameters...modify if necessary. VSOP_SC.ev files contain events for ALL channels...modification required if pulsar gating is used. Check pt_type and set Synthetic Autocorrelator parms for best result. [ ] NOTE: If VSOP_SC logs do not contain flag data, these must be extracted from 'models.out' after make'ing the job and put in the VSOP_SC.ev file in the proper format. Look for 'linear connection'. [ ] Add TCF FITS file references (*.kcX) to VSOP_SC_l.smb -- look for ?? X - d==Goldstone; m==Madrid; t==Tidbinbilla; g==Greenbank; u==Usuda IF TCF FILES ARE NOT AVAILABLE then the downlink delay must be added. [ ] Add CALIBRATION and ANTENNA coefficients to VSOP_SC.cal -- if required. [ ] Check SESHAN25.st for correct parameters...modify if necessary. SESHAN25.ev files contain events for ALL channels...modification required if pulsar gating is used. Comment .ev file reference if not required. Check pt_type and set Synthetic Autocorrelator parms for best result. [ ] Add GPS clock offset model to station clock model file SESHAN25_c.smb. If station time is faster/leading GPS time then it is a (+)'ve delay. [ ] Add constant station delay to station clock model file SESHAN25_c.smb. This must always be >= 0.0. [ ] Add CALIBRATION and ANTENNA coefficients to SESHAN25.cal -- if required. [ ] Check VS04z.bs for correct baselines...remove comments if baseline module autocorrelation is required. Check baseline integration times. [ ] Ensure that SOURCE 'J1504+10' is in ~/smdb/finblokq.dat or in finlocq.dat Ensure source coordinates are IDENTICAL to that in the VS04z.sum file. [ ] Ensure that SOURCE '1548+056' is in ~/smdb/finblokq.dat or in finlocq.dat Ensure source coordinates are IDENTICAL to that in the VS04z.sum file. [ ] Ensure that SOURCE '1611+343' is in ~/smdb/finblokq.dat or in finlocq.dat Ensure source coordinates are IDENTICAL to that in the VS04z.sum file. [ ] Update file J1504+10.cal -- if necessary for cc2fits (source coordinates are automatically extracted from the VS04z.eg file). [ ] Update file 1548+056.cal -- if necessary for cc2fits (source coordinates are automatically extracted from the VS04z.eg file). [ ] Update file 1611+343.cal -- if necessary for cc2fits (source coordinates are automatically extracted from the VS04z.eg file). [ ] Check to ensure that ~/smdb/finals.data is up-to-date for this obs. [ ] When all above checks are complete and all auxillary TCF and bsp files are installed, run 'makeVS04z'. [ ] Check 'models.out' for any model generation ERRORs or WARNINGs [ ] 'makeVS04z' ran ok? [ ] Run 'cc2fits' until BSD file catalogging starts -- to ensure job is FITS exportable. [ ] Create job VS04z directory on geo (e.g. geod1/VS04z), copy 'cc2fits.control' and edit it in preparation for FITS export and raw data archive. [ ] Job 'VS04z' is ready for correlation. ================== EXPERIMENT 'VS04z' SUMMARY REPORT ================== **** TO BE FILLED IN BY THE PR AND GIVEN TO THE OPERATIONS MANAGER **** DATE: _________________ PR: ____________ ================================ STATION FRINGE DETECTION SUMMARY ================================ HARTRAO: [ ] fringes detected Comments: Delay corr: _________ us Delay resid: _________ us Rate resid: _________ ps/s HOBART: [ ] fringes detected Comments: Delay corr: _________ us Delay resid: _________ us Rate resid: _________ ps/s KL: [ ] fringes detected Comments: Delay corr: _________ us Delay resid: _________ us Rate resid: _________ ps/s MOP: [ ] fringes detected Comments: Delay corr: _________ us Delay resid: _________ us Rate resid: _________ ps/s NOTO: [ ] fringes detected Comments: Delay corr: _________ us Delay resid: _________ us Rate resid: _________ ps/s VSOP_SC: [ ] fringes detected Comments: Delay corr: _________ us Delay resid: _________ us Rate resid: _________ ps/s SESHAN25: [ ] fringes detected Comments: Delay corr: _________ us Delay resid: _________ us Rate resid: _________ ps/s ==================================== TRACKING STATION PERFORMANCE SUMMARY ==================================== 'MADRD_TS' 2000-209-16:44:05 --> 2000-209-21:45:23 % fringes: _______ ~Res. del: _______ ~Res. drate: _______ 'TDBIN_TS' 2000-209-15:18:48 --> 2000-209-15:47:52 % fringes: _______ ~Res. del: _______ ~Res. drate: _______ ==================== DATA RELEASE SUMMARY ==================== [ ] RELEASED [ ] ABANDONED Reason: Release date: _____________________________ Data volume: ________ FITS files; _______ Gbytes Data Shipments: [ ] PI: ____________________ DAT / Exabyte [ ] U of C: Exabyte [ ] Other: _________________ DAT / Exabyte Comments: