4660 Nereus CW data reduction log
=-===============================

Last updated: 2007 January 9
              2007 November 1


Arecibo Data: 2002 Jan 9-13

2002 Jan 09
-----------
datafile.09jan02.r1541.3  15 runs soln 24
FFT = 5000, dfreq = 1.0 Hz


remote:/share/radar1/lbenner/nereus < 7 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 6
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 7
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 8
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 9
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 10
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 11
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 12
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 13
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 14
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 15
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 6
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 7
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 8
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 9
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 10
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 11
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 12
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 13
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 14
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 15
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Scan 6 TX power (kW): 
Scan 7 TX power (kW): 
Scan 8 TX power (kW): 
Scan 9 TX power (kW): 
Scan 10 TX power (kW): 
Scan 11 TX power (kW): 
Scan 12 TX power (kW): 
Scan 13 TX power (kW): 
Scan 14 TX power (kW): 
Scan 15 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 200900004  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 53565.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 2 t 53566.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 3 t 53567.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 4 t 53568.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 5 t 53569.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 6 t 53570.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 7 t 53571.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 8 t 53572.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 9 t 53573.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 10 t 53574.000000 t_start 53565.000000 t_end 53575.000000
TEST 1: recsInScan 11 t 53575.000000 t_start 53565.000000 t_end 53575.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 53576.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 13 t 53577.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 14 t 53578.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 15 t 53579.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 16 t 53580.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 17 t 53581.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 18 t 53582.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 19 t 53583.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 20 t 53584.000000 t_start 53575.000000 t_end 53585.000000
TEST 1: recsInScan 21 t 53585.000000 t_start 53575.000000 t_end 53585.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 53586.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 23 t 53587.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 24 t 53588.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 25 t 53589.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 26 t 53590.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 27 t 53591.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 28 t 53592.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 29 t 53593.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 30 t 53594.000000 t_start 53585.000000 t_end 53595.000000
TEST 1: recsInScan 31 t 53595.000000 t_start 53585.000000 t_end 53595.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 53596.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 33 t 53597.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 34 t 53598.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 35 t 53599.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 36 t 53600.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 37 t 53601.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 38 t 53602.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 39 t 53603.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 40 t 53604.000000 t_start 53595.000000 t_end 53605.000000
TEST 1: recsInScan 41 t 53605.000000 t_start 53595.000000 t_end 53605.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 53606.000000 t_start 53605.000000 t_end 53615.000000
TEST 1: recsInScan 43 t 53607.000000 t_start 53605.000000 t_end 53615.000000
TEST 1: recsInScan 44 t 53608.000000 t_start 53605.000000 t_end 53615.000000
TEST 1: recsInScan 45 t 53609.000000 t_start 53605.000000 t_end 53615.000000
Wrote records for 9 dwells in scan 200900004  (last 5 are dummy records)
Reading  scan 200900005  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 53667.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 2 t 53668.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 3 t 53669.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 4 t 53670.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 5 t 53671.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 6 t 53672.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 7 t 53673.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 8 t 53674.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 9 t 53675.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 10 t 53676.000000 t_start 53667.000000 t_end 53677.000000
TEST 1: recsInScan 11 t 53677.000000 t_start 53667.000000 t_end 53677.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 53678.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 13 t 53679.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 14 t 53680.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 15 t 53681.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 16 t 53682.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 17 t 53683.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 18 t 53684.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 19 t 53685.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 20 t 53686.000000 t_start 53677.000000 t_end 53687.000000
TEST 1: recsInScan 21 t 53687.000000 t_start 53677.000000 t_end 53687.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 53688.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 23 t 53689.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 24 t 53690.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 25 t 53691.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 26 t 53692.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 27 t 53693.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 28 t 53694.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 29 t 53695.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 30 t 53696.000000 t_start 53687.000000 t_end 53697.000000
TEST 1: recsInScan 31 t 53697.000000 t_start 53687.000000 t_end 53697.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 53698.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 33 t 53699.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 34 t 53700.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 35 t 53701.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 36 t 53702.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 37 t 53703.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 38 t 53704.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 39 t 53705.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 40 t 53706.000000 t_start 53697.000000 t_end 53707.000000
TEST 1: recsInScan 41 t 53707.000000 t_start 53697.000000 t_end 53707.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 53708.000000 t_start 53707.000000 t_end 53717.000000
TEST 1: recsInScan 43 t 53709.000000 t_start 53707.000000 t_end 53717.000000
TEST 1: recsInScan 44 t 53710.000000 t_start 53707.000000 t_end 53717.000000
TEST 1: recsInScan 45 t 53711.000000 t_start 53707.000000 t_end 53717.000000
Wrote records for 9 dwells in scan 200900005  (last 5 are dummy records)
Reading  scan 200900006  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 53769.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 2 t 53770.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 3 t 53771.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 4 t 53772.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 5 t 53773.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 6 t 53774.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 7 t 53775.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 8 t 53776.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 9 t 53777.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 10 t 53778.000000 t_start 53769.000000 t_end 53779.000000
TEST 1: recsInScan 11 t 53779.000000 t_start 53769.000000 t_end 53779.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 53780.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 13 t 53781.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 14 t 53782.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 15 t 53783.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 16 t 53784.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 17 t 53785.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 18 t 53786.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 19 t 53787.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 20 t 53788.000000 t_start 53779.000000 t_end 53789.000000
TEST 1: recsInScan 21 t 53789.000000 t_start 53779.000000 t_end 53789.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 53790.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 23 t 53791.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 24 t 53792.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 25 t 53793.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 26 t 53794.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 27 t 53795.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 28 t 53796.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 29 t 53797.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 30 t 53798.000000 t_start 53789.000000 t_end 53799.000000
TEST 1: recsInScan 31 t 53799.000000 t_start 53789.000000 t_end 53799.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 53800.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 33 t 53801.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 34 t 53802.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 35 t 53803.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 36 t 53804.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 37 t 53805.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 38 t 53806.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 39 t 53807.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 40 t 53808.000000 t_start 53799.000000 t_end 53809.000000
TEST 1: recsInScan 41 t 53809.000000 t_start 53799.000000 t_end 53809.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 53810.000000 t_start 53809.000000 t_end 53819.000000
TEST 1: recsInScan 43 t 53811.000000 t_start 53809.000000 t_end 53819.000000
TEST 1: recsInScan 44 t 53812.000000 t_start 53809.000000 t_end 53819.000000
TEST 1: recsInScan 45 t 53813.000000 t_start 53809.000000 t_end 53819.000000
Wrote records for 9 dwells in scan 200900006  (last 5 are dummy records)
Reading  scan 200900007  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 53871.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 2 t 53872.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 3 t 53873.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 4 t 53874.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 5 t 53875.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 6 t 53876.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 7 t 53877.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 8 t 53878.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 9 t 53879.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 10 t 53880.000000 t_start 53871.000000 t_end 53881.000000
TEST 1: recsInScan 11 t 53881.000000 t_start 53871.000000 t_end 53881.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 53882.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 13 t 53883.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 14 t 53884.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 15 t 53885.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 16 t 53886.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 17 t 53887.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 18 t 53888.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 19 t 53889.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 20 t 53890.000000 t_start 53881.000000 t_end 53891.000000
TEST 1: recsInScan 21 t 53891.000000 t_start 53881.000000 t_end 53891.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 53892.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 23 t 53893.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 24 t 53894.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 25 t 53895.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 26 t 53896.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 27 t 53897.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 28 t 53898.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 29 t 53899.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 30 t 53900.000000 t_start 53891.000000 t_end 53901.000000
TEST 1: recsInScan 31 t 53901.000000 t_start 53891.000000 t_end 53901.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 53902.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 33 t 53903.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 34 t 53904.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 35 t 53905.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 36 t 53906.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 37 t 53907.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 38 t 53908.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 39 t 53909.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 40 t 53910.000000 t_start 53901.000000 t_end 53911.000000
TEST 1: recsInScan 41 t 53911.000000 t_start 53901.000000 t_end 53911.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 53912.000000 t_start 53911.000000 t_end 53921.000000
TEST 1: recsInScan 43 t 53913.000000 t_start 53911.000000 t_end 53921.000000
TEST 1: recsInScan 44 t 53914.000000 t_start 53911.000000 t_end 53921.000000
TEST 1: recsInScan 45 t 53915.000000 t_start 53911.000000 t_end 53921.000000
Wrote records for 9 dwells in scan 200900007  (last 5 are dummy records)
Reading  scan 200900008  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 53973.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 2 t 53974.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 3 t 53975.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 4 t 53976.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 5 t 53977.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 6 t 53978.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 7 t 53979.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 8 t 53980.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 9 t 53981.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 10 t 53982.000000 t_start 53973.000000 t_end 53983.000000
TEST 1: recsInScan 11 t 53983.000000 t_start 53973.000000 t_end 53983.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 53984.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 13 t 53985.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 14 t 53986.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 15 t 53987.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 16 t 53988.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 17 t 53989.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 18 t 53990.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 19 t 53991.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 20 t 53992.000000 t_start 53983.000000 t_end 53993.000000
TEST 1: recsInScan 21 t 53993.000000 t_start 53983.000000 t_end 53993.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 53994.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 23 t 53995.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 24 t 53996.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 25 t 53997.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 26 t 53998.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 27 t 53999.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 28 t 54000.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 29 t 54001.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 30 t 54002.000000 t_start 53993.000000 t_end 54003.000000
TEST 1: recsInScan 31 t 54003.000000 t_start 53993.000000 t_end 54003.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 54004.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 33 t 54005.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 34 t 54006.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 35 t 54007.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 36 t 54008.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 37 t 54009.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 38 t 54010.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 39 t 54011.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 40 t 54012.000000 t_start 54003.000000 t_end 54013.000000
TEST 1: recsInScan 41 t 54013.000000 t_start 54003.000000 t_end 54013.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 54014.000000 t_start 54013.000000 t_end 54023.000000
TEST 1: recsInScan 43 t 54015.000000 t_start 54013.000000 t_end 54023.000000
TEST 1: recsInScan 44 t 54016.000000 t_start 54013.000000 t_end 54023.000000
TEST 1: recsInScan 45 t 54017.000000 t_start 54013.000000 t_end 54023.000000
Wrote records for 9 dwells in scan 200900008  (last 5 are dummy records)
Reading  scan 200900009  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 54075.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 2 t 54076.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 3 t 54077.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 4 t 54078.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 5 t 54079.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 6 t 54080.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 7 t 54081.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 8 t 54082.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 9 t 54083.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 10 t 54084.000000 t_start 54075.000000 t_end 54085.000000
TEST 1: recsInScan 11 t 54085.000000 t_start 54075.000000 t_end 54085.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 54086.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 13 t 54087.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 14 t 54088.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 15 t 54089.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 16 t 54090.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 17 t 54091.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 18 t 54092.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 19 t 54093.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 20 t 54094.000000 t_start 54085.000000 t_end 54095.000000
TEST 1: recsInScan 21 t 54095.000000 t_start 54085.000000 t_end 54095.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 54096.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 23 t 54097.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 24 t 54098.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 25 t 54099.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 26 t 54100.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 27 t 54101.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 28 t 54102.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 29 t 54103.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 30 t 54104.000000 t_start 54095.000000 t_end 54105.000000
TEST 1: recsInScan 31 t 54105.000000 t_start 54095.000000 t_end 54105.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 54106.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 33 t 54107.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 34 t 54108.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 35 t 54109.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 36 t 54110.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 37 t 54111.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 38 t 54112.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 39 t 54113.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 40 t 54114.000000 t_start 54105.000000 t_end 54115.000000
TEST 1: recsInScan 41 t 54115.000000 t_start 54105.000000 t_end 54115.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 54116.000000 t_start 54115.000000 t_end 54125.000000
TEST 1: recsInScan 43 t 54117.000000 t_start 54115.000000 t_end 54125.000000
TEST 1: recsInScan 44 t 54118.000000 t_start 54115.000000 t_end 54125.000000
TEST 1: recsInScan 45 t 54119.000000 t_start 54115.000000 t_end 54125.000000
Wrote records for 9 dwells in scan 200900009  (last 5 are dummy records)
Reading  scan 200900010  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 54365.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 2 t 54366.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 3 t 54367.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 4 t 54368.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 5 t 54369.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 6 t 54370.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 7 t 54371.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 8 t 54372.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 9 t 54373.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 10 t 54374.000000 t_start 54365.000000 t_end 54375.000000
TEST 1: recsInScan 11 t 54375.000000 t_start 54365.000000 t_end 54375.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 54376.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 13 t 54377.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 14 t 54378.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 15 t 54379.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 16 t 54380.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 17 t 54381.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 18 t 54382.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 19 t 54383.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 20 t 54384.000000 t_start 54375.000000 t_end 54385.000000
TEST 1: recsInScan 21 t 54385.000000 t_start 54375.000000 t_end 54385.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 54386.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 23 t 54387.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 24 t 54388.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 25 t 54389.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 26 t 54390.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 27 t 54391.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 28 t 54392.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 29 t 54393.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 30 t 54394.000000 t_start 54385.000000 t_end 54395.000000
TEST 1: recsInScan 31 t 54395.000000 t_start 54385.000000 t_end 54395.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 54396.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 33 t 54397.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 34 t 54398.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 35 t 54399.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 36 t 54400.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 37 t 54401.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 38 t 54402.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 39 t 54403.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 40 t 54404.000000 t_start 54395.000000 t_end 54405.000000
TEST 1: recsInScan 41 t 54405.000000 t_start 54395.000000 t_end 54405.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 54406.000000 t_start 54405.000000 t_end 54415.000000
TEST 1: recsInScan 43 t 54407.000000 t_start 54405.000000 t_end 54415.000000
TEST 1: recsInScan 44 t 54408.000000 t_start 54405.000000 t_end 54415.000000
TEST 1: recsInScan 45 t 54409.000000 t_start 54405.000000 t_end 54415.000000
Wrote records for 9 dwells in scan 200900010  (last 5 are dummy records)
Reading  scan 200900011  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 54467.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 2 t 54468.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 3 t 54469.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 4 t 54470.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 5 t 54471.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 6 t 54472.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 7 t 54473.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 8 t 54474.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 9 t 54475.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 10 t 54476.000000 t_start 54467.000000 t_end 54477.000000
TEST 1: recsInScan 11 t 54477.000000 t_start 54467.000000 t_end 54477.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 54478.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 13 t 54479.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 14 t 54480.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 15 t 54481.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 16 t 54482.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 17 t 54483.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 18 t 54484.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 19 t 54485.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 20 t 54486.000000 t_start 54477.000000 t_end 54487.000000
TEST 1: recsInScan 21 t 54487.000000 t_start 54477.000000 t_end 54487.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 54488.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 23 t 54489.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 24 t 54490.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 25 t 54491.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 26 t 54492.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 27 t 54493.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 28 t 54494.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 29 t 54495.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 30 t 54496.000000 t_start 54487.000000 t_end 54497.000000
TEST 1: recsInScan 31 t 54497.000000 t_start 54487.000000 t_end 54497.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 54498.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 33 t 54499.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 34 t 54500.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 35 t 54501.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 36 t 54502.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 37 t 54503.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 38 t 54504.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 39 t 54505.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 40 t 54506.000000 t_start 54497.000000 t_end 54507.000000
TEST 1: recsInScan 41 t 54507.000000 t_start 54497.000000 t_end 54507.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 54508.000000 t_start 54507.000000 t_end 54517.000000
TEST 1: recsInScan 43 t 54509.000000 t_start 54507.000000 t_end 54517.000000
TEST 1: recsInScan 44 t 54510.000000 t_start 54507.000000 t_end 54517.000000
TEST 1: recsInScan 45 t 54511.000000 t_start 54507.000000 t_end 54517.000000
Wrote records for 9 dwells in scan 200900011  (last 5 are dummy records)
Reading  scan 200900012  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 54569.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 2 t 54570.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 3 t 54571.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 4 t 54572.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 5 t 54573.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 6 t 54574.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 7 t 54575.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 8 t 54576.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 9 t 54577.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 10 t 54578.000000 t_start 54569.000000 t_end 54579.000000
TEST 1: recsInScan 11 t 54579.000000 t_start 54569.000000 t_end 54579.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 54580.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 13 t 54581.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 14 t 54582.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 15 t 54583.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 16 t 54584.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 17 t 54585.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 18 t 54586.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 19 t 54587.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 20 t 54588.000000 t_start 54579.000000 t_end 54589.000000
TEST 1: recsInScan 21 t 54589.000000 t_start 54579.000000 t_end 54589.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 54590.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 23 t 54591.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 24 t 54592.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 25 t 54593.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 26 t 54594.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 27 t 54595.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 28 t 54596.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 29 t 54597.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 30 t 54598.000000 t_start 54589.000000 t_end 54599.000000
TEST 1: recsInScan 31 t 54599.000000 t_start 54589.000000 t_end 54599.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 54600.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 33 t 54601.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 34 t 54602.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 35 t 54603.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 36 t 54604.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 37 t 54605.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 38 t 54606.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 39 t 54607.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 40 t 54608.000000 t_start 54599.000000 t_end 54609.000000
TEST 1: recsInScan 41 t 54609.000000 t_start 54599.000000 t_end 54609.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 54610.000000 t_start 54609.000000 t_end 54619.000000
TEST 1: recsInScan 43 t 54611.000000 t_start 54609.000000 t_end 54619.000000
TEST 1: recsInScan 44 t 54612.000000 t_start 54609.000000 t_end 54619.000000
TEST 1: recsInScan 45 t 54613.000000 t_start 54609.000000 t_end 54619.000000
Wrote records for 9 dwells in scan 200900012  (last 5 are dummy records)
Reading  scan 200900013  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 54671.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 2 t 54672.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 3 t 54673.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 4 t 54674.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 5 t 54675.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 6 t 54676.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 7 t 54677.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 8 t 54678.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 9 t 54679.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 10 t 54680.000000 t_start 54671.000000 t_end 54681.000000
TEST 1: recsInScan 11 t 54681.000000 t_start 54671.000000 t_end 54681.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 54682.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 13 t 54683.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 14 t 54684.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 15 t 54685.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 16 t 54686.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 17 t 54687.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 18 t 54688.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 19 t 54689.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 20 t 54690.000000 t_start 54681.000000 t_end 54691.000000
TEST 1: recsInScan 21 t 54691.000000 t_start 54681.000000 t_end 54691.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 54692.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 23 t 54693.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 24 t 54694.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 25 t 54695.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 26 t 54696.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 27 t 54697.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 28 t 54698.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 29 t 54699.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 30 t 54700.000000 t_start 54691.000000 t_end 54701.000000
TEST 1: recsInScan 31 t 54701.000000 t_start 54691.000000 t_end 54701.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 54702.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 33 t 54703.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 34 t 54704.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 35 t 54705.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 36 t 54706.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 37 t 54707.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 38 t 54708.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 39 t 54709.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 40 t 54710.000000 t_start 54701.000000 t_end 54711.000000
TEST 1: recsInScan 41 t 54711.000000 t_start 54701.000000 t_end 54711.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 54712.000000 t_start 54711.000000 t_end 54721.000000
TEST 1: recsInScan 43 t 54713.000000 t_start 54711.000000 t_end 54721.000000
TEST 1: recsInScan 44 t 54714.000000 t_start 54711.000000 t_end 54721.000000
TEST 1: recsInScan 45 t 54715.000000 t_start 54711.000000 t_end 54721.000000
Wrote records for 9 dwells in scan 200900013  (last 5 are dummy records)
Reading  scan 200900014  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 54773.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 2 t 54774.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 3 t 54775.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 4 t 54776.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 5 t 54777.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 6 t 54778.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 7 t 54779.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 8 t 54780.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 9 t 54781.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 10 t 54782.000000 t_start 54773.000000 t_end 54783.000000
TEST 1: recsInScan 11 t 54783.000000 t_start 54773.000000 t_end 54783.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 54784.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 13 t 54785.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 14 t 54786.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 15 t 54787.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 16 t 54788.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 17 t 54789.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 18 t 54790.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 19 t 54791.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 20 t 54792.000000 t_start 54783.000000 t_end 54793.000000
TEST 1: recsInScan 21 t 54793.000000 t_start 54783.000000 t_end 54793.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 54794.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 23 t 54795.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 24 t 54796.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 25 t 54797.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 26 t 54798.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 27 t 54799.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 28 t 54800.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 29 t 54801.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 30 t 54802.000000 t_start 54793.000000 t_end 54803.000000
TEST 1: recsInScan 31 t 54803.000000 t_start 54793.000000 t_end 54803.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 54804.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 33 t 54805.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 34 t 54806.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 35 t 54807.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 36 t 54808.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 37 t 54809.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 38 t 54810.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 39 t 54811.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 40 t 54812.000000 t_start 54803.000000 t_end 54813.000000
TEST 1: recsInScan 41 t 54813.000000 t_start 54803.000000 t_end 54813.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 54814.000000 t_start 54813.000000 t_end 54823.000000
TEST 1: recsInScan 43 t 54815.000000 t_start 54813.000000 t_end 54823.000000
TEST 1: recsInScan 44 t 54816.000000 t_start 54813.000000 t_end 54823.000000
TEST 1: recsInScan 45 t 54817.000000 t_start 54813.000000 t_end 54823.000000
Wrote records for 9 dwells in scan 200900014  (last 5 are dummy records)
Reading  scan 200900015  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 54875.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 2 t 54876.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 3 t 54877.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 4 t 54878.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 5 t 54879.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 6 t 54880.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 7 t 54881.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 8 t 54882.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 9 t 54883.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 10 t 54884.000000 t_start 54875.000000 t_end 54885.000000
TEST 1: recsInScan 11 t 54885.000000 t_start 54875.000000 t_end 54885.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 54886.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 13 t 54887.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 14 t 54888.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 15 t 54889.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 16 t 54890.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 17 t 54891.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 18 t 54892.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 19 t 54893.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 20 t 54894.000000 t_start 54885.000000 t_end 54895.000000
TEST 1: recsInScan 21 t 54895.000000 t_start 54885.000000 t_end 54895.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 54896.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 23 t 54897.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 24 t 54898.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 25 t 54899.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 26 t 54900.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 27 t 54901.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 28 t 54902.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 29 t 54903.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 30 t 54904.000000 t_start 54895.000000 t_end 54905.000000
TEST 1: recsInScan 31 t 54905.000000 t_start 54895.000000 t_end 54905.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 54906.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 33 t 54907.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 34 t 54908.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 35 t 54909.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 36 t 54910.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 37 t 54911.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 38 t 54912.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 39 t 54913.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 40 t 54914.000000 t_start 54905.000000 t_end 54915.000000
TEST 1: recsInScan 41 t 54915.000000 t_start 54905.000000 t_end 54915.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 54916.000000 t_start 54915.000000 t_end 54925.000000
TEST 1: recsInScan 43 t 54917.000000 t_start 54915.000000 t_end 54925.000000
TEST 1: recsInScan 44 t 54918.000000 t_start 54915.000000 t_end 54925.000000
TEST 1: recsInScan 45 t 54919.000000 t_start 54915.000000 t_end 54925.000000
Wrote records for 9 dwells in scan 200900015  (last 5 are dummy records)
Reading  scan 200900016  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 54977.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 2 t 54978.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 3 t 54979.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 4 t 54980.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 5 t 54981.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 6 t 54982.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 7 t 54983.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 8 t 54984.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 9 t 54985.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 10 t 54986.000000 t_start 54977.000000 t_end 54987.000000
TEST 1: recsInScan 11 t 54987.000000 t_start 54977.000000 t_end 54987.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 54988.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 13 t 54989.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 14 t 54990.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 15 t 54991.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 16 t 54992.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 17 t 54993.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 18 t 54994.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 19 t 54995.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 20 t 54996.000000 t_start 54987.000000 t_end 54997.000000
TEST 1: recsInScan 21 t 54997.000000 t_start 54987.000000 t_end 54997.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 54998.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 23 t 54999.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 24 t 55000.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 25 t 55001.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 26 t 55002.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 27 t 55003.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 28 t 55004.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 29 t 55005.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 30 t 55006.000000 t_start 54997.000000 t_end 55007.000000
TEST 1: recsInScan 31 t 55007.000000 t_start 54997.000000 t_end 55007.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 55008.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 33 t 55009.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 34 t 55010.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 35 t 55011.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 36 t 55012.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 37 t 55013.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 38 t 55014.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 39 t 55015.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 40 t 55016.000000 t_start 55007.000000 t_end 55017.000000
TEST 1: recsInScan 41 t 55017.000000 t_start 55007.000000 t_end 55017.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 55018.000000 t_start 55017.000000 t_end 55027.000000
TEST 1: recsInScan 43 t 55019.000000 t_start 55017.000000 t_end 55027.000000
TEST 1: recsInScan 44 t 55020.000000 t_start 55017.000000 t_end 55027.000000
TEST 1: recsInScan 45 t 55021.000000 t_start 55017.000000 t_end 55027.000000
Wrote records for 9 dwells in scan 200900016  (last 5 are dummy records)
Reading  scan 200900017  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 55079.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 2 t 55080.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 3 t 55081.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 4 t 55082.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 5 t 55083.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 6 t 55084.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 7 t 55085.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 8 t 55086.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 9 t 55087.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 10 t 55088.000000 t_start 55079.000000 t_end 55089.000000
TEST 1: recsInScan 11 t 55089.000000 t_start 55079.000000 t_end 55089.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 55090.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 13 t 55091.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 14 t 55092.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 15 t 55093.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 16 t 55094.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 17 t 55095.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 18 t 55096.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 19 t 55097.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 20 t 55098.000000 t_start 55089.000000 t_end 55099.000000
TEST 1: recsInScan 21 t 55099.000000 t_start 55089.000000 t_end 55099.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 55100.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 23 t 55101.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 24 t 55102.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 25 t 55103.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 26 t 55104.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 27 t 55105.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 28 t 55106.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 29 t 55107.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 30 t 55108.000000 t_start 55099.000000 t_end 55109.000000
TEST 1: recsInScan 31 t 55109.000000 t_start 55099.000000 t_end 55109.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 55110.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 33 t 55111.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 34 t 55112.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 35 t 55113.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 36 t 55114.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 37 t 55115.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 38 t 55116.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 39 t 55117.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 40 t 55118.000000 t_start 55109.000000 t_end 55119.000000
TEST 1: recsInScan 41 t 55119.000000 t_start 55109.000000 t_end 55119.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 55120.000000 t_start 55119.000000 t_end 55129.000000
TEST 1: recsInScan 43 t 55121.000000 t_start 55119.000000 t_end 55129.000000
TEST 1: recsInScan 44 t 55122.000000 t_start 55119.000000 t_end 55129.000000
TEST 1: recsInScan 45 t 55123.000000 t_start 55119.000000 t_end 55129.000000
Wrote records for 9 dwells in scan 200900017  (last 5 are dummy records)
Reading  scan 200900018  (record length = 792 + 40000)
TEST 1: recsInScan 1 t 55181.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 2 t 55182.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 3 t 55183.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 4 t 55184.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 5 t 55185.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 6 t 55186.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 7 t 55187.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 8 t 55188.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 9 t 55189.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 10 t 55190.000000 t_start 55181.000000 t_end 55191.000000
TEST 1: recsInScan 11 t 55191.000000 t_start 55181.000000 t_end 55191.000000
TEST 2: recsInScan 11 n 10 minRecsInDwell 10 ndwells_out 0 ndwells 2
TEST 3: just wrote dwell 0
TEST 1: recsInScan 12 t 55192.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 13 t 55193.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 14 t 55194.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 15 t 55195.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 16 t 55196.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 17 t 55197.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 18 t 55198.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 19 t 55199.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 20 t 55200.000000 t_start 55191.000000 t_end 55201.000000
TEST 1: recsInScan 21 t 55201.000000 t_start 55191.000000 t_end 55201.000000
TEST 2: recsInScan 21 n 10 minRecsInDwell 10 ndwells_out 1 ndwells 4
TEST 3: just wrote dwell 1
TEST 1: recsInScan 22 t 55202.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 23 t 55203.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 24 t 55204.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 25 t 55205.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 26 t 55206.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 27 t 55207.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 28 t 55208.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 29 t 55209.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 30 t 55210.000000 t_start 55201.000000 t_end 55211.000000
TEST 1: recsInScan 31 t 55211.000000 t_start 55201.000000 t_end 55211.000000
TEST 2: recsInScan 31 n 10 minRecsInDwell 10 ndwells_out 2 ndwells 6
TEST 3: just wrote dwell 2
TEST 1: recsInScan 32 t 55212.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 33 t 55213.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 34 t 55214.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 35 t 55215.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 36 t 55216.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 37 t 55217.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 38 t 55218.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 39 t 55219.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 40 t 55220.000000 t_start 55211.000000 t_end 55221.000000
TEST 1: recsInScan 41 t 55221.000000 t_start 55211.000000 t_end 55221.000000
TEST 2: recsInScan 41 n 10 minRecsInDwell 10 ndwells_out 3 ndwells 8
TEST 3: just wrote dwell 3
TEST 1: recsInScan 42 t 55222.000000 t_start 55221.000000 t_end 55231.000000
TEST 1: recsInScan 43 t 55223.000000 t_start 55221.000000 t_end 55231.000000
TEST 1: recsInScan 44 t 55224.000000 t_start 55221.000000 t_end 55231.000000
TEST 1: recsInScan 45 t 55225.000000 t_start 55221.000000 t_end 55231.000000
Wrote records for 9 dwells in scan 200900018  (last 5 are dummy records)

Not sure what all the TEST statements mean...haven't seen those before.    

IDL> @red5000.jan09.pro
Successfully opened file nereus.jan09.cw_5000.azel
Switching from dwell =       5.00000 s to       10.0000 s
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan09.cw_5000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.1880e+08        0.000       0.3162         10.0
       1       1   8.2559e+08        0.000       0.3162         10.0
       2       1   8.0382e+08        0.000       0.3162         10.0
       3       1   8.0184e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   7.12111e-05
Peak = 81085513728.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9654e+08        0.000       0.3162         10.0
       1       1   8.0986e+08        0.000       0.3162         10.0
       2       1   8.0590e+08        0.000       0.3162         10.0
       3       1   7.9858e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.94511e-05
Peak = 55517446144.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9967e+08        0.000       0.3162         10.0
       1       1   7.9284e+08        0.000       0.3162         10.0
       2       1   8.0263e+08        0.000       0.3162         10.0
       3       1   8.0645e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.78630e-05
Peak = 78964195328.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9974e+08        0.000       0.3162         10.0
       1       1   7.9289e+08        0.000       0.3162         10.0
       2       1   7.9126e+08        0.000       0.3162         10.0
       3       1   7.9282e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.63909e-05
Peak = 65192087552.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9404e+08        0.000       0.3162         10.0
       1       1   8.0314e+08        0.000       0.3162         10.0
       2       1   7.8575e+08        0.000       0.3162         10.0
       3       1   7.8456e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.51408e-05
Peak = 91912208384.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9675e+08        0.000       0.3162         10.0
       1       1   7.8589e+08        0.000       0.3162         10.0
       2       1   7.8609e+08        0.000       0.3162         10.0
       3       1   7.8361e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.40483e-05
Peak = 75375902720.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8762e+08        0.000       0.3162         10.0
       1       1   7.7576e+08        0.000       0.3162         10.0
       2       1   7.8135e+08        0.000       0.3162         10.0
       3       1   7.6334e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.16991e-05
Peak = 57466081280.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8315e+08        0.000       0.3162         10.0
       1       1   7.8933e+08        0.000       0.3162         10.0
       2       1   7.7762e+08        0.000       0.3162         10.0
       3       1   7.6742e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.11540e-05
Peak = 75947409408.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7040e+08        0.000       0.3162         10.0
       1       1   7.6779e+08        0.000       0.3162         10.0
       2       1   7.6197e+08        0.000       0.3162         10.0
       3       1   7.6100e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.06840e-05
Peak = 45250789376.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6797e+08        0.000       0.3162         10.0
       1       1   7.6252e+08        0.000       0.3162         10.0
       2       1   7.6613e+08        0.000       0.3162         10.0
       3       1   7.5858e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.03811e-05
Peak = 48101834752.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6541e+08        0.000       0.3162         10.0
       1       1   7.6384e+08        0.000       0.3162         10.0
       2       1   7.5859e+08        0.000       0.3162         10.0
       3       1   7.4839e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.01880e-05
Peak = 57553874944.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.5272e+08        0.000       0.3162         10.0
       1       1   7.6186e+08        0.000       0.3162         10.0
       2       1   7.5624e+08        0.000       0.3162         10.0
       3       1   7.6458e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.00478e-05
Peak = 43272687616.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8071e+08        0.000       0.3162         10.0
       1       1   7.4477e+08        0.000       0.3162         10.0
       2       1   7.6309e+08        0.000       0.3162         10.0
       3       1   7.7296e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.00476e-05
Peak = 134368706560.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6579e+08        0.000       0.3162         10.0
       1       1   7.6004e+08        0.000       0.3162         10.0
       2       1   7.5393e+08        0.000       0.3162         10.0
       3       1   7.6403e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.01317e-05
Peak = 85305843712.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.4745e+08        0.000       0.3162         10.0
       1       1   7.5041e+08        0.000       0.3162         10.0
       2       1   7.5275e+08        0.000       0.3162         10.0
       3       1   7.5514e+08        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.02407e-05
Peak = 48632770560.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Successfully opened file nereus.jan09.cw_5000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.2696e+09        0.000       0.3162         10.0
       1       1   1.2711e+09        0.000       0.3162         10.0
       2       1   1.2881e+09        0.000       0.3162         10.0
       3       1   1.2721e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   6.57643e-05
Peak = 75695603712.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4001e+09        0.000       0.3162         10.0
       1       1   1.4113e+09        0.000       0.3162         10.0
       2       1   1.4127e+09        0.000       0.3162         10.0
       3       1   1.4101e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   6.40738e-05
Peak = 54121054208.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4013e+09        0.000       0.3162         10.0
       1       1   1.4170e+09        0.000       0.3162         10.0
       2       1   1.4077e+09        0.000       0.3162         10.0
       3       1   1.4071e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   6.25580e-05
Peak = 67521290240.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3748e+09        0.000       0.3162         10.0
       1       1   1.4638e+09        0.000       0.3162         10.0
       2       1   1.4594e+09        0.000       0.3162         10.0
       3       1   1.4463e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   6.11637e-05
Peak = 72078991360.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4597e+09        0.000       0.3162         10.0
       1       1   1.4481e+09        0.000       0.3162         10.0
       2       1   1.4329e+09        0.000       0.3162         10.0
       3       1   1.4468e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.99833e-05
Peak = 154335297536.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4435e+09        0.000       0.3162         10.0
       1       1   1.4355e+09        0.000       0.3162         10.0
       2       1   1.4575e+09        0.000       0.3162         10.0
       3       1   1.4522e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.89591e-05
Peak = 104088543232.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4869e+09        0.000       0.3162         10.0
       1       1   1.5108e+09        0.000       0.3162         10.0
       2       1   1.4857e+09        0.000       0.3162         10.0
       3       1   1.4861e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.67765e-05
Peak = 134768672768.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4852e+09        0.000       0.3162         10.0
       1       1   1.4833e+09        0.000       0.3162         10.0
       2       1   1.4980e+09        0.000       0.3162         10.0
       3       1   1.5014e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.62755e-05
Peak = 143164260352.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4917e+09        0.000       0.3162         10.0
       1       1   1.5053e+09        0.000       0.3162         10.0
       2       1   1.4902e+09        0.000       0.3162         10.0
       3       1   1.4839e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.58476e-05
Peak = 167839858688.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4611e+09        0.000       0.3162         10.0
       1       1   1.4951e+09        0.000       0.3162         10.0
       2       1   1.4794e+09        0.000       0.3162         10.0
       3       1   1.4761e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.55744e-05
Peak = 74937810944.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4787e+09        0.000       0.3162         10.0
       1       1   1.4475e+09        0.000       0.3162         10.0
       2       1   1.4703e+09        0.000       0.3162         10.0
       3       1   1.4579e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.54042e-05
Peak = 91275337728.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4650e+09        0.000       0.3162         10.0
       1       1   1.4709e+09        0.000       0.3162         10.0
       2       1   1.4569e+09        0.000       0.3162         10.0
       3       1   1.4712e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.52825e-05
Peak = 134186196992.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4502e+09        0.000       0.3162         10.0
       1       1   1.4533e+09        0.000       0.3162         10.0
       2       1   1.4438e+09        0.000       0.3162         10.0
       3       1   1.4578e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.52901e-05
Peak = 127961776128.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4621e+09        0.000       0.3162         10.0
       1       1   1.4536e+09        0.000       0.3162         10.0
       2       1   1.4460e+09        0.000       0.3162         10.0
       3       1   1.4678e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.53748e-05
Peak = 97455611904.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4290e+09        0.000       0.3162         10.0
       1       1   1.4504e+09        0.000       0.3162         10.0
       2       1   1.4368e+09        0.000       0.3162         10.0
       3       1   1.4738e+09        0.000       0.3162         10.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.54831e-05
Peak = 132910931968.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2698-2702  (   -2.50 Hz to     2.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Added 15 OC/SC pairs to the stack, which now contains 15 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #2 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #3 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #4 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #5 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #6 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #7 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #8 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #9 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #10 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #11 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #12 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #13 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #14 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #15 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Channel 1 fit coefficients (795 points) =   1.643141e+09       27730.41
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.619697e+09       7958.024
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.460
Channel 2: measured/calculated noise = 1.354
Added pair #16 to the pair stack
Channel 1 fit coefficients (795 points) =   1.656802e+09       99398.16
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.883627e+09      -30574.52
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.416
Channel 2: measured/calculated noise = 1.407
Added pair #17 to the pair stack
Channel 1 fit coefficients (795 points) =   1.639844e+09      -30555.87
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.886770e+09      -199160.5
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.442
Channel 2: measured/calculated noise = 1.421
Added pair #18 to the pair stack
Channel 1 fit coefficients (795 points) =   1.633061e+09      -1969.691
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.965366e+09      -30453.01
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.433
Channel 2: measured/calculated noise = 1.474
Added pair #19 to the pair stack
Channel 1 fit coefficients (795 points) =   1.616234e+09       38457.70
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.969599e+09      -29858.14
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.440
Channel 2: measured/calculated noise = 1.463
Added pair #20 to the pair stack
Channel 1 fit coefficients (795 points) =   1.597265e+09      -40819.30
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.947031e+09      -194658.5
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.431
Channel 2: measured/calculated noise = 1.400
Added pair #21 to the pair stack
Channel 1 fit coefficients (795 points) =   1.585042e+09      -39145.03
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   3.041879e+09      -3864.090
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.438
Channel 2: measured/calculated noise = 1.343
Added pair #22 to the pair stack
Channel 1 fit coefficients (795 points) =   1.587985e+09       47673.68
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   3.032363e+09       45809.95
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.424
Channel 2: measured/calculated noise = 1.365
Added pair #23 to the pair stack
Channel 1 fit coefficients (795 points) =   1.580147e+09      -62840.20
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   3.054867e+09      -90968.15
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.434
Channel 2: measured/calculated noise = 1.471
Added pair #24 to the pair stack
Channel 1 fit coefficients (795 points) =   1.568624e+09      -72475.77
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   3.030544e+09      -55939.97
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.444
Channel 2: measured/calculated noise = 1.464
Added pair #25 to the pair stack
Channel 1 fit coefficients (795 points) =   1.538364e+09       89064.73
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.956610e+09       81652.24
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.488
Channel 2: measured/calculated noise = 1.431
Added pair #26 to the pair stack
Channel 1 fit coefficients (795 points) =   1.536810e+09      -12577.67
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.969462e+09       50813.61
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.394
Channel 2: measured/calculated noise = 1.423
Added pair #27 to the pair stack
Channel 1 fit coefficients (795 points) =   1.547541e+09      -11263.55
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.919538e+09      -62283.59
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.464
Channel 2: measured/calculated noise = 1.408
Added pair #28 to the pair stack
Channel 1 fit coefficients (795 points) =   1.551293e+09      -61160.61
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.968237e+09      -33771.76
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.392
Channel 2: measured/calculated noise = 1.419
Added pair #29 to the pair stack
Channel 1 fit coefficients (795 points) =   1.523878e+09      -53232.50
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (795 points) =   2.917156e+09       20719.44
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.420
Channel 2: measured/calculated noise = 1.386
Added pair #30 to the pair stack
 
Deleted 15 pairs from the stack:  1  2  3  4  5  6  7  8  9  10  11  12  13  14  15
Stack now contains 15 pairs
 
Wrote 1 rdf frame, containing 15 OC spectra, to file nereus.jan09.runs.1Hz.rdf
Wrote 1 rdf frame, containing 15 SC spectra, to file nereus.jan09.runs.1Hz.rdf
Sum #1 (15 pairs) is stack pair #16 (group #101)
Channel 1 fit coefficients (996 points) =    -0.03198069   9.232617e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (996 points) =    -0.01873838   6.027042e-05
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan09.sum.1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan09.sum.1Hz.rdf
IDL> 

m/c values don't look so great...

--> It turns out that the dwells in the drvcw and *azel_in file were mismatched.
Fix and try again...

remote:/share/radar1/lbenner/nereus < 6 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
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45 xforms done
9 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
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45 xforms done
9 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
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450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 5
Starting up stripVme..
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45 xforms done
9 ipps each of length 5000 words output
Done with scan 6
Starting up stripVme..
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45 xforms done
9 ipps each of length 5000 words output
Done with scan 7
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45 xforms done
9 ipps each of length 5000 words output
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9 ipps each of length 5000 words output
Done with scan 10
Starting up stripVme..
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45 xforms done
9 ipps each of length 5000 words output
Done with scan 11
Starting up stripVme..
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450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 12
Starting up stripVme..
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45 xforms done
9 ipps each of length 5000 words output
Done with scan 13
Starting up stripVme..
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450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 14
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 15
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 6
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 7
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 8
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 9
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 10
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 11
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 12
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 13
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 14
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
45 xforms done
9 ipps each of length 5000 words output
Done with scan 15
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Scan 6 TX power (kW): 
Scan 7 TX power (kW): 
Scan 8 TX power (kW): 
Scan 9 TX power (kW): 
Scan 10 TX power (kW): 
Scan 11 TX power (kW): 
Scan 12 TX power (kW): 
Scan 13 TX power (kW): 
Scan 14 TX power (kW): 
Scan 15 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 200900004  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900004
Reading  scan 200900005  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900005
Reading  scan 200900006  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900006
Reading  scan 200900007  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900007
Reading  scan 200900008  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900008
Reading  scan 200900009  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900009
Reading  scan 200900010  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900010
Reading  scan 200900011  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900011
Reading  scan 200900012  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900012
Reading  scan 200900013  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900013
Reading  scan 200900014  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900014
Reading  scan 200900015  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900015
Reading  scan 200900016  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900016
Reading  scan 200900017  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900017
Reading  scan 200900018  (record length = 792 + 40000)
Wrote records for 9 dwells in scan 200900018

remote:/share/radar1/lbenner/nereus < 7 > 

IDL> @red5000.jan09.pro
Successfully opened file nereus.jan09.cw_5000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan09.cw_5000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.1880e+08        0.000       0.4472          5.0
       1       1   8.2559e+08        0.000       0.4472          5.0
       2       1   8.0382e+08        0.000       0.4472          5.0
       3       1   8.0184e+08        0.000       0.4472          5.0
       4       1   8.0950e+08        0.000       0.4472          5.0
       5       1   8.0186e+08        0.000       0.4472          5.0
       6       1   8.0076e+08        0.000       0.4472          5.0
       7       1   7.9935e+08        0.000       0.4472          5.0
       8       1   8.0349e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.70958e-05
Peak = 88353456128.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9654e+08        0.000       0.4472          5.0
       1       1   8.0986e+08        0.000       0.4472          5.0
       2       1   8.0590e+08        0.000       0.4472          5.0
       3       1   7.9858e+08        0.000       0.4472          5.0
       4       1   8.0632e+08        0.000       0.4472          5.0
       5       1   7.9937e+08        0.000       0.4472          5.0
       6       1   8.0978e+08        0.000       0.4472          5.0
       7       1   8.1428e+08        0.000       0.4472          5.0
       8       1   8.0551e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.54398e-05
Peak = 96455335936.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9967e+08        0.000       0.4472          5.0
       1       1   7.9284e+08        0.000       0.4472          5.0
       2       1   8.0263e+08        0.000       0.4472          5.0
       3       1   8.0645e+08        0.000       0.4472          5.0
       4       1   7.9598e+08        0.000       0.4472          5.0
       5       1   7.9685e+08        0.000       0.4472          5.0
       6       1   7.9442e+08        0.000       0.4472          5.0
       7       1   7.9787e+08        0.000       0.4472          5.0
       8       1   7.8992e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.39472e-05
Peak = 104012939264.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9974e+08        0.000       0.4472          5.0
       1       1   7.9289e+08        0.000       0.4472          5.0
       2       1   7.9126e+08        0.000       0.4472          5.0
       3       1   7.9282e+08        0.000       0.4472          5.0
       4       1   7.9225e+08        0.000       0.4472          5.0
       5       1   7.9631e+08        0.000       0.4472          5.0
       6       1   7.9225e+08        0.000       0.4472          5.0
       7       1   8.0156e+08        0.000       0.4472          5.0
       8       1   7.9829e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.25636e-05
Peak = 84006322176.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9404e+08        0.000       0.4472          5.0
       1       1   8.0314e+08        0.000       0.4472          5.0
       2       1   7.8575e+08        0.000       0.4472          5.0
       3       1   7.8456e+08        0.000       0.4472          5.0
       4       1   7.8424e+08        0.000       0.4472          5.0
       5       1   7.9247e+08        0.000       0.4472          5.0
       6       1   7.9026e+08        0.000       0.4472          5.0
       7       1   7.9995e+08        0.000       0.4472          5.0
       8       1   7.8791e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.13882e-05
Peak = 117221736448.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9675e+08        0.000       0.4472          5.0
       1       1   7.8589e+08        0.000       0.4472          5.0
       2       1   7.8609e+08        0.000       0.4472          5.0
       3       1   7.8361e+08        0.000       0.4472          5.0
       4       1   7.8527e+08        0.000       0.4472          5.0
       5       1   7.8370e+08        0.000       0.4472          5.0
       6       1   7.8466e+08        0.000       0.4472          5.0
       7       1   7.8909e+08        0.000       0.4472          5.0
       8       1   7.8677e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   6.03625e-05
Peak = 115137142784.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8762e+08        0.000       0.4472          5.0
       1       1   7.7576e+08        0.000       0.4472          5.0
       2       1   7.8135e+08        0.000       0.4472          5.0
       3       1   7.6334e+08        0.000       0.4472          5.0
       4       1   7.8506e+08        0.000       0.4472          5.0
       5       1   7.7580e+08        0.000       0.4472          5.0
       6       1   7.8015e+08        0.000       0.4472          5.0
       7       1   7.7545e+08        0.000       0.4472          5.0
       8       1   7.6805e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.81566e-05
Peak = 95030001664.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8315e+08        0.000       0.4472          5.0
       1       1   7.8933e+08        0.000       0.4472          5.0
       2       1   7.7762e+08        0.000       0.4472          5.0
       3       1   7.6742e+08        0.000       0.4472          5.0
       4       1   7.7220e+08        0.000       0.4472          5.0
       5       1   7.6056e+08        0.000       0.4472          5.0
       6       1   7.8452e+08        0.000       0.4472          5.0
       7       1   7.7831e+08        0.000       0.4472          5.0
       8       1   7.8623e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.76455e-05
Peak = 121275064320.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7040e+08        0.000       0.4472          5.0
       1       1   7.6779e+08        0.000       0.4472          5.0
       2       1   7.6197e+08        0.000       0.4472          5.0
       3       1   7.6100e+08        0.000       0.4472          5.0
       4       1   7.6897e+08        0.000       0.4472          5.0
       5       1   7.6959e+08        0.000       0.4472          5.0
       6       1   7.6744e+08        0.000       0.4472          5.0
       7       1   7.7253e+08        0.000       0.4472          5.0
       8       1   7.6813e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.72050e-05
Peak = 84791558144.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6797e+08        0.000       0.4472          5.0
       1       1   7.6252e+08        0.000       0.4472          5.0
       2       1   7.6613e+08        0.000       0.4472          5.0
       3       1   7.5858e+08        0.000       0.4472          5.0
       4       1   7.7590e+08        0.000       0.4472          5.0
       5       1   7.8063e+08        0.000       0.4472          5.0
       6       1   7.7541e+08        0.000       0.4472          5.0
       7       1   7.5800e+08        0.000       0.4472          5.0
       8       1   7.6081e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.69223e-05
Peak = 82222284800.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6541e+08        0.000       0.4472          5.0
       1       1   7.6384e+08        0.000       0.4472          5.0
       2       1   7.5859e+08        0.000       0.4472          5.0
       3       1   7.4839e+08        0.000       0.4472          5.0
       4       1   7.6360e+08        0.000       0.4472          5.0
       5       1   7.6152e+08        0.000       0.4472          5.0
       6       1   7.5258e+08        0.000       0.4472          5.0
       7       1   7.6797e+08        0.000       0.4472          5.0
       8       1   7.6987e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.67428e-05
Peak = 97023614976.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.5272e+08        0.000       0.4472          5.0
       1       1   7.6186e+08        0.000       0.4472          5.0
       2       1   7.5624e+08        0.000       0.4472          5.0
       3       1   7.6458e+08        0.000       0.4472          5.0
       4       1   7.5756e+08        0.000       0.4472          5.0
       5       1   7.5169e+08        0.000       0.4472          5.0
       6       1   7.6304e+08        0.000       0.4472          5.0
       7       1   7.7705e+08        0.000       0.4472          5.0
       8       1   7.7003e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.66127e-05
Peak = 107037024256.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8071e+08        0.000       0.4472          5.0
       1       1   7.4477e+08        0.000       0.4472          5.0
       2       1   7.6309e+08        0.000       0.4472          5.0
       3       1   7.7296e+08        0.000       0.4472          5.0
       4       1   7.5998e+08        0.000       0.4472          5.0
       5       1   7.5514e+08        0.000       0.4472          5.0
       6       1   7.5746e+08        0.000       0.4472          5.0
       7       1   7.6219e+08        0.000       0.4472          5.0
       8       1   7.4909e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.66150e-05
Peak = 139799166976.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6579e+08        0.000       0.4472          5.0
       1       1   7.6004e+08        0.000       0.4472          5.0
       2       1   7.5393e+08        0.000       0.4472          5.0
       3       1   7.6403e+08        0.000       0.4472          5.0
       4       1   7.5047e+08        0.000       0.4472          5.0
       5       1   7.5546e+08        0.000       0.4472          5.0
       6       1   7.5797e+08        0.000       0.4472          5.0
       7       1   7.6300e+08        0.000       0.4472          5.0
       8       1   7.4356e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.66955e-05
Peak = 99060228096.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.4745e+08        0.000       0.4472          5.0
       1       1   7.5041e+08        0.000       0.4472          5.0
       2       1   7.5275e+08        0.000       0.4472          5.0
       3       1   7.5514e+08        0.000       0.4472          5.0
       4       1   7.5865e+08        0.000       0.4472          5.0
       5       1   7.4025e+08        0.000       0.4472          5.0
       6       1   7.5543e+08        0.000       0.4472          5.0
       7       1   7.5870e+08        0.000       0.4472          5.0
       8       1   7.5949e+08        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p1
sdev =   5.68000e-05
Peak = 84813332480.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Successfully opened file nereus.jan09.cw_5000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.2696e+09        0.000       0.4472          5.0
       1       1   1.2711e+09        0.000       0.4472          5.0
       2       1   1.2881e+09        0.000       0.4472          5.0
       3       1   1.2721e+09        0.000       0.4472          5.0
       4       1   1.3031e+09        0.000       0.4472          5.0
       5       1   1.2729e+09        0.000       0.4472          5.0
       6       1   1.2924e+09        0.000       0.4472          5.0
       7       1   1.2803e+09        0.000       0.4472          5.0
       8       1   1.2737e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   6.19624e-05
Peak = 135206297600.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4001e+09        0.000       0.4472          5.0
       1       1   1.4113e+09        0.000       0.4472          5.0
       2       1   1.4127e+09        0.000       0.4472          5.0
       3       1   1.4101e+09        0.000       0.4472          5.0
       4       1   1.4301e+09        0.000       0.4472          5.0
       5       1   1.4384e+09        0.000       0.4472          5.0
       6       1   1.4229e+09        0.000       0.4472          5.0
       7       1   1.4136e+09        0.000       0.4472          5.0
       8       1   1.4075e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   6.03727e-05
Peak = 102271950848.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4013e+09        0.000       0.4472          5.0
       1       1   1.4170e+09        0.000       0.4472          5.0
       2       1   1.4077e+09        0.000       0.4472          5.0
       3       1   1.4071e+09        0.000       0.4472          5.0
       4       1   1.4060e+09        0.000       0.4472          5.0
       5       1   1.4276e+09        0.000       0.4472          5.0
       6       1   1.4073e+09        0.000       0.4472          5.0
       7       1   1.4399e+09        0.000       0.4472          5.0
       8       1   1.4164e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.89475e-05
Peak = 135632396288.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3748e+09        0.000       0.4472          5.0
       1       1   1.4638e+09        0.000       0.4472          5.0
       2       1   1.4594e+09        0.000       0.4472          5.0
       3       1   1.4463e+09        0.000       0.4472          5.0
       4       1   1.4766e+09        0.000       0.4472          5.0
       5       1   1.4691e+09        0.000       0.4472          5.0
       6       1   1.4702e+09        0.000       0.4472          5.0
       7       1   1.4600e+09        0.000       0.4472          5.0
       8       1   1.4715e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.76369e-05
Peak = 142079819776.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4597e+09        0.000       0.4472          5.0
       1       1   1.4481e+09        0.000       0.4472          5.0
       2       1   1.4329e+09        0.000       0.4472          5.0
       3       1   1.4468e+09        0.000       0.4472          5.0
       4       1   1.4591e+09        0.000       0.4472          5.0
       5       1   1.4480e+09        0.000       0.4472          5.0
       6       1   1.4603e+09        0.000       0.4472          5.0
       7       1   1.4628e+09        0.000       0.4472          5.0
       8       1   1.4448e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.65279e-05
Peak = 174708899840.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4435e+09        0.000       0.4472          5.0
       1       1   1.4355e+09        0.000       0.4472          5.0
       2       1   1.4575e+09        0.000       0.4472          5.0
       3       1   1.4522e+09        0.000       0.4472          5.0
       4       1   1.4554e+09        0.000       0.4472          5.0
       5       1   1.4540e+09        0.000       0.4472          5.0
       6       1   1.4425e+09        0.000       0.4472          5.0
       7       1   1.4329e+09        0.000       0.4472          5.0
       8       1   1.4431e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.55653e-05
Peak = 129411727360.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4869e+09        0.000       0.4472          5.0
       1       1   1.5108e+09        0.000       0.4472          5.0
       2       1   1.4857e+09        0.000       0.4472          5.0
       3       1   1.4861e+09        0.000       0.4472          5.0
       4       1   1.5155e+09        0.000       0.4472          5.0
       5       1   1.5078e+09        0.000       0.4472          5.0
       6       1   1.5088e+09        0.000       0.4472          5.0
       7       1   1.4927e+09        0.000       0.4472          5.0
       8       1   1.4896e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.35170e-05
Peak = 182330540032.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4852e+09        0.000       0.4472          5.0
       1       1   1.4833e+09        0.000       0.4472          5.0
       2       1   1.4980e+09        0.000       0.4472          5.0
       3       1   1.5014e+09        0.000       0.4472          5.0
       4       1   1.4865e+09        0.000       0.4472          5.0
       5       1   1.4921e+09        0.000       0.4472          5.0
       6       1   1.4858e+09        0.000       0.4472          5.0
       7       1   1.4787e+09        0.000       0.4472          5.0
       8       1   1.5077e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.30475e-05
Peak = 162905276416.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4917e+09        0.000       0.4472          5.0
       1       1   1.5053e+09        0.000       0.4472          5.0
       2       1   1.4902e+09        0.000       0.4472          5.0
       3       1   1.4839e+09        0.000       0.4472          5.0
       4       1   1.4954e+09        0.000       0.4472          5.0
       5       1   1.4798e+09        0.000       0.4472          5.0
       6       1   1.4951e+09        0.000       0.4472          5.0
       7       1   1.5000e+09        0.000       0.4472          5.0
       8       1   1.4765e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.26467e-05
Peak = 194633973760.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4611e+09        0.000       0.4472          5.0
       1       1   1.4951e+09        0.000       0.4472          5.0
       2       1   1.4794e+09        0.000       0.4472          5.0
       3       1   1.4761e+09        0.000       0.4472          5.0
       4       1   1.4578e+09        0.000       0.4472          5.0
       5       1   1.4650e+09        0.000       0.4472          5.0
       6       1   1.4875e+09        0.000       0.4472          5.0
       7       1   1.4784e+09        0.000       0.4472          5.0
       8       1   1.4633e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.23918e-05
Peak = 100598784000.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4787e+09        0.000       0.4472          5.0
       1       1   1.4475e+09        0.000       0.4472          5.0
       2       1   1.4703e+09        0.000       0.4472          5.0
       3       1   1.4579e+09        0.000       0.4472          5.0
       4       1   1.4806e+09        0.000       0.4472          5.0
       5       1   1.4830e+09        0.000       0.4472          5.0
       6       1   1.4732e+09        0.000       0.4472          5.0
       7       1   1.4910e+09        0.000       0.4472          5.0
       8       1   1.4666e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.22329e-05
Peak = 130594357248.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4650e+09        0.000       0.4472          5.0
       1       1   1.4709e+09        0.000       0.4472          5.0
       2       1   1.4569e+09        0.000       0.4472          5.0
       3       1   1.4712e+09        0.000       0.4472          5.0
       4       1   1.4512e+09        0.000       0.4472          5.0
       5       1   1.4719e+09        0.000       0.4472          5.0
       6       1   1.4859e+09        0.000       0.4472          5.0
       7       1   1.4650e+09        0.000       0.4472          5.0
       8       1   1.4633e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.21204e-05
Peak = 205539147776.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4502e+09        0.000       0.4472          5.0
       1       1   1.4533e+09        0.000       0.4472          5.0
       2       1   1.4438e+09        0.000       0.4472          5.0
       3       1   1.4578e+09        0.000       0.4472          5.0
       4       1   1.4510e+09        0.000       0.4472          5.0
       5       1   1.4706e+09        0.000       0.4472          5.0
       6       1   1.4488e+09        0.000       0.4472          5.0
       7       1   1.4582e+09        0.000       0.4472          5.0
       8       1   1.4783e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.21293e-05
Peak = 142031536128.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4621e+09        0.000       0.4472          5.0
       1       1   1.4536e+09        0.000       0.4472          5.0
       2       1   1.4460e+09        0.000       0.4472          5.0
       3       1   1.4678e+09        0.000       0.4472          5.0
       4       1   1.4568e+09        0.000       0.4472          5.0
       5       1   1.4773e+09        0.000       0.4472          5.0
       6       1   1.4570e+09        0.000       0.4472          5.0
       7       1   1.4672e+09        0.000       0.4472          5.0
       8       1   1.4468e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.22114e-05
Peak = 194862792704.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4290e+09        0.000       0.4472          5.0
       1       1   1.4504e+09        0.000       0.4472          5.0
       2       1   1.4368e+09        0.000       0.4472          5.0
       3       1   1.4738e+09        0.000       0.4472          5.0
       4       1   1.4563e+09        0.000       0.4472          5.0
       5       1   1.4695e+09        0.000       0.4472          5.0
       6       1   1.4726e+09        0.000       0.4472          5.0
       7       1   1.4444e+09        0.000       0.4472          5.0
       8       1   1.4598e+09        0.000       0.4472          5.0
Input           9 spectra from nereus.jan09.cw_5000.p2
sdev =   5.23136e-05
Peak = 196876222464.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Added 15 OC/SC pairs to the stack, which now contains 15 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #2 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #3 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #4 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #5 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #6 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #7 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #8 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #9 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #10 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #11 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #12 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #13 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #14 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #15 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Channel 1 fit coefficients (783 points) =   2.468601e+09       13802.64
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   3.933817e+09       45080.92
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.998
Channel 2: measured/calculated noise = 0.993
Added pair #16 to the pair stack
Channel 1 fit coefficients (783 points) =   2.457039e+09       54111.98
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.325142e+09      -13739.54
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.981
Channel 2: measured/calculated noise = 1.007
Added pair #17 to the pair stack
Channel 1 fit coefficients (783 points) =   2.429534e+09      -46861.47
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.320245e+09      -88356.51
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.993
Channel 2: measured/calculated noise = 1.008
Added pair #18 to the pair stack
Channel 1 fit coefficients (783 points) =   2.434853e+09      -44746.43
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.441686e+09       6816.358
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.990
Channel 2: measured/calculated noise = 0.990
Added pair #19 to the pair stack
Channel 1 fit coefficients (783 points) =   2.408154e+09       15856.15
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.402394e+09      -30403.26
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.050
Channel 2: measured/calculated noise = 1.005
Added pair #20 to the pair stack
Channel 1 fit coefficients (783 points) =   2.393985e+09      -55213.67
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.393798e+09      -235775.5
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.010
Channel 2: measured/calculated noise = 0.960
Added pair #21 to the pair stack
Channel 1 fit coefficients (783 points) =   2.379820e+09       14271.42
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.595752e+09      -4055.891
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.025
Channel 2: measured/calculated noise = 0.977
Added pair #22 to the pair stack
Channel 1 fit coefficients (783 points) =   2.358958e+09       39946.52
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.555555e+09       91226.77
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.013
Channel 2: measured/calculated noise = 0.947
Added pair #23 to the pair stack
Channel 1 fit coefficients (783 points) =   2.373212e+09       2248.040
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.551351e+09       16279.98
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.028
Channel 2: measured/calculated noise = 1.007
Added pair #24 to the pair stack
Channel 1 fit coefficients (783 points) =   2.353359e+09      -109882.7
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.522258e+09      -66844.90
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.032
Channel 2: measured/calculated noise = 1.007
Added pair #25 to the pair stack
Channel 1 fit coefficients (783 points) =   2.307458e+09       30257.61
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.487507e+09      -30428.37
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.044
Channel 2: measured/calculated noise = 1.012
Added pair #26 to the pair stack
Channel 1 fit coefficients (783 points) =   2.307531e+09       12365.33
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.466011e+09       50294.75
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.945
Channel 2: measured/calculated noise = 1.031
Added pair #27 to the pair stack
Channel 1 fit coefficients (783 points) =   2.315376e+09      -83663.50
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.418660e+09      -84248.30
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.003
Channel 2: measured/calculated noise = 0.966
Added pair #28 to the pair stack
Channel 1 fit coefficients (783 points) =   2.314376e+09      -28484.70
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.429960e+09      -61859.94
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.002
Channel 2: measured/calculated noise = 0.960
Added pair #29 to the pair stack
Channel 1 fit coefficients (783 points) =   2.286247e+09      -55837.21
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   4.395354e+09       53173.17
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.009
Channel 2: measured/calculated noise = 0.993
Added pair #30 to the pair stack
 
Deleted 15 pairs from the stack:  1  2  3  4  5  6  7  8  9  10  11  12  13  14  15
Stack now contains 15 pairs
 
Wrote 1 rdf frame, containing 15 OC spectra, to file nereus.jan09.runs.1Hz.rdf
Wrote 1 rdf frame, containing 15 SC spectra, to file nereus.jan09.runs.1Hz.rdf
Sum #1 (15 pairs) is stack pair #16 (group #101)
Channel 1 fit coefficients (984 points) =   -0.002861209   1.974059e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (984 points) =   -0.003218505   1.231996e-05
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan09.sum.1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan09.sum.1Hz.rdf
IDL> 

--> This time the m/c noise values look excellent: nearly unity.
    ...and the noise statistics are fine.  This worked.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

2002 January 10
---------------
5 runs, solution 26, FFT = 5000
 
remote:/share/radar1/lbenner/nereus < 8 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
43 xforms done
Data file:860000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
8 ipps each of length 5000 words output
Done with scan 5
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 201000067  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201000067
Reading  scan 201000068  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201000068
Reading  scan 201000069  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201000069
Reading  scan 201000070  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201000070
Reading  scan 201000071  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201000071

remote:/share/radar1/lbenner/nereus < 9 > 

IDL> @red5000.jan10.pro
Successfully opened file nereus.jan10.cw_5000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan10.cw_5000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6150e+08        0.000       0.4472          5.0
       1       1   7.7751e+08        0.000       0.4472          5.0
       2       1   7.7873e+08        0.000       0.4472          5.0
       3       1   7.7932e+08        0.000       0.4472          5.0
       4       1   7.7892e+08        0.000       0.4472          5.0
       5       1   7.7820e+08        0.000       0.4472          5.0
       6       1   7.8311e+08        0.000       0.4472          5.0
       7       1   7.7922e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p1
sdev =   5.57886e-05
Peak = 57651941376.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8509e+08        0.000       0.4472          5.0
       1       1   7.8546e+08        0.000       0.4472          5.0
       2       1   7.8777e+08        0.000       0.4472          5.0
       3       1   7.9955e+08        0.000       0.4472          5.0
       4       1   7.6609e+08        0.000       0.4472          5.0
       5       1   7.7546e+08        0.000       0.4472          5.0
       6       1   7.7068e+08        0.000       0.4472          5.0
       7       1   7.9987e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p1
sdev =   5.48158e-05
Peak = 88635326464.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7288e+08        0.000       0.4472          5.0
       1       1   7.7056e+08        0.000       0.4472          5.0
       2       1   7.7208e+08        0.000       0.4472          5.0
       3       1   7.8339e+08        0.000       0.4472          5.0
       4       1   7.7494e+08        0.000       0.4472          5.0
       5       1   7.8583e+08        0.000       0.4472          5.0
       6       1   7.7143e+08        0.000       0.4472          5.0
       7       1   7.6774e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p1
sdev =   5.39906e-05
Peak = 59742117888.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6096e+08        0.000       0.4472          5.0
       1       1   7.7717e+08        0.000       0.4472          5.0
       2       1   7.7850e+08        0.000       0.4472          5.0
       3       1   7.7085e+08        0.000       0.4472          5.0
       4       1   7.7080e+08        0.000       0.4472          5.0
       5       1   7.6966e+08        0.000       0.4472          5.0
       6       1   7.6029e+08        0.000       0.4472          5.0
       7       1   7.7555e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p1
sdev =   5.32779e-05
Peak = 53749231616.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6726e+08        0.000       0.4472          5.0
       1       1   7.7620e+08        0.000       0.4472          5.0
       2       1   7.7282e+08        0.000       0.4472          5.0
       3       1   7.8989e+08        0.000       0.4472          5.0
       4       1   7.7568e+08        0.000       0.4472          5.0
       5       1   7.7436e+08        0.000       0.4472          5.0
       6       1   7.6822e+08        0.000       0.4472          5.0
       7       1   7.6771e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p1
sdev =   5.26667e-05
Peak = 94198964224.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Successfully opened file nereus.jan10.cw_5000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3732e+09        0.000       0.4472          5.0
       1       1   1.3668e+09        0.000       0.4472          5.0
       2       1   1.3705e+09        0.000       0.4472          5.0
       3       1   1.4012e+09        0.000       0.4472          5.0
       4       1   1.3670e+09        0.000       0.4472          5.0
       5       1   1.3787e+09        0.000       0.4472          5.0
       6       1   1.3899e+09        0.000       0.4472          5.0
       7       1   1.3750e+09        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p2
sdev =   5.14171e-05
Peak = 89843941376.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3056e+09        0.000       0.4472          5.0
       1       1   1.3114e+09        0.000       0.4472          5.0
       2       1   1.3101e+09        0.000       0.4472          5.0
       3       1   1.2919e+09        0.000       0.4472          5.0
       4       1   1.3051e+09        0.000       0.4472          5.0
       5       1   1.3115e+09        0.000       0.4472          5.0
       6       1   1.3107e+09        0.000       0.4472          5.0
       7       1   1.3239e+09        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p2
sdev =   5.04947e-05
Peak = 67079307264.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3685e+09        0.000       0.4472          5.0
       1       1   1.3799e+09        0.000       0.4472          5.0
       2       1   1.3811e+09        0.000       0.4472          5.0
       3       1   1.3894e+09        0.000       0.4472          5.0
       4       1   1.4096e+09        0.000       0.4472          5.0
       5       1   1.3500e+09        0.000       0.4472          5.0
       6       1   1.3812e+09        0.000       0.4472          5.0
       7       1   1.3831e+09        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p2
sdev =   4.97153e-05
Peak = 147305742336.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3656e+09        0.000       0.4472          5.0
       1       1   1.3671e+09        0.000       0.4472          5.0
       2       1   1.3649e+09        0.000       0.4472          5.0
       3       1   1.3529e+09        0.000       0.4472          5.0
       4       1   1.3707e+09        0.000       0.4472          5.0
       5       1   1.3771e+09        0.000       0.4472          5.0
       6       1   1.3660e+09        0.000       0.4472          5.0
       7       1   1.3808e+09        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p2
sdev =   4.90459e-05
Peak = 98447728640.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3664e+09        0.000       0.4472          5.0
       1       1   1.3700e+09        0.000       0.4472          5.0
       2       1   1.3500e+09        0.000       0.4472          5.0
       3       1   1.3653e+09        0.000       0.4472          5.0
       4       1   1.4018e+09        0.000       0.4472          5.0
       5       1   1.3772e+09        0.000       0.4472          5.0
       6       1   1.3541e+09        0.000       0.4472          5.0
       7       1   1.3480e+09        0.000       0.4472          5.0
Input           8 spectra from nereus.jan10.cw_5000.p2
sdev =   4.84734e-05
Peak = 134757646336.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Added 5 OC/SC pairs to the stack, which now contains 5 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #2 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #3 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #4 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #5 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Channel 1 fit coefficients (783 points) =   2.230152e+09      -16217.30
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   3.979229e+09       144139.6
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.004
Channel 2: measured/calculated noise = 1.002
Added pair #6 to the pair stack
Channel 1 fit coefficients (783 points) =   2.236029e+09      -59615.78
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   3.743521e+09      -7095.480
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.030
Channel 2: measured/calculated noise = 0.998
Added pair #7 to the pair stack
Channel 1 fit coefficients (783 points) =   2.239662e+09       43306.27
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   3.934736e+09       51616.72
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.005
Channel 2: measured/calculated noise = 0.985
Added pair #8 to the pair stack
Channel 1 fit coefficients (783 points) =   2.215419e+09      -28659.01
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   3.904794e+09       94844.00
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.000
Channel 2: measured/calculated noise = 1.015
Added pair #9 to the pair stack
Channel 1 fit coefficients (783 points) =   2.219460e+09       20889.54
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   3.889084e+09       5357.372
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.035
Channel 2: measured/calculated noise = 1.042
Added pair #10 to the pair stack
 
Deleted 5 pairs from the stack:  1  2  3  4  5
Stack now contains 5 pairs
 
Wrote 1 rdf frame, containing 5 OC spectra, to file nereus.jan10.runs.1Hz.rdf
Wrote 1 rdf frame, containing 5 SC spectra, to file nereus.jan10.runs.1Hz.rdf
Sum #1 (5 pairs) is stack pair #6 (group #101)
Channel 1 fit coefficients (984 points) =    -0.01256684   3.727240e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (984 points) =   -0.003904401   4.498602e-06
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan10.sum.1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan10.sum.1Hz.rdf
IDL> 

- - - - - - - - - - - - - - - - - - - - - 

2002 January 11
---------------

5 runs, solution 26, FFT = 5000

remote:/share/radar1/lbenner/nereus < 5 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
40 xforms done
8 ipps each of length 5000 words output
Done with scan 5
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 201100050  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201100050
Reading  scan 201100051  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201100051
Reading  scan 201100052  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201100052
Reading  scan 201100053  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201100053
Reading  scan 201100054  (record length = 792 + 40000)
Wrote records for 8 dwells in scan 201100054

remote:/share/radar1/lbenner/nereus < 6 > 
IDL> @red5000.jan11.pro
Successfully opened file nereus.jan11.cw_5000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan11.cw_5000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.4865e+08        0.000       0.4472          5.0
       1       1   9.7004e+08        0.000       0.4472          5.0
       2       1   9.4671e+08        0.000       0.4472          5.0
       3       1   9.3778e+08        0.000       0.4472          5.0
       4       1   9.4140e+08        0.000       0.4472          5.0
       5       1   9.5607e+08        0.000       0.4472          5.0
       6       1   9.4561e+08        0.000       0.4472          5.0
       7       1   9.4424e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p1
sdev =   5.88310e-05
Peak = 69482889216.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.4362e+08        0.000       0.4472          5.0
       1       1   9.5291e+08        0.000       0.4472          5.0
       2       1   9.3854e+08        0.000       0.4472          5.0
       3       1   9.3546e+08        0.000       0.4472          5.0
       4       1   9.3414e+08        0.000       0.4472          5.0
       5       1   9.4322e+08        0.000       0.4472          5.0
       6       1   9.4068e+08        0.000       0.4472          5.0
       7       1   9.5034e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p1
sdev =   5.74658e-05
Peak = 76575055872.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.4895e+08        0.000       0.4472          5.0
       1       1   9.3233e+08        0.000       0.4472          5.0
       2       1   9.3122e+08        0.000       0.4472          5.0
       3       1   9.2619e+08        0.000       0.4472          5.0
       4       1   9.3861e+08        0.000       0.4472          5.0
       5       1   9.2873e+08        0.000       0.4472          5.0
       6       1   9.4580e+08        0.000       0.4472          5.0
       7       1   9.2622e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p1
sdev =   5.61857e-05
Peak = 88580145152.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.2853e+08        0.000       0.4472          5.0
       1       1   9.0015e+08        0.000       0.4472          5.0
       2       1   9.2894e+08        0.000       0.4472          5.0
       3       1   9.3993e+08        0.000       0.4472          5.0
       4       1   9.3170e+08        0.000       0.4472          5.0
       5       1   9.2345e+08        0.000       0.4472          5.0
       6       1   9.2612e+08        0.000       0.4472          5.0
       7       1   9.1775e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p1
sdev =   5.49420e-05
Peak = 80403808256.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.2161e+08        0.000       0.4472          5.0
       1       1   9.1231e+08        0.000       0.4472          5.0
       2       1   9.0143e+08        0.000       0.4472          5.0
       3       1   9.0788e+08        0.000       0.4472          5.0
       4       1   9.1032e+08        0.000       0.4472          5.0
       5       1   9.1590e+08        0.000       0.4472          5.0
       6       1   9.0218e+08        0.000       0.4472          5.0
       7       1   9.2650e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p1
sdev =   5.38357e-05
Peak = 99216318464.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Successfully opened file nereus.jan11.cw_5000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.8549e+08        0.000       0.4472          5.0
       1       1   8.9236e+08        0.000       0.4472          5.0
       2       1   8.8171e+08        0.000       0.4472          5.0
       3       1   8.7815e+08        0.000       0.4472          5.0
       4       1   8.8962e+08        0.000       0.4472          5.0
       5       1   8.8530e+08        0.000       0.4472          5.0
       6       1   8.9259e+08        0.000       0.4472          5.0
       7       1   8.8544e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p2
sdev =   5.47527e-05
Peak = 46285881344.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.7424e+08        0.000       0.4472          5.0
       1       1   8.8468e+08        0.000       0.4472          5.0
       2       1   8.7105e+08        0.000       0.4472          5.0
       3       1   8.7480e+08        0.000       0.4472          5.0
       4       1   8.7964e+08        0.000       0.4472          5.0
       5       1   8.9040e+08        0.000       0.4472          5.0
       6       1   8.8032e+08        0.000       0.4472          5.0
       7       1   8.7272e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p2
sdev =   5.33868e-05
Peak = 53002199040.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.8066e+08        0.000       0.4472          5.0
       1       1   8.6939e+08        0.000       0.4472          5.0
       2       1   8.7322e+08        0.000       0.4472          5.0
       3       1   8.7543e+08        0.000       0.4472          5.0
       4       1   8.7712e+08        0.000       0.4472          5.0
       5       1   8.7034e+08        0.000       0.4472          5.0
       6       1   8.5874e+08        0.000       0.4472          5.0
       7       1   8.6330e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p2
sdev =   5.21146e-05
Peak = 65760088064.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.6458e+08        0.000       0.4472          5.0
       1       1   8.5922e+08        0.000       0.4472          5.0
       2       1   8.6131e+08        0.000       0.4472          5.0
       3       1   8.7074e+08        0.000       0.4472          5.0
       4       1   8.7522e+08        0.000       0.4472          5.0
       5       1   8.7933e+08        0.000       0.4472          5.0
       6       1   8.5744e+08        0.000       0.4472          5.0
       7       1   8.7169e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p2
sdev =   5.08907e-05
Peak = 64386863104.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.5222e+08        0.000       0.4472          5.0
       1       1   8.6443e+08        0.000       0.4472          5.0
       2       1   8.5673e+08        0.000       0.4472          5.0
       3       1   8.5632e+08        0.000       0.4472          5.0
       4       1   8.5511e+08        0.000       0.4472          5.0
       5       1   8.5351e+08        0.000       0.4472          5.0
       6       1   8.6740e+08        0.000       0.4472          5.0
       7       1   8.5114e+08        0.000       0.4472          5.0
Input           8 spectra from nereus.jan11.cw_5000.p2
sdev =   4.98057e-05
Peak = 62201470976.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Added 5 OC/SC pairs to the stack, which now contains 5 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #2 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #3 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #4 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #5 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Channel 1 fit coefficients (783 points) =   2.727562e+09       66087.78
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.575242e+09       44469.54
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.001
Channel 2: measured/calculated noise = 0.990
Added pair #6 to the pair stack
Channel 1 fit coefficients (783 points) =   2.716725e+09      -48015.23
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.526692e+09      -23986.84
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.965
Channel 2: measured/calculated noise = 0.968
Added pair #7 to the pair stack
Channel 1 fit coefficients (783 points) =   2.680185e+09      -64593.57
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.518474e+09      -58687.89
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.008
Channel 2: measured/calculated noise = 1.033
Added pair #8 to the pair stack
Channel 1 fit coefficients (783 points) =   2.669498e+09       33259.86
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.479750e+09      -34119.42
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.036
Channel 2: measured/calculated noise = 0.996
Added pair #9 to the pair stack
Channel 1 fit coefficients (783 points) =   2.622148e+09      -57799.86
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.435670e+09      -30535.65
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.990
Channel 2: measured/calculated noise = 0.999
Added pair #10 to the pair stack
 
Deleted 5 pairs from the stack:  1  2  3  4  5
Stack now contains 5 pairs
 
Wrote 1 rdf frame, containing 5 OC spectra, to file nereus.jan11.runs.1Hz.rdf
Wrote 1 rdf frame, containing 5 SC spectra, to file nereus.jan11.runs.1Hz.rdf
Sum #1 (5 pairs) is stack pair #6 (group #101)
Channel 1 fit coefficients (984 points) =    -0.01019184   3.224270e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (984 points) =   -0.008270858   4.326852e-05
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan11.sum.1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan11.sum.1Hz.rdf
IDL> 

--> Looks fine.

- - - - - - - - - - - - - - - - - - - - 

2002 January 12
---------------
Solution 30, 5 runs, 5000 point FFT

remote:/share/radar1/lbenner/nereus < 7 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
38 xforms done
Data file:760000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 5
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 201226352  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201226352
Reading  scan 201226353  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201226353
Reading  scan 201226354  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201226354
Reading  scan 201226355  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201226355
Reading  scan 201226356  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201226356

remote:/share/radar1/lbenner/nereus < 8 > 
IDL> @red5000.jan12.pro
Successfully opened file nereus.jan12.cw_5000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan12.cw_5000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.3245e+09        0.000       0.4472          5.0
       1       1   3.3230e+09        0.000       0.4472          5.0
       2       1   3.2735e+09        0.000       0.4472          5.0
       3       1   3.3371e+09        0.000       0.4472          5.0
       4       1   3.3413e+09        0.000       0.4472          5.0
       5       1   3.3135e+09        0.000       0.4472          5.0
       6       1   3.2455e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p1
sdev =   4.78384e-05
Peak = 601590661120.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.2784e+09        0.000       0.4472          5.0
       1       1   3.2924e+09        0.000       0.4472          5.0
       2       1   3.2875e+09        0.000       0.4472          5.0
       3       1   3.2840e+09        0.000       0.4472          5.0
       4       1   3.2947e+09        0.000       0.4472          5.0
       5       1   3.3358e+09        0.000       0.4472          5.0
       6       1   3.4723e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p1
sdev =   4.69686e-05
Peak = 537887145984.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.3228e+09        0.000       0.4472          5.0
       1       1   3.2579e+09        0.000       0.4472          5.0
       2       1   3.2475e+09        0.000       0.4472          5.0
       3       1   3.3179e+09        0.000       0.4472          5.0
       4       1   3.3425e+09        0.000       0.4472          5.0
       5       1   3.3423e+09        0.000       0.4472          5.0
       6       1   3.2801e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p1
sdev =   4.62021e-05
Peak = 483739566080.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.3139e+09        0.000       0.4472          5.0
       1       1   3.3009e+09        0.000       0.4472          5.0
       2       1   3.2871e+09        0.000       0.4472          5.0
       3       1   3.2496e+09        0.000       0.4472          5.0
       4       1   3.2869e+09        0.000       0.4472          5.0
       5       1   3.3226e+09        0.000       0.4472          5.0
       6       1   3.3084e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p1
sdev =   4.54954e-05
Peak = 579899359232.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.2606e+09        0.000       0.4472          5.0
       1       1   3.2392e+09        0.000       0.4472          5.0
       2       1   3.2510e+09        0.000       0.4472          5.0
       3       1   3.2189e+09        0.000       0.4472          5.0
       4       1   3.2935e+09        0.000       0.4472          5.0
       5       1   3.2509e+09        0.000       0.4472          5.0
       6       1   3.2650e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p1
sdev =   4.48457e-05
Peak = 420884545536.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Successfully opened file nereus.jan12.cw_5000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0314e+09        0.000       0.4472          5.0
       1       1   1.0501e+09        0.000       0.4472          5.0
       2       1   1.0363e+09        0.000       0.4472          5.0
       3       1   1.0437e+09        0.000       0.4472          5.0
       4       1   1.0497e+09        0.000       0.4472          5.0
       5       1   1.0426e+09        0.000       0.4472          5.0
       6       1   1.0484e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p2
sdev =   4.44010e-05
Peak = 99506716672.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0352e+09        0.000       0.4472          5.0
       1       1   1.0330e+09        0.000       0.4472          5.0
       2       1   1.0374e+09        0.000       0.4472          5.0
       3       1   1.0417e+09        0.000       0.4472          5.0
       4       1   1.0510e+09        0.000       0.4472          5.0
       5       1   1.0528e+09        0.000       0.4472          5.0
       6       1   1.0416e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p2
sdev =   4.35394e-05
Peak = 106068656128.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0327e+09        0.000       0.4472          5.0
       1       1   1.0218e+09        0.000       0.4472          5.0
       2       1   1.0340e+09        0.000       0.4472          5.0
       3       1   1.0275e+09        0.000       0.4472          5.0
       4       1   1.0402e+09        0.000       0.4472          5.0
       5       1   1.0226e+09        0.000       0.4472          5.0
       6       1   1.0257e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p2
sdev =   4.27810e-05
Peak = 84771315712.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0275e+09        0.000       0.4472          5.0
       1       1   1.0091e+09        0.000       0.4472          5.0
       2       1   1.0280e+09        0.000       0.4472          5.0
       3       1   1.0453e+09        0.000       0.4472          5.0
       4       1   1.0267e+09        0.000       0.4472          5.0
       5       1   1.0323e+09        0.000       0.4472          5.0
       6       1   1.0266e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p2
sdev =   4.20852e-05
Peak = 160587776000.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0227e+09        0.000       0.4472          5.0
       1       1   1.0249e+09        0.000       0.4472          5.0
       2       1   1.0196e+09        0.000       0.4472          5.0
       3       1   1.0289e+09        0.000       0.4472          5.0
       4       1   1.0265e+09        0.000       0.4472          5.0
       5       1   1.0172e+09        0.000       0.4472          5.0
       6       1   1.0168e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan12.cw_5000.p2
sdev =   4.14486e-05
Peak = 103644012544.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Added 5 OC/SC pairs to the stack, which now contains 5 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #2 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #3 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #4 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #5 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Channel 1 fit coefficients (783 points) =   8.821719e+09       316130.1
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.803952e+09      -99767.69
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.970
Channel 2: measured/calculated noise = 0.985
Added pair #6 to the pair stack
Channel 1 fit coefficients (783 points) =   8.830694e+09       32799.13
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.784232e+09      -32725.81
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.027
Channel 2: measured/calculated noise = 0.985
Added pair #7 to the pair stack
Channel 1 fit coefficients (783 points) =   8.769690e+09      -134618.9
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.755877e+09      -65667.72
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.980
Channel 2: measured/calculated noise = 1.020
Added pair #8 to the pair stack
Channel 1 fit coefficients (783 points) =   8.828753e+09       271697.2
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.713222e+09       25291.21
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.015
Channel 2: measured/calculated noise = 1.021
Added pair #9 to the pair stack
Channel 1 fit coefficients (783 points) =   8.683959e+09      -215071.0
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.752116e+09      -10178.01
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.980
Channel 2: measured/calculated noise = 0.998
Added pair #10 to the pair stack
 
Deleted 5 pairs from the stack:  1  2  3  4  5
Stack now contains 5 pairs
 
Wrote 1 rdf frame, containing 5 OC spectra, to file nereus.jan12.runs.1Hz.rdf
Wrote 1 rdf frame, containing 5 SC spectra, to file nereus.jan12.runs.1Hz.rdf
Sum #1 (5 pairs) is stack pair #6 (group #101)
Channel 1 fit coefficients (984 points) =     0.01680540  -3.368613e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (984 points) =   -0.004803499   7.098988e-06
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan12.sum.1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan12.sum.1Hz.rdf
IDL> 

- - - - - - - - - - - - - - - - - - - - 

2002 January 13
---------------
Solution 30, 5 runs, 5000-point FFT

remote:/share/radar1/lbenner/nereus < 9 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
36 xforms done
Data file:720000 bytes,is not a multiple of ipp*glbal avg:100000. last rd=0
Last avg ipp not output
7 ipps each of length 5000 words output
Done with scan 5
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 201300718  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201300718
Reading  scan 201300719  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201300719
Reading  scan 201300720  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201300720
Reading  scan 201300721  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201300721
Reading  scan 201300722  (record length = 792 + 40000)
Wrote records for 7 dwells in scan 201300722

remote:/share/radar1/lbenner/nereus < 10 > 
IDL> @red5000.jan13.pro
Successfully opened file nereus.jan13.cw_5000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan13.cw_5000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0142e+09        0.000       0.4472          5.0
       1       1   1.0317e+09        0.000       0.4472          5.0
       2       1   1.0304e+09        0.000       0.4472          5.0
       3       1   1.0191e+09        0.000       0.4472          5.0
       4       1   1.0825e+09        0.000       0.4472          5.0
       5       1   1.0446e+09        0.000       0.4472          5.0
       6       1   1.0227e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p1
sdev =   4.02766e-05
Peak = 262736494592.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0142e+09        0.000       0.4472          5.0
       1       1   1.0101e+09        0.000       0.4472          5.0
       2       1   1.0328e+09        0.000       0.4472          5.0
       3       1   1.0099e+09        0.000       0.4472          5.0
       4       1   1.0295e+09        0.000       0.4472          5.0
       5       1   1.0304e+09        0.000       0.4472          5.0
       6       1   1.0065e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p1
sdev =   3.97407e-05
Peak = 157102473216.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0721e+09        0.000       0.4472          5.0
       1       1   1.0041e+09        0.000       0.4472          5.0
       2       1   1.0342e+09        0.000       0.4472          5.0
       3       1   1.0140e+09        0.000       0.4472          5.0
       4       1   1.0332e+09        0.000       0.4472          5.0
       5       1   1.0255e+09        0.000       0.4472          5.0
       6       1   1.0201e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p1
sdev =   3.92375e-05
Peak = 298785374208.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0173e+09        0.000       0.4472          5.0
       1       1   9.9497e+08        0.000       0.4472          5.0
       2       1   1.0030e+09        0.000       0.4472          5.0
       3       1   1.0211e+09        0.000       0.4472          5.0
       4       1   1.0399e+09        0.000       0.4472          5.0
       5       1   9.9932e+08        0.000       0.4472          5.0
       6       1   1.0496e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p1
sdev =   3.87442e-05
Peak = 235237720064.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.9889e+08        0.000       0.4472          5.0
       1       1   9.8318e+08        0.000       0.4472          5.0
       2       1   9.9111e+08        0.000       0.4472          5.0
       3       1   1.0004e+09        0.000       0.4472          5.0
       4       1   1.0054e+09        0.000       0.4472          5.0
       5       1   9.8797e+08        0.000       0.4472          5.0
       6       1   1.0341e+09        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p1
sdev =   3.83208e-05
Peak = 161979432960.000000  at bin #2700
 
Setting OC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Successfully opened file nereus.jan13.cw_5000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.5236e+08        0.000       0.4472          5.0
       1       1   9.5560e+08        0.000       0.4472          5.0
       2       1   9.6679e+08        0.000       0.4472          5.0
       3       1   9.4832e+08        0.000       0.4472          5.0
       4       1   9.6715e+08        0.000       0.4472          5.0
       5       1   9.5694e+08        0.000       0.4472          5.0
       6       1   9.4348e+08        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p2
sdev =   3.74465e-05
Peak = 149825536000.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.5630e+08        0.000       0.4472          5.0
       1       1   9.4657e+08        0.000       0.4472          5.0
       2       1   9.5129e+08        0.000       0.4472          5.0
       3       1   9.4303e+08        0.000       0.4472          5.0
       4       1   9.4508e+08        0.000       0.4472          5.0
       5       1   9.9226e+08        0.000       0.4472          5.0
       6       1   9.5467e+08        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p2
sdev =   3.69056e-05
Peak = 174575566848.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.3694e+08        0.000       0.4472          5.0
       1       1   9.4604e+08        0.000       0.4472          5.0
       2       1   9.6347e+08        0.000       0.4472          5.0
       3       1   9.4358e+08        0.000       0.4472          5.0
       4       1   9.4761e+08        0.000       0.4472          5.0
       5       1   9.4555e+08        0.000       0.4472          5.0
       6       1   9.6013e+08        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p2
sdev =   3.63996e-05
Peak = 176713678848.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.5403e+08        0.000       0.4472          5.0
       1       1   9.6076e+08        0.000       0.4472          5.0
       2       1   9.6282e+08        0.000       0.4472          5.0
       3       1   9.3922e+08        0.000       0.4472          5.0
       4       1   9.5724e+08        0.000       0.4472          5.0
       5       1   9.3997e+08        0.000       0.4472          5.0
       6       1   9.4518e+08        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p2
sdev =   3.59080e-05
Peak = 219084832768.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.2173e+08        0.000       0.4472          5.0
       1       1   9.4587e+08        0.000       0.4472          5.0
       2       1   9.4949e+08        0.000       0.4472          5.0
       3       1   9.3348e+08        0.000       0.4472          5.0
       4       1   9.4699e+08        0.000       0.4472          5.0
       5       1   9.4734e+08        0.000       0.4472          5.0
       6       1   9.4041e+08        0.000       0.4472          5.0
Input           7 spectra from nereus.jan13.cw_5000.p2
sdev =   3.54859e-05
Peak = 191697944576.000000  at bin #2700
 
Setting SC signal limits to frequency bins 2692-2708  (   -8.50 Hz to     8.50 Hz)
(Full range is bins 0-4999, 0 Hz is bin 2700)
 
Added 5 OC/SC pairs to the stack, which now contains 5 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #2 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #3 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #4 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Vignetting pair #5 to 1001 points, frequency bins 2200-3200  (  -500.50 Hz to    500.50 Hz)
Channel 1 fit coefficients (783 points) =   2.707240e+09      -59435.51
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.522795e+09      -17060.87
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.995
Channel 2: measured/calculated noise = 0.963
Added pair #6 to the pair stack
Channel 1 fit coefficients (783 points) =   2.688181e+09       57374.22
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.537400e+09      -107700.6
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.017
Channel 2: measured/calculated noise = 1.038
Added pair #7 to the pair stack
Channel 1 fit coefficients (783 points) =   2.705806e+09       42896.25
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.533896e+09       13866.67
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.967
Channel 2: measured/calculated noise = 0.958
Added pair #8 to the pair stack
Channel 1 fit coefficients (783 points) =   2.708510e+09      -44811.20
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.522943e+09      -67833.59
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.975
Channel 2: measured/calculated noise = 0.999
Added pair #9 to the pair stack
Channel 1 fit coefficients (783 points) =   2.652181e+09      -6231.169
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (783 points) =   2.499363e+09       20680.35
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.997
Channel 2: measured/calculated noise = 0.986
Added pair #10 to the pair stack
 
Deleted 5 pairs from the stack:  1  2  3  4  5
Stack now contains 5 pairs
 
Wrote 1 rdf frame, containing 5 OC spectra, to file nereus.jan13.runs.1Hz.rdf
Wrote 1 rdf frame, containing 5 SC spectra, to file nereus.jan13.runs.1Hz.rdf
Sum #1 (5 pairs) is stack pair #6 (group #101)
Channel 1 fit coefficients (984 points) =     0.03429573  -7.116557e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (984 points) =    -0.01989936   4.248858e-05
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan13.sum.1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan13.sum.1Hz.rdf
IDL> 

==========================================================


2007 November 01


Reduce the Arecibo CW data to 0.1 Hz resolution.

We get one FFT every 10 seconds.  Due to the short RTTs, this means we'll get
four FFTs/run on Jan 9-11 and 3 FFTs/run on Jan 12-13.  

Date   Runs   FFTs/run   FFTs  Dwell (s) block
Jan 09  15     4          60    40        1
Jan 10   5     4          20    40        1
Jan 11   5     4          20    40        1
Jan 12   5     3          15    30        1 
Jan 13   5     3          15    30        1

I modified the drvcw, *azel_in, and red* files to use 40 sec dwells on the first
three days and 30 sec dwells on the latter two.  


January 09
----------
remote:/share/radar1/lbenner/nereus < 6 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 6
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 7
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 8
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 9
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 10
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 11
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 12
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 13
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 14
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 15
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 6
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 7
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 8
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 9
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 10
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 11
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 12
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 13
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 14
Starting up stripVme..
1st,lastgrp: 1 2000000000
450000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 15
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Scan 6 TX power (kW): 
Scan 7 TX power (kW): 
Scan 8 TX power (kW): 
Scan 9 TX power (kW): 
Scan 10 TX power (kW): 
Scan 11 TX power (kW): 
Scan 12 TX power (kW): 
Scan 13 TX power (kW): 
Scan 14 TX power (kW): 
Scan 15 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 200900004  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900004
Reading  scan 200900005  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900005
Reading  scan 200900006  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900006
Reading  scan 200900007  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900007
Reading  scan 200900008  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900008
Reading  scan 200900009  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900009
Reading  scan 200900010  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900010
Reading  scan 200900011  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900011
Reading  scan 200900012  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900012
Reading  scan 200900013  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900013
Reading  scan 200900014  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900014
Reading  scan 200900015  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900015
Reading  scan 200900016  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900016
Reading  scan 200900017  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900017
Reading  scan 200900018  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 200900018


Use idl63 on the Arecibo system: it's the current version

IDL> @red50000.jan09.pro
Successfully opened file nereus.jan09.cw_50000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan09.cw_50000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.0768e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   2.25190e-05
Peak = 987088945152.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.0504e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   2.19623e-05
Peak = 1185209647104.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9839e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   2.14603e-05
Peak = 1510406619136.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9493e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   2.09949e-05
Peak = 1025353187328.000000  at bin #26995
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.9174e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   2.05996e-05
Peak = 1664579665920.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8689e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   2.02543e-05
Peak = 1578253811712.000000  at bin #26998
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7808e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.95112e-05
Peak = 1253797134336.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7662e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.93386e-05
Peak = 1338750009344.000000  at bin #26998
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6737e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.91898e-05
Peak = 728226856960.000000  at bin #26998
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6812e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.90942e-05
Peak = 1149205610496.000000  at bin #26998
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6034e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.90331e-05
Peak = 892375138304.000000  at bin #26998
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6059e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.89888e-05
Peak = 1180081586176.000000  at bin #26998
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.6195e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.89889e-05
Peak = 1420162236416.000000  at bin #26998
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.5878e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.90155e-05
Peak = 1669884936192.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.5235e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p1
sdev =   1.90494e-05
Peak = 734030659584.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Successfully opened file nereus.jan09.cw_50000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.2813e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   2.07968e-05
Peak = 1506905554944.000000  at bin #26995
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4174e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   2.02625e-05
Peak = 990624088064.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4143e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.97831e-05
Peak = 1276635381760.000000  at bin #26995
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4526e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.93417e-05
Peak = 1373548576768.000000  at bin #26996
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4521e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.89689e-05
Peak = 2209051836416.000000  at bin #26995
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4467e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.86442e-05
Peak = 979334856704.000000  at bin #27000
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4993e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.79547e-05
Peak = 2202981367808.000000  at bin #26998
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4888e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.77959e-05
Peak = 1709575503872.000000  at bin #26999
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4926e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.76604e-05
Peak = 2391887052800.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4751e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.75745e-05
Peak = 1297801674752.000000  at bin #26996
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4728e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.75203e-05
Peak = 1933035700224.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4672e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.74820e-05
Peak = 2284076400640.000000  at bin #27000
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4542e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.74844e-05
Peak = 2797224591360.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4609e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.75109e-05
Peak = 2411489132544.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.4542e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan09.cw_50000.p2
sdev =   1.75451e-05
Peak = 2282271539200.000000  at bin #26998
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Added 15 OC/SC pairs to the stack, which now contains 15 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #2 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #3 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #4 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #5 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #6 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #7 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #8 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #9 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #10 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #11 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #12 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #13 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #14 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #15 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Channel 1 fit coefficients (7847 points) =   8.209688e+09       114271.7
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.311348e+10       189232.4
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.998
Channel 2: measured/calculated noise = 0.995
Added pair #16 to the pair stack
Channel 1 fit coefficients (7847 points) =   8.207305e+09       293396.1
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.443321e+10      -6824.561
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.015
Channel 2: measured/calculated noise = 1.003
Added pair #17 to the pair stack
Channel 1 fit coefficients (7847 points) =   8.122726e+09      -126297.6
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.437813e+10      -244783.0
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.986
Channel 2: measured/calculated noise = 1.015
Added pair #18 to the pair stack
Channel 1 fit coefficients (7847 points) =   8.119934e+09      -194379.1
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.478506e+10       159613.7
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.002
Channel 2: measured/calculated noise = 1.000
Added pair #19 to the pair stack
Channel 1 fit coefficients (7847 points) =   8.011411e+09      -42158.26
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.465524e+10      -191308.0
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.988
Channel 2: measured/calculated noise = 1.007
Added pair #20 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.953465e+09      -182195.2
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.467018e+10      -831333.1
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.995
Channel 2: measured/calculated noise = 0.986
Added pair #21 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.901053e+09       1646.270
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.535166e+10       64422.75
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.011
Channel 2: measured/calculated noise = 1.001
Added pair #22 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.847699e+09       172308.1
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.516382e+10       319426.7
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.973
Channel 2: measured/calculated noise = 1.000
Added pair #23 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.905621e+09       40268.87
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.518629e+10      -41335.78
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.011
Channel 2: measured/calculated noise = 0.995
Added pair #24 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.845124e+09      -388519.2
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.512031e+10      -262905.8
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.008
Channel 2: measured/calculated noise = 0.992
Added pair #25 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.685051e+09       119596.5
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.494964e+10      -72579.02
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.011
Channel 2: measured/calculated noise = 1.016
Added pair #26 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.676610e+09       41739.43
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.482251e+10       198796.2
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.988
Channel 2: measured/calculated noise = 1.011
Added pair #27 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.691057e+09      -294376.0
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.469615e+10      -355654.8
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.015
Channel 2: measured/calculated noise = 0.997
Added pair #28 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.703544e+09      -104812.5
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.474926e+10      -105690.6
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.004
Channel 2: measured/calculated noise = 0.988
Added pair #29 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.605585e+09      -237891.3
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.463225e+10       224171.5
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.992
Channel 2: measured/calculated noise = 0.987
Added pair #30 to the pair stack
 
Deleted 15 pairs from the stack:  1  2  3  4  5  6  7  8  9  10  11  12  13  14  15
Stack now contains 15 pairs
 
Wrote 1 rdf frame, containing 15 OC spectra, to file nereus.jan09.runs.p1Hz.rdf
Wrote 1 rdf frame, containing 15 SC spectra, to file nereus.jan09.runs.p1Hz.rdf
Sum #1 (15 pairs) is stack pair #16 (group #101)
Channel 1 fit coefficients (9848 points) =  -0.0004096269   6.465589e-06
Channel 1 baseline subtracted
Channel 2 fit coefficients (9848 points) =    0.002436408  -3.454257e-06
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan09.sum.p1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan09.sum.p1Hz.rdf
IDL> exit


January 10
----------
remote:/share/radar1/lbenner/nereus < 12 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
430000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 201000067  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201000067
Reading  scan 201000068  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201000068
Reading  scan 201000069  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201000069
Reading  scan 201000070  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201000070
Reading  scan 201000071  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201000071

IDL> @red50000.jan10.pro
Successfully opened file nereus.jan10.cw_50000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan10.cw_50000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7709e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p1
sdev =   1.76422e-05
Peak = 706822078464.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.8374e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p1
sdev =   1.73321e-05
Peak = 1445890883584.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7487e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p1
sdev =   1.70733e-05
Peak = 798984830976.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7045e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p1
sdev =   1.68478e-05
Peak = 743582924800.000000  at bin #26998
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   7.7398e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p1
sdev =   1.66549e-05
Peak = 1541223219200.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Successfully opened file nereus.jan10.cw_50000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3778e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p2
sdev =   1.62597e-05
Peak = 1671735541760.000000  at bin #26996
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3088e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p2
sdev =   1.59663e-05
Peak = 1241008308224.000000  at bin #26995
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3803e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p2
sdev =   1.57212e-05
Peak = 2685779050496.000000  at bin #26995
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3682e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p2
sdev =   1.55097e-05
Peak = 1775274164224.000000  at bin #26994
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.3665e+10        0.000       0.5000         40.0
Input           1 spectra from nereus.jan10.cw_50000.p2
sdev =   1.53283e-05
Peak = 3155147882496.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Added 5 OC/SC pairs to the stack, which now contains 5 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #2 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #3 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #4 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #5 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Channel 1 fit coefficients (7847 points) =   7.877265e+09      -52536.27
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.407871e+10       514558.2
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.017
Channel 2: measured/calculated noise = 0.994
Added pair #6 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.899039e+09      -198353.3
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.322610e+10       14470.30
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.020
Channel 2: measured/calculated noise = 0.998
Added pair #7 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.920925e+09       139754.5
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.388995e+10       242743.6
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.988
Channel 2: measured/calculated noise = 1.001
Added pair #8 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.833481e+09      -117270.9
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.378776e+10       336137.8
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.002
Channel 2: measured/calculated noise = 1.007
Added pair #9 to the pair stack
Channel 1 fit coefficients (7847 points) =   7.831810e+09       83412.03
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.372098e+10       51089.68
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.002
Channel 2: measured/calculated noise = 1.017
Added pair #10 to the pair stack
 
Deleted 5 pairs from the stack:  1  2  3  4  5
Stack now contains 5 pairs
 
Wrote 1 rdf frame, containing 5 OC spectra, to file nereus.jan10.runs.p1Hz.rdf
Wrote 1 rdf frame, containing 5 SC spectra, to file nereus.jan10.runs.p1Hz.rdf
Sum #1 (5 pairs) is stack pair #6 (group #101)
Channel 1 fit coefficients (9848 points) =   -0.004316251   1.313804e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (9848 points) =    0.001094453  -5.053876e-06
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan10.sum.p1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan10.sum.p1Hz.rdf
IDL> exit


January 11
----------

remote:/share/radar1/lbenner/nereus < 14 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
400000 numbers converted integer*4 to real*4
4 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 201100050  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201100050
Reading  scan 201100051  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201100051
Reading  scan 201100052  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201100052
Reading  scan 201100053  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201100053
Reading  scan 201100054  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201100054

IDL> @red50000.jan11.pro
Successfully opened file nereus.jan11.cw_50000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan11.cw_50000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.4887e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p1
sdev =   1.86041e-05
Peak = 1677255245824.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.4229e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p1
sdev =   1.81727e-05
Peak = 1632727859200.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.3474e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p1
sdev =   1.77675e-05
Peak = 1365499052032.000000  at bin #26995
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.2438e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p1
sdev =   1.73744e-05
Peak = 1826591342592.000000  at bin #26994
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.1225e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p1
sdev =   1.70245e-05
Peak = 2068997472256.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Successfully opened file nereus.jan11.cw_50000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.8632e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p2
sdev =   1.73148e-05
Peak = 862944952320.000000  at bin #26995
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.7850e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p2
sdev =   1.68825e-05
Peak = 724833796096.000000  at bin #26994
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.7101e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p2
sdev =   1.64803e-05
Peak = 1097148203008.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.6747e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p2
sdev =   1.60934e-05
Peak = 1224468332544.000000  at bin #26995
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   8.5708e+09        0.000       0.5000         40.0
Input           1 spectra from nereus.jan11.cw_50000.p2
sdev =   1.57503e-05
Peak = 1071694610432.000000  at bin #26996
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Added 5 OC/SC pairs to the stack, which now contains 5 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #2 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #3 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #4 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #5 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Channel 1 fit coefficients (7847 points) =   9.633989e+09       260680.3
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   9.106562e+09       157251.9
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.998
Channel 2: measured/calculated noise = 0.999
Added pair #6 to the pair stack
Channel 1 fit coefficients (7847 points) =   9.590026e+09      -161703.6
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   8.925901e+09      -67602.79
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.002
Channel 2: measured/calculated noise = 0.993
Added pair #7 to the pair stack
Channel 1 fit coefficients (7847 points) =   9.451397e+09      -202960.0
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   8.894964e+09      -197304.3
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.008
Channel 2: measured/calculated noise = 0.993
Added pair #8 to the pair stack
Channel 1 fit coefficients (7847 points) =   9.431129e+09       98928.05
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   8.757403e+09      -97500.42
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.013
Channel 2: measured/calculated noise = 1.004
Added pair #9 to the pair stack
Channel 1 fit coefficients (7847 points) =   9.259074e+09      -187713.1
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   8.606058e+09      -124556.0
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.003
Channel 2: measured/calculated noise = 1.015
Added pair #10 to the pair stack
 
Deleted 5 pairs from the stack:  1  2  3  4  5
Stack now contains 5 pairs
 
Wrote 1 rdf frame, containing 5 OC spectra, to file nereus.jan11.runs.p1Hz.rdf
Wrote 1 rdf frame, containing 5 SC spectra, to file nereus.jan11.runs.p1Hz.rdf
Sum #1 (5 pairs) is stack pair #6 (group #101)
Channel 1 fit coefficients (9848 points) =   -0.001559370   5.900813e-06
Channel 1 baseline subtracted
Channel 2 fit coefficients (9848 points) =  -0.0009427492   9.400152e-06
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan11.sum.p1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan11.sum.p1Hz.rdf
IDL> 


January 12
----------

remote:/share/radar1/lbenner/nereus < 16 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
380000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 201226352  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201226352
Reading  scan 201226353  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201226353
Reading  scan 201226354  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201226354
Reading  scan 201226355  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201226355
Reading  scan 201226356  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201226356





IDL> @red50000.jan12.pro
Successfully opened file nereus.jan12.cw_50000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan12.cw_50000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.3190e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p1
sdev =   1.63482e-05
Peak = 9678604992512.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.2955e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p1
sdev =   1.60504e-05
Peak = 5457749999616.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.3049e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p1
sdev =   1.57880e-05
Peak = 12710823591936.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.2935e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p1
sdev =   1.55462e-05
Peak = 7668146110464.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   3.2525e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p1
sdev =   1.53240e-05
Peak = 10209206468608.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Successfully opened file nereus.jan12.cw_50000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0423e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p2
sdev =   1.51745e-05
Peak = 1537114636288.000000  at bin #26996
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0418e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p2
sdev =   1.48794e-05
Peak = 1456650190848.000000  at bin #26996
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0298e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p2
sdev =   1.46198e-05
Peak = 1064231501824.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0281e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p2
sdev =   1.43815e-05
Peak = 3937123172352.000000  at bin #26998
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0233e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan12.cw_50000.p2
sdev =   1.41631e-05
Peak = 1200534847488.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Added 5 OC/SC pairs to the stack, which now contains 5 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #2 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #3 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #4 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #5 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Channel 1 fit coefficients (7847 points) =   3.332413e+10       1632647.
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.060962e+10      -517921.7
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.987
Channel 2: measured/calculated noise = 0.980
Added pair #6 to the pair stack
Channel 1 fit coefficients (7847 points) =   3.330353e+10       313855.8
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.049170e+10      -100826.8
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.004
Channel 2: measured/calculated noise = 1.009
Added pair #7 to the pair stack
Channel 1 fit coefficients (7847 points) =   3.306317e+10      -107362.1
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.039852e+10      -208834.8
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.004
Channel 2: measured/calculated noise = 0.982
Added pair #8 to the pair stack
Channel 1 fit coefficients (7847 points) =   3.328080e+10       1116110.
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.025690e+10      -8596.456
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.003
Channel 2: measured/calculated noise = 1.009
Added pair #9 to the pair stack
Channel 1 fit coefficients (7847 points) =   3.272082e+10      -699595.9
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   1.039786e+10       38070.18
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.999
Channel 2: measured/calculated noise = 1.012
Added pair #10 to the pair stack
 
Deleted 5 pairs from the stack:  1  2  3  4  5
Stack now contains 5 pairs
 
Wrote 1 rdf frame, containing 5 OC spectra, to file nereus.jan12.runs.p1Hz.rdf
Wrote 1 rdf frame, containing 5 SC spectra, to file nereus.jan12.runs.p1Hz.rdf
Sum #1 (5 pairs) is stack pair #6 (group #101)
Channel 1 fit coefficients (9848 points) =    0.009490107  -2.068835e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (9848 points) =    0.002398258  -1.013879e-05
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan12.sum.p1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan12.sum.p1Hz.rdf
IDL> 


January 13
----------




remote:/share/radar1/lbenner/nereus < 18 > source nereus.scr
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 1
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 2
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 3
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 4
Starting up stripVme..
1st,lastgrp: 1 2000000000
360000 numbers converted integer*4 to real*4
3 xforms done
1 ipps each of length 50000 words output
Done with scan 5
Target name (spaces OK): 
target diameter (km): 
target rotation period (hr): 
Define rotation phase by giving a phase and the corresponding Julian date: 
sample rate (Hz): 
wavelength (m): 
nhops, first hop: 
hop dwell (sec): 
TX offset (Hz): 
freq step, first freq offset (Hz): 
First, last scan to process (numbered from 1): 
Scan 1 TX power (kW): 
Scan 2 TX power (kW): 
Scan 3 TX power (kW): 
Scan 4 TX power (kW): 
Scan 5 TX power (kW): 
Specify Tsys function here (0) or use Aug. 2000 fit, scaled for other dates (1)? 
number of intervals to avoid: 

Reading  scan 201300718  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201300718
Reading  scan 201300719  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201300719
Reading  scan 201300720  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201300720
Reading  scan 201300721  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201300721
Reading  scan 201300722  (record length = 792 + 40000)
Wrote records for 1 dwells in scan 201300722


IDL> @red50000.jan13.pro
Successfully opened file nereus.jan13.cw_50000.azel
Switching from lambda = 0.1259632 m to 0.1260000 m
Successfully opened file nereus.jan13.cw_50000.p1
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0372e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p1
sdev =   1.37626e-05
Peak = 3629122584576.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0212e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p1
sdev =   1.35795e-05
Peak = 2747815952384.000000  at bin #26996
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0306e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p1
sdev =   1.34092e-05
Peak = 4609036779520.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   1.0125e+10        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p1
sdev =   1.32382e-05
Peak = 2407168475136.000000  at bin #26997
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.9442e+09        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p1
sdev =   1.30931e-05
Peak = 1435255963648.000000  at bin #26995
 
Setting OC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Successfully opened file nereus.jan13.cw_50000.p2
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.5783e+09        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p2
sdev =   1.27963e-05
Peak = 3681654669312.000000  at bin #26997
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.5580e+09        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p2
sdev =   1.26110e-05
Peak = 2620442542080.000000  at bin #26996
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.4721e+09        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p2
sdev =   1.24397e-05
Peak = 2072008458240.000000  at bin #26995
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.5239e+09        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p2
sdev =   1.22693e-05
Peak = 2803563233280.000000  at bin #26999
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
  block#    nseq      aveback         sdev         rmsc          tau
       0       1   9.4084e+09        0.000       0.5774         30.0
Input           1 spectra from nereus.jan13.cw_50000.p2
sdev =   1.21248e-05
Peak = 3306489905152.000000  at bin #26996
 
Setting SC signal limits to frequency bins 26924-27076  (   -7.65 Hz to     7.65 Hz)
(Full range is bins 0-49999, 0 Hz is bin 27000)
 
Added 5 OC/SC pairs to the stack, which now contains 5 spectra
Loaded pair #1 (stack #1)
 
Vignetting pair #1 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #2 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #3 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #4 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Vignetting pair #5 to 10001 points, frequency bins 22000-32000  (  -500.05 Hz to    500.05 Hz)
Channel 1 fit coefficients (7847 points) =   1.023700e+10      -262164.8
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   9.531998e+09      -106193.9
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.007
Channel 2: measured/calculated noise = 1.005
Added pair #6 to the pair stack
Channel 1 fit coefficients (7847 points) =   1.017974e+10       109554.0
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   9.546379e+09      -335038.0
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.005
Channel 2: measured/calculated noise = 0.981
Added pair #7 to the pair stack
Channel 1 fit coefficients (7847 points) =   1.016701e+10       240028.0
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   9.497278e+09       190579.3
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 0.998
Channel 2: measured/calculated noise = 0.992
Added pair #8 to the pair stack
Channel 1 fit coefficients (7847 points) =   1.019929e+10      -220178.2
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   9.536321e+09      -183433.8
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.000
Channel 2: measured/calculated noise = 0.987
Added pair #9 to the pair stack
Channel 1 fit coefficients (7847 points) =   9.998239e+09      -87345.54
Channel 1 -- subtracted baseline, then divided by baseline
Channel 2 fit coefficients (7847 points) =   9.415785e+09       64671.34
Channel 2 -- subtracted baseline, then divided by baseline
Channel 1: measured/calculated noise = 1.004
Channel 2: measured/calculated noise = 0.978
Added pair #10 to the pair stack
 
Deleted 5 pairs from the stack:  1  2  3  4  5
Stack now contains 5 pairs
 
Wrote 1 rdf frame, containing 5 OC spectra, to file nereus.jan13.runs.p1Hz.rdf
Wrote 1 rdf frame, containing 5 SC spectra, to file nereus.jan13.runs.p1Hz.rdf
Sum #1 (5 pairs) is stack pair #6 (group #101)
Channel 1 fit coefficients (9848 points) =     0.01254490  -2.624916e-05
Channel 1 baseline subtracted
Channel 2 fit coefficients (9848 points) =    0.001844255  -4.552247e-06
Channel 2 baseline subtracted
Wrote 1 rdf frame, containing 1 OC spectrum, to file nereus.jan13.sum.p1Hz.rdf
Wrote 1 rdf frame, containing 1 SC spectrum, to file nereus.jan13.sum.p1Hz.rdf