obs@tumulus ~/bbarott % cd 20100210
Directory: /home/obs/bbarott/20100210
obs@tumulus ~/bbarott/20100210 % ataephem casa
AntUtil: Found casa at ra,dec = 23.39077778,58.80777778
Writing ephemeris to file casa.ephem.
obs@tumulus ~/bbarott/20100210 % cd ..
Directory: /home/obs/bbarott
obs@tumulus ~/bbarott % cd bfu
Directory: /home/obs/bbarott/bfu
obs@tumulus ~/bbarott/bfu % atatrackephem 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2k,3e,3j,3l,
The tracked object does not set during ephemeris period.
Sending trajectory to antenna(s)...
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1
2jx,2kx,3ex,3ey,3jx,3jy,3lx,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2ay,2bx,2by,
,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 12:55:36 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dx", "1dy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy"
2cx", "2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2jx", "2kx", "3ex", "3ey", "3jx", "3jy", "3
, "4ky", "4lx", "4ly", "5bx", "5by", "5ex", "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 12:55:36 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 12:55:36 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 12:55:36 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 12:55:36 PST 2010 >> Reading Hookup File
Wed Feb 10 12:55:36 PST 2010 >> Reading Geodesy File
Wed Feb 10 12:55:37 PST 2010 >> Reading Corr File
Wed Feb 10 12:55:38 PST 2010 >> Reading Sensitivity File
Wed Feb 10 12:55:38 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 12:55:38 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 12:55:38 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 12:55:38 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 12:55:38 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 12:55:44 PST 2010 >> Loading Firmware on b07.bfa
Directory: /home/obs/bbarott/bfu
obs@tumulus ~/bbarott/bfu % atatrackephem 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j
The tracked object does not set during ephemeris period.
Sending trajectory to antenna(s)...
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,
2jx,2kx,3ex,3ey,3jx,3jy,3lx,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5e
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax
,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 12:55:36 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dx", "1dy", "1ex", "1ey", "1fx", "1fy",
2cx", "2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2jx", "2kx", "3ex", "3ey", "3j
, "4ky", "4lx", "4ly", "5bx", "5by", "5ex", "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 12:55:36 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 12:55:36 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 12:55:36 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 12:55:36 PST 2010 >> Reading Hookup File
Wed Feb 10 12:55:36 PST 2010 >> Reading Geodesy File
Wed Feb 10 12:55:37 PST 2010 >> Reading Corr File
Wed Feb 10 12:55:38 PST 2010 >> Reading Sensitivity File
Wed Feb 10 12:55:38 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 12:55:38 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 12:55:38 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 12:55:38 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 12:55:38 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 12:55:44 PST 2010 >> Loading Firmware on b07.bfa
Directory: /home/obs/bbarott/bfu
obs@tumulus ~/bbarott/bfu % atatrackephem 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2k,3e,3j,3l,
The tracked object does not set during ephemeris period.
Sending trajectory to antenna(s)...
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1
2jx,2kx,3ex,3ey,3jx,3jy,3lx,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2ay,2bx,2by,
,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 12:55:36 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dx", "1dy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy"
2cx", "2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2jx", "2kx", "3ex", "3ey", "3jx", "3jy", "3
, "4ky", "4lx", "4ly", "5bx", "5by", "5ex", "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 12:55:36 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 12:55:36 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 12:55:36 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 12:55:36 PST 2010 >> Reading Hookup File
Wed Feb 10 12:55:36 PST 2010 >> Reading Geodesy File
Wed Feb 10 12:55:37 PST 2010 >> Reading Corr File
Wed Feb 10 12:55:38 PST 2010 >> Reading Sensitivity File
Wed Feb 10 12:55:38 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 12:55:38 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 12:55:38 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 12:55:38 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 12:55:38 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 12:55:44 PST 2010 >> Loading Firmware on b07.bfa
Directory: /home/obs/bbarott/bfu
obs@tumulus ~/bbarott/bfu % atatrackephem 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2
The tracked object does not set during ephemeris period.
Sending trajectory to antenna(s)...
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1g
2jx,2kx,3ex,3ey,3jx,3jy,3lx,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2
,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 12:55:36 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dx", "1dy", "1ex", "1ey", "1fx", "1fy", "
2cx", "2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2jx", "2kx", "3ex", "3ey", "3jx"
, "4ky", "4lx", "4ly", "5bx", "5by", "5ex", "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 12:55:36 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 12:55:36 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 12:55:36 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 12:55:36 PST 2010 >> Reading Hookup File
Wed Feb 10 12:55:36 PST 2010 >> Reading Geodesy File
Wed Feb 10 12:55:37 PST 2010 >> Reading Corr File
Wed Feb 10 12:55:38 PST 2010 >> Reading Sensitivity File
Wed Feb 10 12:55:38 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 12:55:38 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 12:55:38 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 12:55:38 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 12:55:38 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 12:55:44 PST 2010 >> Loading Firmware on b07.bfa
Directory: /home/obs/bbarott/bfu
obs@tumulus ~/bbarott/bfu % atatrackephem 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2k,3e,3j,3l,
The tracked object does not set during ephemeris period.
Sending trajectory to antenna(s)...
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1
2jx,2kx,3ex,3ey,3jx,3jy,3lx,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2ay,2bx,2by,
,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 12:55:36 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dx", "1dy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy"
2cx", "2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2jx", "2kx", "3ex", "3ey", "3jx", "3jy", "3
, "4ky", "4lx", "4ly", "5bx", "5by", "5ex", "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 12:55:36 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 12:55:36 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 12:55:36 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 12:55:36 PST 2010 >> Reading Hookup File
Wed Feb 10 12:55:36 PST 2010 >> Reading Geodesy File
Wed Feb 10 12:55:37 PST 2010 >> Reading Corr File
Wed Feb 10 12:55:38 PST 2010 >> Reading Sensitivity File
Wed Feb 10 12:55:38 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 12:55:38 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 12:55:38 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 12:55:38 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 12:55:38 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 12:55:44 PST 2010 >> Loading Firmware on b07.bfa
Wed Feb 10 12:55:50 PST 2010 >> Loading Firmware on b08.bfa
Wed Feb 10 12:55:56 PST 2010 >> Loading Firmware on b09.bfa
Wed Feb 10 12:56:02 PST 2010 >> Loading Firmware on b10.bfa
Wed Feb 10 12:56:07 PST 2010 >> Resetting receiver blocks on all firmware
Wed Feb 10 12:56:13 PST 2010 >> Downloading system settings to BEE2 Server Processes
Wed Feb 10 12:56:13 PST 2010 >> Quick-read of initial diagnostic values
Wed Feb 10 12:56:16 PST 2010 >> Initialization Complete
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1
2jx,2kx,3ex,3ey,3jx,3jy,3lx,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dx,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2ay,2bx,2by,
,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 12:56:54 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dx", "1dy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy"
2cx", "2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2jx", "2kx", "3ex", "3ey", "3jx", "3jy", "3
, "4ky", "4lx", "4ly", "5bx", "5by", "5ex", "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 12:56:54 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 12:56:54 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 12:56:54 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 12:56:54 PST 2010 >> Reading Hookup File
Wed Feb 10 12:56:54 PST 2010 >> Reading Geodesy File
Wed Feb 10 12:56:55 PST 2010 >> Reading Corr File
Wed Feb 10 12:56:56 PST 2010 >> Reading Sensitivity File
Wed Feb 10 12:56:56 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 12:56:56 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 12:56:56 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 12:56:56 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 12:56:56 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 12:57:02 PST 2010 >> Loading Firmware on b07.bfa
Wed Feb 10 12:57:08 PST 2010 >> Loading Firmware on b08.bfa
Wed Feb 10 12:57:14 PST 2010 >> Loading Firmware on b09.bfa
Wed Feb 10 12:57:20 PST 2010 >> Loading Firmware on b10.bfa
Wed Feb 10 12:57:25 PST 2010 >> Resetting receiver blocks on all firmware
Wed Feb 10 12:57:31 PST 2010 >> Downloading system settings to BEE2 Server Processes
Wed Feb 10 12:57:31 PST 2010 >> Quick-read of initial diagnostic values
Wed Feb 10 12:57:34 PST 2010 >> Initialization Complete
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dy,1ex,1ey,1fx,1
,3ly,4fx,4fy,4gx,4gy,4hx,4hy,4kx,4ky,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 12:56:54 PST 2010
dx", "1dy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy"
"2gy", "2jx", "2kx", "3ex", "3ey", "3jx", "3jy", "3/============================================== | Current Time: Wed Feb 10 12:56:54 PST 2010 x", "2by", "x", "4ly", "5bx", "5by", "5ex", "5ey", "
| **** Starting beamformer initialization **** | Antenna List: ["1ax", "1ay", "1cx", "1cy", "1"4hy", "4kx" 0
2cx", "2cy", "2dx", "2dy", "2fx", "2fy", "2gx",
, "4ky", "4lx", "4ly", "5bx", "5by", "5ex", "5e
| Compression: true ====
| Test Mode: 0 rmer server for initialization
| AGC Full Scale Range: 0.75 (out of 1) Beam Former #2
| Beam Former: 2 (1-3) //boot2:7772
\============================================== File
Wed Feb 10 12:56:54 PST 2010 >> Opening beamfoy File
Wed Feb 10 12:56:54 PST 2010 >> Connecting to ile
Wed Feb 10 12:56:54 PST 2010 >> Server: druby:ivity File
Wed Feb 10 12:56:54 PST 2010 >> Reading Hookuprchy for primary nodes
Wed Feb 10 12:56:54 PST 2010 >> Reading Geodesntennas in hookup
Wed Feb 10 12:56:55 PST 2010 >> Reading Corr Fs to the hookup
Wed Feb 10 12:56:56 PST 2010 >> Reading SensitBEE2 Server Processes
Wed Feb 10 12:56:56 PST 2010 >> Scanning hierare on b06.bfa
Wed Feb 10 12:56:56 PST 2010 >> Initializing are on b07.bfa
Wed Feb 10 12:56:56 PST 2010 >> Adding antennare on b08.bfa
Wed Feb 10 12:56:56 PST 2010 >> Connecting to re on b09.bfa
Wed Feb 10 12:56:56 PST 2010 >> Loading Firmware on b10.bfa
Wed Feb 10 12:57:02 PST 2010 >> Loading Firmwaiver blocks on all firmware
Wed Feb 10 12:57:08 PST 2010 >> Loading Firmwastem settings to BEE2 Server Processes
Wed Feb 10 12:57:14 PST 2010 >> Loading Firmwainitial diagnostic values
Wed Feb 10 12:57:20 PST 2010 >> Loading Firmwa Complete
Wed Feb 10 12:57:25 PST 2010 >> Resetting receax,1ay,1cx,1cy,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1Wed Feb 10 12:57:31 PST 2010 >> Downloading sy
Wed Feb 10 12:57:31 PST 2010 >> Quick-read of
Wed Feb 10 12:57:34 PST 2010 >> Initialization obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 12gx,2gy,2jx,
2kx,3ex,3ey,3jx,3jy,3lx,3ly,4gx,4gy,4hx,4hy,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2ay,2bx,2by,2cx,2cy,2dx,2dy,
,4gx,4gy,4hx,4hy,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 13:00:02 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy", "1hx", "1hy", "1k
2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2jx", "2kx", "3ex", "3ey", "3jx", "3jy", "3lx", "3ly", "4gx",
, "5ex", "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 13:00:02 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 13:00:02 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:00:02 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:00:02 PST 2010 >> Reading Hookup File
Wed Feb 10 13:00:02 PST 2010 >> Reading Geodesy File
Wed Feb 10 13:00:03 PST 2010 >> Reading Corr File
Wed Feb 10 13:00:04 PST 2010 >> Reading Sensitivity File
Wed Feb 10 13:00:04 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 13:00:04 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 13:00:04 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 13:00:04 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 13:00:04 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 13:00:10 PST 2010 >> Loading Firmware on b07.bfa
Wed Feb 10 12:57:25 PST 2010 >> Resetting receiver blocks on all firmware
Wed Feb 10 12:57:31 PST 2010 >> Downloading system settings to BEE2 Server Processes
Wed Feb 10 12:57:31 PST 2010 >> Quick-read of initial diagnostic values
Wed Feb 10 12:57:34 PST 2010 >> Initialization Complete
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1
2kx,3ex,3ey,3jx,3jy,3lx,3ly,4gx,4gy,4hx,4hy,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2ay,2bx,2by,2cx,
]
/==================================================
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy", "1hx"
2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2jx", "2kx", "3ex", "3ey", "3jx", "3jy", "3lx", "3
, "5ex", "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 13:00:02 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 13:00:02 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:00:02 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:00:02 PST 2010 >> Reading Hookup File
Wed Feb 10 13:00:02 PST 2010 >> Reading Geodesy File
Wed Feb 10 13:00:03 PST 2010 >> Reading Corr File
Wed Feb 10 13:00:04 PST 2010 >> Reading Sensitivity File
Wed Feb 10 13:00:04 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 13:00:04 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 13:00:04 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 13:00:04 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 13:00:04 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 13:00:10 PST 2010 >> Loading Firmware on b07.bfa
Wed Feb 10 13:00:16 PST 2010 >> Loading Firmware on b08.bfa
Wed Feb 10 13:00:22 PST 2010 >> Loading Firmware on b09.bfa
Wed Feb 10 13:00:28 PST 2010 >> Loading Firmware on b10.bfa
Wed Feb 10 13:00:32 PST 2010 >> Resetting receiver blocks on all firmware
em settings to BEE2 Server Processes
itial diagnostic values
Wed Feb 10 13:00:42 PST 2010 >> Initialization Complete
obs@tumulus ~/bbarott/bfu % atalnason 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2k,3e,3j,3l,4g,4
CORRECT>atalnaon 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2k,3e,3j,3l,4g,4h,4k,4l,5b,5e,5h (y|n
Sent turn on command to LNA on antenna ant1a.
Sent turn on command to LNA on antenna ant1c.
Sent turn on command to LNA on antenna ant1d.
Sent turn on command to LNA on antenna ant1e.
Sent turn on command to LNA on antenna ant1f.
Sent turn on command to LNA on antenna ant1g.
Sent turn on command to LNA on antenna ant1h.
Sent turn on command to LNA on antenna ant1k.
Sent turn on command to LNA on antenna ant2a.
Sent turn on command to LNA on antenna ant2b.
Sent turn on command to LNA on antenna ant2c.
Sent turn on command to LNA on antenna ant2d.
Sent turn on command to LNA on antenna ant2f.
Sent turn on command to LNA on antenna ant2g.
Sent turn on command to LNA on antenna ant2j.
Sent turn on command to LNA on antenna ant2k.
Sent turn on command to LNA on antenna ant3e.
Sent turn on command to LNA on antenna ant3j.
Sent turn on command to LNA on antenna ant3l.
Sent turn on command to LNA on antenna ant4g.
Sent turn on command to LNA on antenna ant4h.
Sent turn on command to LNA on antenna ant4k.
Sent turn on command to LNA on antenna ant5b.
Sent turn on command to LNA on antenna ant5e.
Sent turn on command to LNA on antenna ant5h.
obs@tumulus ~/bbarott/bfu % atasetfocus 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2k,3e,3j,3l,4g
obs@tumulus ~/bbarott/bfu % atasetpams 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2k,3e,3j,3l,4g,
ant1a 13.0 13.0
ant1c 13.0 15.0
ant1d 6.0 11.0
ant1e 14.0 13.0
ant1f 12.0 12.0
ant1g 13.0 13.0
ant1h 12.0 12.0
ant1k 5.0 2.0
ant2a 10.0 9.0
ant2b 15.0 13.0
ant2c 13.0 16.0
ant2d 8.0 7.0
ant2f 3.0 9.0
ant2g 13.0 10.0
ant2j 15.0 13.0
ant2k 13.0 7.0
ant3e 13.0 13.0
ant3j 12.0 13.0
ant3l 14.0 18.0
ant4g 16.0 15.0
ant4h 13.0 13.0
ant4k 11.0 12.0
ant4l 13.0 13.0
ant5e 13.0 15.0
ant5h 11.0 5.0
obs@tumulus ~/bbarott/bfu % atagetfocus 1a,1c,1d,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2j,2k,3e,3j,3l,4g
ant1a 3000.601087484714
ant1c 3000.601087484714
ant1d 3000.601087484714
ant1e 3000.601087484714
ant1f 3000.601087484714
ant1g 3000.601087484714
ant1h 3000.601087484714
ant1k 3000.601087484714
ant2a 3000.601087484714
ant2b 3000.601087484714
ant2c 3000.601087484714
ant2d 3000.601087484714
ant2f 3000.601087484714
ant2g 3000.601087484714
ant2j Antenna has no Rim box.
ant2k 3000.601087484714
ant3e 3000.601087484714
ant3j 3000.601087484714
ant3l 3000.601087484714
ant4g 3000.601087484714
ant4h 3000.601087484714
ant4k 3000.601087484714
ant4l 3000.601087484714
ant5b 3000.601087484714
ant5e 3000.601087484714
ant5h 3000.601087484714
obs@tumulus ~/bbarott/bfu % atagetfocus 2j
ant2j Antenna has no Rim box.
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1
3ex,3ey,3jx,3jy,3lx,3ly,4gx,4gy,4hx,4hy,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1dy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2ay,2bx,2by,2cx,
,4gy,4hx,4hy,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
/==================================================
| Current Time: Wed Feb 10 13:04:14 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1dy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy", "1hx"
2cy", "2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2kx", "3ex", "3ey", "3jx", "3jy", "3lx", "3ly", "4
, "5ey", "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 13:04:14 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 13:04:14 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:04:14 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:04:14 PST 2010 >> Reading Hookup File
Wed Feb 10 13:04:14 PST 2010 >> Reading Geodesy File
Wed Feb 10 13:04:15 PST 2010 >> Reading Corr File
Wed Feb 10 13:04:17 PST 2010 >> Reading Sensitivity File
Wed Feb 10 13:04:17 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 13:04:17 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 13:04:17 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 13:04:17 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 13:04:17 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 13:04:23 PST 2010 >> Loading Firmware on b07.bfa
Wed Feb 10 13:04:29 PST 2010 >> Loading Firmware on b08.bfa
Wed Feb 10 13:04:34 PST 2010 >> Loading Firmware on b09.bfa
Wed Feb 10 13:04:40 PST 2010 >> Loading Firmware on b10.bfa
Wed Feb 10 13:04:45 PST 2010 >> Resetting receiver blocks on all firmware
Wed Feb 10 13:04:51 PST 2010 >> Downloading system settings to BEE2 Server Processes
Wed Feb 10 13:04:51 PST 2010 >> Quick-read of initial diagnostic values
Wed Feb 10 13:04:54 PST 2010 >> Initialization Complete
obs@tumulus ~/bbarott/bfu % bfibob 2 sky
Executing BF Mode sky
Connecting to iBobs on group bfb
Attempting to create iBob objects
Setting beamformer iBobs to sky signals
Wed Feb 10 13:05:40 -0800 2010 >> Setting the inselect source to 0
i1.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i2.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i3.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i4.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i5.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i6.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i7.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i8.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i9.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i10.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i11.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i12.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i13.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i14.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i15.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i16.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i17.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i18.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i19.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i20.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i21.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i22.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i23.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
i24.bfb: 0x00000000 / 0b00000000000000000000000000000000 / 0000000000
Source selection complete.
obs@tumulus ~/bbarott/bfu % bfibob 2 walsh
Executing BF Mode walsh
Connecting to iBobs on group bfb
Attempting to create iBob objects
Setting beamformer iBobs to use phase-switched data (Will dewalsh ADC inputs)
Wed Feb 10 13:05:50 -0800 2010 >> Setting the phase switching on
i1.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i2.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i3.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i4.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i5.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i6.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i7.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i8.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i9.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i10.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i11.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i12.bfb: 0x00027531 / 0b00000000000000100111010100110001 / 0000161073
i13.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i14.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i15.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i16.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i17.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i18.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i19.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i20.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i21.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i22.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i23.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
i24.bfb: 0x00026420 / 0b00000000000000100110010000100000 / 0000156704
Phase Switch Settings complete.
obs@tumulus ~/bbarott/bfu % bfibob 2 rearm
Executing BF Mode rearm
Connecting to iBobs on group bfb
Attempting to create iBob objects
Rearming beamformer iBobs
Wed Feb 10 13:05:57 -0800 2010 >> Rearming the Beamformer iBobs
Wed Feb 10 13:06:03 -0800 2010 >> iBobs have been rearmed. Terminating.
Wed Feb 10 13:06:03 -0800 2010 >> You should recalibrate before performing any observations.
obs@tumulus ~/bbarott/bfu % bfibob 2 autoatten
Executing BF Mode autoatten
Connecting to iBobs on group bfb
Attempting to create iBob objects
Setting beamformer iBob attenuators to AUTO with 11 rms goal with 0.5 threshold, notch to false
setatten.rb i1.bfb in0 28.5 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i2.bfb in0 24.0 0 ;: Got 11.5 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i3.bfb in0 31.5 0 ;: Input level too low. Min atten got 2.3 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i4.bfb in0 23.0 0 ;: Got 11.2 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i5.bfb in0 17.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i6.bfb in0 31.5 0 ;: Input level too low. Min atten got 1.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i7.bfb in0 31.5 0 ;: Input level too low. Min atten got 3.6 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i8.bfb in0 0.5 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i9.bfb in0 31.5 0 ;: Input level too low. Min atten got 3.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i10.bfb in0 3.0 0 ;: Got 11.4 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i11.bfb in0 21.0 0 ;: Got 11.4 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i12.bfb in0 22.0 0 ;: Got 10.7 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i13.bfb in0 25.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i14.bfb in0 30.0 0 ;: Got 11.4 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i15.bfb in0 31.5 0 ;: Input level too low. Min atten got 2.9 RMS, wanted 11.0 +/- 0.5
setatten.rb i16.bfb in0 25.5 0 ;: Got 10.9 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i17.bfb in0 13.0 0 ;: Got 10.6 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i18.bfb in0 3.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i19.bfb in0 31.5 0 ;: Input level too low. Min atten got 3.2 RMS, wanted 11.0 +/- 0.5
setatten.rb i20.bfb in0 31.5 0 ;: Input level too low. Min atten got 5.8 RMS, wanted 11.0 +/- 0.5
setatten.rb i21.bfb in0 31.5 0 ;: Input level too low. Min atten got 3.4 RMS, wanted 11.0 +/- 0.5
setatten.rb i22.bfb in0 2.0 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i23.bfb in0 23.0 0 ;: Got 11.4 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i24.bfb in0 28.0 0 ;: Got 11.5 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i1.bfb in1 31.5 0 ;: Input level too low. Min atten got 3.3 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i2.bfb in1 30.5 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i3.bfb in1 24.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i4.bfb in1 27.0 0 ;: Got 11.2 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i5.bfb in1 31.5 0 ;: Input level too low. Min atten got 2.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i6.bfb in1 31.5 0 ;: Input level too low. Min atten got 3.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i7.bfb in1 27.0 0 ;: Got 10.7 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i8.bfb in1 24.5 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i9.bfb in1 16.5 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i10.bfb in1 31.5 0 ;: Input level too low. Min atten got 2.5 RMS, wanted 11.0 +/- 0.5
setatten.rb i11.bfb in1 31.5 0 ;: Input level too low. Min atten got 2.7 RMS, wanted 11.0 +/- 0.5
setatten.rb i12.bfb in1 25.0 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i13.bfb in1 31.5 0 ;: Input level too low. Min atten got 3.3 RMS, wanted 11.0 +/- 0.5
setatten.rb i14.bfb in1 30.5 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i15.bfb in1 22.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i16.bfb in1 26.0 0 ;: Got 11.3 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i17.bfb in1 31.5 0 ;: Input level too low. Min atten got 3.4 RMS, wanted 11.0 +/- 0.5
setatten.rb i18.bfb in1 31.5 0 ;: Input level too low. Min atten got 3.2 RMS, wanted 11.0 +/- 0.5
setatten.rb i19.bfb in1 23.0 0 ;: Got 11.3 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i20.bfb in1 26.5 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i21.bfb in1 8.0 0 ;: Got 11.3 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i22.bfb in1 31.5 0 ;: Input level too low. Min atten got 3.3 RMS, wanted 11.0 +/- 0.5
setatten.rb i23.bfb in1 31.5 0 ;: Input level too low. Min atten got 2.6 RMS, wanted 11.0 +/- 0.5
setatten.rb i24.bfb in1 26.0 0 ;: Got 11.2 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i1.bfb in2 4.0 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i2.bfb in2 16.0 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i3.bfb in2 27.0 0 ;: Got 11.3 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i4.bfb in2 31.5 0 ;: Input level too low. Min atten got 3.6 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i5.bfb in2 27.0 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i6.bfb in2 31.5 0 ;: Input level too low. Min atten got 0.7 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i7.bfb in2 13.0 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i8.bfb in2 30.5 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i9.bfb in2 31.5 0 ;: Input level too low. Min atten got 0.9 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i10.bfb in2 15.0 0 ;: Got 10.6 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i11.bfb in2 18.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i12.bfb in2 31.5 0 ;: Input level too low. Min atten got 0.5 RMS, wanted 11.0 +/- 0.5
setatten.rb i13.bfb in2 13.0 0 ;: Got 11.3 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i14.bfb in2 25.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i15.bfb in2 25.0 0 ;: Got 11.5 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i16.bfb in2 31.5 0 ;: Input level too low. Min atten got 2.7 RMS, wanted 11.0 +/- 0.5
setatten.rb i17.bfb in2 29.0 0 ;: Got 11.2 RMS, wanted 11.0 +/- 0.5 ;
low. Min atten got 1.3 RMS, wanted 11.0 +/- 0.5 ;
anted 11.0 +/- 0.5 ;
setatten.rb i20.bfb in2 31.0 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i21.bfb in2 31.5 0 ;: Input level too low. Min atten got 0.8 RMS, wanted 11.0 +/- 0.5
setatten.rb i22.bfb in2 11.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i23.bfb in2 29.0 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i24.bfb in2 31.5 0 ;: Input level too low. Min atten got 1.0 RMS, wanted 11.0 +/- 0.5
setatten.rb i1.bfb in3 26.0 0 ;: Got 10.6 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i2.bfb in3 30.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i3.bfb in3 23.0 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i4.bfb in3 23.0 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i5.bfb in3 25.0 0 ;: Got 11.4 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i6.bfb in3 31.5 0 ;: Input level too low. Min atten got 0.7 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i7.bfb in3 20.0 0 ;: Got 10.6 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i8.bfb in3 26.0 0 ;: Got 11.3 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i9.bfb in3 31.5 0 ;: Input level too low. Min atten got 0.6 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i10.bfb in3 19.5 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i11.bfb in3 15.0 0 ;: Got 10.9 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i12.bfb in3 31.5 0 ;: Input level too low. Min atten got 0.4 RMS, wanted 11.0 +/- 0.5
setatten.rb i13.bfb in3 22.0 0 ;: Got 10.8 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i14.bfb in3 30.0 0 ;: Got 10.7 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i15.bfb in3 23.0 0 ;: Got 10.7 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i16.bfb in3 26.0 0 ;: Got 10.9 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i17.bfb in3 22.0 0 ;: Got 11.2 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i18.bfb in3 31.5 0 ;: Input level too low. Min atten got 0.9 RMS, wanted 11.0 +/- 0.5
setatten.rb i19.bfb in3 19.0 0 ;: Got 11.0 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i20.bfb in3 22.0 0 ;: Got 10.9 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i21.bfb in3 31.5 0 ;: Input level too low. Min atten got 1.0 RMS, wanted 11.0 +/- 0.5
setatten.rb i22.bfb in3 24.0 0 ;: Got 11.1 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i23.bfb in3 26.0 0 ;: Got 10.9 RMS, wanted 11.0 +/- 0.5 ;
setatten.rb i24.bfb in3 31.5 0 ;: Input level too low. Min atten got 0.9 RMS, wanted 11.0 +/- 0.5
Auto attenuation cycle complete
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -i 10 --caldelay
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-i", "10", "--caldelay", "--agcdb", "-3"
-d option was not specified. Using magic number of 40 seconds for this observation
/==================================================
| Current Time: Wed Feb 10 13:07:43 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 40
| Updating 3 times
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: true
| Delay and Phase (Strong Source)
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 10 seconds
| Setting output levels to 0.71 (lin) -3.0 dB full-scale
\==================================================
Wed Feb 10 13:07:44 PST 2010 >> Opening beamformer server
Wed Feb 10 13:07:44 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:07:44 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:07:44 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:07:44 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:04:14 PST 2010
Wed Feb 10 13:07:44 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:04:54 PST 20
Wed Feb 10 13:07:44 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:07:44 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1dy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1,
2dx1, 2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4h
Wed Feb 10 13:07:44 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:07:44 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:07:48 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:07:48 PST 2010 >> Stopping system timers
Wed Feb 10 13:07:48 PST 2010 >> Getting current time
Wed Feb 10 13:07:48 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:07:48 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:07:48 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:07:49 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:07:49 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:07:49 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:07:49 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:07:50 PST 2010 >> Setting Tree Levels (persistent)
Wed Feb 10 13:07:50 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-7-43-BF2-ca
Wed Feb 10 13:07:50 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:07:51 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:07:51 PST 2010 >> Skipping writes, will be written in the calibration
Wed Feb 10 13:07:51 PST 2010 >> Register write cycle completed
Wed Feb 10 13:07:51 PST 2010 >> Beginning Autocalibration (May take a minute plus integration time
Wed Feb 10 13:07:51 PST 2010 >> Forcing beam to default phased array (beamDefaultPhased)
Wed Feb 10 13:08:16 PST 2010 >> Reading Ephemeris data on Beam
Wed Feb 10 13:08:17 PST 2010 >> Loading Ephemeris data into BEE2s
Wed Feb 10 13:08:19 PST 2010 >> Executing Automatic Gain Controller (persistent)
/----------------Statistics---------------(Mode 1)------------------
| Mean Amp: NaN, Delay: 0.93, Phase: 98.55, RMS: 4.92
| Worst Amp: / , Delay: 31.43, Phase: 2256.42, RMS: 105.68
| Worst Pk(Small): 696, Pk(Big): 2046, Overflow: 0
| Beam output on FPGA1: 900.0
|----------------CALIBRATION ALARMS ASSERTED------------------------
| (ANTENNA): 1ax1: Phase Exceeds Threshold
| (ANTENNA): 1ex1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1fx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1gx1: Phase Exceeds Threshold
| (ANTENNA): 1hx1: Phase Exceeds Threshold
| (FPGA): BEE1, FPGA4: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1kx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2ax1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2bx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2cx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2dx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE1, FPGA2: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2gx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE2, FPGA3: Delay Exceeds Threshold
| (ANTENNA): 4hx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 4lx1: Phase Exceeds Threshold
| (ANTENNA): 5bx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE2, FPGA4: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE2, FPGA2: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 3jx1: Phase Exceeds Threshold
| (ANTENNA): 5ex1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 5hx1: Phase Exceeds Threshold
| (ANTENNA): 1cy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1dy1: Delay Exceeds Threshold, Phase Exceeds Threshold, RMS Exceeds Threshold
| (ANTENNA): 1ey1: Delay Exceeds Threshold
| (ANTENNA): 1fy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1gy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1hy1: Phase Exceeds Threshold
| (FPGA): BEE3, FPGA4: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1ky1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2by1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2cy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2dy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2fy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE3, FPGA2: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE4, FPGA3: Delay Exceeds Threshold, Phase Exceeds Threshold, RMS Exceeds Threshold
| (ANTENNA): 4hy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 4ly1: Delay Exceeds Threshold
| (ANTENNA): 5by1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE4, FPGA4: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE4, FPGA2: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 3jy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 3ly1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 5hy1: Delay Exceeds Threshold, Phase Exceeds Threshold
|----------------Calibration Warnings-------------------------------
| (ANTENNA): 1ax1: Delay is Marginal
| (ANTENNA): 1gx1: Delay is Marginal
| (ANTENNA): 4lx1: Delay is Marginal
| (ANTENNA): 5hx1: Delay is Marginal
| (ANTENNA): 1ey1: Phase is Marginal
\----------------End Statistics------------------------------------------
Wed Feb 10 13:08:20 PST 2010 >> Alarms: Link 0, Peak: 0, Cal: 44, Cal Warnings: 5, Temp: 0, Temp W
Wed Feb 10 13:08:20 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:08:21 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:08:21 PST 2010 >> Skipping writes, will be written in the calibration
Wed Feb 10 13:08:21 PST 2010 >> Register write cycle completed
Wed Feb 10 13:08:21 PST 2010 >> Beginning Autocalibration (May take a minute plus integration time
Wed Feb 10 13:08:21 PST 2010 >> Forcing beam to default phased array (beamDefaultPhased)
Wed Feb 10 13:08:45 PST 2010 >> Reading Ephemeris data on Beam
Wed Feb 10 13:08:46 PST 2010 >> Loading Ephemeris data into BEE2s
Wed Feb 10 13:08:48 PST 2010 >> Executing Automatic Gain Controller (persistent)
/----------------Statistics---------------(Mode 1)------------------
| Mean Amp: NaN, Delay: 0.05, Phase: 2.36, RMS: 3.53
| Worst Amp: / , Delay: 2.98, Phase: 66.83, RMS: 61.93
| Worst Pk(Small): 1143, Pk(Big): 3692, Overflow: 0
| Beam output on FPGA1: 2645.0
|----------------CALIBRATION ALARMS ASSERTED------------------------
| (ANTENNA): 1dy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE4, FPGA3: Delay Exceeds Threshold, Phase Exceeds Threshold, RMS Exceeds Threshold
|----------------Calibration Warnings-------------------------------
| (ANTENNA): 2ax1: Phase is Marginal
| (ANTENNA): 1dy1: RMS is Marginal
\----------------End Statistics------------------------------------------
Wed Feb 10 13:08:49 PST 2010 >> Alarms: Link 0, Peak: 0, Cal: 2, Cal Warnings: 2, Temp: 0, Temp Wa
Wed Feb 10 13:08:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:08:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:08:50 PST 2010 >> Skipping writes, will be written in the calibration
Wed Feb 10 13:08:50 PST 2010 >> Register write cycle completed
Wed Feb 10 13:08:50 PST 2010 >> Beginning Autocalibration (May take a minute plus integration time
Wed Feb 10 13:08:50 PST 2010 >> Forcing beam to default phased array (beamDefaultPhased)
Wed Feb 10 13:09:14 PST 2010 >> Reading Ephemeris data on Beam
Wed Feb 10 13:09:14 PST 2010 >> Loading Ephemeris data into BEE2s
Wed Feb 10 13:09:16 PST 2010 >> Executing Automatic Gain Controller (persistent)
Wed Feb 10 13:09:17 PST 2010 >> Terminating observation: Number of desired iterations reached
/----------------Statistics---------------(Mode 1)------------------
| Mean Amp: NaN, Delay: 0.02, Phase: 4.05, RMS: 3.18
| Worst Amp: / , Delay: 1.11, Phase: 167.12, RMS: 39.01
| Worst Pk(Small): 1230, Pk(Big): 3192, Overflow: 0
| Beam output on FPGA1: 2002.0
|----------------CALIBRATION ALARMS ASSERTED------------------------
| (ANTENNA): 1dy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE4, FPGA3: Delay Exceeds Threshold, Phase Exceeds Threshold
|----------------Calibration Warnings-------------------------------
| (ANTENNA): 1dy1: RMS is Marginal
| (FPGA): BEE4, FPGA3: RMS is Marginal
| (FPGA): BEE4, FPGA2: Delay is Marginal
\----------------End Statistics------------------------------------------
Wed Feb 10 13:09:17 PST 2010 >> Alarms: Link 0, Peak: 0, Cal: 2, Cal Warnings: 3, Temp: 0, Temp Wa
Wed Feb 10 13:09:17 PST 2010 >> Terminating normally, return code to system is 46
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 --statusonly
["-b", "2", "--statusonly"]
-d option was not specified. Using magic number of 60 seconds for this observation
/==================================================
| Current Time: Wed Feb 10 13:09:35 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: None given (Will use last-set in beamformer)
| Loading Ephemeris:
| Duration (seconds): 60
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:09:36 PST 2010 >> Opening beamformer server
Wed Feb 10 13:09:36 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:09:36 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:09:36 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:09:36 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:04:14 PST 2010
Wed Feb 10 13:09:36 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:04:54 PST 20
Wed Feb 10 13:09:36 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:09:36 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1dy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1,
2dx1, 2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4h
Wed Feb 10 13:09:36 PST 2010 >> Status dump requested. Starting:
FPGAHOOKUP: BEE5, FPGA1 (Tree ): Amp: , Delay: , Phase: (ZD: ), RMS: (ZD: ) Peak: 2002, Overflow
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, Disabled, Downs: 0, 0, Disabled Erc
FPGAHOOKUP: BEE5, FPGA3 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0.0
nts: 34196236
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, Disabled, Downs: 0, 0, Disabled
FPGAHOOKUP: BEE1, FPGA3 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0
ounts: 39430812
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, 0, Downs: 0, 0, 0 Ercs: Refer
FPGAHOOKUP: BEE1, FPGA1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS
memCounts: 39332084
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 1 (Tree 0):
ANTENNAHOOKUP: 1ax1 (Tree 0): <ref: 1cx1> Amp: , Delay: 0.0, Phase: -0.81 (ZD: -2.12
Cal Alarms: []
ANTENNAHOOKUP: 1cx1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
IBOBHOOKUP: 2 (Tree 1):
ANTENNAHOOKUP: 1ex1 (Tree 0): <ref: 1cx1> Amp: , Delay: 0.0, Phase: 0.61 (ZD: 1.59),
Cal Alarms: []
ANTENNAHOOKUP: 1fx1 (Tree 1): <ref: 1cx1> Amp: , Delay: 0.02, Phase: -0.35 (ZD: 0.12
Cal Alarms: []
ANTENNAHOOKUP: 1gx1 (Tree 2): <ref: 1cx1> Amp: , Delay: 0.01, Phase: -0.33 (ZD: -0.6
Cal Alarms: []
ANTENNAHOOKUP: 1hx1 (Tree 3): <ref: 1cx1> Amp: , Delay: -0.01, Phase: -0.46 (ZD: -1.
Cal Alarms: []
FPGAHOOKUP: BEE1, FPGA4 (Tree 1): <ref: BEE1 FPGA1> Amp: , Delay: 0.0, Phase: -0.9 (ZD: -0
in: 3.01, memCounts: 39741380
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: 0, Reference, Skews: 0,
IBOBHOOKUP: 3 (Tree 0):
ANTENNAHOOKUP: 1kx1 (Tree 1): <ref: 2fx1> Amp: , Delay: -0.01, Phase: 0.05 (ZD: -0.2
Cal Alarms: []
ANTENNAHOOKUP: 2ax1 (Tree 2): <ref: 2fx1> Amp: , Delay: -0.01, Phase: 1.03 (ZD: -0.1
Cal Alarms: []
ANTENNAHOOKUP: 2bx1 (Tree 3): <ref: 2fx1> Amp: , Delay: -0.01, Phase: 0.59 (ZD: 1.01
Cal Alarms: []
IBOBHOOKUP: 4 (Tree 1):
ANTENNAHOOKUP: 2cx1 (Tree 0): <ref: 2fx1> Amp: , Delay: -0.01, Phase: 0.94 (ZD: -0.2
Cal Alarms: []
ANTENNAHOOKUP: 2dx1 (Tree 1): <ref: 2fx1> Amp: , Delay: -0.01, Phase: 1.39 (ZD: 1.23
Cal Alarms: []
ANTENNAHOOKUP: 2fx1 (Tree 3): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE1, FPGA2 (Tree 2): <ref: BEE1 FPGA1> Amp: , Delay: 0.01, Phase: -0.44 (ZD:
ain: 3.01, memCounts: 39437125
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, Disabled, Downs: 0, Disabled Ercs: Reference
IBOBHOOKUP: 5 (Tree 0):
ANTENNAHOOKUP: 2gx1 (Tree 0): <ref: 2kx1> Amp: , Delay: 0.0, Phase: -0.1 (ZD: -0.19)
Cal Alarms: []
ANTENNAHOOKUP: 2kx1 (Tree 3): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE2, FPGA3 (Tree 1): <ref: BEE1 FPGA3> Amp: , Delay: -0.01, Phase: 0.14 (ZD: -1.
n: 1.8, memCounts: 34218259
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, 0, Downs: 0, 0, 0 Ercs: Refer
FPGAHOOKUP: BEE2, FPGA1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS
memCounts: 34503798
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 7 (Tree 0):
ANTENNAHOOKUP: 4gx1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
ANTENNAHOOKUP: 4hx1 (Tree 3): <ref: 4gx1> Amp: , Delay: 0.01, Phase: 1.4 (ZD: 2.53),
Cal Alarms: []
IBOBHOOKUP: 8 (Tree 1):
ANTENNAHOOKUP: 4lx1 (Tree 2): <ref: 4gx1> Amp: , Delay: -0.01, Phase: -0.33 (ZD: 0.3
Cal Alarms: []
ANTENNAHOOKUP: 5bx1 (Tree 3): <ref: 4gx1> Amp: , Delay: 0.0, Phase: 0.28 (ZD: 1.38),
Cal Alarms: []
FPGAHOOKUP: BEE2, FPGA4 (Tree 1): <ref: BEE2 FPGA1> Amp: , Delay: -0.01, Phase: 0.5 (ZD: 1
n: 3.01, memCounts: 34188368
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: Disabled, 0, Downs: Disabled, 0 Ercs: Disabled,
IBOBHOOKUP: 10 (Tree 1):
ANTENNAHOOKUP: 3ex1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE2, FPGA2 (Tree 2): <ref: BEE2 FPGA1> Amp: , Delay: 0.0, Phase: 0.29 (ZD: 1.
: 3.01, memCounts: 34475085
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 11 (Tree 0):
ANTENNAHOOKUP: 3jx1 (Tree 2): <ref: 3lx1> Amp: , Delay: 0.0, Phase: 0.22 (ZD: 1.8),
Cal Alarms: []
ANTENNAHOOKUP: 3lx1 (Tree 3): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
IBOBHOOKUP: 12 (Tree 1):
ANTENNAHOOKUP: 5ex1 (Tree 0): <ref: 3lx1> Amp: , Delay: -0.01, Phase: 0.51 (ZD: -0.4
Cal Alarms: []
ANTENNAHOOKUP: 5hx1 (Tree 1): <ref: 3lx1> Amp: , Delay: 0.01, Phase: -0.23 (ZD: -0.2
Cal Alarms: []
FPGAHOOKUP: BEE5, FPGA2 (Tree 1): <ref: BEE5 FPGA3> Amp: , Delay: 1.01, Phase: 223.66 (ZD: -95.9
2.75, memCounts: 34263089
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, Disabled, Downs: 0, 0, Disabled
FPGAHOOKUP: BEE3, FPGA3 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0
ounts: 34222437
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, 0, Downs: 0, 0, 0 Ercs: Refer
FPGAHOOKUP: BEE3, FPGA1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS
memCounts: 34313614
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 13 (Tree 0):
ANTENNAHOOKUP: 1ay1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
ANTENNAHOOKUP: 1cy1 (Tree 2): <ref: 1ay1> Amp: , Delay: 0.0, Phase: 0.95 (ZD: 1.77),
Cal Alarms: []
ANTENNAHOOKUP: 1dy1 (Tree 3): <ref: 1ay1> Amp: , Delay: 0.17, Phase: -71.82 (ZD: -61
Cal Alarms: ["Delay Exceeds Threshold", "Phase Exceeds Threshold", "RMS is Margin
IBOBHOOKUP: 14 (Tree 1):
ANTENNAHOOKUP: 1ey1 (Tree 0): <ref: 1ay1> Amp: , Delay: 0.01, Phase: 1.14 (ZD: 1.41)
Cal Alarms: []
ANTENNAHOOKUP: 1fy1 (Tree 1): <ref: 1ay1> Amp: , Delay: 0.02, Phase: -0.4 (ZD: 0.18)
Cal Alarms: []
ANTENNAHOOKUP: 1gy1 (Tree 2): <ref: 1ay1> Amp: , Delay: 0.01, Phase: 0.02 (ZD: 0.68)
Cal Alarms: []
ANTENNAHOOKUP: 1hy1 (Tree 3): <ref: 1ay1> Amp: , Delay: 0.0, Phase: 0.84 (ZD: 1.79),
Cal Alarms: []
FPGAHOOKUP: BEE3, FPGA4 (Tree 1): <ref: BEE3 FPGA1> Amp: , Delay: 0.0, Phase: -0.01 (ZD: -
in: 3.01, memCounts: 34194700
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 15 (Tree 0):
ANTENNAHOOKUP: 1ky1 (Tree 1): <ref: 2ay1> Amp: , Delay: 0.0, Phase: 0.27 (ZD: 0.58),
Cal Alarms: []
ANTENNAHOOKUP: 2ay1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
ANTENNAHOOKUP: 2by1 (Tree 3): <ref: 2ay1> Amp: , Delay: -0.01, Phase: 0.72 (ZD: -0.7
Cal Alarms: []
IBOBHOOKUP: 16 (Tree 1):
ANTENNAHOOKUP: 2cy1 (Tree 0): <ref: 2ay1> Amp: , Delay: 0.0, Phase: 0.73 (ZD: 1.53),
Cal Alarms: []
ANTENNAHOOKUP: 2dy1 (Tree 1): <ref: 2ay1> Amp: , Delay: 0.0, Phase: 1.39 (ZD: 1.03),
Cal Alarms: []
ANTENNAHOOKUP: 2fy1 (Tree 3): <ref: 2ay1> Amp: , Delay: 0.0, Phase: -0.21 (ZD: -0.08
Cal Alarms: []
FPGAHOOKUP: BEE3, FPGA2 (Tree 2): <ref: BEE3 FPGA1> Amp: , Delay: 0.0, Phase: 0.16 (ZD: 1.
n: 3.01, memCounts: 34286486
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, Disabled, Downs: 0, Disabled Ercs: Reference
IBOBHOOKUP: 17 (Tree 0):
ANTENNAHOOKUP: 2gy1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE4, FPGA3 (Tree 1): <ref: BEE3 FPGA3> Amp: , Delay: -1.11, Phase: -167.12 (ZD:
0 Gain: 1.8, memCounts: 34256988
Cal Alarms: ["Delay Exceeds Threshold", "Phase Exceeds Threshold", "RMS is Marginal"]
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, 0, Downs: 0, 0, 0 Ercs: Refer
FPGAHOOKUP: BEE4, FPGA1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS
emCounts: 34351450
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 19 (Tree 0):
ANTENNAHOOKUP: 4gy1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
ANTENNAHOOKUP: 4hy1 (Tree 3): <ref: 4gy1> Amp: , Delay: 0.01, Phase: 1.16 (ZD: 3.16)
Cal Alarms: []
IBOBHOOKUP: 20 (Tree 1):
ANTENNAHOOKUP: 4ly1 (Tree 2): <ref: 4gy1> Amp: , Delay: 0.0, Phase: 0.07 (ZD: 1.06),
Cal Alarms: []
ANTENNAHOOKUP: 5by1 (Tree 3): <ref: 4gy1> Amp: , Delay: 0.0, Phase: -0.48 (ZD: 1.04)
Cal Alarms: []
FPGAHOOKUP: BEE4, FPGA4 (Tree 1): <ref: BEE4 FPGA1> Amp: , Delay: 0.0, Phase: 1.15 (ZD: 2.
: 3.01, memCounts: 34228385
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: Disabled, 0, Downs: Disabled, 0 Ercs: Disabled,
IBOBHOOKUP: 22 (Tree 1):
ANTENNAHOOKUP: 3ey1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE4, FPGA2 (Tree 2): <ref: BEE4 FPGA1> Amp: , Delay: 0.04, Phase: 1.2 (ZD: 3.
in: 3.01, memCounts: 34322216
Cal Alarms: ["Delay is Marginal"]
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: 0, Reference, Skews: 0,
IBOBHOOKUP: 23 (Tree 0):
ANTENNAHOOKUP: 3jy1 (Tree 2): <ref: 5ey1> Amp: , Delay: 0.01, Phase: 0.95 (ZD: 1.87)
Cal Alarms: []
ANTENNAHOOKUP: 3ly1 (Tree 3): <ref: 5ey1> Amp: , Delay: 0.0, Phase: -0.5 (ZD: 0.36),
Cal Alarms: []
IBOBHOOKUP: 24 (Tree 1):
ANTENNAHOOKUP: 5ey1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
ANTENNAHOOKUP: 5hy1 (Tree 1): <ref: 5ey1> Amp: , Delay: 0.0, Phase: -0.2 (ZD: -0.94)
Cal Alarms: []
Antenna: 2cx1
Physical Coordinates:
North: -33.0306
East: 110.7316
Up: 0.401
TDR Delay (Samples): 391.093781998498
Adjusted Delay (Samples): 0.442992468334029
Phasor: -0.564086148495889+0.825715942122395i
Amplitude: 1.0
Sky Freq: 1420000000.0
Sample Rate: 104857600.0
Trel: 131.9 Weight Set: 1
Cal Freq: 1420000000.0
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed1150ccd0 @mydata=[0, 0], @dsize=1, @norder=1>]
Antenna: 1ay1
Physical Coordinates:
North: -74.7315
East: 65.9487
Up: 0.5466
TDR Delay (Samples): 368.203367918498
Adjusted Delay (Samples): 0.0
Phasor: 1.0+0.0i
Amplitude: 1.0
Sky Freq: 1420000000.0
Sample Rate: 104857600.0
Trel: 40.0 Weight Set: 1
Cal Freq: 1420000000.0
Cal dP/dF: 0
Calibration Model (Raw):
{}
[#<VALUEHOLDER:0x2aed114c0420 @mydata=[0, 0], @dsize=1, @norder=1>]
Antenna: 2dx1
Physical Coordinates:
North: -54.3992
East: 150.1317
Up: 0.442
TDR Delay (Samples): 367.138014702498
Adjusted Delay (Samples): 0.309308490792519
Phasor: -0.199167767136246-0.979965407825175i
Amplitude: 1.0
Sky Freq: 1420000000.0
Sample Rate: 104857600.0
Trel: 70.6 Weight Set: 1
Cal Freq: 1420000000.0
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed1150afc0 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % bfinit.rb -b 2 -a 1ax,1ay,1cx,1cy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1
3ey,3jx,3jy,3lx,3ly,4gx,4gy,4hx,4hy,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy
["-b", "2", "-a", "1ax,1ay,1cx,1cy,1ex,1ey,1fx,1fy,1gx,1gy,1hx,1hy,1kx,1ky,2ax,2ay,2bx,2by,2cx,2cy,
,4hx,4hy,4lx,4ly,5bx,5by,5ex,5ey,5hx,5hy"]
==
| Current Time: Wed Feb 10 13:10:24 PST 2010
| **** Starting beamformer initialization ****
| Antenna List: ["1ax", "1ay", "1cx", "1cy", "1ex", "1ey", "1fx", "1fy", "1gx", "1gy", "1hx", "1hy"
2dx", "2dy", "2fx", "2fy", "2gx", "2gy", "2kx", "3ex", "3ey", "3jx", "3jy", "3lx", "3ly", "4gx", "4
, "5hx", "5hy"]
| Compression: true
| Test Mode: 0
| AGC Full Scale Range: 0.75 (out of 1)
| Beam Former: 2 (1-3)
\==================================================
Wed Feb 10 13:10:24 PST 2010 >> Opening beamformer server for initialization
Wed Feb 10 13:10:24 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:10:24 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:10:24 PST 2010 >> Reading Hookup File
Wed Feb 10 13:10:24 PST 2010 >> Reading Geodesy File
Wed Feb 10 13:10:25 PST 2010 >> Reading Corr File
Wed Feb 10 13:10:26 PST 2010 >> Reading Sensitivity File
Wed Feb 10 13:10:26 PST 2010 >> Scanning hierarchy for primary nodes
Wed Feb 10 13:10:26 PST 2010 >> Initializing antennas in hookup
Wed Feb 10 13:10:26 PST 2010 >> Adding antennas to the hookup
Wed Feb 10 13:10:26 PST 2010 >> Connecting to BEE2 Server Processes
Wed Feb 10 13:10:26 PST 2010 >> Loading Firmware on b06.bfa
Wed Feb 10 13:10:32 PST 2010 >> Loading Firmware on b07.bfa
Wed Feb 10 13:10:38 PST 2010 >> Loading Firmware on b08.bfa
Wed Feb 10 13:10:44 PST 2010 >> Loading Firmware on b09.bfa
Wed Feb 10 13:10:50 PST 2010 >> Loading Firmware on b10.bfa
Wed Feb 10 13:10:55 PST 2010 >> Resetting receiver blocks on all firmware
Wed Feb 10 13:11:01 PST 2010 >> Downloading system settings to BEE2 Server Processes
Wed Feb 10 13:11:01 PST 2010 >> Quick-read of initial diagnostic values
Wed Feb 10 13:11:04 PST 2010 >> Initialization Complete
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -i 10 --caldelay
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-i", "10", "--caldelay", "--agcdb", "-3"
-d option was not specified. Using magic number of 40 seconds for this observation
/==================================================
| Current Time: Wed Feb 10 13:11:23 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 40
| Updating 3 times
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: true
| Delay and Phase (Strong Source)
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 10 seconds
| Setting output levels to 0.71 (lin) -3.0 dB full-scale
\==================================================
Wed Feb 10 13:11:23 PST 2010 >> Opening beamformer server
Wed Feb 10 13:11:23 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:11:23 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:11:23 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:11:23 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:11:23 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:11:23 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:11:23 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:11:23 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:11:23 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:11:27 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:11:27 PST 2010 >> Stopping system timers
Wed Feb 10 13:11:27 PST 2010 >> Getting current time
Wed Feb 10 13:11:27 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:11:27 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:11:27 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:11:27 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:11:27 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:11:27 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:11:28 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:11:30 PST 2010 >> Setting Tree Levels (persistent)
Wed Feb 10 13:11:30 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-11-23-BF2-c
Wed Feb 10 13:11:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:11:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:11:31 PST 2010 >> Skipping writes, will be written in the calibration
Wed Feb 10 13:11:31 PST 2010 >> Register write cycle completed
Wed Feb 10 13:11:31 PST 2010 >> Beginning Autocalibration (May take a minute plus integration time
Wed Feb 10 13:11:31 PST 2010 >> Forcing beam to default phased array (beamDefaultPhased)
Wed Feb 10 13:11:56 PST 2010 >> Reading Ephemeris data on Beam
Wed Feb 10 13:11:57 PST 2010 >> Loading Ephemeris data into BEE2s
Wed Feb 10 13:11:58 PST 2010 >> Executing Automatic Gain Controller (persistent)
/----------------Statistics---------------(Mode 1)------------------
| Mean Amp: NaN, Delay: 0.41, Phase: 65.44, RMS: 3.98
| Worst Amp: / , Delay: 2.78, Phase: 331.29, RMS: 112.11
| Worst Pk(Small): 790, Pk(Big): 2130, Overflow: 0
| Beam output on FPGA1: 820.0
|----------------CALIBRATION ALARMS ASSERTED------------------------
| (ANTENNA): 1ax1: Phase Exceeds Threshold
| (ANTENNA): 1ex1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1fx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1gx1: Phase Exceeds Threshold
| (ANTENNA): 1hx1: Phase Exceeds Threshold
| (FPGA): BEE1, FPGA4: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1kx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2ax1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2bx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2cx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2dx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE1, FPGA2: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2gx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE2, FPGA3: Delay Exceeds Threshold
| (ANTENNA): 4hx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 4lx1: Phase Exceeds Threshold
| (ANTENNA): 5bx1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE2, FPGA4: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE2, FPGA2: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 3jx1: Phase Exceeds Threshold
| (ANTENNA): 5ex1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 5hx1: Phase Exceeds Threshold
| (ANTENNA): 1cy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1ey1: Delay Exceeds Threshold
| (ANTENNA): 1fy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 1gy1: Delay Exceeds Threshold
| (ANTENNA): 1hy1: Phase Exceeds Threshold
| (FPGA): BEE3, FPGA4: Phase Exceeds Threshold
| (ANTENNA): 1ky1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2by1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2cy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2dy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 2fy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE3, FPGA2: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE4, FPGA3: Delay Exceeds Threshold, Phase Exceeds Threshold, RMS Exceeds Threshold
| (ANTENNA): 4hy1: Phase Exceeds Threshold
| (ANTENNA): 4ly1: Delay Exceeds Threshold
| (ANTENNA): 5by1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE4, FPGA4: Delay Exceeds Threshold, Phase Exceeds Threshold
| (FPGA): BEE4, FPGA2: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 3jy1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 3ly1: Delay Exceeds Threshold, Phase Exceeds Threshold
| (ANTENNA): 5hy1: Delay Exceeds Threshold, Phase Exceeds Threshold
|----------------Calibration Warnings-------------------------------
| (ANTENNA): 1gx1: Delay is Marginal
| (ANTENNA): 4lx1: Delay is Marginal
| (ANTENNA): 1ey1: Phase is Marginal
| (ANTENNA): 1gy1: Phase is Marginal
| (FPGA): BEE3, FPGA4: Delay is Marginal
| (ANTENNA): 4hy1: Delay is Marginal
\----------------End Statistics------------------------------------------
Wed Feb 10 13:11:59 PST 2010 >> Alarms: Link 0, Peak: 0, Cal: 43, Cal Warnings: 6, Temp: 0, Temp W
Wed Feb 10 13:11:59 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:12:00 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:12:00 PST 2010 >> Skipping writes, will be written in the calibration
Wed Feb 10 13:12:00 PST 2010 >> Register write cycle completed
Wed Feb 10 13:12:00 PST 2010 >> Beginning Autocalibration (May take a minute plus integration time
Wed Feb 10 13:12:00 PST 2010 >> Forcing beam to default phased array (beamDefaultPhased)
Wed Feb 10 13:12:25 PST 2010 >> Reading Ephemeris data on Beam
Wed Feb 10 13:12:25 PST 2010 >> Loading Ephemeris data into BEE2s
Wed Feb 10 13:12:27 PST 2010 >> Executing Automatic Gain Controller (persistent)
)------------------
| Mean Amp: NaN, Delay: 0.05, Phase: 2.36, RMS: 2.7
| Worst Amp: / , Delay: 3.0, Phase: 88.11, RMS: 34.54
| Worst Pk(Small): 1104, Pk(Big): 3864, Overflow: 1
| Beam output on FPGA1: 2645.0
|----------------CALIBRATION ALARMS ASSERTED------------------------
| (FPGA): BEE5, FPGA2: Overflows detected
| (FPGA): BEE4, FPGA3: Delay Exceeds Threshold, Phase Exceeds Threshold
|----------------Calibration Warnings-------------------------------
| (FPGA): BEE4, FPGA3: RMS is Marginal
\----------------End Statistics------------------------------------------
Wed Feb 10 13:12:28 PST 2010 >> Alarms: Link 0, Peak: 1, Cal: 2, Cal Warnings: 1, Temp: 0, Temp Wa
Wed Feb 10 13:12:28 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:12:29 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:12:29 PST 2010 >> Skipping writes, will be written in the calibration
Wed Feb 10 13:12:29 PST 2010 >> Register write cycle completed
Wed Feb 10 13:12:29 PST 2010 >> Beginning Autocalibration (May take a minute plus integration time
Wed Feb 10 13:12:29 PST 2010 >> Forcing beam to default phased array (beamDefaultPhased)
Wed Feb 10 13:12:54 PST 2010 >> Reading Ephemeris data on Beam
Wed Feb 10 13:12:54 PST 2010 >> Loading Ephemeris data into BEE2s
Wed Feb 10 13:12:56 PST 2010 >> Executing Automatic Gain Controller (persistent)
Wed Feb 10 13:12:57 PST 2010 >> Terminating observation: Number of desired iterations reached
/----------------Statistics---------------(Mode 1)------------------
| Mean Amp: NaN, Delay: 0.01, Phase: 3.19, RMS: 3.12
| Worst Amp: / , Delay: 0.67, Phase: 183.45, RMS: 64.95
| Worst Pk(Small): 1230, Pk(Big): 3161, Overflow: 0
| Beam output on FPGA1: 2254.0
|----------------CALIBRATION ALARMS ASSERTED------------------------
| (FPGA): BEE4, FPGA3: Delay Exceeds Threshold, Phase Exceeds Threshold, RMS Exceeds Threshold
\----------------End Statistics------------------------------------------
Wed Feb 10 13:12:57 PST 2010 >> Alarms: Link 0, Peak: 0, Cal: 1, Cal Warnings: 0, Temp: 0, Temp Wa
Wed Feb 10 13:12:57 PST 2010 >> Terminating normally, return code to system is 46
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:13:50 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:13:51 PST 2010 >> Opening beamformer server
Wed Feb 10 13:13:51 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:13:51 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:13:51 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:13:51 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:13:51 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:13:51 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:13:51 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:13:51 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:13:51 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:13:55 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:13:55 PST 2010 >> Stopping system timers
Wed Feb 10 13:13:55 PST 2010 >> Getting current time
Wed Feb 10 13:13:55 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:13:55 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:13:55 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:13:55 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:13:55 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:13:55 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:13:55 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:14:03 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-13-50-BF2
Wed Feb 10 13:14:03 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:04 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:06 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:06 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:06 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:06 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:06 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:06 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:06 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:06 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:09 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:09 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:10 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:12 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:12 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:12 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:12 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:12 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:13 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:13 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:13 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:15 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:15 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:16 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:18 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:18 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:18 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:18 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:18 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:19 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:19 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:19 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:21 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:21 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:22 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:25 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:25 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:25 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:25 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:25 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:25 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:25 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:25 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:28 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:28 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:29 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:31 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:31 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:31 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:31 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:31 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:31 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:31 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:31 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:34 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:34 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:35 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:37 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:37 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:37 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:37 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:37 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:38 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:38 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:38 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:40 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:40 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:41 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:43 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:43 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:43 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:43 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:43 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:44 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:44 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:44 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:46 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:50 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:50 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:50 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:50 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:53 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:53 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:14:54 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:14:56 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:14:56 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:14:56 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:14:56 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:14:56 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:14:56 PST 2010 >> Register write cycle completed
Wed Feb 10 13:14:56 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:14:56 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:14:59 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:14:59 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:00 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:02 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:02 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:02 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:02 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:02 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:03 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:03 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:03 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:05 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:05 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:06 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:08 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:08 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:08 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:08 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:08 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:09 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:09 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:09 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:11 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:11 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:12 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:15 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:15 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:15 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:15 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:15 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:15 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:18 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:18 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:19 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:21 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:21 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:21 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:21 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:21 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:21 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:21 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:27 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:27 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:27 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:34 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:34 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:34 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:37 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:37 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:38 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:40 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:40 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:40 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:40 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:40 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:40 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:46 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:46 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:46 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:46 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:53 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:53 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:53 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:15:55 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:15:55 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:15:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:15:58 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:15:58 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:15:58 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:15:58 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:15:59 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:15:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:15:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:15:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:16:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:16:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:16:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:16:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:16:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:16:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:16:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:16:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:16:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:16:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:16:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:16:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:16:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:16:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:16:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:16:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:16:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:16:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:16:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:16:12 PST 2010 >> Register write cycle completed
Wed Feb 10 13:16:12 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:16:12 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:16:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:16:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:16:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:16:18 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:16:18 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:16:18 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:16:18 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:16:18 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:16:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:16:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:16:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:16:21 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:16:21 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:16:22 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:16:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:16:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:16:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:16:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:16:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:16:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:16:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:16:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:16:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:16:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:16:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:16:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:16:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:16:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:16:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:16:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:16:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:16:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:16:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:16:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:16:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:16:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:16:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:16:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:16:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:16:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:16:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:16:37 PST 2010 >> Register write cycle completed
Wed Feb 10 13:16:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:16:37 PST 2010 >> Quick-read of diagnostic values
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:1090
from bftrackephem.rb:1089
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb
SYNOPSIS
kurtspec_config.rb [options]
DESCRIPTION
Starts and configures the Kurtosis packetizer on b16, FPGA2.
OPTIONS
--gain [GAIN]
Specify the gain to be applied to the Stokes registers (Default 12288)
--host [HOST]
Specify the host name to record to. Use pulsar now.
EXAMPLES
kurtspec.rb --host pulsar --gain 12288
Sends data to pulsar-1 and uses a Stokes gain of 12288.
NOTES
The SonATA packetizer must be configured or the packetizer
will not receive any data. Run sonataconfig_dptest.rb to enable and
configure the SonATA packetizer.
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 61440
["--host", "pulsar", "--gain", "61440"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:18:35 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:18:35 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:18:36 -0800 2010 >> Loading firmware
Wed Feb 10 13:18:36 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:18:37 -0800 2010 >> Done loading sdrt packetizer, pid 4072
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:18:38 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836719.0195
WBM: Alias timing exit point: 1265836719.14487
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836719.14501
WBM: Alias timing exit point: 1265836719.37456
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836719.37468
WBM: Alias timing exit point: 1265836719.53144
reg_coeff_stokes1 61440
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836719.53158
WBM: Alias timing exit point: 1265836719.65236
reg_coeff_stokes2 61440
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836719.65248
WBM: Alias timing exit point: 1265836719.77285
reg_coeff_stokes3 61440
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836719.77296
WBM: Alias timing exit point: 1265836719.89321
reg_coeff_stokes4 61440
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836719.89333
WBM: Alias timing exit point: 1265836720.01313
kurt_scale_1a 12288
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.01323
WBM: Alias timing exit point: 1265836720.13431
kurt_scale_1b 12288
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.13443
WBM: Alias timing exit point: 1265836720.25502
kurt_output1a 1
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.25515
WBM: Alias timing exit point: 1265836720.37596
kurt_output1b 1
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.37608
WBM: Alias timing exit point: 1265836720.53269
reg_output_bitselect1 2
WBM: Alias timing exit point: 1265836720.01313
kurt_scale_1a 12288
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.01323
WBM: Alias timing exit point: 1265836720.13431
kurt_scale_1b 12288
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.13443
WBM: Alias timing exit point: 1265836720.25502
kurt_output1a 1
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.25515
WBM: Alias timing exit point: 1265836720.37596
kurt_output1b 1
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.37608
WBM: Alias timing exit point: 1265836720.53269
reg_output_bitselect1 2
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.5328
WBM: Alias timing exit point: 1265836720.65289
reg_output_bitselect2 2
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836720.65299
WBM: Alias timing exit point: 1265836720.77397
reg_output_bitselect3 2
Reading back reg_output_bitselect4
File Edit Options Buffers Tools Help
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", powsc) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", powsc) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 1) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 1) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 2) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 2) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 2) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 2) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L233--C59--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 61440
["--host", "pulsar", "--gain", "61440"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:19:42 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:19:42 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:19:43 -0800 2010 >> Loading firmware
Wed Feb 10 13:19:43 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:19:44 -0800 2010 >> Done loading sdrt packetizer, pid 4075
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:19:44 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836785.89003
WBM: Alias timing exit point: 1265836786.01541
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836786.01557
WBM: Alias timing exit point: 1265836786.14213
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836786.14227
WBM: Alias timing exit point: 1265836786.25994
reg_coeff_stokes1 61440
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836786.26008
WBM: Alias timing exit point: 1265836786.41965
reg_coeff_stokes2 61440
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836786.41977
WBM: Alias timing exit point: 1265836786.54419
reg_coeff_stokes3 61440
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836786.54431
WBM: Alias timing exit point: 1265836786.6617
reg_coeff_stokes4 61440
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836786.66183
WBM: Alias timing exit point: 1265836786.78265
kurt_scale_1a 61440
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836786.78277
WBM: Alias timing exit point: 1265836786.90387
kurt_scale_1b 61440
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836786.90399
WBM: Alias timing exit point: 1265836787.02569
kurt_output1a 1
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836787.02581
WBM: Alias timing exit point: 1265836787.14617
kurt_output1b 1
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836787.14629
WBM: Alias timing exit point: 1265836787.26746
reg_output_bitselect1 2
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836787.26758
WBM: Alias timing exit point: 1265836787.43526
reg_output_bitselect2 2
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836787.43537
WBM: Alias timing exit point: 1265836787.55716
reg_output_bitselect3 2
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836787.55728
WBM: Alias timing exit point: 1265836787.67936
reg_output_bitselect4 2
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836787.67947
WBM: Alias timing exit point: 1265836787.80018
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836787.80029
WBM: Alias timing exit point: 1265836787.92149
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265836787.92164
WBM: Alias timing exit point: 1265836788.04216
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:19:54 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:19:55 PST 2010 >> Opening beamformer server
Wed Feb 10 13:19:55 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:19:55 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:19:55 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:19:55 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:19:55 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:19:55 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:19:55 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:19:55 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:19:55 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:19:59 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:19:59 PST 2010 >> Stopping system timers
Wed Feb 10 13:19:59 PST 2010 >> Getting current time
Wed Feb 10 13:19:59 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:19:59 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:19:59 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:19:59 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:19:59 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:19:59 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:19:59 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:20:08 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-19-54-BF2
Wed Feb 10 13:20:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:20:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:20:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:20:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:20:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:20:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:20:11 PST 2010 >> Register write cycle completed
Wed Feb 10 13:20:11 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:20:11 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:20:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:20:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:20:17 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:20:17 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:20:17 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:20:17 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:20:17 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:20:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:20:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:20:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:20:20 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:20:20 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:21 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:20:23 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:20:23 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:20:23 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:20:23 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:20:23 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:20:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:20:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:20:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:20:26 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:20:26 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:27 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:20:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:20:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:20:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:20:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:20:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:20:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:20:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:20:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:20:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:20:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:20:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:20:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:20:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:20:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:20:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:20:37 PST 2010 >> Register write cycle completed
Wed Feb 10 13:20:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:20:37 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:20:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:20:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:20:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:20:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:20:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:20:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:20:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:20:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:20:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:20:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:20:45 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:20:45 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:46 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:20:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:20:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:20:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:20:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:20:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:20:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:20:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:20:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:20:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:20:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:20:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:20:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:20:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:20:55 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:20:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:20:56 PST 2010 >> Register write cycle completed
Wed Feb 10 13:20:56 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:20:56 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:20:58 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:20:58 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:20:59 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:01 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:01 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:01 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:01 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:01 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:02 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:02 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:02 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:04 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:04 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:05 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:08 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:08 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:08 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:08 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:08 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:08 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:08 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:08 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:11 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:11 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:12 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:14 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:14 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:14 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:14 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:14 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:14 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:14 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:14 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:17 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:17 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:18 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:20 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:20 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:20 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:20 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:20 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:21 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:21 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:21 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:23 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:23 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:24 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:26 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:26 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:26 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:26 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:26 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:27 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:27 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:27 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:33 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:33 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:33 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:36 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:36 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:37 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:39 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:39 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:39 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:39 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:39 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:40 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:42 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:42 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:43 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:45 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:45 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:45 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:45 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:45 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:46 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:46 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:46 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:48 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:48 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:49 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:52 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:52 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:52 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:21:55 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:21:55 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:21:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:21:58 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:21:58 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:21:58 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:21:58 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:21:58 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:21:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:21:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:21:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:01 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:01 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:02 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:11 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:11 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:11 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:17 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:17 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:17 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:17 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:17 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:20 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:20 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:21 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:23 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:23 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:23 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:23 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:23 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:36 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:36 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:36 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:45 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:45 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:46 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:49 PST 2010 >> Quick-read of diagnostic values
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:22:45 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:22:45 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:22:46 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:22:48 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:22:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:22:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:22:49 PST 2010 >> Quick-read of diagnostic values
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:1090
from bftrackephem.rb:1089
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 61440
["--host", "pulsar", "--gain", "61440"]
Changing host to pulsar-1, installing on FPGA #2
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0)
beesrv.flush("XAUI clear")
#=======================================================================
# Read back data
#=======================================================================
puts "#{Time.new().to_s} >> Performing one-time read of status registers:"
sleep(1)
# When reading registers, we have arguments "regname", "bytes per value", "total bytes", and "start
regname = "reg_sync_period"
rc = fpgasrv[fsdrt].writeBinaryMode(sdrtid, regname, 4, 4, 0)
puts "#{regname}\t\t#{rc}"
regname = "reg_acclen"
puts "Reading back #{regname}"
rc = fpgasrv[fsdrt].writeBinaryMode(sdrtid, regname, 4, 4, 0)
puts "#{regname}\t\t#{rc}"
File Edit Options Buffers Tools Help
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", powsc) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", powsc) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 2) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 2) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0)
beesrv.flush("XAUI clear")
#=======================================================================
# Read back data
#=======================================================================
puts "#{Time.new().to_s} >> Performing one-time read of status registers:"
sleep(1)
# When reading registers, we have arguments "regname", "bytes per value", "total bytes", and "start
regname = "reg_sync_period"
rc = fpgasrv[fsdrt].writeBinaryMode(sdrtid, regname, 4, 4, 0)
-uu-:---F1 kurtspec_config.rb (Ruby)--L243--C63--61%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 61440
["--host", "pulsar", "--gain", "61440"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:23:53 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:23:53 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:23:53 -0800 2010 >> Loading firmware
Wed Feb 10 13:23:53 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:23:54 -0800 2010 >> Done loading sdrt packetizer, pid 4081
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:23:54 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837035.97316
WBM: Alias timing exit point: 1265837036.09826
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837036.09838
WBM: Alias timing exit point: 1265837036.21873
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837036.21885
WBM: Alias timing exit point: 1265837036.33949
reg_coeff_stokes1 61440
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837036.33958
WBM: Alias timing exit point: 1265837036.49571
reg_coeff_stokes2 61440
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837036.49582
WBM: Alias timing exit point: 1265837036.61689
reg_coeff_stokes3 61440
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837036.61701
WBM: Alias timing exit point: 1265837036.73815
reg_coeff_stokes4 61440
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837036.73827
WBM: Alias timing exit point: 1265837036.86003
kurt_scale_1a 61440
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837036.86015
WBM: Alias timing exit point: 1265837036.98048
kurt_scale_1b 61440
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837036.9806
WBM: Alias timing exit point: 1265837037.10136
kurt_output1a 2
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837037.10148
WBM: Alias timing exit point: 1265837037.22157
kurt_output1b 2
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837037.22171
WBM: Alias timing exit point: 1265837037.34952
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837037.34966
WBM: Alias timing exit point: 1265837037.50862
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837037.50874
WBM: Alias timing exit point: 1265837037.63411
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837037.63425
WBM: Alias timing exit point: 1265837037.75375
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837037.75388
WBM: Alias timing exit point: 1265837037.87338
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837037.8735
WBM: Alias timing exit point: 1265837037.99426
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837037.9944
WBM: Alias timing exit point: 1265837038.11592
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:24:02 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:24:02 PST 2010 >> Opening beamformer server
Wed Feb 10 13:24:02 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:24:02 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:24:02 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:24:02 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:24:02 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:24:02 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:24:02 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:24:02 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:24:02 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:24:06 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:24:06 PST 2010 >> Stopping system timers
Wed Feb 10 13:24:06 PST 2010 >> Getting current time
Wed Feb 10 13:24:06 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:24:06 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:24:06 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:24:06 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:24:06 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:24:06 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:24:07 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:24:15 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-24-2-BF2
Wed Feb 10 13:24:15 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:24:16 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:24:18 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:24:18 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:24:18 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:24:18 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:24:18 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:24:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:24:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:24:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:24:21 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:24:21 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:24:22 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:24:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:24:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:24:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:24:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:24:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:24:25 PST 2010 >> Register write cycle completed
Wed Feb 10 13:24:25 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:24:25 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:24:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:24:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:24:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:24:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:24:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:24:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:24:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:24:31 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:24:31 PST 2010 >> Register write cycle completed
Wed Feb 10 13:24:31 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:24:31 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:24:34 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:24:34 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:24:35 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:24:37 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:24:37 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:24:37 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:24:37 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:24:37 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:24:37 PST 2010 >> Register write cycle completed
Wed Feb 10 13:24:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:24:37 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:24:40 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:24:40 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:24:41 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:24:43 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:24:43 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:24:43 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:24:43 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:24:43 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:24:44 PST 2010 >> Register write cycle completed
Wed Feb 10 13:24:44 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:24:44 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:24:47 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:24:47 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:24:48 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:24:50 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:24:50 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:24:50 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:24:50 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:24:50 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:24:50 PST 2010 >> Register write cycle completed
Wed Feb 10 13:24:50 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:24:50 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:24:53 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:24:53 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:24:54 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:24:56 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:24:56 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:24:56 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:24:56 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:24:56 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:24:57 PST 2010 >> Register write cycle completed
Wed Feb 10 13:24:57 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:24:57 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:24:59 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:24:59 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:00 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:02 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:02 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:02 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:02 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:02 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:03 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:03 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:03 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:05 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:05 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:06 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:09 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:09 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:09 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:09 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:09 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:09 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:09 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:09 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:12 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:12 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:13 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:15 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:15 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:15 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:15 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:15 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:15 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:18 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:18 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:19 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:21 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:21 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:21 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:21 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:22 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:22 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:22 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:28 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:28 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:28 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:31 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:31 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:32 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:34 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:34 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:34 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:34 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:34 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:34 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:34 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:34 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:37 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:37 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:38 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:40 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:40 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:40 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:40 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:40 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:40 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:46 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:47 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:47 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:47 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:53 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:53 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:53 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:25:56 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:25:56 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:25:57 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:25:59 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:25:59 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:25:59 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:25:59 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:25:59 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:25:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:25:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:25:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:26:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:26:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:26:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:26:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:26:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:26:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:26:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:26:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:26:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:26:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:26:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:26:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:26:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:26:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:26:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:26:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:26:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:26:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:26:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:26:12 PST 2010 >> Register write cycle completed
Wed Feb 10 13:26:12 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:26:12 PST 2010 >> Quick-read of diagnostic values
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:1090
from bftrackephem.rb:1089
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar
["--host", "pulsar"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:26:19 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:26:19 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:26:19 -0800 2010 >> Loading firmware
Wed Feb 10 13:26:19 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:26:20 -0800 2010 >> Done loading sdrt packetizer, pid 4084
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:26:21 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837182.29209
WBM: Alias timing exit point: 1265837182.41774
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837182.41786
WBM: Alias timing exit point: 1265837182.54017
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837182.5403
WBM: Alias timing exit point: 1265837182.67424
reg_coeff_stokes1 12288
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837182.67438
WBM: Alias timing exit point: 1265837182.81108
reg_coeff_stokes2 12288
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837182.8112
WBM: Alias timing exit point: 1265837182.93248
reg_coeff_stokes3 12288
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837182.9326
WBM: Alias timing exit point: 1265837183.05439
reg_coeff_stokes4 12288
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837183.05452
WBM: Alias timing exit point: 1265837183.17597
kurt_scale_1a 12288
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837183.17609
WBM: Alias timing exit point: 1265837183.29786
kurt_scale_1b 12288
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837183.29798
WBM: Alias timing exit point: 1265837183.41965
kurt_output1a 2
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837183.41977
WBM: Alias timing exit point: 1265837183.54138
kurt_output1b 2
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837183.5415
WBM: Alias timing exit point: 1265837183.66336
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837183.66348
WBM: Alias timing exit point: 1265837183.8409
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837183.84103
WBM: Alias timing exit point: 1265837183.96436
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837183.96448
WBM: Alias timing exit point: 1265837184.08552
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837184.08562
WBM: Alias timing exit point: 1265837184.20683
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837184.20695
WBM: Alias timing exit point: 1265837184.33907
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837184.33921
WBM: Alias timing exit point: 1265837184.46056
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:26:26 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:26:27 PST 2010 >> Opening beamformer server
Wed Feb 10 13:26:27 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:26:27 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:26:27 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:26:27 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:26:27 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:26:27 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:26:27 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:26:27 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:26:27 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:26:31 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:26:31 PST 2010 >> Stopping system timers
Wed Feb 10 13:26:31 PST 2010 >> Getting current time
Wed Feb 10 13:26:31 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:26:31 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:26:31 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:26:31 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:26:31 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:26:31 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:26:31 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:26:40 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-26-26-BF2
Wed Feb 10 13:26:40 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:26:41 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:26:43 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:26:43 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:26:43 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:26:43 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:26:43 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:26:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:26:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:26:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:26:46 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:26:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:26:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:26:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:26:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:26:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:26:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:26:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:26:50 PST 2010 >> Register write cycle completed
Wed Feb 10 13:26:50 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:26:50 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:26:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:26:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:26:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:26:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:26:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:26:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:26:56 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:26:56 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:26:56 PST 2010 >> Register write cycle completed
Wed Feb 10 13:26:56 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:26:56 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:26:59 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:26:59 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:00 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:02 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:02 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:02 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:02 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:02 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:02 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:02 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:02 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:05 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:05 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:06 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:08 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:08 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:08 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:08 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:08 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:09 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:09 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:09 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:11 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:11 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:12 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:14 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:14 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:14 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:14 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:14 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:15 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:18 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:18 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:19 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:21 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:21 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:21 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:21 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:21 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:21 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:21 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:27 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:27 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:27 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:34 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:34 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:34 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:36 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:36 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:37 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:40 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:40 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:40 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:40 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:40 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:40 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:46 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:46 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:46 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:46 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:53 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:53 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:53 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:27:55 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:27:55 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:27:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:27:59 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:27:59 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:27:59 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:27:59 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:27:59 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:27:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:27:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:27:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:28:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:28:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:28:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:28:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:28:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:28:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:28:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:28:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:28:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:28:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:28:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:28:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:28:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:28:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:28:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:28:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:28:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:28:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:28:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:28:12 PST 2010 >> Register write cycle completed
Wed Feb 10 13:28:12 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:28:12 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:28:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:28:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:28:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:28:17 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:28:17 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:28:17 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:28:17 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:28:17 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:28:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:28:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:28:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:28:21 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:28:21 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:28:22 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:28:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:28:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:28:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:28:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:28:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:28:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:28:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:28:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:28:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:28:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:28:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:28:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:28:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:28:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:28:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:28:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:28:31 PST 2010 >> Register write cycle completed
Wed Feb 10 13:28:31 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:28:31 PST 2010 >> Quick-read of diagnostic values
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:1090
from bftrackephem.rb:1089
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 4096
["--host", "pulsar", "--gain", "4096"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:28:45 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:28:45 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:28:45 -0800 2010 >> Loading firmware
Wed Feb 10 13:28:45 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:28:46 -0800 2010 >> Done loading sdrt packetizer, pid 4087
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:28:47 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837328.02696
WBM: Alias timing exit point: 1265837328.15253
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837328.15267
WBM: Alias timing exit point: 1265837328.27327
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837328.27339
WBM: Alias timing exit point: 1265837328.39409
reg_coeff_stokes1 4096
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837328.39419
WBM: Alias timing exit point: 1265837328.5508
reg_coeff_stokes2 4096
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837328.55111
WBM: Alias timing exit point: 1265837328.67191
reg_coeff_stokes3 4096
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837328.67203
WBM: Alias timing exit point: 1265837328.79283
reg_coeff_stokes4 4096
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837328.79294
WBM: Alias timing exit point: 1265837328.91335
kurt_scale_1a 4096
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837328.91347
WBM: Alias timing exit point: 1265837329.03393
kurt_scale_1b 4096
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837329.03403
WBM: Alias timing exit point: 1265837329.15462
kurt_output1a 2
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837329.15472
WBM: Alias timing exit point: 1265837329.27529
kurt_output1b 2
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837329.27541
WBM: Alias timing exit point: 1265837329.39609
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837329.39621
WBM: Alias timing exit point: 1265837329.5598
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837329.55992
WBM: Alias timing exit point: 1265837329.68019
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837329.68032
WBM: Alias timing exit point: 1265837329.80072
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837329.80084
WBM: Alias timing exit point: 1265837329.92137
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837329.92148
WBM: Alias timing exit point: 1265837330.04239
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837330.04251
WBM: Alias timing exit point: 1265837330.16275
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:28:53 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:28:53 PST 2010 >> Opening beamformer server
Wed Feb 10 13:28:53 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:28:53 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:28:53 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:28:53 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:28:53 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:28:53 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:28:53 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:28:53 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:28:53 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:28:57 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:28:57 PST 2010 >> Stopping system timers
Wed Feb 10 13:28:57 PST 2010 >> Getting current time
Wed Feb 10 13:28:57 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:28:57 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:28:57 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:28:57 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:28:57 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:28:57 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:28:57 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:29:06 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-28-53-BF2
Wed Feb 10 13:29:06 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:29:07 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:29:09 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:29:09 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:29:09 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:29:09 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:29:09 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:29:10 PST 2010 >> Register write cycle completed
Wed Feb 10 13:29:10 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:29:10 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:29:12 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:29:12 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:29:13 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:29:16 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:29:16 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:29:16 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:29:16 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:29:16 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:29:16 PST 2010 >> Register write cycle completed
Wed Feb 10 13:29:16 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:29:16 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:29:19 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:29:19 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:29:20 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:29:22 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:29:22 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:29:22 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:29:22 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:29:22 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:29:22 PST 2010 >> Register write cycle completed
Wed Feb 10 13:29:22 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:29:22 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:29:25 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:29:25 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:29:26 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:29:28 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:29:28 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:29:28 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:29:28 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:29:28 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:29:29 PST 2010 >> Register write cycle completed
Wed Feb 10 13:29:29 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:29:29 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:29:34 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:29:34 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:29:35 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:29:37 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:29:37 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:29:37 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:29:37 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:29:37 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:29:38 PST 2010 >> Register write cycle completed
Wed Feb 10 13:29:38 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:29:38 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:29:41 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:29:41 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:29:42 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:29:44 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:29:44 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:29:44 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:29:44 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:29:44 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:29:44 PST 2010 >> Register write cycle completed
Wed Feb 10 13:29:44 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:29:44 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:29:47 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:29:47 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:29:48 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:29:50 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:29:50 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:29:50 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:29:50 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:29:50 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:29:51 PST 2010 >> Register write cycle completed
Wed Feb 10 13:29:51 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:29:51 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:29:53 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:29:53 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:29:54 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:29:57 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:29:57 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:29:57 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:29:57 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:29:57 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:29:57 PST 2010 >> Register write cycle completed
Wed Feb 10 13:29:57 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:29:57 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:00 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:00 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:01 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:03 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:03 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:03 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:03 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:03 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:03 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:03 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:03 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:06 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:06 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:07 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:09 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:09 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:09 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:09 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:09 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:10 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:10 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:10 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:12 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:12 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:13 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:15 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:15 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:15 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:15 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:15 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:16 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:16 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:16 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:18 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:18 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:19 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:22 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:22 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:22 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:22 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:22 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:22 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:22 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:22 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:25 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:25 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:26 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:28 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:28 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:28 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:28 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:28 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:28 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:28 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:28 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:31 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:31 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:32 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:34 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:34 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:34 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:34 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:34 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:34 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:34 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:34 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:37 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:37 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:38 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:40 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:40 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:40 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:40 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:40 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:41 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:41 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:41 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:47 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:47 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:47 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:47 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:47 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:47 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:47 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:47 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:50 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:50 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:51 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:53 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:53 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:53 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:53 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:53 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:30:53 PST 2010 >> Register write cycle completed
Wed Feb 10 13:30:53 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:30:53 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:30:56 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:30:56 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:30:57 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:30:59 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:30:59 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:30:59 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:30:59 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:30:59 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:00 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:00 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:00 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:31:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:31:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:31:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:31:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:31:06 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:06 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:06 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:09 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:09 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:10 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:31:12 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:31:12 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:12 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:31:12 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:31:12 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:31:12 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:12 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:12 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:15 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:15 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:16 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:31:18 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:31:18 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:31:18 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:31:18 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:31:18 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:19 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:19 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:19 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:21 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:21 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:22 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:31:25 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:31:25 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:31:25 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:31:25 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:31:25 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:25 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:25 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:25 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:28 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:28 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:29 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:31:31 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:31:31 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:31:31 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:31:31 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:31:31 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:31 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:31 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:31 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:34 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:34 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:35 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:31:37 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:31:37 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:31:37 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:37 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:31:37 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:31:38 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:38 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:38 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:40 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:40 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:41 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:31:43 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:31:43 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:31:43 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:43 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:31:43 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:31:44 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:44 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:44 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:47 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:47 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:48 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:31:50 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:31:50 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:31:50 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:31:50 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:31:50 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:31:50 PST 2010 >> Register write cycle completed
Wed Feb 10 13:31:50 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:31:50 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:31:53 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:31:53 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:31:54 PST 2010 >> Beginning Observation Sequence (Writing Registers)
bftrackephem.rb:1063:in `sleep': Interrupt
from bftrackephem.rb:1063
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:31:58 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:31:58 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:31:58 -0800 2010 >> Loading firmware
Wed Feb 10 13:31:58 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:31:59 -0800 2010 >> Done loading sdrt packetizer, pid 4090
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:32:00 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837521.10119
WBM: Alias timing exit point: 1265837521.22566
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837521.2258
WBM: Alias timing exit point: 1265837521.34855
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837521.34867
WBM: Alias timing exit point: 1265837521.47004
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837521.47016
WBM: Alias timing exit point: 1265837521.62673
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837521.62686
WBM: Alias timing exit point: 1265837521.75341
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837521.75356
WBM: Alias timing exit point: 1265837521.87264
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837521.87276
WBM: Alias timing exit point: 1265837521.9931
kurt_scale_1a 1024
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837521.99342
WBM: Alias timing exit point: 1265837522.12105
kurt_scale_1b 1024
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837522.12118
WBM: Alias timing exit point: 1265837522.2393
kurt_output1a 2
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837522.23942
WBM: Alias timing exit point: 1265837522.36076
kurt_output1b 2
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837522.36088
WBM: Alias timing exit point: 1265837522.48206
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837522.48219
WBM: Alias timing exit point: 1265837522.63642
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837522.63654
WBM: Alias timing exit point: 1265837522.86816
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837522.86828
WBM: Alias timing exit point: 1265837522.98871
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837522.98883
WBM: Alias timing exit point: 1265837523.10998
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837523.11011
WBM: Alias timing exit point: 1265837523.23054
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837523.23066
WBM: Alias timing exit point: 1265837523.35113
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:32:07 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:32:08 PST 2010 >> Opening beamformer server
Wed Feb 10 13:32:08 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:32:08 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:32:08 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:32:08 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:32:08 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:32:08 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:32:08 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:32:08 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:32:08 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:32:12 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:32:12 PST 2010 >> Stopping system timers
Wed Feb 10 13:32:12 PST 2010 >> Getting current time
Wed Feb 10 13:32:12 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:32:12 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:32:12 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:32:12 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:32:12 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:32:12 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:32:12 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:32:20 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-32-7-BF2
Wed Feb 10 13:32:20 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:32:21 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:32:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:32:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:32:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:32:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:32:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:32:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:32:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:32:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:32:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:32:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:32:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:32:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:32:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:32:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:32:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:32:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:32:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:32:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:32:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:32:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:32:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:32:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:32:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:32:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:32:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:32:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:32:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:32:37 PST 2010 >> Register write cycle completed
Wed Feb 10 13:32:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:32:37 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:32:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:32:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:32:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:32:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:32:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:32:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:32:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:32:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:32:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:32:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:32:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:32:46 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:32:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:32:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:32:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:32:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:32:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:32:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:32:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:32:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:32:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:32:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:32:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:32:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:32:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:32:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:32:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:32:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:32:55 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:32:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:32:55 PST 2010 >> Register write cycle completed
Wed Feb 10 13:32:55 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:32:55 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:32:58 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:32:58 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:32:59 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:01 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:01 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:01 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:01 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:01 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:02 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:02 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:02 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:04 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:04 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:05 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:08 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:08 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:08 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:08 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:08 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:08 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:08 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:08 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:11 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:11 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:12 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:14 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:14 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:14 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:14 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:14 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:15 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:17 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:17 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:18 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:21 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:21 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:21 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:21 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:21 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:21 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:21 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:27 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:27 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:27 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:34 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:34 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:34 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:36 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:36 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:37 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:39 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:39 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:39 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:39 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:39 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:40 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:42 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:42 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:43 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:46 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:46 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:46 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:46 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:52 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:52 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:52 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:33:55 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:33:55 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:33:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:33:58 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:33:58 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:33:58 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:33:58 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:33:58 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:33:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:33:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:33:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:01 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:01 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:02 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:11 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:11 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:11 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:17 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:17 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:17 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:17 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:17 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:20 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:20 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:21 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:37 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:37 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:45 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:45 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:46 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:45 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:45 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:46 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:34:55 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:34:55 PST 2010 >> Register write cycle completed
Wed Feb 10 13:34:55 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:34:55 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:34:58 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:34:58 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:34:59 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:35:01 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:35:01 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:35:01 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:35:01 PST 2010 >> Write complete on 4, returned true
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", powsc) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", powsc) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 1) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 1) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L237--C55--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:35:35 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:35:35 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:35:35 -0800 2010 >> Loading firmware
Wed Feb 10 13:35:35 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:35:36 -0800 2010 >> Done loading sdrt packetizer, pid 4093
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:35:37 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837738.1552
WBM: Alias timing exit point: 1265837738.28089
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837738.28103
WBM: Alias timing exit point: 1265837738.40329
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837738.40341
WBM: Alias timing exit point: 1265837738.55964
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837738.55978
WBM: Alias timing exit point: 1265837738.68114
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837738.68126
WBM: Alias timing exit point: 1265837738.80306
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837738.80318
WBM: Alias timing exit point: 1265837738.9244
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837738.92452
WBM: Alias timing exit point: 1265837739.04642
kurt_scale_1a 1024
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837739.04655
WBM: Alias timing exit point: 1265837739.1674
kurt_scale_1b 1024
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837739.16751
WBM: Alias timing exit point: 1265837739.29055
kurt_output1a 1
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837739.29065
WBM: Alias timing exit point: 1265837739.41172
kurt_output1b 1
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837739.41185
WBM: Alias timing exit point: 1265837739.57643
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837739.57655
WBM: Alias timing exit point: 1265837739.69802
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837739.69814
WBM: Alias timing exit point: 1265837739.8189
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837739.81903
WBM: Alias timing exit point: 1265837739.94062
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837739.94074
WBM: Alias timing exit point: 1265837740.06187
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837740.06198
WBM: Alias timing exit point: 1265837740.1829
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837740.18304
WBM: Alias timing exit point: 1265837740.30446
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:35:44 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:35:44 PST 2010 >> Opening beamformer server
Wed Feb 10 13:35:44 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:35:44 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:35:44 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:35:44 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:35:44 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:35:44 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:35:44 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:35:44 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:35:44 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:35:48 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:35:48 PST 2010 >> Stopping system timers
Wed Feb 10 13:35:48 PST 2010 >> Getting current time
Wed Feb 10 13:35:48 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:35:48 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:35:48 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:35:48 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:35:48 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:35:48 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:35:48 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:35:57 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-35-44-BF2
Wed Feb 10 13:35:57 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:35:58 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:00 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:00 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:00 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:00 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:00 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:00 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:00 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:00 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:03 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:03 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:04 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:06 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:06 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:06 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:06 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:06 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:06 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:06 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:06 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:09 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:09 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:10 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:12 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:12 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:12 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:12 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:12 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:13 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:13 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:13 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:15 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:15 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:16 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:19 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:19 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:19 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:19 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:19 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:19 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:19 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:19 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:22 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:22 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:23 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:25 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:25 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:25 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:25 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:25 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:25 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:25 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:25 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:28 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:28 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:29 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:31 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:31 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:31 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:31 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:31 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:32 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:32 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:32 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:34 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:34 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:35 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:38 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:38 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:38 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:38 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:38 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:38 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:38 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:38 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:41 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:41 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:42 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:44 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:44 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:44 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:44 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:44 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:44 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:44 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:44 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:47 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:47 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:48 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:50 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:50 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:50 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:50 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:50 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:51 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:51 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:51 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:53 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:53 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:36:54 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:36:56 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:36:56 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:36:56 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:36:56 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:36:56 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:36:57 PST 2010 >> Register write cycle completed
Wed Feb 10 13:36:57 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:36:57 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:36:59 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:36:59 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:37:00 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:37:03 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:37:03 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:37:03 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:37:03 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:37:03 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:37:03 PST 2010 >> Register write cycle completed
Wed Feb 10 13:37:03 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:37:03 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:37:06 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:37:06 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:37:07 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:37:09 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:37:09 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:37:09 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:37:09 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:37:09 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:37:09 PST 2010 >> Register write cycle completed
Wed Feb 10 13:37:09 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:37:09 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:37:12 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:37:12 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:37:13 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:37:15 PST 2010 >> Register write cycle completed
Wed Feb 10 13:37:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:37:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:37:18 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:37:18 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:37:19 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:37:22 PST 2010 >> Register write cycle completed
Wed Feb 10 13:37:22 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:37:22 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:37:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:37:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:37:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:37:15 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:37:15 PST 2010 >> Register write cycle completed
Wed Feb 10 13:37:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:37:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:37:18 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:37:18 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:37:19 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:37:21 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:37:22 PST 2010 >> Register write cycle completed
Wed Feb 10 13:37:22 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:37:22 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:37:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:37:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:37:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:37:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:37:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:37:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:37:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:37:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:37:28 PST 2010 >> Register write cycle completed
Wed Feb 10 13:37:28 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:37:28 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:37:31 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:37:31 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:37:32 PST 2010 >> Beginning Observation Sequence (Writing Registers)
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
id = inc
procid = nil
fpgasrv[inc] = BEEPROCESSWRAPPER2.new(procid, datadir, beesrv, id)
# Array is designed as one-indexed (ie fpgas 1,2,3,4 instead of 0,1,2,3)
# for easy reading in this script
end
# At this point, we will have a mux server and four fpga servers for
# our bee2 (b11.bfa). All firmware will be cleared from b11 on the
# fpgas 2 and 3. This is an effect of initializing the processwrappers.
# note that we have not initialized fpga 1, 4 to leave for other scripts.
#=======================================================================
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", powsc) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", powsc) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 0) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 0) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L235--C55--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:39:00 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:39:00 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:39:00 -0800 2010 >> Loading firmware
Wed Feb 10 13:39:00 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:39:01 -0800 2010 >> Done loading sdrt packetizer, pid 4096
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:39:02 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837943.22334
WBM: Alias timing exit point: 1265837943.34865
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837943.34879
WBM: Alias timing exit point: 1265837943.47026
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837943.47038
WBM: Alias timing exit point: 1265837943.59202
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837943.59214
WBM: Alias timing exit point: 1265837943.75507
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837943.75519
WBM: Alias timing exit point: 1265837943.87632
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837943.87644
WBM: Alias timing exit point: 1265837943.99784
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837943.99796
WBM: Alias timing exit point: 1265837944.11875
kurt_scale_1a 1024
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837944.11887
WBM: Alias timing exit point: 1265837944.23915
kurt_scale_1b 1024
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837944.23925
WBM: Alias timing exit point: 1265837944.35959
kurt_output1a 0
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837944.35972
WBM: Alias timing exit point: 1265837944.48043
kurt_output1b 0
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837944.48055
WBM: Alias timing exit point: 1265837944.60143
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837944.60155
WBM: Alias timing exit point: 1265837944.76633
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837944.76645
WBM: Alias timing exit point: 1265837944.88735
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837944.88748
WBM: Alias timing exit point: 1265837945.00801
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837945.00813
WBM: Alias timing exit point: 1265837945.13705
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837945.13718
WBM: Alias timing exit point: 1265837945.25976
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265837945.2599
WBM: Alias timing exit point: 1265837945.3775
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:39:11 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:39:12 PST 2010 >> Opening beamformer server
Wed Feb 10 13:39:12 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:39:12 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:39:12 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:39:12 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:39:12 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:39:12 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:39:12 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:39:12 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:39:12 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:39:16 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:39:16 PST 2010 >> Stopping system timers
Wed Feb 10 13:39:16 PST 2010 >> Getting current time
Wed Feb 10 13:39:16 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:39:16 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:39:16 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:39:16 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:39:16 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:39:16 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:39:16 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:39:24 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-39-11-BF2
Wed Feb 10 13:39:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:39:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:39:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:39:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:39:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:39:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:39:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:39:28 PST 2010 >> Register write cycle completed
Wed Feb 10 13:39:28 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:39:28 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:39:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:39:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:39:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:39:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:39:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:39:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:39:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:39:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:39:34 PST 2010 >> Register write cycle completed
Wed Feb 10 13:39:34 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:39:34 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:39:37 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:39:37 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:39:38 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:39:40 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:39:40 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:39:40 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:39:40 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:39:40 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:39:40 PST 2010 >> Register write cycle completed
Wed Feb 10 13:39:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:39:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:39:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:39:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:39:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:39:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:39:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:39:46 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:39:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:39:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:39:46 PST 2010 >> Register write cycle completed
Wed Feb 10 13:39:47 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:39:47 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:39:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:39:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:39:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:39:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:39:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:39:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:39:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:39:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:39:53 PST 2010 >> Register write cycle completed
Wed Feb 10 13:39:53 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:39:53 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:39:55 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:39:55 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:39:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:39:58 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:39:58 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:39:58 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:39:58 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:39:58 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:39:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:39:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:39:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:12 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:12 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:12 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:17 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:17 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:17 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:17 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:17 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:20 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:20 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:21 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:36 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:36 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:36 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:43 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:43 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:43 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:43 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:43 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:46 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:55 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:55 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:55 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:58 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:58 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:59 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:40:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:40:55 PST 2010 >> Register write cycle completed
Wed Feb 10 13:40:55 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:40:55 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:40:58 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:40:58 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:40:59 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:41:01 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:41:01 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:41:01 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:41:01 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:41:01 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:41:02 PST 2010 >> Register write cycle completed
Wed Feb 10 13:41:02 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:41:02 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:41:04 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:41:04 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:41:05 PST 2010 >> Beginning Observation Sequence (Writing Registers)
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
fsdrt = 2
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", 4096) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", 4096) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 0) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 0) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L233--C58--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:41:36 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:41:36 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:41:36 -0800 2010 >> Loading firmware
Wed Feb 10 13:41:36 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:41:38 -0800 2010 >> Done loading sdrt packetizer, pid 4099
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:41:38 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838099.57192
WBM: Alias timing exit point: 1265838099.69664
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838099.69676
WBM: Alias timing exit point: 1265838099.81733
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838099.81745
WBM: Alias timing exit point: 1265838099.98124
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838099.98136
WBM: Alias timing exit point: 1265838100.10281
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838100.10293
WBM: Alias timing exit point: 1265838100.22462
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838100.22474
WBM: Alias timing exit point: 1265838100.34592
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838100.34604
WBM: Alias timing exit point: 1265838100.46693
kurt_scale_1a 4096
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838100.46703
WBM: Alias timing exit point: 1265838100.69971
kurt_scale_1b 4096
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838100.69983
WBM: Alias timing exit point: 1265838100.81966
kurt_output1a 0
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838100.81978
WBM: Alias timing exit point: 1265838100.94057
kurt_output1b 0
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838100.94069
WBM: Alias timing exit point: 1265838101.09245
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838101.09257
WBM: Alias timing exit point: 1265838101.21235
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838101.21248
WBM: Alias timing exit point: 1265838101.33348
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838101.3336
WBM: Alias timing exit point: 1265838101.45588
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838101.45601
WBM: Alias timing exit point: 1265838101.57674
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838101.57686
WBM: Alias timing exit point: 1265838101.69843
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838101.69857
WBM: Alias timing exit point: 1265838101.81896
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:41:48 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:41:49 PST 2010 >> Opening beamformer server
Wed Feb 10 13:41:49 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:41:49 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:41:49 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:41:49 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:41:49 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:41:49 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:41:49 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:41:49 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:41:49 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:41:53 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:41:53 PST 2010 >> Stopping system timers
Wed Feb 10 13:41:53 PST 2010 >> Getting current time
Wed Feb 10 13:41:53 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:41:53 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:41:53 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:41:53 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:41:53 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:41:53 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:41:53 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:42:01 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-41-48-BF2
Wed Feb 10 13:42:01 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:02 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:04 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:11 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:11 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:11 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:17 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:17 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:17 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:17 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:17 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:20 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:20 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:21 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:23 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:23 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:23 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:23 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:23 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:26 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:26 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:27 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:36 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:36 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:36 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:45 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:45 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:46 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:48 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:48 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:48 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:36 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:36 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:36 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:45 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:45 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:46 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:48 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:42:48 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:48 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:42:48 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:42:48 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:49 PST 2010 >> Register write cycle completed
Wed Feb 10 13:42:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:42:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:42:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:42:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:42:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:42:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:42:55 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:42:55 PST 2010 >> Write complete on 1, returned true
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", 28672) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", 28672) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 0) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 0) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L233--C59--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:44:13 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:44:13 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:44:13 -0800 2010 >> Loading firmware
Wed Feb 10 13:44:13 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:44:15 -0800 2010 >> Done loading sdrt packetizer, pid 4102
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:44:15 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838256.56044
WBM: Alias timing exit point: 1265838256.68695
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838256.68711
WBM: Alias timing exit point: 1265838256.80864
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838256.80876
WBM: Alias timing exit point: 1265838256.95724
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838256.95735
WBM: Alias timing exit point: 1265838257.10904
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838257.10916
WBM: Alias timing exit point: 1265838257.23025
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838257.23039
WBM: Alias timing exit point: 1265838257.35185
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838257.35198
WBM: Alias timing exit point: 1265838257.47713
kurt_scale_1a 28672
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838257.47725
WBM: Alias timing exit point: 1265838257.59593
kurt_scale_1b 28672
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838257.59605
WBM: Alias timing exit point: 1265838257.72478
kurt_output1a 0
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838257.72492
WBM: Alias timing exit point: 1265838257.84309
kurt_output1b 0
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838257.84322
WBM: Alias timing exit point: 1265838257.97916
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838257.97928
WBM: Alias timing exit point: 1265838258.11669
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838258.11682
WBM: Alias timing exit point: 1265838258.23913
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838258.23924
WBM: Alias timing exit point: 1265838258.36057
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838258.36071
WBM: Alias timing exit point: 1265838258.48275
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838258.48287
WBM: Alias timing exit point: 1265838258.60417
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838258.60429
WBM: Alias timing exit point: 1265838258.72497
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:44:22 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:44:22 PST 2010 >> Opening beamformer server
Wed Feb 10 13:44:22 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:44:22 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:44:22 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:44:22 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:44:22 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:44:22 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:44:22 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:44:22 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:44:22 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:44:27 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:44:27 PST 2010 >> Stopping system timers
Wed Feb 10 13:44:27 PST 2010 >> Getting current time
Wed Feb 10 13:44:27 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:44:27 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:44:27 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:44:27 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:44:27 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:44:27 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:44:27 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:44:35 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-44-22-BF2
Wed Feb 10 13:44:35 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:44:36 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:44:38 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:44:38 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:44:38 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:44:38 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:44:38 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:44:39 PST 2010 >> Register write cycle completed
Wed Feb 10 13:44:39 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:44:39 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:44:42 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:44:42 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:44:43 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:44:45 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:44:45 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:44:45 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:44:45 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:44:45 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:44:45 PST 2010 >> Register write cycle completed
Wed Feb 10 13:44:45 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:44:45 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:44:48 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:44:48 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:44:49 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:44:51 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:44:51 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:44:51 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:44:51 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:44:51 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:44:52 PST 2010 >> Register write cycle completed
Wed Feb 10 13:44:52 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:44:52 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:44:54 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:44:54 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:44:55 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:44:57 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:44:57 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:44:57 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:44:58 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:44:58 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:44:58 PST 2010 >> Register write cycle completed
Wed Feb 10 13:44:58 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:44:58 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:01 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:01 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:02 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:04 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:45:04 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:04 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:04 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:04 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:45:04 PST 2010 >> Register write cycle completed
Wed Feb 10 13:45:04 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:45:04 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:07 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:07 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:08 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:10 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:10 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:10 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:45:10 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:45:10 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:11 PST 2010 >> Register write cycle completed
Wed Feb 10 13:45:11 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:45:11 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:13 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:13 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:14 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:16 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:16 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:16 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:16 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:45:16 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:45:17 PST 2010 >> Register write cycle completed
Wed Feb 10 13:45:17 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:45:17 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:19 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:19 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:20 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:22 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:22 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:45:23 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:23 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:45:23 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:23 PST 2010 >> Register write cycle completed
Wed Feb 10 13:45:23 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:45:23 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:26 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:26 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:27 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:45:29 PST 2010 >> Register write cycle completed
Wed Feb 10 13:45:29 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:45:29 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:32 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:32 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:33 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:23 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:23 PST 2010 >> Register write cycle completed
Wed Feb 10 13:45:23 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:45:23 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:26 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:26 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:27 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:29 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:45:29 PST 2010 >> Register write cycle completed
Wed Feb 10 13:45:29 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:45:29 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:32 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:32 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:33 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:45:35 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:45:36 PST 2010 >> Register write cycle completed
Wed Feb 10 13:45:36 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:45:36 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:45:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:45:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:45:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:45:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:45:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:45:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:45:42 PST 2010 >> Write complete on 4, returned true
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", 12288) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", 12288) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 0) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 0) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L233--C59--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:46:16 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:46:16 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:46:16 -0800 2010 >> Loading firmware
Wed Feb 10 13:46:16 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:46:18 -0800 2010 >> Done loading sdrt packetizer, pid 4105
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:46:18 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838379.57972
WBM: Alias timing exit point: 1265838379.70489
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838379.70502
WBM: Alias timing exit point: 1265838379.82599
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838379.82611
WBM: Alias timing exit point: 1265838379.9475
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838379.94762
WBM: Alias timing exit point: 1265838380.10941
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838380.10954
WBM: Alias timing exit point: 1265838380.23195
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838380.23208
WBM: Alias timing exit point: 1265838380.34958
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838380.3497
WBM: Alias timing exit point: 1265838380.47931
kurt_scale_1a 12288
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838380.47945
WBM: Alias timing exit point: 1265838380.6002
kurt_scale_1b 12288
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838380.60032
WBM: Alias timing exit point: 1265838380.72246
kurt_output1a 0
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838380.72258
WBM: Alias timing exit point: 1265838380.83993
kurt_output1b 0
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838380.84005
WBM: Alias timing exit point: 1265838380.96156
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838380.96168
WBM: Alias timing exit point: 1265838381.13519
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838381.13531
WBM: Alias timing exit point: 1265838381.25788
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838381.25801
WBM: Alias timing exit point: 1265838381.37886
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838381.37899
WBM: Alias timing exit point: 1265838381.50039
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838381.50052
WBM: Alias timing exit point: 1265838381.6224
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838381.62253
WBM: Alias timing exit point: 1265838381.7445
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:46:24 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:46:25 PST 2010 >> Opening beamformer server
Wed Feb 10 13:46:25 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:46:25 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:46:25 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:46:25 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:46:25 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:46:25 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:46:25 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:46:25 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:46:25 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:46:28 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:46:28 PST 2010 >> Stopping system timers
Wed Feb 10 13:46:28 PST 2010 >> Getting current time
Wed Feb 10 13:46:28 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:46:28 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:46:28 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:46:28 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:46:28 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:46:28 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:46:29 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:46:37 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-46-24-BF2
Wed Feb 10 13:46:37 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:46:38 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:46:40 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:46:40 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:46:40 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:46:40 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:46:40 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:46:41 PST 2010 >> Register write cycle completed
Wed Feb 10 13:46:41 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:46:41 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:46:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:46:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:46:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:46:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:46:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:46:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:46:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:46:47 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:46:47 PST 2010 >> Register write cycle completed
Wed Feb 10 13:46:47 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:46:47 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:46:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:46:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:46:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:46:53 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:46:53 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:46:53 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:46:53 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:46:53 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:46:53 PST 2010 >> Register write cycle completed
Wed Feb 10 13:46:53 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:46:53 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:46:56 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:46:56 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:46:57 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:46:59 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:46:59 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:46:59 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:46:59 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:46:59 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:46:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:46:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:46:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:06 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:06 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:06 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:12 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:12 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:12 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:12 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:15 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:15 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:16 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:18 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:18 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:18 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:18 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:18 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:21 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:21 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:22 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:25 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:25 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:25 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:28 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:28 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:29 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:31 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:31 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:31 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:31 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:31 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:31 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:31 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:31 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:34 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:34 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:35 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:37 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:37 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:37 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:37 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:37 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:37 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:37 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:40 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:40 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:41 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:43 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:43 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:43 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:43 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:43 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:44 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:44 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:44 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:46 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:50 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:50 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:50 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:50 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:50 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:50 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:50 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:50 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:53 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:53 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:47:54 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:47:56 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:47:56 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:47:56 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:47:56 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:47:56 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:47:56 PST 2010 >> Register write cycle completed
Wed Feb 10 13:47:56 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:47:56 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:47:59 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:47:59 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:00 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:02 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:02 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:02 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:02 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:02 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:03 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:03 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:03 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:05 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:05 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:06 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:08 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:08 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:08 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:08 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:08 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:09 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:09 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:09 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:11 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:11 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:12 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:15 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:15 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:15 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:15 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:15 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:15 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:18 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:18 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:19 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:21 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:21 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:21 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:21 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:21 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:21 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:21 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:27 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:27 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:27 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:34 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:34 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:34 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:37 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:37 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:38 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:40 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:40 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:40 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:40 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:40 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:40 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:46 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:47 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:47 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:47 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:53 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:53 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:53 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:53 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:53 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:53 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:53 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:53 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:48:56 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:48:56 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:48:57 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:48:59 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:48:59 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:48:59 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:48:59 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:48:59 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:48:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:48:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:48:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:49:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:06 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:06 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:06 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:49:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:12 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:12 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:12 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:18 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:18 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:49:18 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:18 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:18 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:18 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:21 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:21 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:22 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:49:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:24 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:49:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:37 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:37 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:49:37 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:37 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:40 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:40 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:41 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:30 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:37 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:37 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:49:37 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:37 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:40 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:40 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:41 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:49:43 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:49:43 PST 2010 >> Register write cycle completed
Wed Feb 10 13:49:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:49:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:49:46 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:49:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:49:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:49:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:49:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:49:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:49:49 PST 2010 >> Write complete on 4, returned true
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", 14336) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", 14336) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 0) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 0) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L233--C59--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:50:53 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:50:53 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:50:53 -0800 2010 >> Loading firmware
Wed Feb 10 13:50:53 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:50:55 -0800 2010 >> Done loading sdrt packetizer, pid 4108
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:50:55 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838656.63915
WBM: Alias timing exit point: 1265838656.76339
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838656.76353
WBM: Alias timing exit point: 1265838656.8834
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838656.88352
WBM: Alias timing exit point: 1265838657.15315
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838657.15327
WBM: Alias timing exit point: 1265838657.27313
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838657.27323
WBM: Alias timing exit point: 1265838657.39266
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838657.3928
WBM: Alias timing exit point: 1265838657.51357
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838657.5137
WBM: Alias timing exit point: 1265838657.63334
kurt_scale_1a 14336
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838657.63347
WBM: Alias timing exit point: 1265838657.75337
kurt_scale_1b 14336
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838657.75349
WBM: Alias timing exit point: 1265838657.87303
kurt_output1a 0
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838657.87316
WBM: Alias timing exit point: 1265838657.99311
kurt_output1b 0
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838657.99323
WBM: Alias timing exit point: 1265838658.15387
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838658.15399
WBM: Alias timing exit point: 1265838658.27371
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838658.27383
WBM: Alias timing exit point: 1265838658.39354
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838658.39366
WBM: Alias timing exit point: 1265838658.51394
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838658.51404
WBM: Alias timing exit point: 1265838658.6348
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838658.63492
WBM: Alias timing exit point: 1265838658.75524
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838658.75538
WBM: Alias timing exit point: 1265838658.87547
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:51:03 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:51:03 PST 2010 >> Opening beamformer server
Wed Feb 10 13:51:03 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:51:03 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:51:03 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:51:03 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:51:03 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:51:03 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:51:03 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:51:03 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:51:03 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:51:07 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:51:07 PST 2010 >> Stopping system timers
Wed Feb 10 13:51:07 PST 2010 >> Getting current time
Wed Feb 10 13:51:07 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:51:07 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:51:07 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:51:07 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:51:07 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:51:07 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:51:07 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:51:15 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-51-3-BF2
Wed Feb 10 13:51:15 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:51:16 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:51:19 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:51:19 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:51:19 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:51:19 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:51:19 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:51:19 PST 2010 >> Register write cycle completed
Wed Feb 10 13:51:19 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:51:19 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:51:22 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:51:22 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:51:23 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:51:25 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:51:25 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:51:25 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:51:25 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:51:25 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:51:25 PST 2010 >> Register write cycle completed
Wed Feb 10 13:51:25 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:51:25 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:51:28 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:51:28 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:51:29 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:51:31 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:51:31 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:51:31 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:51:31 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:51:31 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:51:32 PST 2010 >> Register write cycle completed
Wed Feb 10 13:51:32 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:51:32 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:51:34 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:51:34 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:51:35 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:51:38 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:51:38 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:51:38 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:51:38 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:51:38 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:51:38 PST 2010 >> Register write cycle completed
Wed Feb 10 13:51:38 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:51:38 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:51:41 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:51:41 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:51:42 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:51:44 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:51:44 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:51:44 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:51:44 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:51:44 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:51:44 PST 2010 >> Register write cycle completed
Wed Feb 10 13:51:44 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:51:44 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:51:47 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:51:47 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:51:48 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:51:50 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:51:50 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:51:50 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:51:50 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:51:50 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:51:51 PST 2010 >> Register write cycle completed
Wed Feb 10 13:51:51 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:51:51 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:51:53 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:51:53 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:51:54 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:51:57 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:51:57 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:51:57 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:51:57 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:51:57 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:51:57 PST 2010 >> Register write cycle completed
Wed Feb 10 13:51:57 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:51:57 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:00 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:00 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:01 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:03 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:03 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:03 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:03 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:03 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:03 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:03 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:03 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:06 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:06 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:07 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:09 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:09 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:10 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:10 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:10 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:10 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:10 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:10 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:13 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:13 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:14 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:16 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:16 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:16 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:16 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:16 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:16 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:16 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:16 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:19 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:19 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:20 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:22 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:22 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:22 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:22 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:22 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:23 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:23 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:23 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:25 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:25 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:26 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:28 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:28 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:28 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:28 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:28 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:29 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:29 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:29 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:32 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:32 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:33 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:35 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:35 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:35 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:35 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:35 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:35 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:35 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:35 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:38 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:38 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:39 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:41 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:41 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:41 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:41 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:41 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:41 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:41 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:41 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:44 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:44 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:45 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:48 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:48 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:48 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:50 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:50 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:51 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:41 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:41 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:41 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:41 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:44 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:44 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:45 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:47 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:48 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:48 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:48 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:50 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:50 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:51 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:52:53 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:52:54 PST 2010 >> Register write cycle completed
Wed Feb 10 13:52:54 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:52:54 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:52:57 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:52:57 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:52:58 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:53:00 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:53:00 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:53:00 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:53:00 PST 2010 >> Write complete on 5, returned true
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", 16256) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", 16256) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 0) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 0) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L233--C59--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:54:43 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:54:43 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:54:43 -0800 2010 >> Loading firmware
Wed Feb 10 13:54:43 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:54:44 -0800 2010 >> Done loading sdrt packetizer, pid 4111
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:54:45 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838886.28313
WBM: Alias timing exit point: 1265838886.40806
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838886.4082
WBM: Alias timing exit point: 1265838886.52867
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838886.52878
WBM: Alias timing exit point: 1265838886.66365
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838886.66376
WBM: Alias timing exit point: 1265838886.80192
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838886.80204
WBM: Alias timing exit point: 1265838886.92328
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838886.92338
WBM: Alias timing exit point: 1265838887.04487
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838887.04499
WBM: Alias timing exit point: 1265838887.16586
kurt_scale_1a 16256
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838887.16596
WBM: Alias timing exit point: 1265838887.28688
kurt_scale_1b 16256
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838887.287
WBM: Alias timing exit point: 1265838887.4076
kurt_output1a 0
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838887.40773
WBM: Alias timing exit point: 1265838887.52857
kurt_output1b 0
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838887.52869
WBM: Alias timing exit point: 1265838887.64934
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838887.64946
WBM: Alias timing exit point: 1265838887.80701
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838887.80714
WBM: Alias timing exit point: 1265838887.92814
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838887.92826
WBM: Alias timing exit point: 1265838888.05051
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838888.05063
WBM: Alias timing exit point: 1265838888.17135
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838888.17146
WBM: Alias timing exit point: 1265838888.29217
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265838888.29231
WBM: Alias timing exit point: 1265838888.42062
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:54:51 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:54:52 PST 2010 >> Opening beamformer server
Wed Feb 10 13:54:52 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:54:52 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:54:52 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:54:52 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:54:52 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:54:52 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:54:52 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:54:52 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:54:52 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:54:56 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:54:56 PST 2010 >> Stopping system timers
Wed Feb 10 13:54:56 PST 2010 >> Getting current time
Wed Feb 10 13:54:56 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:54:56 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:54:56 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:54:56 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:54:56 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:54:56 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:54:56 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:55:05 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-54-51-BF2
Wed Feb 10 13:55:05 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:06 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:08 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:08 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:08 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:08 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:08 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:08 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:08 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:08 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:55:11 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:55:11 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:12 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:14 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:14 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:14 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:14 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:14 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:15 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:55:17 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:55:17 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:18 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:20 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:20 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:20 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:20 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:21 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:21 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:21 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:55:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:55:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:27 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:27 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:27 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:55:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:55:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:33 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:33 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:33 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:55:36 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:55:36 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:38 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:40 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:40 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:40 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:40 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:40 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:40 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:55:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:55:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:46 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:47 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:47 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:47 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:55:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:55:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:53 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:53 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:53 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:55:55 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:55:55 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:56:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:56:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:56:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:56:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:56:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:56:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:56:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:56:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:55:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:55:59 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:55:59 PST 2010 >> Register write cycle completed
Wed Feb 10 13:55:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:55:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:56:02 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:56:02 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:56:03 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:56:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:56:05 PST 2010 >> Register write cycle completed
Wed Feb 10 13:56:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:56:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:56:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:56:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:56:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:56:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:56:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:56:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:56:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:56:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:56:12 PST 2010 >> Register write cycle completed
Wed Feb 10 13:56:12 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:56:12 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:56:15 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:56:15 PST 2010 >> Pausing for the BEEs to rest
File Edit Options Buffers Tools Help
#! /usr/bin/env ruby
###############################################################
#
# kurtspec_config.rb
#
# A configuration script for the Mars Lightening Kurtosis
# Spectrometer, dumping to Pulsar-1.
#
# Author: William C. Barott
# Original Date: Feb 10, 2010, from sdrtconfig.rb
# Last Revised Date:
#
################################################################
calledfromdir = Dir.pwd
Dir.chdir("/home/obs/bbarott/bfu")
#TX_IP Dec ip = 167968972, hex = 0A0300CC, or 10.3.0.204 # Change to CA, or .202
iparray = ipdest.scan(/[0-9]+/).reverse
ipdecimal = 0
iparray.each_index{|idx|
ipdecimal = ipdecimal + (256**idx) * iparray[idx].to_i
}
puts "Sending to ip #{ipdest}, in decimal #{ipdecimal}"
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_ip", ipdecimal) # end in 70 to change 204 to 202
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_10GbE_destport0", 6001)
#==========================================================================
# Setup for KurtSpec is from Andrew. Writes use BEE2 write command:
# fpgasrv[fsdrt].writeRegister(sdrtid, "REGID", DECVAL) #
#==========================================================================
# write_reg $1 reg_sync_period 131072
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_sync_period", 131072) #
# write_reg $1 reg_acclen 127
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_acclen", 127) #
# write_reg $1 reg_coeff_stokes1 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes1", powsc) #
# write_reg $1 reg_coeff_stokes2 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes2", powsc) #
# write_reg $1 reg_coeff_stokes3 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes3", powsc) #
# write_reg $1 reg_coeff_stokes4 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_coeff_stokes4", powsc) #
# write_reg $1 kurt_scale_1a 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1a", 12288) #
# write_reg $1 kurt_scale_1b 12288
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_scale_1b", 12288) #
# write_reg $1 kurt_output1a 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1a", 0) #
# write_reg $1 kurt_output1b 1
fpgasrv[fsdrt].writeRegister(sdrtid, "kurt_output1b", 0) #
# write_reg $1 reg_output_bitselect1 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect1", 1) #
# write_reg $1 reg_output_bitselect2 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect2", 1) #
# write_reg $1 reg_output_bitselect3 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect3", 1) #
# write_reg $1 reg_output_bitselect4 2
fpgasrv[fsdrt].writeRegister(sdrtid, "reg_output_bitselect4", 1) #
# Set the packet size
# write_reg $1 Packet_Size 1025
fpgasrv[fsdrt].writeRegister(sdrtid, "Packet_Size", 1025) #
beesrv.flush("Initial Configuration")
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 0) #
fpgasrv[fsdrt].writeRegister(sdrtid, "xaui_error_reset", 1)
-uu-:---F1 kurtspec_config.rb (Ruby)--L233--C59--57%-----------------------------------------
obs@tumulus ~/bbarott/bfu % kurtspec_config.rb --host pulsar --gain 1024
["--host", "pulsar", "--gain", "1024"]
Changing host to pulsar-1, installing on FPGA #2
Wed Feb 10 13:59:19 -0800 2010 >> Initializing Kurtosis Packetizer
Wed Feb 10 13:59:19 -0800 2010 >> Connecting to b16.bfa bee2 server
Initializing BEE2 Multiplexer to remote port server on druby://b16.bfa:7780
Initializing link to bee2 multiplexer for fpga 2
Wed Feb 10 13:59:19 -0800 2010 >> Loading firmware
Wed Feb 10 13:59:19 -0800 2010 >> Skipped loading Sonata passthrough (already loaded?)
Wed Feb 10 13:59:20 -0800 2010 >> Done loading sdrt packetizer, pid 4114
Sending to ip 10.0.0.2, in decimal 167772162
Flushing write buffer for BeeProcessTopWrapper
Flushing write buffer for BeeProcessTopWrapper
Wed Feb 10 13:59:21 -0800 2010 >> Performing one-time read of status registers:
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839162.24638
WBM: Alias timing exit point: 1265839162.37147
reg_sync_period 131072
Reading back reg_acclen
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839162.3716
WBM: Alias timing exit point: 1265839162.49238
reg_acclen 127
Reading back reg_coeff_stokes1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839162.4925
WBM: Alias timing exit point: 1265839162.61312
reg_coeff_stokes1 1024
Reading back reg_coeff_stokes2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839162.61324
WBM: Alias timing exit point: 1265839162.77046
reg_coeff_stokes2 1024
Reading back reg_coeff_stokes3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839162.7706
WBM: Alias timing exit point: 1265839162.89178
reg_coeff_stokes3 1024
Reading back reg_coeff_stokes4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839162.8919
WBM: Alias timing exit point: 1265839163.01352
reg_coeff_stokes4 1024
Reading back kurt_scale_1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839163.01364
WBM: Alias timing exit point: 1265839163.13468
kurt_scale_1a 12288
Reading back kurt_scale_1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839163.1348
WBM: Alias timing exit point: 1265839163.25576
kurt_scale_1b 12288
Reading back kurt_output1a
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839163.25589
WBM: Alias timing exit point: 1265839163.37802
kurt_output1a 0
Reading back kurt_output1b
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839163.37814
WBM: Alias timing exit point: 1265839163.49856
kurt_output1b 0
Reading back reg_output_bitselect1
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839163.49866
WBM: Alias timing exit point: 1265839163.61938
reg_output_bitselect1 1
Reading back reg_output_bitselect2
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839163.6195
WBM: Alias timing exit point: 1265839163.77826
reg_output_bitselect2 1
Reading back reg_output_bitselect3
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839163.77839
WBM: Alias timing exit point: 1265839163.89981
reg_output_bitselect3 1
Reading back reg_output_bitselect4
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839163.89993
WBM: Alias timing exit point: 1265839164.02098
reg_output_bitselect4 1
Reading back Packet_Size
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839164.02109
WBM: Alias timing exit point: 1265839164.14162
Packet_Size 1025
Reading back reg_ip
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839164.14172
WBM: Alias timing exit point: 1265839164.26201
reg_ip 167772162
Reading back reg_10GbE_destport0
Entering process write binary mode for alias
WBM: Alias timing entry point: 1265839164.26214
WBM: Alias timing exit point: 1265839164.38282
reg_10GbE_destport0 6001
Setup complete!
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/casa.ephem -d 600
["-b", "2", "-f", "1420", "-e", "../20100210/casa.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 13:59:30 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/casa.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 13:59:30 PST 2010 >> Opening beamformer server
Wed Feb 10 13:59:30 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 13:59:30 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 13:59:30 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 13:59:30 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 13:59:30 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 13:59:30 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 13:59:30 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 13:59:30 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 13:59:30 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 13:59:34 PST 2010 >> Setting Fringe Mode
Wed Feb 10 13:59:34 PST 2010 >> Stopping system timers
Wed Feb 10 13:59:34 PST 2010 >> Getting current time
Wed Feb 10 13:59:34 PST 2010 >> Setting pointing offsets
Wed Feb 10 13:59:34 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 13:59:34 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 13:59:34 PST 2010 >> Preparing to load pointing data
Wed Feb 10 13:59:34 PST 2010 >> Reading Ephemeris data
Wed Feb 10 13:59:34 PST 2010 >> Full path: /home/obs/bbarott/20100210/casa.ephem
Wed Feb 10 13:59:35 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 13:59:44 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-13-59-30-BF2
Wed Feb 10 13:59:44 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:59:45 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:59:47 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:59:47 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:59:47 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:59:47 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:59:47 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:59:47 PST 2010 >> Register write cycle completed
Wed Feb 10 13:59:47 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:59:47 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:59:50 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:59:50 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:59:51 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 13:59:53 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 13:59:53 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 13:59:53 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 13:59:53 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 13:59:53 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 13:59:54 PST 2010 >> Register write cycle completed
Wed Feb 10 13:59:54 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 13:59:54 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 13:59:56 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 13:59:56 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 13:59:57 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:00 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:00 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:00 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:00 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:00 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:00 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:00 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:00 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:03 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:03 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:04 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:06 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:06 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:06 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:06 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:06 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:06 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:06 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:06 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:09 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:09 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:10 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:13 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:13 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:13 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:13 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:13 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:13 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:13 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:13 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:16 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:16 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:17 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:19 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:19 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:19 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:19 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:19 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:19 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:19 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:19 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:22 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:22 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:23 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:25 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:25 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:25 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:25 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:25 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:26 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:26 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:26 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:28 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:28 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:29 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:31 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:31 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:31 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:31 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:31 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:32 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:32 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:32 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:35 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:35 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:36 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:38 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:38 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:38 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:38 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:38 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:38 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:38 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:38 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:41 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:41 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:42 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:44 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:44 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:44 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:44 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:44 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:44 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:44 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:44 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:47 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:47 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:48 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:50 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:50 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:50 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:50 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:50 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:51 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:51 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:51 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:00:54 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:00:54 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:00:55 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:00:57 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:00:57 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:00:57 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:00:57 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:00:57 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:00:57 PST 2010 >> Register write cycle completed
Wed Feb 10 14:00:57 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:00:57 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:01:00 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:01:00 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:01:01 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:01:03 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:01:03 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:01:03 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:01:03 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:01:03 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:01:03 PST 2010 >> Register write cycle completed
Wed Feb 10 14:01:03 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:01:03 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:01:06 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:01:06 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:01:07 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:01:09 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:01:09 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:01:09 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:01:09 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:01:09 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:01:10 PST 2010 >> Register write cycle completed
Wed Feb 10 14:01:10 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:01:10 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:01:12 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:01:12 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:01:13 PST 2010 >> Beginning Observation Sequence (Writing Registers)
bftrackephem.rb:1063:in `sleep': Interrupt
from bftrackephem.rb:1063
obs@tumulus ~/bbarott/bfu % cd ..
Directory: /home/obs/bbarott
Directory: /home/obs/bbarott/20100210
obs@tumulus ~/bbarott/20100210 % ataephem jupiter
Writing ephemeris to file jupiter.ephem.
obs@tumulus ~/bbarott/20100210 % ataephem crab
AntUtil: Found crab at ra,dec = 5.575548,22.01446
Writing ephemeris to file crab.ephem.
obs@tumulus ~/bbarott/20100210 % cd ..
Directory: /home/obs/bbarott
obs@tumulus ~/bbarott % cd bfu
obs@tumulus ~/bbarott/bfu % cd ..
Directory: /home/obs/bbarott
obs@tumulus ~/bbarott % cd 20100210
Directory: /home/obs/bbarott/20100210
obs@tumulus ~/bbarott/20100210 % atacheck 3c48
10-02-10 14:03:04 | Using first entry from vla catalog, but other entries were found in bima, vla.
AntUtil: Found 3c48 at ra,dec = 1.628139,33.159759
3c48 is up.
Az, El = (94.437, 61.701): Wed Feb 10 14:03:38 PST 2010 (LST 23:20:39.49).
Rises > 16.5 deg : Thu Feb 11 09:51:07 PST 2010 (LST 19:11:23.68).
Sets < 16.5 deg : Wed Feb 10 22:46:39 PST 2010 (LST 08:05:06.97).
obs@tumulus ~/bbarott/20100210 % ataephem 3c48
10-02-10 14:03:10 | Using first entry from vla catalog, but other entries were found in bima, vla.
AntUtil: Found 3c48 at ra,dec = 1.628139,33.159759
Writing ephemeris to file 3c48.ephem.
obs@tumulus ~/bbarott/20100210 % cd ..
Directory: /home/obs/bbarott
obs@tumulus ~/bbarott % cd bfu
Directory: /home/obs/bbarott/bfu
obs@tumulus ~/bbarott/bfu % atatrackephem 1a,1c,1e,1f,1g,1h,1k,2a,2b,2c,2d,2f,2g,2k,3e,3j,3l,4g,4h,
The tracked object does not set during ephemeris period.
Sending trajectory to antenna(s)...
obs@tumulus ~/bbarott/bfu % atacheck jupiter
JUPITER is up.
Az, El = (196.217, 37.440): Wed Feb 10 14:05:44 PST 2010 (LST 23:22:46.26).
Rises > 16.5 deg : Thu Feb 11 09:21:23 PST 2010 (LST 18:41:34.88).
Sets < 16.5 deg : Wed Feb 10 17:02:47 PST 2010 (LST 02:20:18.51).
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase
["-b", "2", "-f", "1420", "-e", "../20100210/3c48.ephem", "-i", "30", "--calphase", "-n", "3"]
-d option was not specified. Using magic number of 80 seconds for this observation
/==================================================
| Current Time: Wed Feb 10 14:05:38 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/3c48.ephem
| Duration (seconds): 80
| Updating 3 times
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: true
| Phase Only (Weak Source)
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 30 seconds
\==================================================
Wed Feb 10 14:05:38 PST 2010 >> Opening beamformer server
Wed Feb 10 14:05:38 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 14:05:38 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 14:05:38 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 14:05:38 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 14:05:38 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 14:05:38 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 14:05:38 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 14:05:38 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 14:05:38 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 14:05:42 PST 2010 >> Setting Fringe Mode
Wed Feb 10 14:05:42 PST 2010 >> Stopping system timers
Wed Feb 10 14:05:42 PST 2010 >> Getting current time
Wed Feb 10 14:05:42 PST 2010 >> Setting pointing offsets
Wed Feb 10 14:05:42 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 14:05:42 PST 2010 >> Configuring top beamformer node to disable analysis (default)
Wed Feb 10 14:05:42 PST 2010 >> Preparing to load pointing data
Wed Feb 10 14:05:42 PST 2010 >> Reading Ephemeris data
Wed Feb 10 14:05:42 PST 2010 >> Full path: /home/obs/bbarott/20100210/3c48.ephem
Wed Feb 10 14:05:43 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 14:05:46 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-14-5-38-BF2-ca
Wed Feb 10 14:05:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:05:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:05:47 PST 2010 >> Skipping writes, will be written in the calibration
Wed Feb 10 14:05:47 PST 2010 >> Register write cycle completed
Wed Feb 10 14:05:47 PST 2010 >> Beginning Autocalibration (May take a minute plus integration time
Wed Feb 10 14:05:47 PST 2010 >> Forcing beam to default phased array (beamDefaultPhased)
Wed Feb 10 14:06:31 PST 2010 >> Reading Ephemeris data on Beam
Wed Feb 10 14:06:31 PST 2010 >> Loading Ephemeris data into BEE2s
/----------------Statistics---------------(Mode 2)------------------
| Mean Zero Delay: Phase: 19.44,One-Sigma CI: 2.95
| Worst Zero Delay: Phase: 129.34,One-Sigma CI: 9.83
| Worst Pk(Small): 1038, Pk(Big): 3066, Overflow: 0
| Beam output on FPGA1: 1886.0
|----------------CALIBRATION ALARMS ASSERTED------------------------
| (ANTENNA): 1gx1: ZD Phase Exceeds Threshold
| (ANTENNA): 1hx1: ZD Phase Exceeds Threshold
| (FPGA): BEE1, FPGA4: ZD Phase Exceeds Threshold
| (ANTENNA): 1kx1: ZD Phase Exceeds Threshold
| (ANTENNA): 2dx1: ZD Phase Exceeds Threshold
| (FPGA): BEE1, FPGA2: ZD Phase Exceeds Threshold
| (FPGA): BEE2, FPGA3: ZD Phase Exceeds Threshold
| (ANTENNA): 5bx1: ZD Phase Exceeds Threshold
| (ANTENNA): 5ex1: ZD Phase Exceeds Threshold
| (ANTENNA): 5hx1: ZD Phase Exceeds Threshold
| (ANTENNA): 1cy1: ZD Phase Exceeds Threshold
| (ANTENNA): 1ey1: ZD Phase Exceeds Threshold
| (ANTENNA): 1fy1: ZD Phase Exceeds Threshold
| (ANTENNA): 1ky1: ZD Phase Exceeds Threshold
| (ANTENNA): 2by1: ZD Phase Exceeds Threshold
| (ANTENNA): 2cy1: ZD Phase Exceeds Threshold
| (ANTENNA): 2fy1: ZD Phase Exceeds Threshold
| (FPGA): BEE3, FPGA2: ZD Phase Exceeds Threshold
| (FPGA): BEE4, FPGA3: ZD Phase Exceeds Threshold
| (ANTENNA): 5by1: ZD Phase Exceeds Threshold
| (FPGA): BEE4, FPGA2: ZD Phase Exceeds Threshold
| (ANTENNA): 3jy1: ZD Phase Exceeds Threshold
| (ANTENNA): 3ly1: ZD Phase Exceeds Threshold
|----------------Calibration Warnings-------------------------------
| (ANTENNA): 1ax1: ZD Phase is Marginal
| (ANTENNA): 2ax1: ZD Phase is Marginal
| (ANTENNA): 2cx1: ZD Phase is Marginal
| (ANTENNA): 4hx1: ZD Phase is Marginal
| (ANTENNA): 3jx1: ZD Phase is Marginal
| (ANTENNA): 1hy1: ZD Phase is Marginal
| (ANTENNA): 2dy1: ZD Phase is Marginal
| (ANTENNA): 4hy1: ZD Phase is Marginal
| (ANTENNA): 4ly1: ZD Phase is Marginal
\----------------End Statistics------------------------------------------
Wed Feb 10 14:06:35 PST 2010 >> Alarms: Link 0, Peak: 0, Cal: 23, Cal Warnings: 9, Temp: 0, Temp W
Wed Feb 10 14:06:35 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:06:36 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:06:36 PST 2010 >> Skipping writes, will be written in the calibration
Wed Feb 10 14:06:36 PST 2010 >> Register write cycle completed
Wed Feb 10 14:06:36 PST 2010 >> Beginning Autocalibration (May take a minute plus integration time
Wed Feb 10 14:06:36 PST 2010 >> Forcing beam to default phased array (beamDefaultPhased)
Wed Feb 10 14:07:19 PST 2010 >> Reading Ephemeris data on Beam
Wed Feb 10 14:07:19 PST 2010 >> Loading Ephemeris data into BEE2s
/----------------Statistics---------------(Mode 2)------------------
| Mean Zero Delay: Phase: 2.95,One-Sigma CI: 2.73
| Worst Zero Delay: Phase: 13.22,One-Sigma CI: 8.71
| Worst Pk(Small): 1191, Pk(Big): 3069, Overflow: 0
| Beam output on FPGA1: 1840.0
|----------------Calibration Warnings-------------------------------
| (ANTENNA): 1kx1: ZD Phase is Marginal
| (ANTENNA): 2ax1: ZD Phase is Marginal
| (FPGA): BEE2, FPGA3: ZD Phase is Marginal
| (ANTENNA): 4hx1: ZD Phase is Marginal
| (FPGA): BEE2, FPGA2: ZD Phase is Marginal
| (ANTENNA): 1fy1: ZD Phase is Marginal
| (ANTENNA): 1gy1: ZD Phase is Marginal
------------------------
Peak: 0, Cal: 0, Cal Warnings: 11, Temp: 0, Temp Warnings: 0
BEEs to rest
ation Sequence (Writing Registers)
will be written in the calibration
ycle completed
libration (May take a minute plus integration time...)
default phased array (beamDefaultPhased)
s data on Beam
s data into BEE2s
rvation: Number of desired iterations reached
)------------------
2.79
: 7.6
verflow: 0
| Beam output on FPGA1: 1817.0
|----------------CALIBRATION ALARMS ASSERTED------------------------
| (ANTENNA): 1ky1: ZD Phase Exceeds Threshold
|----------------Calibration Warnings-------------------------------
| (ANTENNA): 1kx1: ZD Phase is Marginal
| (ANTENNA): 1fy1: ZD Phase is Marginal
| (ANTENNA): 2by1: ZD Phase is Marginal
| (ANTENNA): 2dy1: ZD Phase is Marginal
| (FPGA): BEE4, FPGA3: ZD Phase is Marginal
| (FPGA): BEE4, FPGA2: ZD Phase is Marginal
\----------------End Statistics------------------------------------------
Wed Feb 10 14:08:13 PST 2010 >> Alarms: Link 0, Peak: 0, Cal: 1, Cal Warnings: 6, Temp: 0, Temp Wa
Wed Feb 10 14:08:13 PST 2010 >> Terminating normally, return code to system is 46
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase
["-b", "2", "-f", "1420", "-e", "../20100210/3c48.ephem", "-i", "30", "--calphase", "-n", "3", "--s
-d option was not specified. Using magic number of 80 seconds for this observation
/==================================================
| Current Time: Wed Feb 10 14:08:31 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/3c48.ephem
| Duration (seconds): 80
| Updating 3 times
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: true
| Phase Only (Weak Source)
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 30 seconds
\==================================================
Wed Feb 10 14:08:31 PST 2010 >> Opening beamformer server
Wed Feb 10 14:08:31 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 14:08:31 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 14:08:31 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are coordinated.
Wed Feb 10 14:08:31 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2010
Wed Feb 10 14:08:31 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:11:04 PST 20
Wed Feb 10 14:08:31 PST 2010 >> Beamformer reports the following antennas enabled:
Wed Feb 10 14:08:31 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1gy1, 1hx1,
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx1, 4hy1, 4l
Wed Feb 10 14:08:31 PST 2010 >> Status dump requested. Starting:
FPGAHOOKUP: BEE5, FPGA1 (Tree ): Amp: , Delay: , Phase: (ZD: ), RMS: (ZD: ) Peak: 1817, Overflow
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, Disabled, Downs: 0, 0, Disabled Erc
FPGAHOOKUP: BEE5, FPGA3 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0.0
nts: 99747335
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, Disabled, Downs: 0, 0, Disabled
FPGAHOOKUP: BEE1, FPGA3 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0
Counts: 99774314
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, 0, Downs: 0, 0, 0 Ercs: Refer
FPGAHOOKUP: BEE1, FPGA1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS
memCounts: 100035378
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 1 (Tree 0):
ANTENNAHOOKUP: 1ax1 (Tree 0): <ref: 1cx1> Amp: , Delay: 0.12, Phase: -6.22 (ZD: 0.62
Cal Alarms: ["Delay Exceeds Threshold"]
ANTENNAHOOKUP: 1cx1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
IBOBHOOKUP: 2 (Tree 1):
ANTENNAHOOKUP: 1ex1 (Tree 0): <ref: 1cx1> Amp: , Delay: 0.01, Phase: 0.3 (ZD: 0.74),
Cal Alarms: []
ANTENNAHOOKUP: 1fx1 (Tree 1): <ref: 1cx1> Amp: , Delay: 0.01, Phase: -2.63 (ZD: 0.04
Cal Alarms: []
ANTENNAHOOKUP: 1gx1 (Tree 2): <ref: 1cx1> Amp: , Delay: -0.03, Phase: -3.01 (ZD: -5.
Cal Alarms: ["Delay is Marginal"]
ANTENNAHOOKUP: 1hx1 (Tree 3): <ref: 1cx1> Amp: , Delay: 0.0, Phase: 1.31 (ZD: 0.63),
Cal Alarms: []
FPGAHOOKUP: BEE1, FPGA4 (Tree 1): <ref: BEE1 FPGA1> Amp: , Delay: 0.02, Phase: 0.62 (ZD: 0
in: 3.02, memCounts: 99746534
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: 0, Reference, Skews: 0,
IBOBHOOKUP: 3 (Tree 0):
ANTENNAHOOKUP: 1kx1 (Tree 1): <ref: 2fx1> Amp: , Delay: 0.15, Phase: 10.47 (ZD: 12.0
Cal Alarms: ["Delay Exceeds Threshold", "Phase is Marginal"]
ANTENNAHOOKUP: 2ax1 (Tree 2): <ref: 2fx1> Amp: , Delay: 0.07, Phase: -2.97 (ZD: -2.0
Cal Alarms: ["Delay is Marginal"]
ANTENNAHOOKUP: 2bx1 (Tree 3): <ref: 2fx1> Amp: , Delay: 0.03, Phase: -5.03 (ZD: -5.7
Cal Alarms: []
IBOBHOOKUP: 4 (Tree 1):
ANTENNAHOOKUP: 2cx1 (Tree 0): <ref: 2fx1> Amp: , Delay: -0.09, Phase: -2.52 (ZD: -1.
Cal Alarms: ["Delay is Marginal", "RMS is Marginal"]
ANTENNAHOOKUP: 2dx1 (Tree 1): <ref: 2fx1> Amp: , Delay: -0.02, Phase: 1.06 (ZD: -2.7
Cal Alarms: []
ANTENNAHOOKUP: 2fx1 (Tree 3): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE1, FPGA2 (Tree 2): <ref: BEE1 FPGA1> Amp: , Delay: 0.08, Phase: -2.09 (ZD:
ain: 3.02, memCounts: 99840626
Cal Alarms: ["Delay is Marginal"]
Link 0 Nominal Link 1 Nominal Empties: 0, Disabled, Downs: 0, Disabled Ercs: Reference
IBOBHOOKUP: 5 (Tree 0):
ANTENNAHOOKUP: 2gx1 (Tree 0): <ref: 2kx1> Amp: , Delay: 0.0, Phase: 3.58 (ZD: 3.76),
Cal Alarms: []
ANTENNAHOOKUP: 2kx1 (Tree 3): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE2, FPGA3 (Tree 1): <ref: BEE1 FPGA3> Amp: , Delay: 0.03, Phase: 1.37 (ZD: 2.55
: 1.77, memCounts: 99871908
Cal Alarms: ["RMS is Marginal"]
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, 0, Downs: 0, 0, 0 Ercs: Refer
FPGAHOOKUP: BEE2, FPGA1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS
emCounts: 99974557
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 7 (Tree 0):
ANTENNAHOOKUP: 4gx1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
: 4gx1> Amp: , Delay: 0.01, Phase: -0.56 (ZD: 1.18), RMS: 22.49 (ZD: 6.14)
: 4gx1> Amp: , Delay: 0.08, Phase: 2.25 (ZD: 0.71), RMS: 27.05 (ZD: 5.45)
", "RMS is Marginal"]
: 4gx1> Amp: , Delay: 0.0, Phase: 0.81 (ZD: 3.66), RMS: 14.0 (ZD: 2.53)
BEE2 FPGA1> Amp: , Delay: 0.02, Phase: -3.38 (ZD: -2.99), RMS: 34.98 (ZD: 5.38) Peak: 1104, Overflo
s: Disabled, 0, Downs: Disabled, 0 Ercs: Disabled, Reference, Skews: Disabled, Reference
: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0.0 (ZD: 1.93)
BEE2 FPGA1> Amp: , Delay: 0.03, Phase: -0.49 (ZD: 0.18), RMS: 33.24 (ZD: 5.27) Peak: 1641, Overflow
S is Marginal"]
s: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Reference, 0
: 3lx1> Amp: , Delay: -0.05, Phase: -0.71 (ZD: -1.71), RMS: 12.73 (ZD: 3.24)
"]
: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0.0 (ZD: 1.3)
: 3lx1> Amp: , Delay: -0.03, Phase: 4.95 (ZD: 4.69), RMS: 9.63 (ZD: 2.19)
: 3lx1> Amp: , Delay: 0.05, Phase: 0.32 (ZD: 1.55), RMS: 19.61 (ZD: 3.76)
", "RMS is Marginal"]
PGA3> Amp: , Delay: -4.03, Phase: -1471.72 (ZD: -91.97), RMS: 128.67 (ZD: 10.03) Peak: 2548, Overfl
l Empties: 0, 0, Disabled, Downs: 0, 0, Disabled Ercs: Reference, 0, Disabled, Skews: Reference, 0
f> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0.0 (ZD: 1.26) Peak: 2430, Overflow count: 0 Gain:
inal Empties: 0, 0, 0, Downs: 0, 0, 0 Ercs: Reference, 0, 0, Skews: Reference, 0, 0
self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0.0 (ZD: 1.25) Peak: 2238, Overflow count: 0 Ga
s: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Reference, 0
: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS: 0.0 (ZD: 1.78)
: 1ay1> Amp: , Delay: -0.07, Phase: -2.08 (ZD: -5.05), RMS: 7.67 (ZD: 1.69)
"]
: 1ay1> Amp: , Delay: -0.13, Phase: 0.6 (ZD: -6.28), RMS: 24.76 (ZD: 3.37)
eshold", "RMS is Marginal"]
: 1ay1> Amp: , Delay: -0.02, Phase: 7.77 (ZD: 7.25), RMS: 28.19 (ZD: 4.66)
Cal Alarms: ["Phase is Marginal", "RMS is Marginal"]
ANTENNAHOOKUP: 1gy1 (Tree 2): <ref: 1ay1> Amp: , Delay: -0.01, Phase: 0.67 (ZD: 0.42
Cal Alarms: []
ANTENNAHOOKUP: 1hy1 (Tree 3): <ref: 1ay1> Amp: , Delay: -0.06, Phase: -0.03 (ZD: -3.
Cal Alarms: ["Delay is Marginal"]
FPGAHOOKUP: BEE3, FPGA4 (Tree 1): <ref: BEE3 FPGA1> Amp: , Delay: 0.02, Phase: -2.02 (ZD:
Gain: 3.02, memCounts: 99753010
Cal Alarms: ["RMS is Marginal"]
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 22, Skews: R
IBOBHOOKUP: 15 (Tree 0):
ANTENNAHOOKUP: 1ky1 (Tree 1): <ref: 2ay1> Amp: , Delay: -2.84, Phase: -84.17 (ZD: 18
Cal Alarms: ["Delay Exceeds Threshold", "Phase Exceeds Threshold", "RMS Exceeds T
ANTENNAHOOKUP: 2ay1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
ANTENNAHOOKUP: 2by1 (Tree 3): <ref: 2ay1> Amp: , Delay: 0.15, Phase: 3.08 (ZD: 14.67
Cal Alarms: ["Delay Exceeds Threshold", "RMS is Marginal"]
IBOBHOOKUP: 16 (Tree 1):
ANTENNAHOOKUP: 2cy1 (Tree 0): <ref: 2ay1> Amp: , Delay: 0.08, Phase: 7.75 (ZD: 3.8),
Cal Alarms: ["Delay is Marginal", "Phase is Marginal", "RMS is Marginal"]
ANTENNAHOOKUP: 2dy1 (Tree 1): <ref: 2ay1> Amp: , Delay: 0.08, Phase: -11.1 (ZD: -9.1
Cal Alarms: ["Delay is Marginal", "Phase is Marginal", "RMS is Marginal"]
ANTENNAHOOKUP: 2fy1 (Tree 3): <ref: 2ay1> Amp: , Delay: -0.01, Phase: -1.25 (ZD: -2.
Cal Alarms: []
FPGAHOOKUP: BEE3, FPGA2 (Tree 2): <ref: BEE3 FPGA1> Amp: , Delay: -0.13, Phase: 0.66 (ZD:
Gain: 3.02, memCounts: 99846575
Cal Alarms: ["Delay Exceeds Threshold", "RMS is Marginal"]
Link 0 Nominal Link 1 Nominal Empties: 0, Disabled, Downs: 0, Disabled Ercs: Reference
IBOBHOOKUP: 17 (Tree 0):
ANTENNAHOOKUP: 2gy1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE4, FPGA3 (Tree 1): <ref: BEE3 FPGA3> Amp: , Delay: -0.51, Phase: -41.29 (ZD: 1
ain: 1.77, memCounts: 100025384
Cal Alarms: ["Delay Exceeds Threshold", "Phase Exceeds Threshold", "RMS Exceeds Threshold"
Link 0 Nominal Link 1 Nominal Link 2 Nominal Empties: 0, 0, 0, Downs: 0, 0, 0 Ercs: Refer
FPGAHOOKUP: BEE4, FPGA1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), RMS
memCounts: 100074053
Cal Alarms: []
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: Reference, 0, Skews: Re
IBOBHOOKUP: 19 (Tree 0):
ANTENNAHOOKUP: 4gy1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
ANTENNAHOOKUP: 4hy1 (Tree 3): <ref: 4gy1> Amp: , Delay: -2.88, Phase: -175.87 (ZD: -
Cal Alarms: ["Delay Exceeds Threshold", "Phase Exceeds Threshold", "RMS Exceeds T
IBOBHOOKUP: 20 (Tree 1):
ANTENNAHOOKUP: 4ly1 (Tree 2): <ref: 4gy1> Amp: , Delay: 0.1, Phase: -5.08 (ZD: -0.71
Cal Alarms: ["Delay Exceeds Threshold", "RMS is Marginal"]
ANTENNAHOOKUP: 5by1 (Tree 3): <ref: 4gy1> Amp: , Delay: 0.03, Phase: -2.19 (ZD: 1.33
Cal Alarms: ["Delay is Marginal", "RMS is Marginal"]
FPGAHOOKUP: BEE4, FPGA4 (Tree 1): <ref: BEE4 FPGA1> Amp: , Delay: -5.94, Phase: -361.87 (Z
0 Gain: 3.02, memCounts: 99983351
Cal Alarms: ["Delay Exceeds Threshold", "Phase Exceeds Threshold", "RMS Exceeds Thresho
Link 0 Nominal Link 1 Nominal Empties: Disabled, 0, Downs: Disabled, 0 Ercs: Disabled,
IBOBHOOKUP: 22 (Tree 1):
ANTENNAHOOKUP: 3ey1 (Tree 2): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
FPGAHOOKUP: BEE4, FPGA2 (Tree 2): <ref: BEE4 FPGA1> Amp: , Delay: -0.58, Phase: -59.42 (ZD
0 Gain: 3.02, memCounts: 100090848
Cal Alarms: ["Delay Exceeds Threshold", "Phase Exceeds Threshold", "RMS Exceeds Thresho
Link 0 Nominal Link 1 Nominal Empties: 0, 0, Downs: 0, 0 Ercs: 0, Reference, Skews: 0,
IBOBHOOKUP: 23 (Tree 0):
ANTENNAHOOKUP: 3jy1 (Tree 2): <ref: 5ey1> Amp: , Delay: 0.02, Phase: -2.94 (ZD: -1.3
Cal Alarms: []
ANTENNAHOOKUP: 3ly1 (Tree 3): <ref: 5ey1> Amp: , Delay: 0.05, Phase: -6.88 (ZD: -5.7
Cal Alarms: ["Delay is Marginal"]
IBOBHOOKUP: 24 (Tree 1):
ANTENNAHOOKUP: 5ey1 (Tree 0): <ref: self> Amp: , Delay: 0.0, Phase: 0.0 (ZD: 0.0), R
Cal Alarms: []
ANTENNAHOOKUP: 5hy1 (Tree 1): <ref: 5ey1> Amp: , Delay: -0.09, Phase: -0.27 (ZD: -6.
Cal Alarms: ["Delay is Marginal", "RMS is Marginal"]
98
3205419441i
0], @dsize=1, @norder=1>]
rupt
`load'
`recv_reply'
`recv_reply'
`send_message'
`method_missing'
`open'
`method_missing'
`with_friend'
`method_missing'
-f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
l", "RMS is Marginal"]
298
93205419441i
, 0], @dsize=1, @norder=1>]
rrupt
`load'
`recv_reply'
`recv_reply'
n `send_message'
n `method_missing'
n `open'
n `method_missing'
n `with_friend'
n `method_missing'
-f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
al", "RMS is Marginal"]
5298
993205419441i
0, 0], @dsize=1, @norder=1>]
errupt
n `load'
n `recv_reply'
n `recv_reply'
in `send_message'
in `method_missing'
in `open'
in `method_missing'
in `with_friend'
in `method_missing'
2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
nal", "RMS is Marginal"]
25298
9993205419441i
[0, 0], @dsize=1, @norder=1>]
terrupt
in `load'
in `recv_reply'
in `recv_reply'
:in `send_message'
:in `method_missing'
:in `open'
:in `method_missing'
:in `with_friend'
:in `method_missing'
2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
nal", "RMS is Marginal"]
25298
9993205419441i
[0, 0], @dsize=1, @norder=1>]
terrupt
in `load'
in `recv_reply'
in `recv_reply'
:in `send_message'
:in `method_missing'
:in `open'
:in `method_missing'
:in `with_friend'
:in `method_missing'
2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
inal", "RMS is Marginal"]
225298
99993205419441i
=[0, 0], @dsize=1, @norder=1>]
nterrupt
:in `load'
:in `recv_reply'
:in `recv_reply'
2:in `send_message'
3:in `method_missing'
7:in `open'
2:in `method_missing'
0:in `with_friend'
1:in `method_missing'
b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
inal", "RMS is Marginal"]
225298
99993205419441i
=[0, 0], @dsize=1, @norder=1>]
nterrupt
:in `load'
:in `recv_reply'
:in `recv_reply'
2:in `send_message'
3:in `method_missing'
7:in `open'
2:in `method_missing'
0:in `with_friend'
1:in `method_missing'
b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
225298
99993205419441i
=[0, 0], @dsize=1, @norder=1>]
nterrupt
:in `load'
:in `recv_reply'
:in `recv_reply'
2:in `send_message'
3:in `method_missing'
7:in `open'
2:in `method_missing'
0:in `with_friend'
1:in `method_missing'
b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
8
1225298
999993205419441i
a=[0, 0], @dsize=1, @norder=1>]
Interrupt
3:in `load'
9:in `recv_reply'
8:in `recv_reply'
92:in `send_message'
83:in `method_missing'
67:in `open'
82:in `method_missing'
00:in `with_friend'
81:in `method_missing'
-b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
8
1225298
999993205419441i
a=[0, 0], @dsize=1, @norder=1>]
Interrupt
3:in `load'
9:in `recv_reply'
8:in `recv_reply'
92:in `send_message'
83:in `method_missing'
67:in `open'
82:in `method_missing'
00:in `with_friend'
81:in `method_missing'
-b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
98
61225298
.999993205419441i
ta=[0, 0], @dsize=1, @norder=1>]
Interrupt
63:in `load'
29:in `recv_reply'
18:in `recv_reply'
192:in `send_message'
083:in `method_missing'
167:in `open'
082:in `method_missing'
100:in `with_friend'
081:in `method_missing'
-b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
98
61225298
.999993205419441i
ta=[0, 0], @dsize=1, @norder=1>]
Interrupt
63:in `load'
29:in `recv_reply'
18:in `recv_reply'
192:in `send_message'
083:in `method_missing'
167:in `open'
082:in `method_missing'
100:in `with_friend'
081:in `method_missing'
-b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
498
361225298
0.999993205419441i
ata=[0, 0], @dsize=1, @norder=1>]
: Interrupt
563:in `load'
629:in `recv_reply'
918:in `recv_reply'
1192:in `send_message'
1083:in `method_missing'
1167:in `open'
1082:in `method_missing'
1100:in `with_friend'
1081:in `method_missing'
d
b -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3
498
361225298
0.999993205419441i
ata=[0, 0], @dsize=1, @norder=1>]
: Interrupt
563:in `load'
629:in `recv_reply'
918:in `recv_reply'
1192:in `send_message'
1083:in `method_missing'
1167:in `open'
1082:in `method_missing'
1100:in `with_friend'
1081:in `method_missing'
d
b -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
8498
9361225298
+0.999993205419441i
data=[0, 0], @dsize=1, @norder=1>]
': Interrupt
:563:in `load'
:629:in `recv_reply'
:918:in `recv_reply'
:1192:in `send_message'
:1083:in `method_missing'
:1167:in `open'
:1082:in `method_missing'
:1100:in `with_friend'
:1081:in `method_missing'
d
rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
8498
9361225298
+0.999993205419441i
data=[0, 0], @dsize=1, @norder=1>]
': Interrupt
:563:in `load'
:629:in `recv_reply'
:918:in `recv_reply'
:1192:in `send_message'
:1083:in `method_missing'
:1167:in `open'
:1082:in `method_missing'
:1100:in `with_friend'
:1081:in `method_missing'
d
rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
98498
69361225298
9+0.999993205419441i
1
ydata=[0, 0], @dsize=1, @norder=1>]
d': Interrupt
b:563:in `load'
b:629:in `recv_reply'
b:918:in `recv_reply'
b:1192:in `send_message'
b:1083:in `method_missing'
b:1167:in `open'
b:1082:in `method_missing'
b:1100:in `with_friend'
b:1081:in `method_missing'
q d
.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
98498
69361225298
9+0.999993205419441i
1
ydata=[0, 0], @dsize=1, @norder=1>]
d': Interrupt
b:563:in `load'
b:629:in `recv_reply'
b:918:in `recv_reply'
b:1192:in `send_message'
b:1083:in `method_missing'
b:1167:in `open'
b:1082:in `method_missing'
b:1100:in `with_friend'
b:1081:in `method_missing'
q d
.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
998498
569361225298
79+0.999993205419441i
1
mydata=[0, 0], @dsize=1, @norder=1>]
ad': Interrupt
rb:563:in `load'
rb:629:in `recv_reply'
rb:918:in `recv_reply'
rb:1192:in `send_message'
rb:1083:in `method_missing'
rb:1167:in `open'
rb:1082:in `method_missing'
rb:1100:in `with_friend'
rb:1081:in `method_missing'
eq d
m.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
998498
569361225298
79+0.999993205419441i
1
mydata=[0, 0], @dsize=1, @norder=1>]
ad': Interrupt
rb:563:in `load'
rb:629:in `recv_reply'
rb:918:in `recv_reply'
rb:1192:in `send_message'
rb:1083:in `method_missing'
rb:1167:in `open'
rb:1082:in `method_missing'
rb:1100:in `with_friend'
rb:1081:in `method_missing'
eq d
m.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
998498
569361225298
79+0.999993205419441i
1
mydata=[0, 0], @dsize=1, @norder=1>]
ad': Interrupt
rb:563:in `load'
rb:629:in `recv_reply'
rb:918:in `recv_reply'
rb:1192:in `send_message'
rb:1083:in `method_missing'
rb:1167:in `open'
rb:1082:in `method_missing'
rb:1100:in `with_friend'
rb:1081:in `method_missing'
eq d
m.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1998498
3569361225298
179+0.999993205419441i
1
@mydata=[0, 0], @dsize=1, @norder=1>]
ead': Interrupt
.rb:563:in `load'
.rb:629:in `recv_reply'
.rb:918:in `recv_reply'
.rb:1192:in `send_message'
.rb:1083:in `method_missing'
.rb:1167:in `open'
.rb:1082:in `method_missing'
.rb:1100:in `with_friend'
.rb:1081:in `method_missing'
req d
em.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1998498
3569361225298
179+0.999993205419441i
1
@mydata=[0, 0], @dsize=1, @norder=1>]
ead': Interrupt
.rb:563:in `load'
.rb:629:in `recv_reply'
.rb:918:in `recv_reply'
.rb:1192:in `send_message'
.rb:1083:in `method_missing'
.rb:1167:in `open'
.rb:1082:in `method_missing'
.rb:1100:in `with_friend'
.rb:1081:in `method_missing'
req d
em.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1998498
3569361225298
179+0.999993205419441i
1
@mydata=[0, 0], @dsize=1, @norder=1>]
ead': Interrupt
.rb:563:in `load'
.rb:629:in `recv_reply'
.rb:918:in `recv_reply'
.rb:1192:in `send_message'
.rb:1083:in `method_missing'
.rb:1167:in `open'
.rb:1082:in `method_missing'
.rb:1100:in `with_friend'
.rb:1081:in `method_missing'
req d
em.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
81998498
23569361225298
3179+0.999993205419441i
1
@mydata=[0, 0], @dsize=1, @norder=1>]
read': Interrupt
b.rb:563:in `load'
b.rb:629:in `recv_reply'
b.rb:918:in `recv_reply'
b.rb:1192:in `send_message'
b.rb:1083:in `method_missing'
b.rb:1167:in `open'
b.rb:1082:in `method_missing'
b.rb:1100:in `with_friend'
b.rb:1081:in `method_missing'
freq d
hem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
81998498
23569361225298
3179+0.999993205419441i
1
@mydata=[0, 0], @dsize=1, @norder=1>]
read': Interrupt
b.rb:563:in `load'
b.rb:629:in `recv_reply'
b.rb:918:in `recv_reply'
b.rb:1192:in `send_message'
b.rb:1083:in `method_missing'
b.rb:1167:in `open'
b.rb:1082:in `method_missing'
b.rb:1100:in `with_friend'
b.rb:1081:in `method_missing'
freq d
hem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
781998498
423569361225298
03179+0.999993205419441i
1
0 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
rb.rb:563:in `load'
rb.rb:629:in `recv_reply'
rb.rb:918:in `recv_reply'
rb.rb:1192:in `send_message'
rb.rb:1083:in `method_missing'
rb.rb:1167:in `open'
rb.rb:1082:in `method_missing'
rb.rb:1100:in `with_friend'
rb.rb:1081:in `method_missing'
yfreq d
phem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
781998498
423569361225298
03179+0.999993205419441i
1
0 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
rb.rb:563:in `load'
rb.rb:629:in `recv_reply'
rb.rb:918:in `recv_reply'
rb.rb:1192:in `send_message'
rb.rb:1083:in `method_missing'
rb.rb:1167:in `open'
rb.rb:1082:in `method_missing'
rb.rb:1100:in `with_friend'
rb.rb:1081:in `method_missing'
yfreq d
phem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
781998498
423569361225298
03179+0.999993205419441i
1
0 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
rb.rb:563:in `load'
rb.rb:629:in `recv_reply'
rb.rb:918:in `recv_reply'
rb.rb:1192:in `send_message'
rb.rb:1083:in `method_missing'
rb.rb:1167:in `open'
rb.rb:1082:in `method_missing'
rb.rb:1100:in `with_friend'
rb.rb:1081:in `method_missing'
yfreq d
phem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
3781998498
.423569361225298
603179+0.999993205419441i
1
:
70 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
drb.rb:563:in `load'
drb.rb:629:in `recv_reply'
drb.rb:918:in `recv_reply'
drb.rb:1192:in `send_message'
drb.rb:1083:in `method_missing'
drb.rb:1167:in `open'
drb.rb:1082:in `method_missing'
drb.rb:1100:in `with_friend'
drb.rb:1081:in `method_missing'
kyfreq d
ephem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
.423569361225298
603179+0.999993205419441i
1
:
70 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
drb.rb:563:in `load'
drb.rb:629:in `recv_reply'
drb.rb:918:in `recv_reply'
drb.rb:1192:in `send_message'
drb.rb:1083:in `method_missing'
drb.rb:1167:in `open'
drb.rb:1082:in `method_missing'
drb.rb:1100:in `with_friend'
drb.rb:1081:in `method_missing'
kyfreq d
ephem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
.423569361225298
603179+0.999993205419441i
1
:
70 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
drb.rb:563:in `load'
drb.rb:629:in `recv_reply'
drb.rb:918:in `recv_reply'
drb.rb:1192:in `send_message'
drb.rb:1083:in `method_missing'
drb.rb:1167:in `open'
drb.rb:1082:in `method_missing'
drb.rb:1100:in `with_friend'
drb.rb:1081:in `method_missing'
kyfreq d
ephem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1
:
70 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
drb.rb:563:in `load'
drb.rb:629:in `recv_reply'
drb.rb:918:in `recv_reply'
drb.rb:1192:in `send_message'
drb.rb:1083:in `method_missing'
drb.rb:1167:in `open'
drb.rb:1082:in `method_missing'
drb.rb:1100:in `with_friend'
drb.rb:1081:in `method_missing'
kyfreq d
ephem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1
:
70 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
drb.rb:563:in `load'
drb.rb:629:in `recv_reply'
drb.rb:918:in `recv_reply'
drb.rb:1192:in `send_message'
drb.rb:1083:in `method_missing'
drb.rb:1167:in `open'
drb.rb:1082:in `method_missing'
drb.rb:1100:in `with_friend'
drb.rb:1081:in `method_missing'
kyfreq d
ephem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1
0 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
rb.rb:563:in `load'
rb.rb:629:in `recv_reply'
rb.rb:918:in `recv_reply'
rb.rb:1192:in `send_message'
rb.rb:1083:in `method_missing'
rb.rb:1167:in `open'
rb.rb:1082:in `method_missing'
rb.rb:1100:in `with_friend'
rb.rb:1081:in `method_missing'
yfreq d
phem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1
0 @mydata=[0, 0], @dsize=1, @norder=1>]
`read': Interrupt
rb.rb:563:in `load'
rb.rb:629:in `recv_reply'
rb.rb:918:in `recv_reply'
rb.rb:1192:in `send_message'
rb.rb:1083:in `method_missing'
rb.rb:1167:in `open'
rb.rb:1082:in `method_missing'
rb.rb:1100:in `with_friend'
rb.rb:1081:in `method_missing'
yfreq d
phem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1
@mydata=[0, 0], @dsize=1, @norder=1>]
read': Interrupt
b.rb:563:in `load'
b.rb:629:in `recv_reply'
b.rb:918:in `recv_reply'
b.rb:1192:in `send_message'
b.rb:1083:in `method_missing'
b.rb:1167:in `open'
b.rb:1082:in `method_missing'
b.rb:1100:in `with_friend'
b.rb:1081:in `method_missing'
freq d
hem.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1
@mydata=[0, 0], @dsize=1, @norder=1>]
ead': Interrupt
.rb:563:in `load'
.rb:629:in `recv_reply'
.rb:918:in `recv_reply'
.rb:1192:in `send_message'
.rb:1083:in `method_missing'
.rb:1167:in `open'
.rb:1082:in `method_missing'
.rb:1100:in `with_friend'
.rb:1081:in `method_missing'
req d
em.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1
mydata=[0, 0], @dsize=1, @norder=1>]
ad': Interrupt
rb:563:in `load'
rb:629:in `recv_reply'
rb:918:in `recv_reply'
rb:1192:in `send_message'
rb:1083:in `method_missing'
rb:1167:in `open'
rb:1082:in `method_missing'
rb:1100:in `with_friend'
rb:1081:in `method_missing'
eq d
m.rb -b 2 -f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n
1
1>]
3c48.ephem -i 30 --calphase -n 3
--statusonly
@dsize=1, @norder=1>]
'
_reply'
_reply'
d_message'
hod_missing'
n'
hod_missing'
h_friend'
hod_missing'
20 -e ../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
size=1, @norder=1>]
eply'
eply'
message'
d_missing'
d_missing'
friend'
d_missing'
-e ../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
ze=1, @norder=1>]
ly'
ly'
ssage'
missing'
missing'
iend'
missing'
e ../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
=1, @norder=1>]
'
'
age'
ssing'
ssing'
nd'
ssing'
../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
=1, @norder=1>]
'
'
age'
ssing'
ssing'
nd'
ssing'
../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
1, @norder=1>]
ge'
sing'
sing'
d'
sing'
./20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
, @norder=1>]
e'
ing'
ing'
'
ing'
/20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
@norder=1>]
g'
g'
g'
0100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
@norder=1>]
g'
g'
g'
0100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
norder=1>]
'
'
'
100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
@norder=1>]
g'
g'
g'
0100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
@norder=1>]
'
ng'
ng'
ng'
20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
e=1, @norder=1>]
y'
y'
sage'
issing'
issing'
end'
issing'
../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
dsize=1, @norder=1>]
reply'
reply'
_message'
od_missing'
'
od_missing'
_friend'
od_missing'
0 -e ../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
dsize=1, @norder=1>]
reply'
reply'
_message'
od_missing'
'
od_missing'
_friend'
od_missing'
0 -e ../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
], @dsize=1, @norder=1>]
pt
oad'
ecv_reply'
ecv_reply'
send_message'
method_missing'
open'
method_missing'
with_friend'
method_missing'
1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
0], @dsize=1, @norder=1>]
rupt
`load'
`recv_reply'
`recv_reply'
`send_message'
`method_missing'
`open'
`method_missing'
`with_friend'
`method_missing'
-f 1420 -e ../20100210/3c48.ephem -i 30 --calphase -n 3 --statusonly
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
b/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
ulus ~/bbarott/bfu % atagetskyfreq d
ulus ~/bbarott/bfu % atagetskyfreq d
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Cal Freq: 1420000000.0
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Cal Freq: 1420000000.0
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Cal Freq: 1420000000.0
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Cal Freq: 1420000000.0
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Cal dP/dF: 0
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (Raw):
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
{}
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
Calibration Model (offsets):
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
[#<VALUEHOLDER:0x2aed116e3270 @mydata=[0, 0], @dsize=1, @norder=1>]
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
/usr/lib/ruby/1.8/drb/drb.rb:563:in `read': Interrupt
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
from /usr/lib/ruby/1.8/drb/drb.rb:563:in `load'
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
from /usr/lib/ruby/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu %
/1.8/drb/drb.rb:629:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:918:in `recv_reply'
from /usr/lib/ruby/1.8/drb/drb.rb:1192:in `send_message'
from /usr/lib/ruby/1.8/drb/drb.rb:1083:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1167:in `open'
from /usr/lib/ruby/1.8/drb/drb.rb:1082:in `method_missing'
from /usr/lib/ruby/1.8/drb/drb.rb:1100:in `with_friend'
from /usr/lib/ruby/1.8/drb/drb.rb:1081:in `method_missing'
from bftrackephem.rb:597
from bftrackephem.rb:596
obs@tumulus ~/bbarott/bfu % atagetskyfreq d
1420.0
obs@tumulus ~/bbarott/bfu % bftrackephem.rb -b 2 -f 1420 -e ../20100210/jupiter.ephem -d
["-b", "2", "-f", "1420", "-e", "../20100210/jupiter.ephem", "-d", "600"]
/==================================================
| Current Time: Wed Feb 10 14:13:14 PST 2010
| Beam Former: 2 (1-3)
| Sky Frequency: 1420000000.0
| Loading Ephemeris: ../20100210/jupiter.ephem
| Duration (seconds): 600
| Updating until completed
| Compression: true
| Fringe Rotator: true
| Mode: 0
| Calibration Mode: false
| Top-most (CP) node analysis is disabled
| Snapshot Mode: none
| Integration Time: 1 seconds
\==================================================
Wed Feb 10 14:13:14 PST 2010 >> Opening beamformer server
Wed Feb 10 14:13:14 PST 2010 >> Connecting to Beam Former #2
Wed Feb 10 14:13:14 PST 2010 >> Server: druby://boot2:7772
Wed Feb 10 14:13:14 PST 2010 >> Note: BF2 and BF3 share a common LO. Ensure obs are co
Wed Feb 10 14:13:14 PST 2010 >> Beamformer was initialized at Wed Feb 10 13:10:24 PST 2
Wed Feb 10 14:13:14 PST 2010 >> Beamformer links last set healthy at at Wed Feb 10 13:1
reports the following antennas enabled:
Wed Feb 10 14:13:14 PST 2010 >> 1ax1, 1ay1, 1cx1, 1cy1, 1ex1, 1ey1, 1fx1, 1fy1, 1gx1, 1
2dy1, 2fx1, 2fy1, 2gx1, 2gy1, 2kx1, 3ex1, 3ey1, 3jx1, 3jy1, 3lx1, 3ly1, 4gx1, 4gy1, 4hx
Wed Feb 10 14:13:14 PST 2010 >> Setting Beamformer Sky Frequency.
Wed Feb 10 14:13:14 PST 2010 >> Setting ATA Sky Frequency (D-Tuning)
lod: amplitude = 4.0, frequency = 16949.1456
1420.0
Wed Feb 10 14:13:18 PST 2010 >> Setting Fringe Mode
Wed Feb 10 14:13:18 PST 2010 >> Stopping system timers
Wed Feb 10 14:13:18 PST 2010 >> Getting current time
Wed Feb 10 14:13:18 PST 2010 >> Setting pointing offsets
Wed Feb 10 14:13:18 PST 2010 >> Setting phase analysis to astronomical
Wed Feb 10 14:13:18 PST 2010 >> Configuring top beamformer node to disable analysis (de
Wed Feb 10 14:13:18 PST 2010 >> Preparing to load pointing data
Wed Feb 10 14:13:18 PST 2010 >> Reading Ephemeris data
Wed Feb 10 14:13:18 PST 2010 >> Full path: /home/obs/bbarott/20100210/jupiter.ephem
Wed Feb 10 14:13:18 PST 2010 >> Loading all Ephemeris data into BEE2s
Wed Feb 10 14:13:27 PST 2010 >> Changing Snapshot Directory to 2010/02/10/2010-2-10-14-
Wed Feb 10 14:13:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:13:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:13:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:13:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:13:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:13:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:13:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:13:30 PST 2010 >> Register write cycle completed
Wed Feb 10 14:13:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:13:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:13:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:13:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:13:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:13:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:13:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:13:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:13:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:13:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:13:37 PST 2010 >> Register write cycle completed
Wed Feb 10 14:13:37 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:13:37 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:13:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:13:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:13:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:13:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:13:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:13:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:13:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:13:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:13:43 PST 2010 >> Register write cycle completed
Wed Feb 10 14:13:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:13:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:13:46 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:13:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:13:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:13:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:13:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:13:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:13:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:13:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:13:49 PST 2010 >> Register write cycle completed
Wed Feb 10 14:13:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:13:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:13:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:13:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:13:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:13:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:13:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:13:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:13:55 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:13:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:13:55 PST 2010 >> Register write cycle completed
Wed Feb 10 14:13:55 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:13:55 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:13:58 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:13:58 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:13:59 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:02 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:02 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:02 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:02 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:02 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:02 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:02 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:02 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:05 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:05 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:06 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:08 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:08 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:08 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:08 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:08 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:08 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:08 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:08 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:11 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:11 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:12 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:14 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:14 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:14 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:14 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:14 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:15 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:15 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:15 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:17 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:17 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:18 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:20 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:20 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:20 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:20 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:20 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:21 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:21 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:21 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:23 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:23 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:24 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:27 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:27 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:27 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:33 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:33 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:33 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:36 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:36 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:37 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:39 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:39 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:39 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:39 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:39 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:40 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:42 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:42 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:43 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:45 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:45 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:45 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:45 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:45 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:46 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:46 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:46 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:52 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:52 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:52 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:14:55 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:14:55 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:14:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:14:58 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:14:58 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:14:58 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:14:58 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:14:58 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:14:59 PST 2010 >> Register write cycle completed
Wed Feb 10 14:14:59 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:14:59 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:01 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:01 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:02 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:05 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:05 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:05 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:05 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:05 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:05 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:05 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:05 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:08 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:08 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:09 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:11 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:11 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:11 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:11 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:11 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:11 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:11 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:11 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:14 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:14 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:15 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:17 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:17 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:17 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:17 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:17 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:18 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:18 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:18 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:20 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:20 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:21 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:24 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:24 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:24 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:24 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:24 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:24 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:24 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:24 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:27 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:27 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:28 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:30 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:30 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:30 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:30 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:30 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:30 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:30 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:30 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:33 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:33 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:34 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:36 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:36 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:36 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:36 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:36 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:36 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:36 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:36 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:39 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:39 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:40 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:42 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:42 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:42 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:42 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:42 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:43 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:43 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:43 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:46 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:46 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:47 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:49 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:49 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:49 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:49 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:49 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:49 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:49 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:49 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:52 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:52 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:53 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:15:55 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:15:55 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:15:55 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:15:55 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:15:55 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:15:56 PST 2010 >> Register write cycle completed
Wed Feb 10 14:15:56 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:15:56 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:15:58 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:15:58 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:15:59 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:01 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:01 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:01 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:01 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:01 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:02 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:02 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:02 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:04 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:04 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:05 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:08 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:08 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:08 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:08 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:08 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:08 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:08 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:08 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:11 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:11 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:12 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:14 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:14 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:14 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:14 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:14 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:14 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:14 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:14 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:17 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:17 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:18 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:21 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:21 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:21 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:21 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:21 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:21 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:21 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:21 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:24 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:24 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:25 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:27 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:27 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:27 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:27 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:27 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:27 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:27 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:27 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:30 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:30 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:31 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:33 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:33 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:33 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:33 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:33 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:34 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:34 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:34 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:36 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:36 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:37 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:39 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:39 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:39 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:39 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:39 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:40 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:40 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:40 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:43 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:43 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:44 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:46 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:46 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:46 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:46 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:46 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:46 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:46 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:46 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:49 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:49 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:50 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:52 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:52 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:52 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:52 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:52 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:52 PST 2010 >> Register write cycle completed
Wed Feb 10 14:16:52 PST 2010 >> ***** Output Valid: Ok to start observing *****
Wed Feb 10 14:16:52 PST 2010 >> Quick-read of diagnostic values
Wed Feb 10 14:16:55 PST 2010 >> Alarms: Link 0 Peak: 0
Wed Feb 10 14:16:55 PST 2010 >> Pausing for the BEEs to rest
Wed Feb 10 14:16:56 PST 2010 >> Beginning Observation Sequence (Writing Registers)
Wed Feb 10 14:16:58 PST 2010 >> Write complete on 5, returned true
Wed Feb 10 14:16:58 PST 2010 >> Write complete on 4, returned true
Wed Feb 10 14:16:58 PST 2010 >> Write complete on 2, returned true
Wed Feb 10 14:16:58 PST 2010 >> Write complete on 3, returned true
Wed Feb 10 14:16:58 PST 2010 >> Write complete on 1, returned true
Wed Feb 10 14:16:59 P