1. [ ] Check S-band windows computer 
  2. [ ] Shift all code over to atfopr
  3. [ ] Sort out run scripts
  4. [ ] Remove comments from casr python
  5. [ ] Add pure magnitude and angle arrays for archiving
  6. [ ] Archive every pulse (t0, Amp, Phase, I, Q etc) for stability,cal tone measurements
  7. [ ] Add saturation variables (ilastunstat, sample point etc)
  8. [ ] Expand bpm_sis.map to bpmConfig.txt
  9. [ ] Update edm to reflect new bpmConfig.txt
  10. [ ] Automatic EDM summary construction 
  11. [ ] Automatic EDM waveform construction
  12. [ ] BpmHardware database control needs updating (for setting everything)
  13. [ ] Executable script for setting everything ("./bpmDbSetAll.py -s CBAND -p debuglevel -v 0")
  14. [ ] Autoscale waveform plots
  15. [ ] Automatic EDM parameter construction
  16. [ ] Shell script for digitizer configuraiton
  17. [ ] Autoscale bpm waveform plots (inwards)
  18. [ ] Email Terunuma with new BPM map
  19. [ ] Remove BpmGlobal.py generate Global information from Bpm.Map
  20. [ ] Fix bug with long record waveformoutput
  21. [ ] Keep db static and flag in/out processing
  22. [ ] match input data and set up input data monitors properly
  23. [ ] bpmConfig in cbpm database? Arrays of strings
  24. [ ] Fill static database at bpm.sh start
  25. [ ] Check calstate and state variable update 
  26. [ ] cbpm:status and BPM:state (remove cbpm:status)
  27. [ ] Put attenuators into bpmConfig (echo to db for capture during acquisition)
  28. [ ] Check basic single acquisition with new bpmConfig.txt
  29. [ ] Check full loggers, waveform (needs checking) and orbit (working but needs to be augmented)
  30. [ ] Understand and commission readout of slac digitisers
  31. [ ] check LOs and calibration tones (ok seem not to be on, but everything energised)
  32. [ ] Saturation for SLAC digitizers 
  33. [ ] Add saturation variable arrays
  34. [ ] Check S-band readout (Problem booting S-band crate, find out about delivery of controller)
  35. [ ] Check installed attenuators
  36. [ ] S-band computer (new account atfopr 20.10.67.199 cbpm-win.atf-local)
  37. [ ] nbpm and npol in database configuration
  38. [ ] Add all "BPM" records to cbpm:name, cbpm:freq, cbpm:type etc (57 "BPMs")
  39. [ ] Both references on same bpm.edl
  40. [ ] fix usage of optparse
  41. [ ] Log system configuration in LogAllPro and LogAllWf
  42. [ ] All logAllPro and logAllWf to EDM display
  43. [ ] Check archiver variables
  44. [ ] Test SLAC digitizer with 50 ohm magic T
  45. [ ] Measure attenuation of S-band cables
  46. [ ] Cut down S-Band cables
  47. [ ] Fix problem with C-band cal tone
  48. [ ] New cable layout diagrams and notes
  49. [ ] REFIP1/2 needs attenuation
  50. [ ] Create system map diagrams
  51. [ ] Merge to single Linux mac version on mac drive
  52. [ ] Clean up working directory. cron+rync backup to RHUL
  53. [ ] gzipped data reading
  54. [ ] Data sync with RHUL
  55. [ ] Switched pulse by pulse cal tone correction
  56. [ ] Tracker Integration
  57. [ ] Integrated simulation (ks, rmat)
  58. [ ] Online jitter plot
  59. [ ] Switched trigger correction
  60. [ ] Integrated simulation mode
  61. [ ] Data replay
  62. [ ] Data gateway to rhul?
  63. [ ] Parameter tuning
  64. [ ] Latex on plots
  65. [ ] Switchable cothread applied to all macros
  66. [ ] Clean code base
  67. [ ] Digitizers noise spectrum
  68. [ ] Take complete set of screen shots
  69. [ ] Update TWiki with new instructions
  70. [ ] Corrector - amplitude orbit response, steer to BPM centre. For BPM studies and quick calibration