; This file contains the GOLF CRUISE PHASE TIME-LINE.

; Time-line has the requested format: TIME # ACTION # COMMENT
; Time has the format: dd & hh:mm

; The purpose of this is to make the file machine readable for input to
; the SOHO timeline IDL program

; Blank lines and comment lines --preceeded by ";" -- are ignored

0 & 06:00 # Run GOLF Main Channel GLF_ON CF # Check door is closed
0 & 06:30 # Run Main Channel GLF_OFF #

4 & 00:30 # Run Main Channel GLF_ON # Initiate Main Ch. Commissioning
4 & 01:00 # Run Main GLF_COM and GLF_COM_D # Including motors tests
4 & 03:30 # Run Main GLF_RECOVERY # Returning to Stand by mode
4 & 04:00 # Send GBMMON # Activating Magnetic modulation
4 & 04:01 # Send GBCBCST + parameter # Initiating Bulb heating
4 & 06:00 # Send GBCSCST + parameter # Initiating Stem heating

8 & 00:00 # Run Main Channel GLF_OFF # Before switching to Red
8 & 00:30 # Run Red Channel GLF_ON # Initiating Red Ch. Commissioning
8 & 01:00 # Run Red Channel GLF_COM and GLF_COM_D # Including motors test
8 & 03:30 # Run Red GLF_RECOVERY #
8 & 04:00 # Send GBMMON # Activating modulation
8 & 04:01 # Send GBCBCST + parameter # Initiating cell Bulb heating
8 & 06:00 # Send GBCSCST + parameter # heating Stem

12 & 00:00 # Run Red Channel GLF_OFF CF # Optional : if Main is to be run
12 & 00:30 # Run Main Ch. GLF_ON # Optional if Main is selected for next test
12 & 01:01 # Send GBMMON #
12 & 01:02 # Send GBPOINI + parameter # Select Polariser initial angle
12 & 01:03 # Send GBQWINI + parameter # Select Quarter-Wave initial angle
12 & 01:04 # Send GBPONOM # Initiating mechanisms nominal actuation
12 & 01:05 # Send GBDOOP # Opening Door for stray light measurement
12 & 01:15 # Send GBCBCST + parameter # Initiating Cell Bulb heating

13 & 00:00 # Send GBCSCST + parameter # Initiating Stem heating
13 & 01:00 # Send GBCBCST + parameter # Adjust Bulb heating
13 & 01:01 # Send GBCSCST + parameter # Adjust Stem heating
13 & 02:00 # Send GBCBCST + param # Adjust Bulb heating
13 & 02:01 # Send GBCSCST + param # Adjust Stem Heating

13 & 02:02 # Send GBFICST + param # Adjust Filter heating

14 & 00:00 # Send GBCSCST + param # Calibrate measured velocity/cell temp.
14 & 01:00 # Send GBCSCST + param #
14 & 02:00 # Send GBCSCST + param #
14 & 03:00 # Send GBCSCST + param #
14 & 04:00 # Send GBCSCST + param #
14 & 05:00 # Send GBCSCST + param #
14 & 06:00 # Send GBCSCST + param #
14 & 07:00 # Send GBCSCST + param #
14 & 08:00 # Send GBCSCST + param #

15 & 00:00 # Send GBCSCST + param #
15 & 01:00 # Send GBCSCST + param #
15 & 02:00 # Send GBCSCST + param #
15 & 03:00 # Send GBCSCST + param #
15 & 04:00 # Send GBCSCST + param #
15 & 05:00 # Send GBCSCST + param #
15 & 06:00 # Send GBCSCST + param #
15 & 07:00 # Send GBCSCST + param #
15 & 08:00 # Send GBCSCST + param #

16 & 00:00 # Send GBCSCST + param #
16 & 01:00 # Send GBCSCST + param #
16 & 02:00 # Send GBCSCST + param #
16 & 03:00 # Send GBCSCST + param #
16 & 04:00 # Send GBCSCST + param #
16 & 05:00 # Send GBCSCST + param #
16 & 06:00 # Send GBCSCST + param #
16 & 07:00 # Send GBCSCST + param #
16 & 07:00 # Send GBCSCST + param #

18 & 00:00 # VIRGO 10 arcmin in E-W and N-S direction depointing calibration # GOLF coordinated obs.

19 & 06:00 # Send GBDOCL # Close door prior to Mid Course Correction MCC2

23 & 00:00 # Send GBDOOP # Open door after MCC2
24 & 00:00 # Start Oscillating S/C around Yb axe # Cal suscept./pointing
24 & 10:00 # Stop oscillating S/C #

25 & 00:00 # Start oscillating S/C around Zb #
25 & 10:00 # Stop oscillating S/C #

26 & 00:00 # Start oscillating S/C around Xb #
26 & 10:00 # Stop oscillating S/C #

75 & 00:00 # Send GBDOCL # Close door before wheels momentum dump

76 & 12:00 # Send GBDOOP # Open door after wheels unloading

100 & 00:00 # Roll S/C 90 degrees around pointing axis # Init. pointing cal
100 & 00:10 # Start oscillating S/C around Yb # Cal GOLF and SUMER suscept.
100 & 10:00 # Stop oscillating S/C #

101 & 00:00 # Start oscillating S/C Around Zb axe #
101 & 10:00 # Stop oscillating S/C #

102 & 00:00 # Start oscillating S/C around Xb axe #
102 & 10:00 # Stop oscillating S/C #
102 & 10:01 # Roll S/C 90 degrees back to initial attitude #

114 & 00:00 # Send GBDOCL # Close door prior to injection into Halo Orbit
119 & 00:00 # Send GBDOOP # Open door & start continuous routine Obs.

; end of file

; Control Files  to be used shall be up-dated versions of (used in air)
; MMS ELISA existing ones.

; Regards Jacques Charra