# $Log: OIOR_PI6RSO_D_0010_MR_05____vvvvv.ROS $
#
# Changed filename for final ORFA delivery - 2007/08/15 - L.Kamp
#
# Revision 1.4  2007/07/06 21:53:57  kwirth
# Increased End_time to include duration of last sequence.
#
# Revision 1.3  2007/07/06 16:53:09  kwirth
# Updated preliminary ESB2 OIORs submitted via e-mail on 6 Jul 2007.
#
# Revision 1.3  2007/07/05 - L.Kamp
# Adjusted timing of mode change commands during observation
#
# Revision 1.2  2007/06/24 16:48:41  kwirth
# Updates for EPS run of complete MR ESB2.
#
# Revision 1.1  2007/06/23 20:15:50  kwirth
# Preliminary ESB2 MR05 OIOR submitted via ROFTS/ORFA on 18 Jun 2007.
# Original filename: OIOR_PI6RSO_D_0010_MR_05____00016.ROS
#
# Changed to individual OIOR for MR05, added Ref_date, Start/End_time, changed
# times to relative to pointing event - 2007/06/15 - L.Kamp
#
# Initial ESB2 OIOR for generic linearity observations - 2007/06/11 - L.Kamp
#
#=======================================================================================#
# Filename:    OIOR_PI6RSO_D_0010_MR_05____00021.ROS
# Type:        Orbiter Instrument Operation Request file
#
# Description:    Observations of Moon on approach, to determine MIRO linearity
#
# Author:    Lucas Kamp
#                
#               JPL
#    
# Date:        11 Jun 2007 
#
# (c) ESA/Estec            
#
#=======================================================================================#

# RSOC change: Replaced event driven timing by relative timing. The events are in the instrument level ITL.

Version: 00001

Ref_date: 01-Jan-2000  # Irrelevant because will be overridden by top-level ITL, but needed for ORFA.
# RSOC change: Replaced our standard Ref_date.

Start_time: -000_01:30:00
End_time:   +000_01:40:00
# RSOC change: Increased End_time to include duration of last sequence.
# RSOC change: Correction.
# Start_time: 000_00:00:00
# End_time:   000_02:51:00

#=======================================================================================#
# Description: "1.   | Start of sequence."
#=======================================================================================#

-000_01:21:00 MIRO OFF AMRF001A # Power On MIRO via OBCP

-000_01:19:00 MIRO Engineering AMRF001B # MIRO Patch

-000_01:18:00 MIRO Engineering AMRS613A # Software Restart

#=======================================================================================#
Description: "2.   | Warm up instrument, wait 1 hour to stabilize."
#=======================================================================================#

-000_01:15:00 MIRO Engineering AMRF008A # "MIRO USO ON v06"

-000_01:12:00 MIRO Engineering AMRF007A # "MIRO Cal Heat On v04"

-000_01:09:00 MIRO Engineering AMRF009A # "MIRO CTS Warm-up v06"

#=======================================================================================#
Description: "3.   | Go to science mode. Start with MM/SMM background checks (LNA off)."
#=======================================================================================#

-000_00:09:00 MIRO Engineering AMRF011A # CTS/Dual Continuum

-000_00:06:00 MIRO CTS_DualCntm AMRF031A # "MM LNA Power Off v04"

-000_00:03:00 MIRO CTS_DualCntm AMRF032A # "SMM LNA Power Off v04"

#=======================================================================================#
Description: "4.   | During the actual observations we just remain in CTS/DualC mode."
Description: "     | Issue a mode change command before/after each slew to ensure that"
Description: "     | we have a Cal on dark sky, not while crossing a limb."
#=======================================================================================#

+000_00:17:00 MIRO CTS_DualCntm AMRF011A # CTS/Dual Continuum

+000_01:10:00 MIRO CTS_DualCntm AMRF011A # CTS/Dual Continuum

#=======================================================================================#
# Description: "5.   | End of sequence.  Disable science, since MR03 follows."
#=======================================================================================#

+000_01:30:00 MIRO CTS_DualCntm AMRS632A # Disable_Science

# ----------------- End of MIRO Pointing Scenario  -------------------- #