{"text_format":"1","workbook":"xlsx","n_sheets":11,"sheets":["T0","TA","TB","T3","T4","T47","T70","T119","T122","T126","Legend"],"not_rendered":{"charts":0,"images":0,"macros":1,"external_links":2,"defined_names":4,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"T0","index":0,"n_rows":32,"n_cols":8,"rows_kept":32,"cut":false,"hidden":false,"merged":[]}
[" ","000TI(T0) ","C/A Altitude =  km",null,null,null,null,"Delivered: "]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"184T01:06","184T01:36","SP Turn to Waypoint",null,"DFPW Normal","S_N_ER3"]
[null,"184T01:36","184T01:56","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER3","2nd axis -X to Sun"]
[null,{"$error":"#VALUE!"},"-06:00","ISS",null,"DFPW Normal","S_N_ER3"]
[null,"-06:00",0,"CIRS",null,"DFPW Normal","S_N_ER3"]
[null,0,0,"ISS",null,"DFPW Normal","S_N_ER3"]
[null,0,0,"CIRS",null,"DFPW Normal","S_N_ER3"]
[null,0,0,"ISS",null,"DFPW Normal","S_N_ER3"]
[null,0,"-01:00","CIRS",null,"DFPW Normal","S_N_ER3"]
[null,"-01:00","-00:51","ISS",null,"DFPW Normal","S_N_ER3","2x2 mosaic"]
[null,"-00:51",0,"VIMS","Titan Light Curve","DFPW Normal","S_N_ER3"]
[null,null,null,"CLOSEST APPROACH",null,"",""]
[null,0,"+01:00","ISS","Titan S Pole","DFPW Normal","S_N_ER3","Long dwell times"]
[null,"+01:00","+05:00","CIRS","Temp Map","DFPW Normal","S_N_ER3","Incorporate pauses in mosaic for ISS"]
[null,"+05:00","+05:45","VIMS","Titan Light Curve","DFPW Normal","S_N_ER3"]
[null,"+05:45","+07:30","CIRS",null,"DFPW Normal","S_N_ER3"]
[null,"184T17:00","184T17:20","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER3"]
[null,"184T17:20","184T17:51","SP Turn to Earth",null,"DFPW Normal","S_N_ER3"]
[null,"184T17:51","184T20:21","Goldstone","Downlink over Goldstone","DFPW Normal","RTE_N_PB","- Playback capacity for 2.5 hours of downlink =862Mbits."]
[null,"184T20:21","184T21:45","OpNav","Turn to targets then turn to Rings orientation","DFPW Normal","S_N_ER3","new waypoint for Rings, Partition 5 zeroed out, so OpNav data should be routed to Partition 4 by CDS"]
[null,"184T21:45","185T00:45","CIRS","Do rings observations","DFPW Normal","S_N_ER3","turn time to SP for new waypoint"]
[null,"185T00:45","185T01:00","SP","Turn to Titan","DFPW Normal","S_N_ER3","turn time to SP for new waypoint"]
[null,"185T01:00","185T03:15","CIRS","Far IR Map","DFPW Normal","S_N_ER3"]
[null,"185T03:15","185T04:00","VIMS","Titan Light Curve","DFPW Normal","S_N_ER3"]
[null,"185T04:00","185T10:00","CIRS","Far IR Map","DFPW Normal","S_N_ER3"]
[" ","185T10:00","185T11:00","ISS","Titan","DFPW Normal","S_N_ER3"]
[null,"185T11:00","185T11:20","SP","Turn to Iapetus","DFPW Normal","S_N_ER3","New waypoint for Iapetus"]
[null,"185T11:20","185T12:30","ISS","Iapetus","DFPW Normal","S_N_ER5"]
[null,"185T12:30","185T14:06","OPNAV",null,"DFPW Normal","S_N_ER5","Partition 5 zeroed out, so OpNav data should be routed to Partition 4 by CDS"]
[null,"185T14:06","185T23:06","Goldstone",null,"DFPW-TCM","RTE_N_SPB","Adjusted to correctly line up with DSN pass"]

{"sheet":"TA","index":1,"n_rows":33,"n_cols":8,"rows_kept":33,"cut":false,"hidden":false,"merged":[]}
[null,"OOATI_T00A","C/A Altitude = 1200 km",null,null,null,null,"Delivered:  June 2004"]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"2004-299T16:31 ","2004-299T17:01 ","SP Turn to Waypoint ","NEG_Y to Titan, NEG_X to Sun ","DFPW Normal","S_N_ER_3"]
[null,"2004-299T17:01 ","2004-299T17:16 ","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"-22:14 ","-22:00 ","ISS ","Monitor ","DFPW Normal","S_N_ER_3"]
[null,"-22:00 ","-16:45 ","CIRS ","Mid-IR Temp Map ","DFPW Normal","S_N_ER_3"]
[null,"-16:45 ","-15:30 ","ISS ","Monitor ","DFPW Normal","S_N_ER_3"]
[null,"-15:30 ","-11:30 ","CIRS ","Far-IR Nadir Comp ","DFPW Normal","S_N_ER_3","sit-and-stare "]
[null,"-11:30 ","-05:00 ","VIMS ","Med Res ","DFPW Normal","S_N_ER_3","RADWU and S_N_ER_5a at -05:15; earlier "]
[null,"-05:00 ","-01:48 ","ISS ","High Res ","RADWU","S_N_ER_3","1 min dwells "]
[null,"-01:48 ","-01:27 ","RWA to RCS Transition ",null,"RADRCS","S_N_ER_3","w/ VIMS Rider; Deadband = (2,2,2) "]
[null,"-01:27 ","-01:26 ","ISS Turn to Waypoint ","NEG_Y to Titan, NEG_X to Sun ","",""]
[null,"-01:26 ","-01:19 ","SP Turn to New Waypoint ","NEG_Z to Titan, NEG_X to Sun ","","","-Y to Titan violates CIRS boresight to Sun "]
[null,"-01:19 ",null,"Begin Custom Period ",null,"",""]
[null,"-01:19 ","-01:15 ","RADAR ","Turn to scatterometry ","RADRCS","S_N_ER_8"]
[null,"-01:15 ","-00:45 ","RADAR Scatterometry ","Inbound ","RADRCS","S_N_ER_8","Leave at -Z to Titan, +X to NTP "]
[null,"-00:45 ","-00:38 ","VIMS ","Turn to NEG_Y to Titan, POS_X to NTP ","RADRCS","S_N_ER_8"]
[null,"-00:38 ","-00:13 ","VIMS ","High Res ","RADRCS","S_N_ER_3","Leave at VIMS_IR to Titan, +X to NTP "]
[null,"-00:12 ","-00:06 ","INMS ","Turn to NEG_X to Titan RAM, NEG_Z to Titan ","RADRCS","S_N_ER_3","2nd axis = -Z to Titan for RADAR "]
[null,"-00:06 ","c/a ","INMS ","NEG_X to RAM ","RADRCS","S_N_ER_8","RADAR ride-along "]
[null,"2004-300T15:31:27",null,"CLOSEST APPROACH",null,"",""]
[null,"c/a ","+00:06 ","RADAR SAR","High-Res SAR ","RADRCS","S_N_ER_8","Pick up at INMS attitude; Deadband = (2,2,20) "]
[null,"+00:06 ","+00:16 ","RADAR SAR","Low-Res SAR ","RADRCS","S_N_ER_8"]
[null,"+00:16 ","+00:30 ","RADAR Altimetry",null,"RADRCS","S_N_ER_8"]
[null,"+00:30 ","+01:15 ","RADAR Scatterometry",null,"RADRCS","S_N_ER_8"]
[null,"+01:15 ","+01:39 ","RCS to RWA Transition ",null,"RADRWA","S_N_ER_8"]
[null,"+01:39 ","+05:00 ","RADAR Radiometry",null,"RADRWA","S_N_ER_8","Leave at -Z to Titan, -X to Sun "]
[null,"+05:00 ",null,"End Custom Period ",null,"",""]
[null,"+05:00 ","+08:15 ","UVIS ","EUVFUV ","DFPW Normal","S_N_ER_3","Extra time allocated for turns to/from -Z to Titan "]
[null,"2004-300T23:46 ","2004-301T00:01 ","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"2004-301T00:01 ","2004-301T00:16 ","SP Turn to Earth for ","XBand to Earth, POS_X to NEP","DFPW Normal","S_N_ER_3"]
[null,"2004-301T00:16 ","2004-301T09:16 ","Madrid 70M",null,"DFPW Normal","RTE_N_SPB"]

{"sheet":"TB","index":2,"n_rows":33,"n_cols":8,"rows_kept":33,"cut":false,"hidden":false,"merged":[]}
[null,"00BTI_T00B","C/A Altitude =  1200 km",null,null,null,null,"October 2004"]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"345T06:06 ","345T08:03 ","OpNav + Turn to Waypoint ",null,"DFPW_Normal","S_N_ER_5","Old seg start was 07:51 "]
[null,"345T08:03 ","345T20:10 ","ISS Titan movie ",null,"DFPW_Normal","S_N_ER_3"]
[null,"345T20:10 ","345T21:05 ","SP Turn to Earth ",null,"DFPW_Normal","S_N_ER_3"]
[null,"345T21:05 ","346T06:35 ","Downlink (Mad 34HEF) ",null,"DFPW_TCM","RTE_N_SPB","OTM 7 backup; pass extended to 9.5 hrs to help d.v. problem "]
[null,"346T06:35 ","346T08:03 ","OpNav + Turn to Waypoint ",null,"DFPW_Normal","S_N_ER_5","Shortened 30 min. "]
[null,"346T08:03 ","347T00:00 ","ISS Titan movie ",null,"DFPW_Normal","S_N_ER_3"]
[null,"347T00:00 ","347T01:30 ","ISS Ring Rad color ",null,"DFPW_Normal","S_N_ER_3"]
[null,"347T01:30 ","347T04:36 ","OpNav + Turn to earth ",null,"DFPW_Normal","S_N_ER_5"]
[null,"347T04:36 ","347T13:36 ","Downlink (Gold 70m) ",null,"DFPW_Normal","RTE_N_SPB"]
[null,"347T13:36 ","347T14:57 ","SP Turn to Waypoint ",null,"DFPW_Normal","S_N_ER_3"]
[null,"347T14:57 ","347T15:12 ","OD Uncertainty Dead Time",null,"DFPW_Normal","S_N_ER_3"]
[null,"-20:25","-12:00 ","CIRS Mid-IR Temp Map ",null,"DFPW_Normal","S_N_ER_3"]
[null,"-12:00 ","-08:00 ","CIRS Far-IR Nadir Comp ",null,"DFPW_Normal","S_N_ER_3"]
[null,"-08:00 ","-04:00 ","UVIS EUVFUV ",null,"DFPW_Normal","S_N_ER_3"]
[null,"-04:00 ","-02:00 ","REG MAP ",null,"DFPW_Normal","S_N_ER_3"]
[null,"-02:00 ",null,"Start Custom Period ",null,"",""]
[null,"-02:00 ","-00:30 ","HI RES ",null,"DFPW_Normal","S_N_ER_3"]
[null,"-00:30 ","-00:09 ","Transition to RCS ",null,"DFPW_Normal","S_N_ER_3","(.5,2,.5) - ISS observe thru trans "]
[null,"-00:09 ","-00:01 ","Turn to UVIS Occultation",null,"DFPW_Normal","S_N_ER_3","Pick up at NAC to latlon(27,141), -X to Sun "]
[null,"-00:01 ","+00:27 ","UVIS Occultation",null,"DFPW_Normal","S_N_ER_3","FUV to 201.3,-11.2 - Turn to 2nd occ by +27min "]
[null,null,null,"CLOSEST APPROACH",null,"",""]
[null,"+00:27 ","+00:50 ","Transition to RWA ",null,"DFPW_Normal","S_N_ER_3","UVIS observe thru transition "]
[null,"+00:50 ","+02:30 ","VIMS Darkside ",null,"DFPW_Normal","S_N_ER_3","Pickup at star 263.402/-37.104, NEG_X to SUN - offset (.1868,30,0) "]
[null,"+02:30 ","+05:00 ","UVIS EUVFUV ",null,"DFPW_Normal","S_N_ER_3"]
[null,"+05:00 ",null,"End Custom Period ",null,"",""]
[null,"+05:00 ","+07:00 ","CIRS Mid-IR Limb Int ",null,"DFPW_Normal","S_N_ER_3"]
[null,"+07:00 ","+10:30 ","VIMS darkside ",null,"DFPW_Normal","S_N_ER_3"]
[null,"348T22:08 ","348T22:23 ","OD Uncertainty Dead Time",null,"DFPW_Normal","S_N_ER_3"]
[null,"348T22:23 ","348T22:52 ","SP Turn to Earth ",null,"DFPW_Normal","S_N_ER_3"]
[null,"348T22:52 ","349T07:52 ","Downlink (Mad 70m) ",null,"DFPW_Normal","RTE_N_SPB"]

{"sheet":"T3","index":3,"n_rows":31,"n_cols":8,"rows_kept":31,"cut":false,"hidden":false,"merged":[]}
[null,"003TI_T003","C/A Altitude =  km",null,null,null,null,"January 2005"]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"045T09:07 ","045T09:39 ","SP Turn to Waypoint ",null,"DFPW Normal","S_N_ER_3","-Y to Titan; +X to NTP "]
[null,"045T09:39 ","045T09:54 ","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"-21:00 ","-12:00 ","CIRS Mid-IR Nadir Temp Map ",null,"DFPW Normal","S_N_ER_3","sit and stare for 15 minutes at the beginning "]
[null,"-12:00 ","-11:00 ","ISS MONITOR_NA ",null,"DFPW Normal","S_N_ER_3"]
[null,"-11:00 ","-7:00 ","CIRS Mid-IR Limb ",null,"DFPW Normal","S_N_ER_3"]
[null,"-7:00 ","-5:00 ","ISS GLOBMAP_NA_LP ",null,"DFPW Normal","S_N_ER_3"]
[null,null,null,"Begin Custom Period ",null,"",""]
[null,"-5:00 ","-4:30 ","SP Turn to Earth for Downlink ",null,"DFPW Normal RADAR_W U","S_N_ER_3 S_N_ER_5A","2ndary axis MAPS preferred S_N_ER_5A for 15 mins. @-4:45; 0:07 transition "]
[null,"-4:30 ","-1:30 ","XBAND to Earth (Pos X to NEP) ",null,"RADAR_W U","RTE_N_SPB"]
[null,"-1:30 ","-1:09 ","ISS Turn to ISS Attitude ",null,"RADAR_W U","S_N_ER_3","Turn time 18:36 "]
[null,"-1:09 ","-0:59 ","ISS NAC ",null,"RADAR_W U","S_N_ER_3"]
[null,"-0:59 ","-0:38 ","Transition to RADAR RCS ",null,"RADAR RCS","S_N_ER_3","20:48 "]
[null,"-0:38 ","-0:30 ","RADAR Turn ",null,"RADAR RCS","S_N_ER_8","Pick-up at ISS Attitude Turn to -Z to Titan "]
[null,"-0:30 ","-0:16 ","RADAR Inbound Altimetry ",null,"RADAR RCS","S_N_ER_8"]
[null,"-0:16 ","+0:16 ","RADAR SAR ",null,"RADAR RCS","S_N_ER_8"]
[null,null,null,"CLOSEST APPROACH",null,"",""]
[null,"+0:16 ","+0:31 ","RADAR Outbound Altimetry ",null,"RADAR RCS","S_N_ER_8"]
[null,"+0:31 ","+1:02 ","RADAR Scatterometry ",null,"RADAR RCS","S_N_ER_8"]
[null,"+1:02 ","+1:10 ","RADAR Turn ",null,"RADAR RCS","S_N_ER_8","Turn to -Y to Titan; +X to NTP "]
[null,null,null,"End Custom Period ",null,"",""]
[null,"+1:10 ","+1:33 ","RCS to RWA Transition ",null,"DFPW Normal","S_N_ER_3","22:46 "]
[null,"+1:33 ","+5:00 ","UVIS EUV-FUV ",null,"DFPW Normal","S_N_ER_3"]
[null,"+5:00 ","+8:00 ","ISS NIGHT_W A ",null,"DFPW Normal","S_N_ER_3"]
[null,"+8:00 ","+12:00 ","CIRS Far-IR Nadir Comp ",null,"DFPW Normal","S_N_ER_3"]
[null,"+12:00 ","+16:20 ","CIRS Mid-IR Nadir Temp ",null,"DFPW Normal","S_N_ER_3"]
[null,"046T23:14 ","046T23:29 ","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"046T23:29 ","046T23:59 ","SP Turn to Earth for Downlink ",null,"DFPW Normal","S_N_ER_3"]
[null,"046T23:59 ","047T08:59 ","Goldstone",null,"DFPW Normal","S_N_ER_3"]

{"sheet":"T4","index":4,"n_rows":18,"n_cols":8,"rows_kept":18,"cut":false,"hidden":false,"merged":[]}
[null,"005TI_T004","C/A Altitude =  km",null,null,null,null,"Delivered: August 2004"]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"090T05:50 ","090T06:20 ","SP Turn to Waypoint ","NAC Titan, NEG_X Sun ","ORS RWAF","S_N_ER_3"]
[null,"090T06:20 ","090T06:35 ","OD Uncertainty Dead Time",null,"ORS RWAF","S_N_ER_3"]
[null,"-12:30 ","-08:30 ","CIRS ","FP1 ","ORS RWAF","S_N_ER_3"]
[null,"-08:30 ","-05:30 ","ISS ","Combined ","ORS RWAF","S_N_ER_3","RADAR_WU at -8:45 & SNER_5a at -8:45, then ER_3 at -8:30 "]
[null,"-05:30 ","-00:30 ","RADAR ","Radiometry ","RADAR_RWA","S_N_ER_8","Use 30 and 90 deg offsets for the 2nd $ 3rd polarizations "]
[null,"-00:30 ","C/A ","ISS ","High Res ","ORS RWAF","S_N_ER_3"]
[null,null,null,"CLOSEST APPROACH",null,"",""]
[null,"C/A ","+2:00 ","CIRS ","FIR Limb Int ","ORS RWAF","S_N_ER_3"]
[null,"+2:00 ","+4:30 ","UVIS ","EUVFUV ","ORS RWAF","S_N_ER_3"]
[null,"+4:30 ","+8:00 ","CIRS ","MIDIR Limb Map ","ORS RWAF","S_N_ER_3"]
[null,"+8:00 ","+12:00 ","CIRS ","FIR Limb Map ","ORS RWAF","S_N_ER_3"]
[null,"+12:00 ","+18:30 ","CIRS ","MIDIR Limb Map ","ORS RWAF","S_N_ER_3"]
[null,"091T14:38 ","091T14:53 ","OD Uncertainty Dead Time",null,"ORS RWAF","S_N_ER_3","B (modified) "]
[null,"091T14:53 ","091T15:22 ","SP Turn to Earth ","XBAND Earth, POS_X to NEP ","ORS RWAF","S_N_ER_3"]
[null,"091T15:22 ","092T00:22 ","Madrid 70M ",null,"DFPW Normal","RTE_N_SPB"]

{"sheet":"T47","index":5,"n_rows":36,"n_cols":8,"rows_kept":36,"cut":false,"hidden":false,"merged":[]}
[null,"093TI_T47","C/A  Altitude=1023 km",null,null,null,null,"Delivered: February 2008"]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"2008-323T18:24:00","2008-323T19:04:00","SP Turn to Waypoint","NEG_Y to Titan, NEG_Z to Sun","DFPW Normal",""]
[null,"2008-323T19:04:00","2008-323T19:019:00","OD Uncertainty Dead Time",null,"",""]
[null,"2008-323T19:019:00","-13:00","VIMS"," B","DFPW Normal","S_N_ER_3"]
[null,"-13:00","-09:00","VIMS"," V","DFPW Normal","S_N_ER_3"]
[null,"-09:00","-08:00","ISS"," I","DFPW Normal","S_N_ER_3"]
[null,null,null,"begin custom period",null,"",""]
[null,"-08:00","-05:00","VIMS"," I","DFPW Normal","S_N_ER_3"]
[null,"-05:00","-02:00","VIMS"," Y","DFPW Normal","S_N_ER_3"]
[null,"-02:00","-01:10","VIMS",null,"DFPW Normal","S_N_ER_3"]
[null,"-01:10","-00:58","Turn to UVIS Stellar Occultation",null,"DFPW Normal","S_N_ER_3"]
[null,"-00:58","-00:25","UVIS Stellar Occultation",null,"DFPW Normal","S_N_ER_3"]
[null,"-00:47","-00:25","RWA to RCS Transition",null,"ORSRCS","S_N_ER_3"]
[null,"-00:25","-00:15","Turn to VIMS attitude","extra time goes to VIMS","ORSRCS","S_N_ER_3"]
[null,"-00:15","0","VIMS","VIMS must get landing site coverage","ORSRCS","S_N_ER_3"]
[null,"2008-324T15:56:28",null,"CLOSEST APPROACH","Neg_Y to Titan, \nNeg_X to Sun w, Offset (0,50,0)","ORSRCS","S_N_ER_3"]
[null,"0","+00:20","VIMS","(T20-like observations)","ORSRCS","S_N_ER_3"]
[null,"+00:20","+00:24","Turn to UVIS Stellar Occultation","extra time goes to VIMS","ORSRCS","S_N_ER_3"]
[null,"+00:24","+01:02","UVIS Stellar Occultation","Beta CMA","ORSRCS","S_N_ER_3"]
[null,"+00:40","+01:02","RCS to RWA Transition",null,"DFPW Normal","S_N_ER_3"]
[null,"+01:02","X","Turn to CIRS attitude","turns done by CIRS","DFPW Normal","S_N_ER_3","Turn time TBD by CIRS in implementation"]
[null,"X","+02:00","CIRS",null,"DFPW Normal","S_N_ER_3"]
[null,"+02:00","+05:00","CIRS"," T","DFPW Normal","S_N_ER_3"]
[null,"+05:00","+09:00","CIRS"," R","DFPW Normal","S_N_ER_3"]
[null,"+09:00","+10:00","ISS"," N","DFPW Normal","S_N_ER_3"]
[null,null,null,"end custom period",null,"",""]
[null,"+10:00","+13:00","CIRS"," N","DFPW Normal","S_N_ER_3"]
[null,"+13:00","+14:00","ISS"," M2","DFPW Normal","S_N_ER_3"]
[null,"+14:00","C/A+16","CIRS"," M2","DFPW Normal","S_N_ER_3"]
[null,"C/A+16:00","2008-325T08:10:00","OD Uncertainty Dead Time",null,"",""]
[null,"2008-325T08:10:00","2008-325T09:24:00","OpNav",null,"DFPW Normal","S_N_ER_5"]
[null,"2008-325T09:24:00","2008-325T09:25:00","Nav Turn to Earth for Downlink",null,"DFPW Normal","S_N_ER_5"]
[null,"2008-325T09:25:00","2008-325T18:25:00","70M Array",null,"DFPW Normal","RTE_N_SPB","70M Goldstone "]
[null,"2008-325T18:25:00","2008-325T23:25:00","Dual Playback",null,"","","34M Canberra "]

{"sheet":"T70","index":6,"n_rows":42,"n_cols":8,"rows_kept":42,"cut":false,"hidden":false,"merged":[]}
[null,"133TI_T70","C/A Altitude = 880 km",null,null,null,null,"Delivered: November 2009"]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"2010-171T11:11:00","2010-171T11:51:00","SP Turn to Waypoint","NEG_Y to Titan, NEG_X to SUN","DFPW Normal","S_N_ER_3"]
[null,"2010-171T11:51:00","C/A - 13:21:17","OD Uncertainty Dead Time",null,"","S_N_ER_3"]
[null,"C/A - 13:21:17","-13:00","CIRS","M4","DFPW Normal","S_N_ER_3"]
[null,"-13:00","-10:00","CIRS","N","DFPW Normal","S_N_ER_3"]
[null,"-10:00","-09:00","ISS","N","DFPW Normal","S_N_ER_3"]
[null,"-09:00","-05:00","CIRS","R","DFPW Normal","S_N_ER_3"]
[null,"-05:00","-02:15","CIRS","T","DFPW Normal","S_N_ER_3"]
[null,null,null,"begin custom period",null,"",""]
[null,"-02:15","-01:15","CIRS","CAPS riding","DFPW Normal","S_N_ER_3","CIRS turns to CAPS attitude"]
[null,"-01:15","-01:14","RWA to RCS Transition","Suspend SID (SRU violations)","ORS_RCS","S_N_ER_3"]
[null,"-01:14","-00:29","CAPS","Need to sit and stare","ORS_RCS","S_N_ER_3"]
[null,"-00:29","0","Engineering prime; MAG","Attitude required to be stable","ORS_RCS","S_N_ER_3","Engineering does turn from CAPS attitude"]
[null,"2010-172T01:27:43",null,"CLOSEST APPROACH","Minimum torque attitude","ORS_RCS","S_N_ER_3"]
[null,"0","+00:27","Engineering prime; MAG",null,"ORS_RCS","S_N_ER_3","Engineering turns to UVIS attitude for occ during transition. Must be at occ attitude by +00:27"]
[null,"+00:27","+00:48:05","RCS to RWA Transition","Enable SID, UVIS stellar occultation","ORS_RCS","S_N_ER_3"]
[null,"+00:48:05","+01:07","UVIS Stellar Occultation",null,"DFPW Normal","S_N_ER_3"]
[null,"+01:07","+02:00","VIMS",null,"DFPW Normal","S_N_ER_3","VIMS does turn from UVIS attitude"]
[null,null,null,"end custom period",null,"","S_N_ER_3"]
[null,"+02:00","+05:00","VIMS","Y","DFPW Normal","S_N_ER_3"]
[null,"+05:00","+08:30","VIMS","I","DFPW Normal","S_N_ER_3"]
[null,"+08:30","+09:00","ISS","I","DFPW Normal","S_N_ER_3"]
[null,"+09:00","+14:00","VIMS","V","DFPW Normal","S_N_ER_3"]
[null,"+14:00","2010-172T15:43:00","OD Uncertainty Dead Time",null,"","S_N_ER_3"]
[null,"2010-172T15:43:00","2010-172T16:23:00","SP Turn to Earth for Downlink",null,"DFPW Normal","S_N_ER_3"]
[null,"2010-172T16:23:00","2010-172T22:00:00","Madrid 70M",null,"DFPW Normal","RTE_N_SPB","Goldstone 70M is down for extended maintenance."]
[null,"2010-172T22:00:00","2010-173T04:56:00","G34 HEF",null,"DFPW Normal","RTE_N_SPB"]
[null,"2010-173T04:56:00","2010-173T05:36:00","SP Turn to Waypoint",null,"DFPW Normal","S_N_ER_3"]
[null,"2010-173T05:36:00","2010-173T07:36:00","CAPS","MAGBNDPTG (2 hrs)","DFPW Normal","S_N_ER_3"]
[null,"2010-173T07:36:00","2010-173T17:46:00","ISS","Long CLOUD001 observation (10 hrs)","DFPW Normal","S_N_ER_3"]
[null,"2010-173T17:46:00","2010-173T18:26:00","SP Turn to Earth for Downlink","New Waypoint: XBAND to EARTH, POS_X to NEP","DFPW Normal","S_N_ER_3"]
[null,"2010-173T18:26:00","2010-173T19:56:00","CAPS",null,"DFPW Normal","S_N_ER_3","Bias window"]
[null,"2010-173T19:56:00","2010-174T04:56:00","Goldstone 34M",null,"DFPW Normal","RTE_N_SPB"]
[null,"2010-174T04:56:00","2010-174T05:36:00","SP Turn to Waypoint","New Waypoint: NEG_Y to TITAN, NEG_X to SUN","DFPW Normal","S_N_ER_3"]
[null,"2010-174T05:36:00","2010-174T12:00:00","ISS","Long CLOUD002 observation (6 hr 24 min)","DFPW Normal","S_N_ER_3"]
[null,"2010-174T12:00:00","2010-174T14:00:00","CAPS","MAGBNDPTG (2 hrs)","DFPW Normal","S_N_ER_3"]
[null,"2010-174T14:00:00","2010-174T15:15:00","ISS","Titan cloud monitoring (1 hr 15 min)","DFPW Normal","S_N_ER_3"]
[null,"2010-174T15:15:00","2010-175T01:16:00","CIRS","Rings polarization (10 hrs)","DFPW Normal","S_N_ER_3"]
[null,"2010-175T01:16:00","2010-175T01:56:00","SP Turn to Earth for Downlink",null,"DFPW Normal","S_N_ER_3"]
[null,"2010-175T01:56:00","2010-175T10:56:00","Canberra 70M",null,"DFPW Normal","RTE_N_SPB"]

{"sheet":"T119","index":7,"n_rows":38,"n_cols":8,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
[null,"235TI_T119","971 km",null,null,null,null,"Delivered: "]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"2016-126T19:14:00","2016-126T19:54:00","SP Turn to Waypoint","NEG_Y to Titan , NEG_X to Sun","DFPW Normal","S_N_ER_3"]
[null,"2016-126T19:54:00","C/A-20:51:46","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"C/A-20:51:46","-14:00","CIRS","A3 (Tc1b)","DFPW Normal","S_N_ER_3","ISS collaborative"]
[null,"-14:00","-12:00","ISS","D2 (TC1a, TC1b, TN1a, TN2c (Could also use TN1c for limb haze layer, depending on geometry if along limb, or TN2d, depending on timing.))","DFPW Normal","S_N_ER_3"]
[null,"-12:00","-09:00","CIRS","D2 (TN1c)","DFPW Normal","S_N_ER_3"]
[null,"-09:00","-05:00","CIRS","F (TC1b OR TN1c)","DFPW Normal","S_N_ER_3"]
[null,"Begin custom period",null,null,null,"DFPW Normal","S_N_ER_3"]
[null,"-05:00","-02:18","CIRS","(TN2c) RSS warmup @ -02:18. Surface temperature map looking at polar collar. Use MIMI-preferred secondary NEG_Z to Earth","RSS3RCS","S_N_ER_3"]
[null,"-02:18","-02:17","RWA to RCS Transition",null,"RSS3RCS","S_N_ER_3","26 minutes for transition, 2 hours for RSS warmup, set deadband to (0.5, 2.0, 0.5)"]
[null,"-02:17","-01:15","CIRS","(TC1b) Use MIMI-preferred secondary NEG_Z to Earth","RSS3RCS","S_N_ER_3","MIMI collaborative from -02:00 to +02:00"]
[null,"-01:15","-00:45","CIRS","(TC1b) Use MIMI-preferred secondary NEG_Z to Earth","RSS3RCS","S_N_ER_3"]
[null,"-00:45","-00:15","CIRS","(TC1b) Use MIMI-preferred secondary NEG_Z to Earth","RSS3RCS","S_N_ER_3"]
[null,"-00:15","0","INMS","(TN1c, MC2a) Use MIMI-preferred secondary NEG_Z to Earth","RSS3RCS","S_N_ER_3","Set Deadband to (2, 2, 2)"]
[null,"2016-127T16:54:37",null,"CLOSEST APPROACH","(Tc2a)","","","Low abd Mid-Lat Occ., LatN=57S,LatX=46N (Seasonal chamge, tropospheric winds, Surface tempd); Good Bistatic Opportunity over Lakes (Exit)"]
[null,"0","+00:08:39","INMS","(TN1c, MC2a) Use MIMI-preferred secondary NEG_Z to Earth","RSS3RCS","S_N_ER_3"]
[null,"+00:08:39","+00:27","RSS Occultation","(TN2c, TN2d) MIMI prefers NEG_X to RAM secondary","RSS3RCS","S_N_ER_3","Telemetry OFF, set deadband to (0.5, 0.5, 2.0)"]
[null,"+00:27","+02:10","RSS Bistat","(TN1a)","RSS3RCS","S_N_ER_3","Telemetry OFF"]
[null,"+02:10","+02:32","RCS to RWA Transition",null,"DFPW Normal","S_N_ER_3"]
[null,"End custom period",null,null,null,"DFPW Normal","S_N_ER_3"]
[null,"+02:32","+05:00","VIMS","Y (TC1a, TN1a (depending on pointing) and TN2c)","DFPW Normal","S_N_ER_3","Use MIMI-preferred secondary NEG_X to Sun"]
[null,"+05:00","+09:00","VIMS","Q (TN1a (Specular reflection of lakes-depending on geometry))","DFPW Normal","S_N_ER_3","ISS collaborative"]
[null,"+09:00","+13:00","CIRS","N1 (Tc1b, TN1c aerosol )","DFPW Normal","S_N_ER_3"]
[null,"+13:00","C/A+16:24:23","CIRS","M4 (Tc1b (TN1c on outbound))","DFPW Normal","S_N_ER_3"]
[null,"C/A+16:24:23","2016-128T09:34:00","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"2016-128T09:34:00","2016-128T10:14:00","SP Turn to Earth for Downlink","NEG_Z to Earth , NEG_Y to Saturn (0.0, 0.0, -9.5 deg offset)","DFPW Normal","S_N_ER_3"]
[null,"2016-128T10:14:00","2016-128T19:14:00","Canberra 70M","NEG_Z to Earth , NEG_Y to Saturn (0.0, 0.0, -9.5 deg offset)","DFPW Normal","RTE_N_SPB"]
[null,"2016-128T19:14:00","2016-128T19:54:00","SP Turn to Waypoint","NEG_Y to Titan , NEG_X to NTP","DFPW Normal","S_N_ER_3"]
[null,"2016-128T19:54:00","2016-128T23:54:00","ISS","Cloud Monitoring Campaign (TC1a, TC1b, TN1a, TN2c, TN2d)","DFPW Normal","S_N_ER_3"]
[null,"2016-128T23:54:00","2016-129T04:04:00","ISS","Cloud Monitoring Campaign (TC1a, TC1b, TN1a, TN2c, TN2d)","RADWU","S_N_ER_5A for 1st 15 minutes, S_N_ER_3 afterwards"]
[null,"2016-129T04:04:00","2016-129T05:04:00","ISS","Cloud Monitoring Campaign (TC1a, TC1b, TN1a, TN2c, TN2d)","RADWU","S_N_ER_3"]
[null,"2016-129T05:04:00","2016-129T07:04:00","RADAR","Radiometry Calibration (TN2c)","RADWU","S_N_ER_5A"]
[null,"2016-129T07:04:00","2016-129T08:04:00","ISS","Cloud Monitoring Campaign (TC1a, TC1b, TN1a, TN2c, TN2d)","DFPW Normal","S_N_ER_3"]
[null,"2016-129T08:04:00","2016-129T08:44:00","SP Turn to Earth for Downlink","NEG_Z to Earth , NEG_Y to Saturn (0.0, 0.0, -9.5 deg offset)","DFPW Normal","S_N_ER_3"]
[null,"2016-129T08:44:00","2016-129T10:14:00","Y-bias window","NEG_Z to Earth , NEG_Y to Saturn (0.0, 0.0, -9.5 deg offset)","DFPW Normal","S_N_ER_3"]
[null,"2016-129T10:14:00 ","2016-129T19:14:00","Canberra 34M","NEG_Z to Earth , NEG_Y to Saturn (0.0, 0.0, -9.5 deg offset)","DFPW Normal","RTE_N_SPB"]

{"sheet":"T122","index":8,"n_rows":12,"n_cols":8,"rows_kept":12,"cut":false,"hidden":false,"merged":[]}
[null,"239TI_T122"," C/A altitude = 1698 km",null,null,null,null,"Delivered: December 2015"]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"2016-222T22:25:00","2016-222T23:05:00","SP Turn to Waypoint","XBAND to Earth, NEG_X to RA, Dec:123, -57","RSS_K_RWAF","S_N_ER_3"]
[null,"2016-222T23:05:00","C/A-09:17:15","OD Uncertainty Dead Time",null,"RSS_K_RWAF","S_N_ER_3"]
[null,"C/A-09:17:15","0","SP/RSS Gravity","Warm up RSS during downlink (TN1b). CDA Riding along.","RSS_K_RWAF","RTE_N_SPB"]
[null,"2016-223T08:30:53",null,"CLOSEST APPROACH","XBAND to EARTH, NEG_X to NSP (Tc2a)","",""]
[null,"0","+12:00:00","SP/RSS Gravity","CDA Riding along (TN1b)","RSS_K_RWAF","RTE_N_SPB"]
[null,"+12:00:00","C/A+17:59:07","ISS","(TC1a, TN1a)","DFPW Normal","S_N_ER_3"]
[null,"C/A+17:59:07","2016-224T02:45:00","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"2016-224T02:45:00","2016-224T03:25:00","SP Turn to Earth for Downlink","XBAND to Earth, NEG_Y to Saturn (0,0,-9.5 degree offset)","DFPW Normal","S_N_ER_3","RSS requested change to RSS_K_RWAF from 03:19:50 until 03:25:00."]
[null,"2016-224T03:25:00","2016-224T12:25:00","Canberra 70M","XBAND to Earth, NEG_Y to Saturn (0,0,-9.5 degree offset)","RSS_K_RWAF","RTE_N_SPB","MIMI preferred attitude for secondary; No KPT Y-bias; RSS GSE on C34 concurrent. But if needed at very end of downlink (last 1:30 hr). Switching back to DFPW Normal from 12:23:12 to 12:25:00"]

{"sheet":"T126","index":9,"n_rows":38,"n_cols":8,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
[null,"270TI_T126"," C/A Altitude = 979 km",null,null,null,null,"Delivered: October 2016"]
[]
[null,"Start Time","End Time","Prime Activity","Observation Detail","Operational Mode","Telemetry Mode","Comments"]
[null,"2017-111T12:30:00","2017-111T13:10:00","SP Turn to Waypoint","NEG_Y to Titan, NEG_X to NTP","DFPW Normal","S_N_ER_3","(from XBand to Earth, -X to Rolling/NSP: Rings270)"]
[null,"2017-111T13:10:00","C/A -0T16:43:09","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"C/A - 0T16:43:09","-14:00","CIRS","A (Tc1b)","DFPW Normal","S_N_ER_3","Collaborative Rider (ISS)"]
[null,"-14:00","-12:00","ISS","D2 (TC1a, TC1b, TN1a, TN2c (Could also use TN1c for limb haze layer, depending on geometry if along limb, or TN2d, depending on timing.))","DFPW Normal","S_N_ER_3"]
[null,"-12:00","-09:00","CIRS","D2 (TN1c)","DFPW Normal","S_N_ER_3","S_N_ER_5a for 15 minutes at end of request, starting -09:15, for RADAR warmup."]
[null,"-09:00","-06:00","ISS","H1 (TC1a, TN1a, TN2c (Could also be TC1b and, or TN1c, depending on geometry, or TN2d, depending on timing.))","RADWU","S_N_ER_3","No instruments must sleep."]
[null,"-06:00","-02:15","RADAR radiometry","H1+ L (TN2c ,TN2c)","RADRWA","S_N_ER_8","ISS & VIMS sleep, UVIS \"no HDAC\", and RWAs in full power (not slow). Only required for RADRWA, but no activity during RADRCS."]
[null,"-02:15","-01:12","RADAR scatterometry","(TN1a, TN2c)","RADRWA","S_N_ER_8"]
[null,"-01:12","-00:31","RADAR HiSAR","(TN1a)","RADRWA","S_N_ER_8"]
[null,"-00:31","-00:30","RWA to RCS Transition",null,"","S_N_ER_8","On thrusters. Deadband (0.5,0.5,2.0) RADAR."]
[null,"-00:30","-00:15","RADAR Altimetry","(TN2b)","RADRCS","S_N_ER_8"]
[null,"-00:15","0","INMS*","RADAR Needs to get entire northern lake region. RADAR ride along (TC1a, TN1a, TN1b, TN2b, TN2c)","RADRCS","S_N_ER_8","*RADAR Prime for CIMS (0 byte, radar designed), with INMS and RADAR collaborative riders. RADAR must be able to see the entire lakes."]
[null,"2017-112T06:08:07",null,"CLOSEST APPROACH","NEG_X to RAM, NEG_Z to Titan (Tc2a)","",""]
[null,"0","+00:18","RADAR SAR","INMS ride along. RADAR SAR+Close Altimetry (TC1a, TN1a, TN1b, TN2b, TN2c)","RADRCS","S_N_ER_8","Collaborative Rider (INMS)"]
[null,"+00:18","+00:30","RADAR Altimetry","(TN2b)","RADRCS","S_N_ER_8"]
[null,"+00:30","+00:52","RCS to RWA Transition",null,"","S_N_ER_8"]
[null,"+00:52","+01:30","RADAR HiSAR","(TN1a)","RADRWA","S_N_ER_8"]
[null,"+01:30","+02:35","RADAR scatterometry","(TN1a, TN2c)","RADRWA","S_N_ER_8"]
[null,"+02:35","+06:00","RADAR radiometry","L+Q1 (TN2c ,TN2c)","RADRWA","S_N_ER_8"]
[null,"+06:00","+09:00","VIMS","Q1 (TN1a (Specular reflection of lakes-depending on geometry))","DFPW Normal","S_N_ER_3","Instruments wake"]
[null,"+09:00","+13:00","VIMS","O (TN1a (Specular reflection of lakes-depending on geometry))","DFPW Normal","S_N_ER_3"]
[null,"+13:00","+22:53","CIRS","M2 (Tc1b (TN1c on outbound))","DFPW Normal","S_N_ER_3","Switched to M2. Collaborative Rider (ISS)"]
[null,"C/A+0T22:52:51","2017-113T05:16:00","OD Uncertainty Dead Time",null,"DFPW Normal","S_N_ER_3"]
[null,"2017-113T05:16:00","2017-113T05:56:00","SP Turn to Earth for Downlink","Xband to Earth, POS_X to NEP (Rolling)","DFPW Normal","S_N_ER_3"]
[null,"2017-113T05:56:00","2017-113T14:26:00","Goldstone 70M","XBand to Earth, MAG.Rolling","RSS_K_RWAF","RTE_N_SPB","DSS-25 RSS ORT"]
[null,"2017-113T14:26:00","2017-113T22:56:00","Canberra 70M","XBand to Earth, MAG.Rolling","DFPW Normal","RTE_N_SPB","Dual playback for RADAR/INMS, -00:15 to +00:18. Pass req’d by NAV for tracking backup"]
[null,"2017-113T22:56:00","2017-113T23:36:00","SP Turn to Waypoint","NEG_Y to Titan, NEG_Z to NTP","DFPW Normal","S_N_ER_3"]
[null,"2017-113T23:36:00","2017-114T11:12:00","CIRS","Compositional mapping (TC1b)","DFPW Normal","S_N_ER_3"]
[null,"2017-114T11:12:00","2017-114T11:52:00","SP Turn to Earth for Downlink","Xband to Earth, NEG_Y to (153.1, -45.1)","DFPW Normal","S_N_ER_3","Inertial pointing of MIMI-friendly secondary"]
[null,"2017-114T11:52:00","2017-114T20:52:00","Canberra 34M","Xband to Earth, NEG_Y to (153.1, -45.1)","DFPW Normal","RTE_N_SPB","Orbital Trim Maneuver; Nav Prime"]
[null,"2017-114T20:52:00","2017-114T21:32:00","SP Turn to Waypoint","NEG_Y to Titan, NEG_X to NTP","DFPW Normal","S_N_ER_3"]
[null,"2017-114T21:32:00","2017-114T22:22:00","ISS","Cloud monitoring (TC1a, TC1b, TN1a, TN2c, TN2d)","DFPW Normal","S_N_ER_3"]
[null,"2017-114T22:22:00","2017-114T23:02:00","SP Turn to Earth for Downlink","Xband to Earth, NEG_Y to (153.1, -45.1)","DFPW Normal","S_N_ER_3"]
[null,"2017-114T23:02:00","2017-115T06:12:00","Madrid 34M","Xband to Earth, NEG_Y to (153.1, -45.1)","DFPW Normal","RTE_N_SPB","OTM Backup; Nav Prime"]
[null,"2017-115T06:12:00","2017-115T13:12:00","Goldstone 70M","Xband to Earth, NEG_Y to (153.1, -45.1)","DFPW Normal","RTE_N_SPB","OTM Backup; Nav Prime"]

{"sheet":"Legend","index":10,"n_rows":8,"n_cols":3,"rows_kept":8,"cut":false,"hidden":false,"merged":[]}
["Item","Excel Column","Description"]
[null,"Cell B1","Titan targeted flybys are labeled in the format [Orbit#]TI_T[Flyby#] where [orbit#] is the number of the revolution (or rev, or orbit; a revolution or orbit is measured from apoapse to apoapse) being completed by the spacecraft at the time that the Titan flyby took place, and [flyby#] is the (flyby# + 1)th targeted Titan flyby of the mission.  For example, 003TI_T003 refers to Cassini orbit 003, and the fourth targeted Titan flyby of the mission; 093TI_T47 refers to Cassini orbit 093 and the 48th targeted Titan targeted flyby of the mission.   \n\nThe reason why (for example) T47 is not (as logic would dictate) the 47th Titan flyby of the mission is due to the labeling scheme used for the first three Titan flybys, which are called 00ATI_TA (on rev 0), 00BTI_TB (on rev 1), and 00CTI_T00C (also on rev 2). Then T3 picks up as the fourth Titan flyby of the mission.\n\nNon-targeted flybys are labeled in the format (rev#)TI or TOST_(rev#), with (rev#) noted as above.\n"]
["Start time, End Time","B,C","Time is listed in one of two formats: (1) SCET (SpaceCraft Event Time), which looks like 2017-111T13:10:00.  Format is YYYY-DOYTHH:MM:SS, where DOY is day of year; and (2) Epoch-relative time (example: C/A - 0T16:43:09 or +01:30) is given relative to the time of closest approach (which can be found in SCET format on the row of the master timeline highlighted in dark grey labelled as \"CLOSEST APPROACH\" in column D). \n"]
["Prime Activity","D","The science instrument or team which is in control of the spacecraft's pointing (a.k.a. the spacecraft \"attitude\") during the interval between the start and end time. The specific science observation may be listed (e.g. \"stellar occultation\" or \"altimetry\")  Some other common usages: \nSP Turn to Waypoint/SP Turn to Earth for Downlink  (row highlighted in yellow): Science Planning turns the spacecraft to a new attitude which will be the \"waypoint\" where all science activities must use as the starting and ending spacecraft attitudes for their observations.  Turn to Earth for downlink is self-explanatory. \nOD Uncertainty Dead Time (row highlighted in black): Orbit Determination has some uncertainty, so the exact time of closest approach can change between the time that Titan observations are first planned (often years in advance) and when they actually occur. Cassini accounts for this by bracketing the epoch-relative activities with  15 minute margins (called \"dead time\").  If the time of closest approach time shifts, then the change can be absorbed into the dead time margin without needing to change any other timing. MAPS instruments continue to collect data throughout the dead time margin unimpeded.   \nRWA to RCS Transition/RCS to RWA Transition (row highlighted in light blue): engineering activity when attitude control changes from Reaction Wheel Assemblies to Reaction Control Subsystem thrusters or vice versa. \nGoldstone/Canberra/Madrid 70m/34m (row highlighted in pink): Deep Space Network complex and antenna size planned for downlink of data.  There can be late changes to these planned stations as part of the DSN negotiations process; check with [TBD] to confirm actual station used.  HEF and BWG refer to specific types of 34 meter antennas.\nOpNav: Optical Navigation.  Imagery used by the navigation team \nbegin/end custom period (row highlighted in tan): Activities in the timeline usually follow a \"waypoint\" strategy where the spacecraft attitude at the start and end of each prime activity must be the \"waypoint\" set by a Science Planning waypoint turn.  During custom periods, the instruments or teams coordinate with each other to arrange for custom attitude handoffs and pickups.  The specific attitudes used for these handoffs/pickups can be found in the Science Planning Attitude SpreadSheet (SPASS) which can be found at [TBD]\n\nOther general comments that can be found in this area: instructions that any \"extra\" time remaining is to go to a specific instrument; instructions that an instrument MUST observe a specific location/area; comparisons with other similar Titan flybys from the past."]
["Observation Detail","E","Single letter w/(optional) number (e.g. A, Q1): refers to template observation plan.  See [TBD] for full definitions of the various templates.\n \nTC/TN/similar followed by other codes, all in parentheses (e.g.  (TC1a, TC1b, TN1a, TN2c)): Science Traceability Matrix codes.  See [TBD] for full description.  Some of the STM codes may only apply in certain circumstances, depending on specific geometry, timing, if the observation occurs while inbound to or outbound from closest approach, among other possibilities.  Since the master timeline observation plans are developed long before detailed observation design, and since the STM codes can encompass several possible observation geometries/etc, this bit of uncertainty is captured as part of the planning process.  See [TBD] to see the as-flown observation plans.\n\nOther information that is often given:\nFor SP Waypoint turns and turns to Earth for downlink, information in this column gives the planned spacecraft attitude, in the format (primary body vector pointing to specified target body, secondary body vector pointing to specified target body).  For example, NEG_Y to Titan, NEG_X to NTP = negative Y body vector pointed to Titan's center, Negative X body vector pointed to North Titan Pole.  See [TBD] for a comprehensive explanation of body vectors, target bodies, and related acronyms. Almost all Titan waypoints will have a primary pointing vector and body of either NEG_Y to Titan (for the remote sensing instruments, since their boresights are essentially in the NEG_Y direction) or NEG_Z to Titan (for radar or radio science; this is the vector pointing outward from the High Gain Antenna).  Downlink  to Earth will almost always have a primary of XBAND to Earth to support using the x-band frequency. Rolling (for downlink) indicates that the spacecraft was rotating about the spacecraft z-axis to capture in-situ data. Noting \"MAG\" means that secondary axis pointing was chosen to optimize for the magnetometer. Pairs of numbers or the indication RA/DEC is used when a body vector is pointed to a specific right ascention/declination (e.g. NEG_Y to (153.1, -45.1)).\nride along: instrument is not directing the pointing, but is piggybacking on the observation. Ride-alongs happen very frequently; when these are called out they are often (but not always) because the ride-along instrument wants to be consulted on final determinations of the spacecraft pointing to ensure that the ride-along instrument's science goals are also reached. \nMAGBNDPTG (from T70)--WHAT THE HECK IS THIS.  Also define minimum torque attitude, long CLOUD001 \nSuspend/Enable SID: Suspending or enabling the Star identification tracker.  Generally because of flight rule violations where the SRU (stellar reference unit) is dragged near a bright object (e.g. the sun or Saturn)"]
["Power Mode","F","Known as \"OpModes\" for short.  The spacecraft does not have enough power to enable absolutely every engineering and science capability at the same time. OpModes allow groups of commonly-used-together capabilities to be powered, while other capabilities are switched off.  As the mission progressed and the available power from the radioisotope thermal generators dropped, the OpModes also changed.  The most commonly used OpModes for Titan observations were DFPW (all instruments except RADAR and RSS), RADWU/RADRCS/RADRWA (radar warmup (prior to being able to use the instrument),, radar while on RCS attitude control (thrusters), and radar while on RWA attitude control (reaction wheels)), and RSS_K_RWAF (radio science using K band with the RWA reaction wheels on Full power--used for gravity experiments). See [TBD] for details."]
["Telemetry Mode","G","Various ways to packetize/record science and engineering data.  Recording telemetry modes are of the form (science and engineering) S_N_ER_[X] where [X] is a number.  S_N_ER_3 is the nominal mode; S_N_ER_5A is for warming up RADAR while still capturing most science data; S_N_ER_8 is used for RADAR; S_N_ER_2 is a MAPS-heavy mode (rarely used in Titan flybys). Downlink and Radio Science observations use Real Time Engineering and Science Playback (RTE_N_SPB); the exact data downlink rate used varies with time.  See [TBD] for details."]
["Comments","H","Reminders of why certain choices were made in planning (integration), or instructions for what to do when the Titan flyby segment is moved to implementation.  Sometimes there are timing changes--there can be slight changes in the trajectory leading to to timing shifts of occultations, or maybe the boundaries of the Titan segment are changed due to various issues. "]