;+ ;PROCEDURE: mvn_swe_config ;PURPOSE: ; Maintains SWEA configuration changes in a common block (mvn_swe_com). ; Sweep table updates are handled by checksums (see mvn_swe_sweep) - times ; are recorded here as documentation. ; ; Mission phases are as follows: ; ; Event Time (UTC) Mission Phase ; ----------------------------------------------------------------------- ; Launch 2013-11-18/18:28 - ; |-> Cruise ; MOI 2014-09-22/01:50 - ; |-> Transition (Commissioning) ; Sci Ops 2014-11-15/00:00 - ; |-> Primary Mission (PDS R1 - R4) ; Ext Ops 1 2015-11-15/00:00 - ; |-> Extended Mission 1 (PDS R5 - R7.5) ; Ext Ops 2 2016-10-01/00:00 - ; |-> Extended Mission 2 (PDS R7.5 - R16) ; Ext Ops 3 2018-10-01/00:00 - ; |-> Extended Mission 3 (PDS R17 - R20) ; Ext Ops 4 2019-10-01/00:00 - ; |-> Extended Mission 4 (PDS R21 - R32) ; Ext Ops 5 2022-10-01/00:00 - ; ----------------------------------------------------------------------- ; ;USAGE: ; mvn_swe_config ; ;INPUTS: ; ;KEYWORDS: ; ; LIST: List all configuration changes. ; ; TIMEBAR: Overplot vertical dotted lines at the times of configuration ; changes in a tplot window (assumed to exist). ; ; $LastChangedBy: dmitchell $ ; $LastChangedDate: 2019-10-22 15:34:45 -0700 (Tue, 22 Oct 2019) $ ; $LastChangedRevision: 27917 $ ; $URL: svn+ssh://thmsvn@ambrosia.ssl.berkeley.edu/repos/spdsoft/tags/spedas_3_2/projects/maven/swea/mvn_swe_config.pro $ ; ;CREATED BY: David L. Mitchell 03-29-13 ;FILE: mvn_swe_config.pro ;- pro mvn_swe_config, list=list, timebar=timebar @mvn_swe_com ; ----- LAUNCH: 2013-11-18/18:28 (MCP bias = 2500 V) ----- ; ----- CRUISE ----- ; Sweep table update. Replace tables 1 and 2 with tables 3 and 4, respectively. ; Tables 3 and 4 are used for all cruise data from March 19 to the MOI moratorium. ; See mvn_swe_sweep for definitions of all sweep tables. t_swp = time_double('2014-03-19/14:00:00') ; sweep tables 3 and 4 upload t_mcp = time_double('2014-03-22/00:00:00') ; first SWE-SWI cross calibration ; Stowed MAG1-to-SWE rotation matrix. SWEA was launched with a MAG1-to-SWEA rotation ; matrix for a deployed boom. This matrix is used by FSW to create optimal cuts ; through the 3D distributions to create PADs. This update loads the rotation matrix ; for a stowed boom (135-deg rotation about the spacecraft Y axis). ; ; Because of an undetected error in the MICD, this matrix and the previous one are ; incorrect by a 90-degree rotation in SWEA azimuth. t_mtx = time_double('2014-04-02/14:26:02') ; stowed boom matrix upload #1 ; Deflection scale factor update. This introduced an error (DSF's too small), but ; at least deflection bins 0 and 1 were set to zero. t_dsf = time_double('2014-04-23/17:21:30') ; deflection scale factor update #1 ; Deflection scale factor update. This corrected the mistake from the previous ; update. Now DSF's are 0, 0, 1, 1, 1, 1 -- as desired. t_dsf = [t_dsf, time_double('2014-04-30/18:06:21')] ; deflection scale factor update #2 ; Stowed MAG1-to-SWE rotation matrix update. This compensates for error in the MICD. ; From this time until the MOI moratorium, the MAG1-to-SWE rotation matrix is correct. t_mtx = [t_mtx, time_double('2014-06-30/17:09:19')] ; stowed boom matrix upload #2 ; ----- MARS ORBIT INSERTION: 2014-09-22/01:50 ----- ; EEPROM load executed on 2014-09-22. For SWEA this included: ; - sweep tables 5 and 6 (used for all data from transition onward) ; - deployed boom rotation matrix (with correct MICD) ; - science deflection scale factors: cos(swe_el) = [0.63, 0.86, 0.99, 0.98, 0.85, 0.60] t_swp = [t_swp, time_double('2014-09-22')] ; sweep tables 5 and 6 upload ; ----- First SWEA turn-on in orbit (2014-10-06/22:58:28) ----- t_dsf = [t_dsf, time_double('2014-10-06/22:58:28')] ; deflection scale factor update #3 ; SWEA Boom Deploy ; Boom separation nut pyro was fired at 2014-10-10/15:08:14.684 ; Boom shows evidence for motion a few seconds later ; Boom fully deployed by about 2014-10-10/15:09:30 t_mtx = [t_mtx, time_double('2014-10-10/15:08:40')] ; boom deploy, final matrix valid t_sup = time_double('2014-10-14/00:00:00') ; first suppression calibration t_mcp = [t_mcp, time_double('2014-10-17/02:26:41')] ; bias adjustment (2500 -> 2600 V) t_mcp = [t_mcp, time_double('2014-11-12/00:00:00')] ; bias = 2600 V (beginning of poly fit) ; ----- SCIENCE PHASE BEGINS (2014-11-15) ----- ; 2015-11-15/00:00 ; beginning of EM-1 t_mcp = [t_mcp, time_double('2015-12-18/23:39:09')] ; bias adjustment (2600 -> 2700 V) t_mcp = [t_mcp, time_double('2015-12-22/20:01:45')] ; revert to 2600 V after HV reset t_mcp = [t_mcp, time_double('2015-12-30/02:28:57')] ; back to correct bias (2700 V) ; SWEA data dropouts resulting from PFDPU processing error ; ; 2016-01-28/03:33:52 - 2016-02-02/17:13:42 ; first occurrence ; 2016-02-26/14:03:58 - 2016-03-16/03:30:10 ; 1-bit patch applied on data restart ; 2018-09-23/22:10:06 - 2018-10-05/19:10:37 ; following EEPROM load missing patch ; (patch reapplied on data restart) ; 2016-10-01/00:00 ; beginning of EM-2 t_mcp = [t_mcp, time_double('2016-10-25/21:52:45')] ; bias adjustment (2700 -> 2750 V) t_sup = [t_sup, time_double('2017-04-02/00:00:00')] ; last suppression calibration t_mcp = [t_mcp, time_double('2017-08-12/07:24:27')] ; bias adjustment (2750 -> 2800 V) ; EEPROM load on 2018-08-28 (apo 7621) t_swp = [t_swp, time_double('2018-08-28/14:02:38')] ; sweep table 8 upload (32-Hz, 50 eV) ; 2018-10-01/00:00 ; beginning of EM-3 t_swp = [t_swp, time_double('2018-11-09/17:57:56')] ; sweep table 7 upload (32-Hz, 200 eV) t_mcp = [t_mcp, time_double('2018-11-13/11:18:13')] ; bias adjustment (2800 -> 2875 V) t_mcp = [t_mcp, time_double('2019-08-08/00:00:00')] ; last SWE-SWI cross calibration ; 2019-10-01/00:00 ; beginning of EM-4 ; Gather all the configuration change times into one variable (for timebar). t_cfg = [t_swp, t_mtx, t_dsf, t_mcp, t_sup] ; List configuration changes if keyword_set(list) then begin print,time_string(t_swp[0]),' --> sweep tables 3 and 4 upload' print,time_string(t_mtx[0]),' --> stowed boom matrix upload #1 (error in MICD)' print,time_string(t_dsf[0]),' --> deflection scale factor update #1 (with error)' print,time_string(t_dsf[1]),' --> deflection scale factor update #2 (correct)' print,time_string(t_mtx[1]),' --> stowed boom matrix upload #2 (correct MICD)' print,time_string(t_swp[1]),' --> sweep tables 5 and 6 upload' print,time_string(t_dsf[2]),' --> first SWEA turn on in orbit' print,time_string(t_mtx[2]),' --> boom deploy (with new MAG-to-SWE matrix)' print,time_string(t_mcp[1]),' --> MCP bias adjustment (2500 -> 2600 V)' print,time_string(t_mcp[3]),' --> MCP bias adjustment (2600 -> 2700 V)' print,time_string(t_mcp[4]),' --> MCP bias revert to 2600 V (unintentional)' print,time_string(t_mcp[5]),' --> MCP bias restore to 2700 V' print,time_string(t_mcp[6]),' --> MCP bias adjustment (2700 -> 2750 V)' print,time_string(t_mcp[7]),' --> MCP bias adjustment (2750 -> 2800 V)' print,time_string(t_swp[2]),' --> sweep table 8 upload' print,time_string(t_swp[3]),' --> sweep table 7 upload' print,time_string(t_mcp[8]),' --> MCP bias adjustment (2800 -> 2875 V)' print,time_string(t_mcp[9]),' --> last SWEA-SWIA cross calibration' endif ; Overplot dotted time bars on the current tplot window (assumed to exist) if keyword_set(timebar) then timebar, t_cfg, line=1 return end