# Message Decoder for Solo2, Alto and Deep Solo Floats; v260708
#      SN Cycle Size            IMEI MOMSN MTMSN PID       Date      Time  Latitude Longitude Err Status Sensor IDs
SBD 11732    97  237 000000000000009  1493     0   4 2026/04/12, 10:44:12,  41.5750  -70.5786  19      0 13,6,14,14
SBD 11732    97  339 000000000000009  1494     0   3 2026/04/12, 10:50:40,  41.5720  -70.2752  64      2 13
SBD 11732    97  275 000000000000009  1495     0   2 2026/04/12, 10:51:09,  41.5720  -70.2752  80      2 8,15
SBD 11732    97  335 000000000000009  1496     0   1 2026/04/12, 10:51:29,  41.5639  -70.2300 415      2 8
SBD 11732    97  279 000000000000009  1497     0   0 2026/04/12, 10:52:31,  41.5783  -70.1686 143      2 0,4,14,14,5,14,0
# Raw packet information
#  Packets Packet_bytes Header_bytes Total_bytes
P0      15         1405           60        1465
# Sensor_ID bytes     % packets Description
          0    48  3.42       2         GPS
          4   138  9.82       1        Fall
          5    18  1.28       1        Rise
          6    37  2.63       1        Pump
          8   520 37.01       2     Surface
         13   415 29.54       2  Parameters
         14   163 11.60       5 Engineering
         15    66  4.70       1     Mission
# GPS Position
#    C Phs Date     Time   Latitude  Longitude Tfix  N Signal   Hdop status
G   97 1 2026/04/12 08:47 +41.53371  -70.64859    0  4  0  0  0  2.4     0
G   97 2 2026/04/12 10:34 +41.53450  -70.64741   30  5  0  0  0  3.0     0
# Surface Pressure Time Series
#    C npts n_var               Start
S   97    56     6 2026/04/12 10:34:05
# time   Pressure       Temp       Psal Mission                Date
#  sec       dBar       degC        PSU   phase                 UTC
     0      0.290     19.097      0.291      14 2026/04/12 10:34:05
    11      0.300     19.096      0.296      14 2026/04/12 10:34:16
    22      0.310     19.090      0.313      14 2026/04/12 10:34:27
    33      0.300     19.100      0.302      14 2026/04/12 10:34:38
    44      0.300     19.102      0.297      14 2026/04/12 10:34:49
    55      0.290     19.100      0.288      14 2026/04/12 10:35:00
    65      0.280     19.102      0.280      14 2026/04/12 10:35:10
    76      0.310     19.097      0.305      14 2026/04/12 10:35:21
    87      0.300     19.091      0.304      14 2026/04/12 10:35:32
    98      0.300     19.098      0.299      14 2026/04/12 10:35:43
   109      0.300     19.108      0.304      14 2026/04/12 10:35:54
   120      0.300     19.099      0.299      14 2026/04/12 10:36:05
   130      0.300     19.090      0.299      14 2026/04/12 10:36:15
   141      0.300     19.090      0.300      14 2026/04/12 10:36:26
   152      0.290     19.080      0.295      14 2026/04/12 10:36:37
   163      0.290     19.075      0.293      14 2026/04/12 10:36:48
   173      0.300     19.074      0.298      14 2026/04/12 10:36:58
   184      0.300     19.096      0.302      14 2026/04/12 10:37:09
   195      0.310     19.100      0.311      14 2026/04/12 10:37:20
   206      0.300     19.113      0.300      14 2026/04/12 10:37:31
   216      0.300     19.112      0.297      14 2026/04/12 10:37:41
   227      0.290     19.096      0.294      14 2026/04/12 10:37:52
   238      0.300     19.108      0.304      14 2026/04/12 10:38:03
   249      0.300     19.093      0.298      14 2026/04/12 10:38:14
   259      0.290     19.106      0.293      14 2026/04/12 10:38:24
   270      0.300     19.100      0.300      14 2026/04/12 10:38:35
   281      0.300     19.110      0.303      14 2026/04/12 10:38:46
   292      0.300     19.111      0.297      14 2026/04/12 10:38:57
   302      0.300     19.114      0.302      14 2026/04/12 10:39:07
   313      0.300     19.132      0.302      14 2026/04/12 10:39:18
   324      0.300     19.122      0.303      14 2026/04/12 10:39:29
   335      0.300     19.110      0.303      14 2026/04/12 10:39:40
   345      0.290     19.118      0.286      14 2026/04/12 10:39:50
   356      0.300     19.120      0.302      14 2026/04/12 10:40:01
   367      0.310     19.110      0.305      14 2026/04/12 10:40:12
     0      0.310     19.107      0.309      14 2026/04/12 10:40:23
    11      0.290     19.112      0.294      14 2026/04/12 10:40:34
    21      0.300     19.120      0.302      14 2026/04/12 10:40:44
    32      0.300     19.120      0.300      14 2026/04/12 10:40:55
    43      0.310     19.123      0.314      14 2026/04/12 10:41:06
    54      0.290     19.131      0.292      14 2026/04/12 10:41:17
    64      0.300     19.129      0.295      14 2026/04/12 10:41:27
    75      0.300     19.144      0.298      14 2026/04/12 10:41:38
    86      0.300     19.141      0.304      14 2026/04/12 10:41:49
    96      0.290     19.137      0.292      14 2026/04/12 10:41:59
   107      0.300     19.137      0.297      14 2026/04/12 10:42:10
   118      0.300     19.123      0.299      14 2026/04/12 10:42:21
   129      0.300     19.123      0.301      14 2026/04/12 10:42:32
   139      0.290     19.128      0.292      14 2026/04/12 10:42:42
   150      0.300     19.124      0.298      14 2026/04/12 10:42:53
   161      0.300     19.128      0.301      14 2026/04/12 10:43:04
   172      0.310     19.121      0.305      14 2026/04/12 10:43:15
   182      0.310     19.130      0.305      14 2026/04/12 10:43:25
   193      0.290     19.123      0.294      14 2026/04/12 10:43:36
   204      0.300     19.141      0.303      14 2026/04/12 10:43:47
   215      0.300     19.139      0.300      14 2026/04/12 10:43:58
# Fall Time Series
#  Cycle npts     Start                Date
F00   97   26 829298833 2026/04/12 08:47:13
# time     Pres phase                Date
     0    0.280     1 2026/04/12 08:47:13
   302    0.280    10 2026/04/12 08:52:15
   604    0.280    10 2026/04/12 08:57:17
   906    0.280    10 2026/04/12 09:02:19
  1206    0.280    10 2026/04/12 09:07:19
  1508    0.280    10 2026/04/12 09:12:21
  1803    0.280     2 2026/04/12 09:17:16
  1809    0.280    10 2026/04/12 09:17:22
  2109    0.280    10 2026/04/12 09:22:22
  2409    0.280    10 2026/04/12 09:27:22
  2709    0.280    10 2026/04/12 09:32:22
  3009    0.280    10 2026/04/12 09:37:22
  3309    0.280    10 2026/04/12 09:42:22
  3609    0.280    10 2026/04/12 09:47:22
  3626    0.280     3 2026/04/12 09:47:39
  3909    0.280    10 2026/04/12 09:52:22
  4209    0.280    10 2026/04/12 09:57:22
  4509    0.280    10 2026/04/12 10:02:22
  4559    0.280     3 2026/04/12 10:03:12
  4809    0.280    10 2026/04/12 10:07:22
  5109    0.280    10 2026/04/12 10:12:22
  5409    0.280    10 2026/04/12 10:17:22
  5709    0.280    10 2026/04/12 10:22:22
  6009    0.320    10 2026/04/12 10:27:22
  6309    0.280    10 2026/04/12 10:32:22
  6392    0.280    10 2026/04/12 10:33:45
# Rise Time Series
#  Cycle npts     Start                Date
R00   97    2 829305228 2026/04/12 10:33:48
# time     Pres phase                Date
     0    0.280     7 2026/04/12 10:33:48
     2    0.280     8 2026/04/12 10:33:50
# Pump Time Series
#   Cycle npts
B02    97    3
# Pressure time Voltage Current Vacuum       phase
#     dBar  sec    volt      mA Before After
     0.280   22   15.07     172    556    -9     2
     0.280    1   15.13     204    556    -9     7
     0.000   60   15.07     195    677    -9    14
# Argo Mission Data
#  Cycle Data Miss  Prof  Park  Rise  Park  Prof Drift Ascent Seeks Surface Seek   Cycle
#        Form    #  dbar  dbar   min   min   min   min   cm/s     #     sec  min     day
A2    97  2.4    4  2000    10   600    31   180  2880      5     2       2   15  2.5841
# Cal Coeff    P                 T                  S
#          gain  offset      gain  offset       gain  offset
CP           25      10      1000       5      1000       1
# Cal Coeff  Surf  P       Surf  T       Surf S
#          gain  offset      gain  offset      gain  offset
CS          100      10      1000       5      1000       1 
# Engineering Data
# Alto Engineering: Descent
#      C    Descent Start Date
EF17   97 2026/04/12 08:47:12
# Pcase vacuums
   7.660   5.560
# Oil valve positions
   1.728   0.913   0.470
# Seek attempts and pump time
      2      0
# Alto Engineering: Drift
#       C Drift Start Date    End Date
ED18   97 2026/04/12 10:33:45 9999/99/99 99:99:99
# Pcase vacuums
   5.560   5.560
# Average 
#   P      T      S
    0.000   0.000   0.000
# Seek attempts and pump time
      0      0
# End Pressure
    0.000
# Alto Engineering: Ascent
#       C Ascent Start Date   Fall Start Time
EA18   97 2026/04/12 10:33:48 9999/99/99 99:99:99
# Pcase vacuums
   5.560   5.560
# Alto Engineering: Surface, version 20
#       C Surface Start Date
EX20   97 2026/04/12 10:33:50
# number of packets previous packets
      5              56
# CTD Status pres offset
 0x64697361   0.000
# Pcase vacuums
   5.560   9.660
# Air Pump max current time  max pressure
      63       205     8.147
# Air Valve Positions
   1.140   0.000
# Air Valve Calibrations
   1.110   0.098   0.604
# Oil Valve Positions
   1.744   0.903
# Oil Valve Calibrations
   1.720   0.969
# Encountered Error Codes
#    Cycle Errors
EE20    97      2
#               Date   Code Description
 2026/04/12 10:33:46 0x0615 ParkDepthMin
 2026/04/12 10:33:47 0x0615 ParkDepthMin
# Alto Engineering: Valve Time Series
#       C  No of points Compression
EV00   97  1      0
# MC    Pres      Time  Pcase Vacuum
   1     0.280   1802   5.540
# Parameter Dump
#   Cycle  Lines  Transmissin Date
M   97       199    2026/04/12 10:50:40
Parameter Table Param_Table-V18.txt |
     IFV = 10.12.0.1	(IFV) |
     VER =       18	(version) |
     STY =        0	(Sensor 0=RBR,1=SBE) |
     MSN =       97	(cycle number) |
     MPS =        2	(phase) |
     MPC =       85	(count) |
  MNM[0] =        6	(count) |
  MNM[1] =        6	(count) |
  MNM[2] =      999	(count) |
  MNS[0] =        1	(count) |
  MNS[1] =        2	(count) |
  MNS[2] =        2	(count) |
  DTD[0] =       10	(dBar) |
  DTD[1] =       10	(dBar) |
  DTD[2] =       10	(dBar) |
     MDS =     2200	(dBar) |
     APT =        1	(0=dis 1=en) |
     BTM =        1	(Bluetooth Mode) |
     DDB =        0	(0=execute, 1 =bypass) |
     XAS =        2	(1=diff 2=curv) |
     CPS =        1	(0=dis, 1=e) |
     CST =        2	(0=binavg 1=raw) |
     CTF =        1	(dBar) |
     CTL =        0	(dBar) |
     CTU =        2	(dBar) |
     CTC =        1	(C Temp mode) |
     CSP =     1000	(ms) |
  CPB[1] =     2000	(dBar) |
  CPB[2] =     1000	(dBar) |
  CPB[3] =      300	(dBar) |
  CPN[1] =       20	(dBar) |
  CPN[2] =       10	(dBar) |
  CPN[3] =        1	(dBar) |
  CPP[1] =     1000	(ms) |
  CPP[2] =     1000	(ms) |
  CPP[3] =     1000	(ms) |
     CRD =        0	(dBar) |
     CRS =        0	(HRD samples) |
     MTD =        2	(dBar) |
     MTT =    30000	(ms) |
     MTS =    10800	(sec) |
     MAM =        0	(0=dis 1=s 2=d 3=p 4=a) |
    MAT1 =        0	(sec) |
    MAT2 =        0	(sec) |
     MAP =        0	(sec) |
     ACA =        0	(gain) |
     ACG =        0	(scale) |
     ACR =        0	(sampling rate) |
     PBL =    43668	(12V cal) |
     PBH =    50958	(14V cal) |
     PP0 =        0	(oil pump 0 mA cal) |
     PP1 =    25960	(oil pump 1000 mA cal) |
     PVL =     1790	(V12 12V cal) |
     PVH =     2089	(V12 14V cal) |
     PV0 =    56641	(vac 0 inHg cal) |
     PV5 =    32815	(vac 5 inHg cal) |
     PC0 =        0	(V12_sig 0mA cal) |
     PC1 =    16600	(V12_sig 1000mA cal) |
     ICM =        0	(0=dis 1=minT 2=avgT 3=medianT) |
     IMM =        0	(ice month mask) |
  ICA[0] =        5	(summer attempts) |
  ICA[1] =        5	(winter attempts) |
  ICB[0] =        1	(summer cycles) |
  ICB[1] =        1	(winter cycles) |
  IMT[0] =       70	(summer message threshold) |
  IMT[1] =       70	(winter message threshold) |
  ILT[0] =      180	(summer time threshold) |
  ILT[1] =      180	(winter time threshold) |
     ICN =       20	(shallow limit for test dBar) |
     ICX =       40	(deep limit for test dBar) |
     ICT =    -1.65	(deg C) |
     ICS =       30	(sec) |
  ISS[0] =        2	(summer 0=disable 1=always 2=urgent) |
  ISS[1] =        2	(winter 0=disable 1=always 2=urgent) |
     ISM =        1	(bit0=depth bit1=GPS bit2=salinity) |
     IST =     0.20	(PSU) |
     ISO =      180	(sec) |
     ISP =        0	(0=disable 1=enbable) |
  IUE[0] =        1	(summer 0=xmitAll 1=threshold) |
  IUE[1] =        1	(winter 0=xmitAll 1=threshold) |
  ICD[0] =      100	(summer descent depth dBar) |
  ICD[1] =      100	(winter descent depth dBar) |
  ICR[0] =       30	(summer minutes) |
  ICR[1] =       30	(winter minutes) |
  ICG[0] =        0	(summer 0=dis 1=enb) |
  ICG[1] =        0	(winter 0=dis 1=enb) |
     ISA =        1	(attempts) |
     ISD =       10	(dBar) |
     IAT =     1200	(secs) |
     ISV =       30	(secs) |
     ISW =     1200	(secs) |
  ICO[0] =       45	(summer secs) |
  ICO[1] =       45	(winter secs) |
     ICF =        0	(summer mask) |
     ICW =        0	(winter ice mask) |
     DNS =       96	(cycle number) |
     DRA =       20	(target descent rate dBar/sec) |
  DSD[0] =        3	(dBar) |
  DSD[1] =        3	(dBar) |
  DSD[2] =        3	(dBar) |
  DST[0] =     1800	(sec) |
  DST[1] =     1800	(sec) |
  DST[2] =     1800	(sec) |
     DDF =      300	(sec) |
     DDC =        0	(sec) |
     DSI =     2000	(ms) |
     DDD =        1	(dBar) |
     DDT =      300	(sec) |
  DFT[0] =       20	(sec) |
  DFT[1] =       20	(sec) |
  DFT[2] =       20	(sec) |
     DCM =        1	(0=dis 1=en) |
     DAL =        1	(0=cal 1=seek) |
  DCT[0] =     1800	(sec) |
  DCT[1] =     1800	(sec) |
  DCT[2] =     1800	(sec) |
     DCA =        2	(max attempts) |
     DRC =        3	(cal rate calculation) |
     DRT =        0	(sec) |
     DCX =     1020	(sec) |
     DCP =        2	(sec) |
     DCF =        2	(sec) |
     DCD =      200	(dBar) |
     DCR =        0	(dBar/sec) |
     DSW =      900	(sec) |
     DUC =       50	(under damping factor) |
     DPT =       10	(sec) |
     DUT =       10	(sec) |
     DPD =        5	(sec) |
     DVT =       30	(sec) |
     DVD =        5	(dBar) |
     DVW =      900	(sec) |
     PFR =       19	(cc/min) |
     PFC =       16	(.001 cc/dBar) |
     DDP =        3	(dBar) |
     DDS =       60	(sec) |
     PNS =       96	(cycle) |
  PTO[0] =    10800	(sec) |
  PTO[1] =        0	(sec) |
  PTO[2] =   172800	(sec) |
  PTH[0] =        0	(24 LSB) |
  PTH[1] =    65552	(24 LSB) |
  PTH[2] =        0	(24 LSB) |
     PTD =        0	(sec) |
     PSA =        1	(0=avg 1=avg+raw) |
     PSI =   600000	(ms) |
  PFM[0] =        0	(0=dis 1=en) |
  PFM[1] =        1	(0=dis 1=en) |
  PFM[2] =        1	(0=dis 1=en) |
  PFT[0] =        1	(sec) |
  PFT[1] =     1800	(sec) |
  PFT[2] =    10800	(sec) |
  PFD[0] =      500	(dBar) |
  PFD[1] =       20	(dBar) |
  PFD[2] =     2000	(dBar) |
  PFV[0] =        1	(sec) |
  PFV[1] =        5	(sec) |
  PFV[2] =        5	(sec) |
     PDT =     1800	(sec) |
     PSM =      256	(0=dis 1=en) |
     PSD =      200	(dBar) |
     PST =    10800	(sec) |
     PSV =       30	(sec) |
     PSW =      600	(sec) |
     PSS =        7	(1=P,2=T,3=PT,4=S,5=PS,6=TS,7=PTS) |
     ASN =       96	(cycle number) |
     ARR =        5	(target rise rate cm/sec) |
     APM =     2400	(sec) |
     APS =       20	(sec) |
     APN =       10	(sec) |
     APF =       20	(sec) |
     ASI =    10000	(ms) |
     ASD =        1	(dBar) |
     ADD =        1	(dBar) |
     ADT =      300	(sec) |
     ARC =     1100	(?) |
     AHR =     1000	(cm/sec) |
     AHD =        2	(dBar) |
     SFN =       96	(cycle number) |
     SDC =    65526	(dBar) |
     SGT =       15	(min) |
     SET =       30	(min) |
     SBM =        0	(0=dis 1=en) |
     SBT =      300	(sec) |
     SSA =        0	(0=dis 1=en) |
     SSI =    10000	(ms) |
     SDS =       10	(sec) |
     SAM =        1	(0=dis 1=en) |
     SAX =     7500	(.001 psi) |
     SAN =     6500	(.001 psi) |
     SAO =     1080	(sec) |
     SPT =      600	(sec) |
     SSP =       60	(sec) |
  PPC[0] =   0.0000	(1) |
  PPC[1] =   0.0000	(1) |
  PPC[2] =   0.0000	(sec) |
  PPC[3] =   0.0000	(1) |
     PPE =        0	(1) |

