Guide de déploiement pour le glider Spray
Transcription
Guide de déploiement pour le glider Spray
Déploiement du glider Spray04 ! " − − − # $$ # & % $ % " % ' + + . # # / $ # () , & $ ' * $ - $ 0 $ & $ ! $2 $ ( 1 ( , # ( $) - 5 − − 6 7 − − ) / & 9, ) ! 0 % :; − & − .4 # $ − < − 8 ) $ + 3 ,$ - ;0 ! ! ( 6 ' # =$ " $ +$ > # 5 ?0@0 @ , , ! ) > ) 1 $) + A4 & 9, - ;0 $ C % A4 7 A4 A # $% $ D ) E & &F F 1 + GD( + + H1 4 IJ- -&K & # # ( % % G;I D( + H 8 % " ? @ 1 A4 B & , % # # ) +1 1 0 ;I D − I C ) & F! F & & ( , $$ % , $ 0 1 + 1 % ( 0 & 1 # $$ $ $$ $$ % ( ' & $ C & 1 ( + L D# & % K) # # ! ($$ % - ! # ( 1 # # BAS> U MAIN MENU Spray 4 Dive # 0 Op_mode = 0 in Mission mode IRIDIUM SBD is implemented SBE CTD Version NO 16-bit A/D ESC Abort prog : U.pdate menu C.ompass : D.ebug modules : E.eprom menu F.lash CF1 : G.PS test : H.yd pump test L.ow-power mode: M.otor test : N.av test I.ridium test : R.ead results : S.how params T.est start : W.atchdog/Burn : X.mit on RF Y. 12-bit a/d : Z. CTD test : 0. set Dive#=0 BAS> C Test of Compass : Oct 29 2005 Compass Menu Q.uit TCM2 test : U.pdate menu : W.ake up TCM2 O.ff TCM2 : S.end string : G.et TCM2 reading A.vg roll C_1> Q I + ( , 5 ( $% Q.uit ad12 tst P.itch value B.attery value F. optical Y_1> ! $ # $ 1 M , # $ $ + 0, I : 12-bit a/d Oct 29 2005 12-bit a/d Menu : U.pdate menu : M.easure all : R.oll value : O.il press : V.acuum value : A.ltimeter : E.eprom change vac, bat ; N 8! , > 1 $ N , # # ) ) +$ ' C & & F! F & 0 ($$ % " entering lowpower...please wait Burn wire is OFF Burn wire is OFF Watchdog is initialized and burn wire is off will wake up every 10 s Hit w to exit sleep A 9, & , 1 % $ 1 + : 1 ($$ % 5 " DIVE NUMBER = 0 doit être 0 pour effectuer la 1ère plongée test à 100m flight parameters pitch down, pitch xmit = 2210 1750 roll 0, roll_port, roll_stbd = 1960 1450 2540 pitch and roll gain = 6.0 7.0 heading dh/dr, tau = 0.030 3.840 Buoy pump=150 dpump=35 wmin=10 altimeter flag value is 0 default pitch = 17 Route has 3 waypoints à modifier éventuellement HOME lat 47.330 lon -7.658 @w1: Lat -0.000 Lon -0.000 R(km) 0.0 w3->w1: Mag Bear 185, w2->w1 bear=186 @w2: Lat 0.000 Lon 0.000 R(km) 0.0 w1->w2: Mag Bear 6, w3->w2 bear= 96 @w3: Lat -0.000 Lon -0.000 R(km) 0.0 w2->w3: Mag Bear 276, w1->w3 bear= 5 Mag var = 6 Mission parameters # of dives = 201 Minutes to wait before start 30 à modifier éventuellement Max depth = 200 Max dive time (minutes) = 70 sec btwn samples=8 #points avg'd per output datum=1 & 0 − − () F % 0' " ' $) # (I % ( 1O $$ E ( I , ( ( 2 ! # $ = 1 = O $ !" C # E/ # % " 1$ $ .A A + #$ %&' #( ) ,* , I ;I D1 $) >1 ( + *+ --($$ % Test of Hydraulic Pump : Oct 29 2005 Hydraulic Pump Menu Q.uit pump : U.pdate menu : T.oggle using vac sw C.lose valve : O.pen valve : H.yd pump on Z.ero accumulator H_1> C Closing valve H_1> H # sec to run the pump > 500 input value = 500 Display pressure as well (Y/N)? will now run for 500 s Volts 1544 Amps 0 Oil 72 Press -0.20 Volts 1523 Amps 49 Oil 109 Press -0.20 Volts 1524 Amps 52 Oil 187 Press -0.20 Volts 1523 Amps 47 Oil 207 Press -0.18 Volts 1528 Amps 48 Oil 318 Press -0.20 Volts 1527 Amps 51 Oil 323 Press -0.20 E Volts 1475 Amps 42 Oil 1678 Press -0.53 Volts 1475 Amps 38 Oil 1751 Press -0.50 Volts 1477 Amps 40 Oil 1837 Press -0.50 Volts 1476 Amps 41 Oil 1964 Press -0.50 #bad_amp = 0, bad_amp_flag = 0 Vérifier que c’est bien 0 sinon pbs Pump ran for 457 seconds Current = 0.40 amps total pump = 457 secs Vérifier que le nombre de secondes est inférieur au temps de pompage demandé sinon refaire pour être sûr que l’huile est complètement pompée à l’extérieur. H_1> Q & I ' I1 ! P * Q1 ( 7 J $$ % ;K1 ( ($$ % 7 $ ( , ( $ Test of SBE : Apr 20 2005 SBE Menu Q.uit SBE test : U.pdate menu : D.ebug SBE C.TD sample : P.ressure sample: S.tatus of SBE Z.ero Pressure : 1. SBE pump on : 2. SBE pump off 7 I ,, 1 Z_1> C 0.30 20.6198 0.0000 257 25619 1000 Z_1> P 0.31 Z_1> 1 SBE pump is on Z_1> 2 SBE pump is OFF Z_1> Q SBE pump is off & SBE is in low power BAS> ! $ !1 1 $ 1 " sk2 Oct 29 2005 GPS MENU Q.uit GPS test : U.pdate menu : D.ebug Menu G.et Position : O.ff gps : W.akeup GPS G_1> W GPS is on G_1> G h=1 ant=0 alm=8 LLA: 10:08:18 +48:21.470 -4:33.570 hdop= 0.0 PRN 11 14 18 19 22 SNR 0.0 0.0 0.0 0.0 0.0 G_1> ( & $) # 1 # (% G_1> G h=0 ant=0 alm=8 LLA: 18:20:13 +48:21.468 updating location PRN 11 2 SNR 3.8 0.0 G_1> Q & $ , I # -, 28 0.0 $) ! 5 R8 26 0.0 2 0.0 + 1 (% -4:33.607 hdop= 1.8 3 8.8 19 12.2 22 3.2 28 3.8 26 0.0 6 14 0.0 6 1 6- 0 Test of SBD Iridium module : Oct 29 2005 Iridium SBD Menu Q.uit ISU test : U.pdate menu : D.ebug tests G.et SBD status : O.ff SBD : W.akeup SBD X. Send Shore Command Test : A.ntenna strength I_1> W Attendre ~10 s avant de voir le message arriver Powering up Iridium Status=OK I_1> G +SBDS:0,10,0,65535 Send Status = OK I_1> Q & I I I S1 T BAS> T.ransmit on O.ff X_1> T Transmitter is on T.ransmit on O.ff X_1> O Transmitter is off T.ransmit on O.ff X_1> Q Tranmsmit is off BAS> U Q.uit Q.uit Q.uit + & , I ($$ % & ( + # (% ( ( ( $ 6$ 1 # + 1 $ in MISSION mode !!! Present Dive # = 0 Minutes to wait before start 30 Start mission (y/n) ? > Burn wire is OFF Will get average of Pressure p= -0.74 p= -0.78 p= -0.71 p= -0.73 Pressure counts offset = 231 pgood = 1, op_mode = 1 Burn wire is OFF in MISSION mode Will delay for 1800 secs before trying water-detect by roll for 20 minutes and then will do 201 dives & − − $ − − − − − − − & &( ) $ $ # $ # (% 9, 9, % K , ) + (, , $ 1 # $$ ( $ # ( , 1 , + % ), ( + " ! 1 0F ' $ ( 1 (P ( F 1 6 $ % , (, ( 1 # , % + " ( , K ' 1 ( % 1 $ I + ( $$ $ 1 ( 5 $$ + 8 6 1 %# I " I : I + " UO ! ' 1 % R# F H A V 5 , 1 8 I % I ! - = 0 $ ' I , U %A T # ! & )+ )+ # * $ 6 . $ + ' # $ 5F I ( 8 ;I D1 K K EEPROM Oct 29 2005 # bytes in user eeprom area = 7936 Eeprom Menu Q.uit eeprom : U.pdate menu : C.ontrol Values M.ission primary : 2.Mission secondary : A.DP values N.avigation : P.itch&Roll Values: S.ensor Values D.isplay All : F.ind Name : X.change value E_1> & $ ( ) $ + E_1> 2 Secondary Mission values are : 47 : 10 = Minutes to delay before start 63 : 20 = Minutes to try water detect by roll (if =0, will NOT do roll-detect) 69 : 0 = Hours to try water detect by Press>5 dBar (if =0, will NOT do pressure-detect) 48 : 48 = Max. Hrs w/o sat comms before aborting 49 : 48 = Max. Hrs w/o gps fix before aborting 50 : 15 = Minutes to RF beacon in Abort 51 : 1 = 1=Recovery is feasible, 0=it is not B 52 : 53 : 54 : 1 = Min. #dives remaining before heading home 0 = 1 for altimeter, 0 for none 0 = operation mode : 0=normal give index # to modify ( 0 to quit) > 47 input value = 47 give new value > 30 input value = 30 Secondary Mission values are : 47 : 30 = Minutes to delay before start 63 : 20 = Minutes to try water detect by roll (if =0, will NOT do roll-detect) 69 : 0 = Hours to try water detect by Press>5 dBar (if =0, will NOT do pressure-detect) 48 : 48 = Max. Hrs w/o sat comms before aborting 49 : 48 = Max. Hrs w/o gps fix before aborting 50 : 15 = Minutes to RF beacon in Abort 51 : 1 = 1=Recovery is feasible, 0=it is not 52 : 1 = Min. #dives remaining before heading home 53 : 0 = 1 for altimeter, 0 for none 54 : 0 = operation mode : 0=normal give index # to modify ( 0 to quit) > 0 input value = 0 E_1> & & $ ) > @ T" Navigation values are : 1 : CHANGE the HOME waypoint 34 : 3 = # of waypoints in the route 35 : 2 = Action at the end of route 36 : 0 = USE_SET (0=false, 1=true) 37 : 6 = Magnetic Variation 38 : 15 = minutes to try GPS 68 : -1 = Action to take when there's no GPS -2=steer last course,-1=do circle,0..360 steer course give index # to modify (0 to quit) > En tapant 1, on peut changer le Home avec le dialogue ci-dessous 1 input value = 1 Give HOME lat & lon > 47.33 -7.66 Read in 47.330002 -7.660000 Route has 3 waypoints HOME lat 47.330 lon -7.660 @w1: Lat 47.331 Lon -7.000 R(km) 717.0 w3->w1: Mag Bear 111, w2->w1 bear=123 @w2: Lat 48.001 Lon -9.000 R(km) 168.0 w1->w2: Mag Bear 303, w3->w2 bear=108 @w3: Lat 49.001 Lon -16.500 R(km) 568.6 w2->w3: Mag Bear 288, w1->w3 bear=291 Navigation values are : ? @ 1 34 35 36 37 38 68 : CHANGE the HOME waypoint : 3 = # of waypoints in the route : 2 = Action at the end of route : 0 = USE_SET (0=false, 1=true) : 6 = Magnetic Variation : 15 = minutes to try GPS : -1 = Action to take when there's no GPS -2=steer last course,-1=do circle,0..360 steer course give index # to modify (0 to quit) > 0 input value = 0 E_1> ! $ @ F 1 $ ;I D1 @ 1 Nav Oct 29 2005 NAV MENU Q.uit Nav C.hange Waypt : D.isplay Route N_1> C #waypts in route = 3 : : U.pdate menu N.avigate S.et Route Give waypoint #, decimal Lat, Lon > 1 47.33 -7.50 1 47.330 -7.500 : Waypoint is now set N_1> #waypts in route = 3 Give waypoint #, decimal Lat, Lon > 2 48 -10.27 2 48.000 -10.270 : Waypoint is now set N_1> #waypts in route = 3 Give waypoint #, decimal Lat, Lon > 3 49 -16.5 3 49.000 -16.500 : Waypoint is now set N_1> NAV MENU Q.uit Nav : U.pdate menu C.hange Waypt : D.isplay Route : N.avigate S.et Route N_1> D Route has 3 waypoints HOME lat 47.330 lon -7.659 @w1: Lat 47.330 Lon -7.500 R(km) 681.8 w3->w1: Mag Bear 111, w2->w1 bear=116 @w2: Lat 48.000 Lon -10.270 R(km) 221.5 w1->w2: Mag Bear 296, w3->w2 bear=110 @w3: Lat 49.000 Lon -16.500 R(km) 476.4 w2->w3: Mag Bear 290, w1->w3 bear=291 N_1> / & - " # , # * ;I D ! % & $ A V # ( +