Space Shuttle Ultra 1.25 Revision B development

[SiameseCat]

As I wrote above: The poor performance of the inline client masks the FPS difference.

That might be the case for the aft framerate, but it doesn't explain the RMS issue. I'm also seeing joint speed errors, which didn't occur with the default client. The RMS problems aren't graphics related, so I'm not sure why they're occurring.

 

[Donamy]

It seems that cntrl + A to switch to RMS control resets the RMS to it's stowed position, when starting a scenario. For the D3Dx9 client that is.

 

[SiameseCat]

It seems that cntrl + A to switch to RMS control resets the RMS to it's stowed position, when starting a scenario. For the D3Dx9 client that is.

What do you mean by this? For me, the RMS doesn't move when CTRL+A is pressed.

The RMS problems appear to be due to an issue in orbiter_ng - The default shuttle also has a similar issue, where the grappled object is initially out of position when the scenario is loaded.

 

[Donamy]

The RMS doesn't snap to stow, until you try to move it.

 

[DaveS]

SiameseCat: If you're not too busy trying to track down the FPS drain and RMS bugs, do you think you could implement the Centaur/CISS panel I checked in a while ago?

My thinking on that was that it could be toggled on/off through a mission file parameter, like "EnableCentaur=TRUE|FALSE".

 

[DaveS]

Something to transport the payloads in:

---------- Post added 09-07-11 at 01:59 AM ---------- Previous post was 09-06-11 at 11:37 PM ----------

The Payload Canister as of this post:

 

[DaveS]

Something else that has been in the works. New textures for the orbiter radiator panels, now with the correct markings. They're shown in this screenshot with a normal map in the D3D9Client. I had to correct the texture mapping on the radiator panels in the mesh for the textures to line up properly.

---------- Post added at 04:08 PM ---------- Previous post was at 12:06 AM ----------

Checked in a revision to the new PLB radiator panel textures. Now the hinge line markings have the correct size.

 

[SiameseCat]

Another thing is that something is seriously draining the fps when you're in one of the aft flightdeck views. Also the RMS digital readouts on A8 always show negative(-) even when the numbers should be positive.

PanelA8 problems should be fixed now.

 

[DaveS]

I think have discovered a bug either in the atmospheric flight model implementation or the Flight Control System: When you start the KSC 33 HAC Test scenario, the orbiter starts to yaw back and forth(checking both the SPI and external view, it shows the rudder is active) despite no manual yaw control inputs have been made.

 

[SiameseCat]

The FCS is trying to maintain 0 degrees sideslip. When the KSC 33 HAC Test scenario starts, the sideslip is about 30 degrees. Also, the orbiter initially has a pitch rate of 6 deg/s, which the FCS tries to take out.

 

[DaveS]

It seems like the guidance that the HUD uses could need some work as it is near impossible to keep the guidance diamond centered and it seems like the guidance is confused over where the HAC is as it tends to shift around alot.

---------- Post added at 09:50 PM ---------- Previous post was at 04:03 AM ----------

CRTMFD is back to its old buggy self again. This time it seems like MM302 OMS ignition is out. No OMS ignition at TIG.

CRTMFD really needs a look over.

 

[Poscik]

Confirmed, actually to override the bug when in MM302, at TIG-10sec you need to do OPS 303 PRO, then ITEM 22 EXEC to reload targets. Exec should start flashing again. But this method is conflicted with real procedures.

 

[SiameseCat]

It seems like the guidance that the HUD uses could need some work as it is near impossible to keep the guidance diamond centered and it seems like the guidance is confused over where the HAC is as it tends to shift around alot.

---------- Post added at 09:50 PM ---------- Previous post was at 04:03 AM ----------

CRTMFD is back to its old buggy self again. This time it seems like MM302 OMS ignition is out. No OMS ignition at TIG.

CRTMFD really needs a look over.

It seems to work for me. Are you pressing EXEC on the keyboard once 'EXEC' starts flashing on the screen? This is required to enable the burn. Also, does OPS 202 work, or does it have the same issue?

 

[DaveS]

It seems to work for me. Are you pressing EXEC on the keyboard once 'EXEC' starts flashing on the screen? This is required to enable the burn. Also, does OPS 202 work, or does it have the same issue?

No EXEC flashing at all. I'll try MM202.

---------- Post added at 01:11 AM ---------- Previous post was at 01:01 AM ----------

Seems like MM202 is busted as well. EXEC starts flashing as soon as I enter ITEM 22 EXEC. And burn timer is counting up instead of down despite the TIG being ten minutes into the future!

CRTMFD is a mess! I can't recall any other part of SSU that has had the same amount of repeated bugs or new ones that CRTMFD has. We should seriously evaluate if we really want to still have it, if this is what we're going to be stuck with.

Critical displays are either missing or incomplete. Repeated troubles with existing ones.

To borrow a line from Apollo 13:

My gentleman, what are your intentions?

 

[Donamy]

How do I check it, to see if it's working ?

 

[SiameseCat]

No EXEC flashing at all. I'll try MM202.

---------- Post added at 01:11 AM ---------- Previous post was at 01:01 AM ----------

Seems like MM202 is busted as well. EXEC starts flashing as soon as I enter ITEM 22 EXEC. And burn timer is counting up instead of down despite the TIG being ten minutes into the future!

CRTMFD is a mess! I can't recall any other part of SSU that has had the same amount of repeated bugs or new ones that CRTMFD has. We should seriously evaluate if we really want to still have it, if this is what we're going to be stuck with.

Critical displays are either missing or incomplete. Repeated troubles with existing ones.

To borrow a line from Apollo 13:

Everything seems to be working for me. Are you sure the TIG is in the future? What you've described sounds very much like the TIG is in the past, and this is confusing the GPC code.

From the STS-1 on-orbit scenario, can you try the following steps:

1. Open CRTMFD GPC screen.
2. Put DAP in INRTL.
3. OPS 202 PRO
4. ITEM 7-5.7+5.7 EXEC
5. ITEM 11+2 EXEC
6. ITEM 19-35+54-0.8 EXEC
7. ITEM 22 EXEC
8. ITEM 27 EXEC
9. Put DAP in AUTO.
10. Arm OMS engines.
11. Wait for EXEC to start flashing (15 sec before TIG).
12. Press EXEC.
13. OMS engines should ignite at TIG.

For me, this works without any problems.

 

[Donamy]

Works for me.

 

[DaveS]

Everything seems to be working for me. Are you sure the TIG is in the future? What you've described sounds very much like the TIG is in the past, and this is confusing the GPC code.

From the STS-1 on-orbit scenario, can you try the following steps:

1. Open CRTMFD GPC screen.
2. Put DAP in INRTL.
3. OPS 202 PRO
4. ITEM 7-5.7+5.7 EXEC
5. ITEM 11+2 EXEC
6. ITEM 19-35+54-0.8 EXEC
7. ITEM 22 EXEC
8. ITEM 27 EXEC
9. Put DAP in AUTO.
10. Arm OMS engines.
11. Wait for EXEC to start flashing (15 sec before TIG).
12. Press EXEC.
13. OMS engines should ignite at TIG.

For me, this works without any problems.

In that scenario it works. But in this scenario, it doesn't:

BEGIN_DESC
Contains the latest simulation state.
END_DESC

BEGIN_ENVIRONMENT
  System Sol
  Date MJD 51982.1743224517
END_ENVIRONMENT

BEGIN_FOCUS
  Ship Atlantis
END_FOCUS

BEGIN_CAMERA
  TARGET Atlantis
  MODE Extern
  POS 1.83 178.29 -9.22
  TRACKMODE TargetRelative
  FOV 60.00
END_CAMERA

BEGIN_SHIPS
Atlantis:SpaceShuttleUltra
  STATUS Orbiting Earth
  RPOS -158583.16 -6472750.88 1859666.31
  RVEL -7555.537 554.401 1312.219
  AROT -152.69 -80.22 169.15
  VROT -0.06 0.00 -0.01
  AFCMODE 7
  PRPLEVEL 0:0.952322 1:1.000000 2:1.000000 3:1.000000 4:1.000000 5:1.000000 6:0.365076 7:1.000000 8:1.000000 9:1.000000
  NAVFREQ 466 0
  MISSION STS-6
  CONFIGURATION 3
  MET 12434.430721
  WING_NAME Atlantis
  GEAR 0 0.0000
  OPS 201
  TGT_ID 2
  BODY_VECT 1
  ROLL 0.000000
  PITCH 0.000000
  YAW 0.000000
  P_ANGLE 0.000000
  Y_ANGLE 0.000000
  OM_ANGLE -1.000000
  DAP MODE 0 0
  ROT MODE 0 0 0
  TRANS MODE 0 0 0
  CONTROL MODE 1
   PAYLOAD CACTIVE1 8.000000 0.000000 0
   PAYLOAD CACTIVE2 0.000000 0.000000 0
   PAYLOAD CACTIVE3 -8.000000 0.000000 0
   PAYLOAD CPASSIVE1 4.000000 0.000000 0
   PAYLOAD CPASSIVE2 2.000000 0.000000 0
   PAYLOAD CPASSIVE3 -6.000000 0.000000 0
   PAYLOAD CPASSIVE4 7.000000 0.000000 0
   PAYLOAD PORT1 3.000000 0.000000 0
   PAYLOAD PORT2 -2.000000 0.000000 0
   PAYLOAD PORT3 -8.000000 0.000000 0
   PAYLOAD PORT4 7.000000 0.000000 0
   PAYLOAD STBD1 3.000000 0.000000 0
   PAYLOAD STBD2 -2.000000 0.000000 0
   PAYLOAD STBD3 -8.000000 0.000000 0
   PAYLOAD STBD4 0.000000 0.000000 0
  MPSGOXVENT 1
  PLBD_CAM 80.6910 -8.5968 87.5819 0.0000 90.8507 60.8523 93.3498 -7.2275
  PLB_LIGHTS 1
@SUBSYSTEM MPS_C
@ENDSUBSYSTEM		;MPS_C
@SUBSYSTEM MPS_L
@ENDSUBSYSTEM		;MPS_L
@SUBSYSTEM MPS_R
@ENDSUBSYSTEM		;MPS_R
@SUBSYSTEM FMC1
@ENDSUBSYSTEM		;FMC1
@SUBSYSTEM FMC2
@ENDSUBSYSTEM		;FMC2
@SUBSYSTEM FMC3
@ENDSUBSYSTEM		;FMC3
@SUBSYSTEM MMC1
@ENDSUBSYSTEM		;MMC1
@SUBSYSTEM MMC2
@ENDSUBSYSTEM		;MMC2
@SUBSYSTEM MMC3
@ENDSUBSYSTEM		;MMC3
@SUBSYSTEM MMC4
@ENDSUBSYSTEM		;MMC4
@SUBSYSTEM AMC1
@ENDSUBSYSTEM		;AMC1
@SUBSYSTEM AMC2
@ENDSUBSYSTEM		;AMC2
@SUBSYSTEM AMC3
@ENDSUBSYSTEM		;AMC3
@SUBSYSTEM FF1
@ENDSUBSYSTEM		;FF1
@SUBSYSTEM FF2
@ENDSUBSYSTEM		;FF2
@SUBSYSTEM FF3
@ENDSUBSYSTEM		;FF3
@SUBSYSTEM FF4
@ENDSUBSYSTEM		;FF4
@SUBSYSTEM FA1
@ENDSUBSYSTEM		;FA1
@SUBSYSTEM FA2
@ENDSUBSYSTEM		;FA2
@SUBSYSTEM FA3
@ENDSUBSYSTEM		;FA3
@SUBSYSTEM FA4
@ENDSUBSYSTEM		;FA4
@SUBSYSTEM PL1
@ENDSUBSYSTEM		;PL1
@SUBSYSTEM PL2
@ENDSUBSYSTEM		;PL2
@SUBSYSTEM LF1
@ENDSUBSYSTEM		;LF1
@SUBSYSTEM LM1
@ENDSUBSYSTEM		;LM1
@SUBSYSTEM LA1
@ENDSUBSYSTEM		;LA1
@SUBSYSTEM OF1
@ENDSUBSYSTEM		;OF1
@SUBSYSTEM OF2
@ENDSUBSYSTEM		;OF2
@SUBSYSTEM OF3
@ENDSUBSYSTEM		;OF3
@SUBSYSTEM OF4
@ENDSUBSYSTEM		;OF4
@SUBSYSTEM OA1
@ENDSUBSYSTEM		;OA1
@SUBSYSTEM OA2
@ENDSUBSYSTEM		;OA2
@SUBSYSTEM OA3
@ENDSUBSYSTEM		;OA3
@SUBSYSTEM LL1
@ENDSUBSYSTEM		;LL1
@SUBSYSTEM LL2
@ENDSUBSYSTEM		;LL2
@SUBSYSTEM LR1
@ENDSUBSYSTEM		;LR1
@SUBSYSTEM LR2
@ENDSUBSYSTEM		;LR2
@SUBSYSTEM EIU1
@ENDSUBSYSTEM		;EIU1
@SUBSYSTEM EIU2
@ENDSUBSYSTEM		;EIU2
@SUBSYSTEM EIU3
@ENDSUBSYSTEM		;EIU3
@SUBSYSTEM MTU
  MET_RUNNING 1
  MET0 11152.632172
  MET1 11152.632172
  MET2 11152.632172
EVENT_TIMER0 0.000000 DOWN STOPPED
EVENT_TIMER1 0.000000 DOWN STOPPED
@ENDSUBSYSTEM		;MTU
@SUBSYSTEM IDP1
  IDP1 SPEC 65535
  IDP1 DISP 65535
@ENDSUBSYSTEM		;IDP1
@SUBSYSTEM IDP2
  IDP2 SPEC 65535
  IDP2 DISP 65535
@ENDSUBSYSTEM		;IDP2
@SUBSYSTEM IDP3
  IDP3 SPEC 65535
  IDP3 DISP 65535
@ENDSUBSYSTEM		;IDP3
@SUBSYSTEM IDP4
  IDP4 SPEC 65535
  IDP4 DISP 65535
@ENDSUBSYSTEM		;IDP4
@SUBSYSTEM IMU1
@ENDSUBSYSTEM		;IMU1
@SUBSYSTEM IMU2
@ENDSUBSYSTEM		;IMU2
@SUBSYSTEM IMU3
@ENDSUBSYSTEM		;IMU3
@SUBSYSTEM GPC1
@ENDSUBSYSTEM		;GPC1
@SUBSYSTEM GPC2
@ENDSUBSYSTEM		;GPC2
@SUBSYSTEM GPC3
@ENDSUBSYSTEM		;GPC3
@SUBSYSTEM GPC4
@ENDSUBSYSTEM		;GPC4
@SUBSYSTEM GPC5
@ENDSUBSYSTEM		;GPC5
@SUBSYSTEM SimpleGPCSystem
  @BEGINSOFTWARE OrbitDAP
  TGT_ID 2
  BODY_VECT 5
  ROLL 0.000000
  PITCH 0.000000
  YAW 0.000000
  P_ANGLE 0.000000
  Y_ANGLE 0.000000
  OM_ANGLE -1.000000
  DAP_MODE 0 0
  ROT_MODE 0 0 0
  TRANS_MODE 0 0 0
  CONTROL_MODE 2
  @ENDSOFTWARE 
  @BEGINSOFTWARE OMSBurnSoftware
  PEG7 0.000000 0.000000 0.000000
  WT 0.000000
  TIG 0 0 0 0.0
  TV_ROLL 0.000000
  MNVR 0 0
  @ENDSOFTWARE 
  @BEGINSOFTWARE AerojetDAP
  @ENDSOFTWARE 
@ENDSUBSYSTEM		;SimpleGPCSystem
@SUBSYSTEM ODS
  RING_STATE -1 0.0000
@ENDSUBSYSTEM		;ODS
@SUBSYSTEM ADPS
  LEFT_AIRDATAPROBE 0 0 0.000000
  RIGHT_AIRDATAPROBE 0 0 0.000000
@ENDSUBSYSTEM		;ADPS
@SUBSYSTEM ETUmbDoors
  ET_DOORS 0.000000 0.000000
  ET_DOOR_LATCHES 1.000000 0.000000 0.000000
@ENDSUBSYSTEM		;ETUmbDoors
@SUBSYSTEM -YStarTrackerDoorMotor
@ENDSUBSYSTEM		;-YStarTrackerDoorMotor
@SUBSYSTEM -ZStarTrackerDoorMotor
@ENDSUBSYSTEM		;-ZStarTrackerDoorMotor
@SUBSYSTEM ACBusSystem
@ENDSUBSYSTEM		;ACBusSystem
@SUBSYSTEM INVERTER1
@ENDSUBSYSTEM		;INVERTER1
@SUBSYSTEM INVERTER2
@ENDSUBSYSTEM		;INVERTER2
@SUBSYSTEM INVERTER3
@ENDSUBSYSTEM		;INVERTER3
@SUBSYSTEM APU1
  APU1_State 0
  APU1_FuelPress 0.000000
  APU1_HydPress 0.000000
  APU1_Speed 0.000000
@ENDSUBSYSTEM		;APU1
@SUBSYSTEM APU2
  APU2_State 0
  APU2_FuelPress 0.000000
  APU2_HydPress 0.000000
  APU2_Speed 0.000000
@ENDSUBSYSTEM		;APU2
@SUBSYSTEM APU3
  APU3_State 0
  APU3_FuelPress 0.000000
  APU3_HydPress 0.000000
  APU3_Speed 0.000000
@ENDSUBSYSTEM		;APU3
@SUBSYSTEM WSB1
@ENDSUBSYSTEM		;WSB1
@SUBSYSTEM WSB2
@ENDSUBSYSTEM		;WSB2
@SUBSYSTEM WSB3
@ENDSUBSYSTEM		;WSB3
@SUBSYSTEM LATCH0
  LATCH_STATE1 1 1.0000
  LATCH_STATE2 1 1.0000
  LATCH_STATE3 1 1.0000
  LATCH_STATE4 1 1.0000
  LATCH_STATE5 1 1.0000
@ENDSUBSYSTEM		;LATCH0
@SUBSYSTEM LATCH1
  LATCH1_ATTACHED_PAYLOAD CISS_CentaurG_Prime 0
  LATCH_STATE1 0 0.0000
  LATCH_STATE2 0 0.0000
  LATCH_STATE3 0 0.0000
  LATCH_STATE4 0 0.0000
  LATCH_STATE5 0 0.0000
@ENDSUBSYSTEM		;LATCH1
@SUBSYSTEM LATCH2
  LATCH_STATE1 1 1.0000
  LATCH_STATE2 1 1.0000
  LATCH_STATE3 1 1.0000
  LATCH_STATE4 1 1.0000
  LATCH_STATE5 1 1.0000
@ENDSUBSYSTEM		;LATCH2
  CARGODOOR 1 1.0000
  KUBAND 1 1.0000
  BAYDOORLATCH0 1 1.0000
  BAYDOORLATCH1 1 1.0000
  BAYDOORLATCH2 1 1.0000
  BAYDOORLATCH3 1 1.0000
  CRT_SEL 1 1
  @PANEL F2
  "F2_PITCH_AUTO" 0
  "F2_PITCH_CSS" 0
  "F2_RY_AUTO" 0
  "F2_RY_CSS" 0
  @ENDPANEL 
  @PANEL F4
  "F4_PITCH_AUTO" 0
  "F4_PITCH_CSS" 0
  "F4_RY_AUTO" 0
  "F4_RY_CSS" 0
  @ENDPANEL 
  @PANEL F6
  "Cdr Flt Cntlr Pwr" OFF
  @ENDPANEL 
  @PANEL F7
  @ENDPANEL 
  @PANEL F8
  "Plt Flt Cntlr Pwr" OFF
  @ENDPANEL 
  @PANEL R2
  "Boiler1 N2 Supply" OFF
  "Boiler2 N2 Supply" OFF
  "Boiler3 N2 Supply" OFF
  "Boiler1 Cntlr" OFF
  "Boiler2 Cntlr" OFF
  "Boiler3 Cntlr" OFF
  "Boiler1 Cntlr Pwr/Htr" OFF
  "Boiler2 Cntlr Pwr/Htr" OFF
  "Boiler3 Cntlr Pwr/Htr" OFF
  "APU1 Run" OFF
  "APU2 Run" OFF
  "APU3 Run" OFF
  "Hyd Main Pump Press 1" LOW
  "Hyd Main Pump Press 2" LOW
  "Hyd Main Pump Press 3" LOW
  "APU1 Cntlr Pwr " OFF
  "APU2 Cntlr Pwr " OFF
  "APU3 Cntlr Pwr " OFF
  "APU1 Fuel Tank Valve" CLOSE
  "APU2 Fuel Tank Valve" CLOSE
  "APU3 Fuel Tank Valve" CLOSE
  "ET Umb Centerline Latch" GND
  "ET Umb Left Door" OFF
  "ET Umb Left Door Latch" OFF
  "ET Umb Right Door" OFF
  "ET Umb Right Door Latch" OFF
  "MPS Pwr Left AC2" [0]
  "MPS Pwr Ctr AC1" [0]
  "MPS Pwr Right AC3" [0]
  "MPS Pwr Left AC3" [0]
  "MPS Pwr Ctr AC2" [0]
  "MPS Pwr Right AC1" [0]
  "MPS He Isol A Left" GPC
  "MPS He Isol A Ctr" GPC
  "MPS He Isol A Right" GPC
  "MPS He Isol B Left" GPC
  "MPS He Isol B Ctr" GPC
  "MPS He Isol B Right" GPC
  @ENDPANEL 
  @PANEL C3
  "LOMS Arm" ARM/PRESS
  "ROMS Arm" ARM/PRESS
  "LADP Stow Enable" INHIBIT
  "RADP Stow Enable" INHIBIT
  "LADP Deploy" STOW
  "RADP Deploy" STOW
  @ENDPANEL 
  @PANEL O6
  "L GLRSHLD FLOOD" VAR
  "S TRK DR CNTL SYS1" OFF
  "S TRK DR CNTL SYS2" OFF
  "GPC_POWER_1_COVER" [0]
  "GPC_POWER_2_COVER" [0]
  "GPC_POWER_3_COVER" [0]
  "GPC_POWER_4_COVER" [0]
  "GPC_POWER_5_COVER" [0]
  "GPC POWER 1" ON
  "GPC POWER 2" ON
  "GPC POWER 3" ON
  "GPC POWER 4" ON
  "GPC POWER 5" ON
  "GPC_OUTPUT_1_COVER" [0]
  "GPC_OUTPUT_2_COVER" [0]
  "GPC_OUTPUT_3_COVER" [0]
  "GPC_OUTPUT_4_COVER" [0]
  "GPC_OUTPUT_5_COVER" [0]
  "GPC OUTPUT 1" NORMAL
  "GPC OUTPUT 2" NORMAL
  "GPC OUTPUT 3" NORMAL
  "GPC OUTPUT 4" NORMAL
  "GPC OUTPUT 5" NORMAL
  "IPL SOURCE" OFF
  "GPC MODE 1" STBY
  "GPC MODE 2" STBY
  "GPC MODE 3" STBY
  "GPC MODE 4" STBY
  "GPC MODE 5" STBY
  @ENDPANEL 
  @PANEL R11
  @ENDPANEL 
  @PANEL A6
  "SENSE" -X
  "Aft Flt Cntlr Pwr" ON
  "Payload Ret Latch 1" OFF
  "Payload Ret Latch 2" OFF
  "Payload Ret Latch 3" OFF
  "Payload Ret Latch 4" OFF
  "Payload Ret Latch 5" OFF
  "Payload Select" MON3
  @ENDPANEL 
  @PANEL AftMDU
  @ENDPANEL 
  @PANEL A7U
  @ENDPANEL 
  @PANEL A7A3/A8A3
  "SYSTEM POWER MNA" [1]
  "SYSTEM POWER MNB" [1]
  "PYRO POWER MNA" [0]
  "PYRO POWER MNC" [0]
  "SYS1 VENT ISOL" [1]
  "SYS1 VENT" [1]
  "SYS2 VENT ISOL" [1]
  "SYS2 VENT" [1]
  "PSU POWER MNA" [0]
  "PSU POWER MNB" [0]
  "LIGHTS AIRLOCK 1-4" [0]
  "LIGHTS AIRLOCK 2-3" [0]
  "LIGHTS DOCKING TRUSS FWD" [0]
  "LIGHTS DOCKING TRUSS AFT" [0]
  "ARLK/TNL FAN A" [0]
  "ARLK/TNL FAN B" [0]
  "LIGHTS C/L VESTIBULE PORT" [0]
  "LIGHTS C/L VESTIBULE STBD" [0]
  "CNTL PNL PWR A" OFF
  "CNTL PNL PWR B" OFF
  "CNTL PNL PWR C" OFF
  "HTRS/DCU PWR H1" OFF
  "HTRS/DCU PWR H2/DCU" OFF
  "HTRS/DCU PWR H3/DCU" OFF
  "APDS PWR A" OFF
  "APDS PWR B" OFF
  "APDS PWR C" OFF
  "PYROS Ap" [0]
  "PYROS Bp" [0]
  "PYROS Cp" [0]
  @ENDPANEL 
END
END_SHIPS

 

[Donamy]

worked for me.

 

[SiameseCat]

This is essentially a scenario problem. We currently have 2 different time sources, the MTU subsystem and a MET variable stored in the main Atlantis class. In the scenario you posted, these values don't agree. This messes up the timing, which is why the OMS isn't working (the Orbiter displays one MET value, but is using a different value internally). I'll change the code so we only have one time source (the MTU), which should fix this issue.