OHM Multistage2015 - for Orbiter 2010P1

:crystalball2: I don't know, maybe
 
I must admit I'm at a loss for figuring out how the autopilot/guidance works. I've managed to "convert" my rocket to multistage 2015, and the MFD recognizes it as such. But programming the autopilot is something I haven't figured out.

If I use my "old" guidance file, or just go without one. The rocket explodes shortly after liftoff.

The GNC [add] button generally results in a ctd if I try to add any commands.

I figure I'm missing something obvious. :shrug:
 
The explosion happens because if you fly with the complex flight mode on it will simulate aerodynamic forces on the rocket, you must follow carefully the gravity turn while still low on altitude (that's why it's called "complex").

About the CTD this is totally new, never happened to me once and never got report on it.

Can you please post ini file, scenario file and log file?

To try just a snap of the new guidance simply turn off complex flight, and run a guidance file that simply has
Code: 
-10=orbit(180,180)
-2=engine(0,101,2)

It won't be optimized, but it should work.

Let me know!
 
Scenario;
Code: 
BEGIN_DESC
Carrying a generic station module to low Earth orbit, the Energia-M is prepared to depart the KSC launch complex.



END_DESC

BEGIN_ENVIRONMENT
  System Sol
  Date MJD 51984.5415894243
END_ENVIRONMENT

BEGIN_FOCUS
  Ship Energia-M
END_FOCUS

BEGIN_CAMERA
  TARGET Energia-M
  MODE Extern
  POS 6.26 145.00 -18.97
  TRACKMODE Ground Earth
  GROUNDLOCATION -80.61979 28.62820 30.58
  FOV 40.00
END_CAMERA


BEGIN_HUD
  TYPE Surface
END_HUD

BEGIN_MFD Left
  TYPE Orbit
  PROJ Ship
  FRAME Ecliptic
  ALT
  REF Earth
END_MFD

BEGIN_MFD Right
  TYPE Map
  REF Earth
  POS 0.00 0.00
END_MFD

BEGIN_SHIPS
Energia-M:Multistage2015
  STATUS Landed Earth
  POS -80.6208960 28.6271440
  HEADING 0.00
  AFCMODE 7
  FUEL 1.000
  CONFIG_FILE Config\multistage\Energia-M\Energia-M.ini
  CONFIGURATION 0
  CURRENT_BOOSTER 1
  CURRENT_STAGE 1
  CURRENT_INTERSTAGE 1
  CURRENT_PAYLOAD 1
  FAIRING 1
END
END_SHIPS

END


Ini file
Code: 
[MISC]
;cog=6.4 for Baikonur 
cog=27 for KCS pad(s) 39
;cog=35.5 ;for SRC Polygon
;gnc_debug=1
Focus=1

[TEXTURE-LIST]
TEX_1=Exhaust
TEX_2=Exhaust2

[BOOSTER_1]
N=1
Height=37.70
Diameter=3.90
EmptyMass=35000
FuelMass=320000
Thrust=7906100
Burntime=145
MeshName="multistage\Energia_M\EnergiaBooster1"
Off=(5.87,0,6.9)
Angle=8
EngDiameter=1
ENG_1=(0.8,0.8,-20)
ENG_2=(-0.8,0.8,-20)
ENG_3=(0.8,-0.8,-20)
ENG_4=(-0.8,-0.8,-20)
ENG_PSTREAM1=exhaust
;note RD-170 found at http://www.astronautix.com/stages/enerapon.htm

[BOOSTER_2]
N=1
Height=37.70
Diameter=3.90
EmptyMass=35000
FuelMass=320000
Thrust=7906100
Burntime=145
MeshName="multistage\Energia_M\EnergiaBooster2"
Off=(5.87,0,6.9)
Angle=172
EngDiameter=1
ENG_1=(0.8,0.8,-20)
ENG_2=(-0.8,0.8,-20)
ENG_3=(0.8,-0.8,-20)
ENG_4=(-0.8,-0.8,-20)
ENG_PSTREAM1=exhaust

[STAGE_1]
Height=20
Diameter=7.70
EmptyMass=28000
FuelMass=244000
Thrust=1960000
BurnTime=550 ;600
MeshName="multistage\Energia_M\Energia_M_Core"
Off=(0,0,0)
Eng_Diameter=1.3
ENG_1=(0,0,-13.3)
ENG_PSTREAM2=exhaust2

;RD-120M http://www.astronautix.com/lvs/energiam.htm

[STAGE_2]
Height=1.5
Diameter=3.35
Emptymass=1100
FuelMass=5435
Thrust=19600
Burntime=877
MeshName="multistage\Energia_M\Fregat-M"
Off=(0,0,14.4)
Eng_Diameter=0.2
ENG_1=(0,0,-0.9)
ENG_PSTREAM2=exhaust2


[FAIRING]
N=2
MeshName="multistage\Energia_M\Energia_Fairing"
Diameter=6.9
Height=27
Angle=0
Off=(-0.001,0,23.96)
EmptyMass=10000

[PAYLOAD_1]
off=(0,0,20.45)
MeshName="Module1"
Module="Module1"
Name="Station_Module_1"
Diameter=6
Height=15
Mass=8000
Render=1

Log file right after CTD
Code: 
**** Orbiter.log
Build Aug 30 2010 [v.100830]
Timer precision: 2.79365e-007 sec
Found 0 joystick(s)
Devices enumerated: 3
Devices accepted: 3
==> RGB Emulation
==> Direct3D HAL
==> Direct3D T&L HAL
Module AtlantisConfig.dll .... [Build 100830, API 100830]
Module AtmConfig.dll ......... [Build 100830, API 100830]
Module DGConfigurator.dll .... [Build 100830, API 100830]
Module OrbiterSound.dll ...... [Build 121120, API 100830]
Module ScnEditor.dll ......... [Build 100830, API 100830]
Module Multistage2015_MFD.dll  [Build 151027, API 100830]

**** Creating simulation session
DirectDraw interface OK
Direct3D interface OK
Graphics: Viewport: Fullscreen 1024 x 768 x 16
Graphics: Hardware T&L capability: Yes
Graphics: Z-buffer depth: 16 bit
Graphics: Active lights supported: 8
Loading 15382 records from star database
Module Sun.dll ............... [Build 100830, API 100830]
VSOP87(E) Sun: Precision 1e-006, Terms 554/6634
Module Mercury.dll ........... [Build 100830, API 100830]
VSOP87(B) Mercury: Precision 1e-005, Terms 167/7123
Module Venus.dll ............. [Build 100830, API 100830]
Module VenusAtm2006.dll ...... [Build 100830, API 100830]
VSOP87(B) Venus: Precision 1e-005, Terms 79/1710
Module Earth.dll ............. [Build 100830, API 100830]
Module EarthAtmJ71G.dll ...... [Build 100830, API 100830]
VSOP87(B) Earth: Precision 1e-008, Terms 2564/2564
Module Moon.dll .............. [Build 100830, API 100830]
ELP82: Precision 1e-005, Terms 116/829
Module Mars.dll .............. [Build 100830, API 100830]
Module MarsAtm2006.dll ....... [Build 100830, API 100830]
VSOP87(B) Mars: Precision 1e-005, Terms 405/6400
Module Phobos.dll ............ [Build ******, API 060425]
Module Deimos.dll ............ [Build ******, API 060425]
Module Galsat.dll ............ [Build 100217, API 100215]
Module Jupiter.dll ........... [Build 100830, API 100830]
VSOP87(B) Jupiter: Precision 1e-006, Terms 1624/3625
Module Io.dll ................ [Build 100217, API 100215]
Module Europa.dll ............ [Build 100217, API 100215]
Module Ganymede.dll .......... [Build 100217, API 100215]
Module Callisto.dll .......... [Build 100217, API 100215]
Module Satsat.dll ............ [Build 100215, API 100212]
Module Saturn.dll ............ [Build 100830, API 100830]
VSOP87(B) Saturn: Precision 1e-006, Terms 2904/6365
Module Mimas.dll ............. [Build 100215, API 100212]
SATSAT Mimas: Terms 113
Module Enceladus.dll ......... [Build 100215, API 100212]
SATSAT Enceladus: Terms 33
Module Tethys.dll ............ [Build 100215, API 100212]
SATSAT Tethys: Terms 101
Module Dione.dll ............. [Build 100215, API 100212]
SATSAT Dione: Terms 59
Module Rhea.dll .............. [Build 100215, API 100212]
SATSAT Rhea: Terms 68
Module Titan.dll ............. [Build 100215, API 100212]
SATSAT Titan: Terms 100
Module Iapetus.dll ........... [Build 100215, API 100212]
SATSAT Iapetus: Terms 605
Module Uranus.dll ............ [Build 100830, API 100830]
VSOP87(B) Uranus: Precision 1e-006, Terms 1827/5269
Module Miranda.dll ........... [Build ******, API 060425]
Module Ariel.dll ............. [Build ******, API 060425]
Module Umbriel.dll ........... [Build ******, API 060425]
Module Titania.dll ........... [Build ******, API 060425]
Module Oberon.dll ............ [Build ******, API 060425]
Module Neptune.dll ........... [Build 100830, API 100830]
VSOP87(B) Neptune: Precision 1e-006, Terms 391/2024
Finished initialising world
Module Multistage2015.dll .... [Build 151027, API 100830]
Load State Started
Energia-M: Config File: C:\Orbiter Stuff\Orbiter 2010\Config\multistage\Energia-M\Energia-M.ini
Energia-M: Number of stages in the ini file: 2
Energia-M: Number of boosters group in the ini file: 2
Energia-M: Number of Payloads in the ini file: 1
Energia-M: This Rocket Has Fairing
Energia-M: booster n. 1 Tank Added: 320000.000 kg
Energia-M: booster n. 2 Tank Added: 320000.000 kg
Energia-M: Stage n. 2 Tank Added: 5435.000 kg
Energia-M: Stage n. 1 Tank Added: 244000.000 kg
Energia-M: Stage n. 1 Engines Exhaust Added--> number of engines: 1 , diameter: 1.300, position x: 0.000 y: 0.000 z: -13.300
Energia-M: Booster Engines Exhaust Added--> Booster Group: 1 number of engines: 0 , diameter: 1.950, position x: 5.813 y: 0.817 z: -11.950
Energia-M: Booster Engines Exhaust Added--> Booster Group: 2 number of engines: 0 , diameter: 1.950, position x: -5.813 y: 0.817 z: -11.950
Energia-M: Stage n.1 Mesh Preloaded: multistage\Energia_M\Energia_M_Core
Energia-M: Stage n.1 Mesh Added Mesh: multistage\Energia_M\Energia_M_Core @ x:0.000 y:0.000 z:0.000
Energia-M: Stage n.2 Mesh Preloaded: multistage\Energia_M\Fregat-M
Energia-M: Stage n.2 Mesh Added Mesh: multistage\Energia_M\Fregat-M @ x:0.000 y:0.000 z:14.400
Energia-M Payload Mesh Preloaded 1
Energia-M: Payload n.1 Mesh Added: Module1 @ x:0.000 y:0.000 z:20.450
Energia-M: Booster Mesh Preloaded: multistage\Energia_M\EnergiaBooster1_1
Energia-M: Booster Mesh Added Mesh: multistage\Energia_M\EnergiaBooster1_1 @ x:5.813 y:0.817 z:6.900
Energia-M: Booster Mesh Preloaded: multistage\Energia_M\EnergiaBooster2_1
Energia-M: Booster Mesh Added Mesh: multistage\Energia_M\EnergiaBooster2_1 @ x:-5.813 y:0.817 z:6.900
Energia-M: Fairing Mesh Preloaded: multistage\Energia_M\Energia_Fairing_1
Energia-M: Fairing Mesh Added Mesh: multistage\Energia_M\Energia_Fairing_1 @ x:0.001 y:0.000 z:23.960
Energia-M: Fairing Mesh Preloaded: multistage\Energia_M\Energia_Fairing_2
Energia-M: Fairing Mesh Added Mesh: multistage\Energia_M\Energia_Fairing_2 @ x:-0.001 y:0.000 z:23.960
Load State Terminated
Post Creation Started
status:0 hdg:0.000 lng:0.000 lat:0.000
Energia-M: Gravity Turn Initial Pitch by user: 89.500 Calculated:75.750
RESET PEG
Energia-M: Planet Reference Pressure = 101325.0 Pa  Atmosphere Altitude Limit:2500.0 km
Post Creation Terminated
Finished initialising status
Finished initialising camera
Finished initialising panels
Finished setting up render state

Using your input above I'd modified the guidance file as follows;

Multistage 2015 Automatically Generated Guidance File
Vehicle: Energia-M
-10=orbit(180,180)
-2=engine(0,101,2)

with the line added
GUIDANCE_FILE Config\Multistage2015\Guidance\Energia-M_57327.91_GNC.txt

This resulted in an immediate CTD on loading the scenario.
 
Last edited:
ok, I found two things:

- a mistake in the ini file relevat to a mandatory parameter (I'll update the module so it won't be too rigid and it will assume more default values) : EngDiameter should be Eng_diameter

- an issue related to my code: looks like it doesn't like all 4 engines of the boosters defined. if you comment out the 4th engines of both boosters it will work. I'll find out why.

I had no CTD at all with the MFD

---------- Post added at 03:21 ---------- Previous post was at 03:13 ----------
PhantomCruiser said:
Using your input above I'd modified the guidance file as follows;

Multistage 2015 Automatically Generated Guidance File
Vehicle: Energia-M
-10=orbit(180,180)
-2=engine(0,101,2)

with the line added
GUIDANCE_FILE Config\Multistage2015\Guidance\Energia-M_57327.91_GNC.txt

This resulted in an immediate CTD on loading the scenario.
Click to expand...

this have nothing to do with guidance, it's related to the ini file. comment the 4th engine and you will fly to orbit, I just did it
 
Worked like a champ! Thanks for the support and thanks for such a fantastic update to Multistage!
 
Okay, here is my particle stream:

Code: 
[PARTICLESTREAM_1]
NAME=AV7contrail
SRCSIZE=3.0
SRCRATE=50
V0=100.0
SRCSPREAD=0.07
LIFETIME=0.5
GROWTHRATE=-5
ATMSLOWDOWN=2
LTYPE=EMISSIVE
LEVELMAP=LVL_PSQRT
LMIN=0
LMAX=1
ATMSMAP=ATM_PLOG
AMIN=1e-7
AMAX=1
TEX=contrail3
GROWFACTOR_RATE=0.4
GROWFACTOR_SIZE=0

Is this what the particle stream is supposed to look like at very low altitude?



That is what I am getting. My "GROWFACTOR_RATE" is very modest, and at very low altitude I would expect "GROWTHRATE" to be very near the starting value of -5. However, as you can see in the screen capture, the growthrate is something very large and positive.

If I comment out or set to 0 "GROWFACTOR_RATE," then I do get what I would expect:



As a hint, I have found that the "SRCRATE" value greatly affects the growthrate appearance of the particles if "GROWFACTOR_RATE" is nonzero. But based on what you have said, I did not think "SRCRATE" and "GROWFACTOR_RATE" or "GROWTHRATE" should be related to each other. :shrug:
 
well my friend... you just showed what a good beta testing means: do a bit of trial and error and report precisely what you did and what are your feelings.

you are right: I mistakenly used as baserate for growing the srcrate instead of the growthrate :facepalm:

All right so the original plan was to fix all the bugs while preparing the orbiter beta release, so I would have published the release for the beta and updated this with everything fixed, but this point deserves an immediate update, so here is the recompiled module corrected of some stuff already (bug for the 4th boosters' engine is fixed, update payload rotation in developer mode is now possible etc)

and of course this is fixed, give it a try and let me know. And thanks again! :tiphat:
 

Attachments

Last edited:
New DLL seems to very badly break the MultistageMFD. Guidance & telemetry files do not load, altitude steps default to 0,0,0, CTD if you hit VEH button.

Perhaps that was the version for Orbiter beta?
 
boogabooga said:
New DLL seems to very badly break the MultistageMFD. Guidance & telemetry files do not load, altitude steps default to 0,0,0, CTD if you hit VEH button.

Perhaps that was the version for Orbiter beta?
Click to expand...

sorry, they are compiled together so the update of one module cannot go alone without breaking the other, I updated the download of the above post with both modules, please try it again
 
Hey fred18,I am kind of confused,with your newest versions of multistage 2015,when using your older version,your 4th released one,I am getting a higher apa,and a lower rinc at MECO with this Resolve scenario,but when using your newest version I am now getting a lower APA,and a much higher rinc at MECO,here is the scenario,config,and guidance file I am using,and also a pic of me after MECO with the older version of multistage 2015,and a pic with me using the newest version to show the differences,one thing I did notice with the newest version,is that it doesn't seem to hold the heading as well as the older one I was using.
Code: 
BEGIN_DESC
   "Hard Days Work" Mission 1.
   Launch the Reslove International from Ascension Island to construct the first phase of the station.
   Target Altitude is 500km, at 5.30 degrees Inclination.
   Place Neesys-Mast and Solaris in orbit.
   Press 'P' to start auto-launch squence.
   This scenario requires certain other addons to be installed in order to run.
   Addon requirements and station construction details can be found in the Resolve_Readme.pdf.
END_DESC

BEGIN_ENVIRONMENT
  System Sol
  Date MJD 55198.2673710787
END_ENVIRONMENT

BEGIN_FOCUS
  Ship Resolve-Launch
END_FOCUS

BEGIN_FOCUS
  Ship Resolve-Launch
END_FOCUS

BEGIN_CAMERA
  TARGET Resolve-Launch
  MODE Extern
  POS 4.48 1.72 -87.38
  TRACKMODE Ground Earth
  GROUNDLOCATION -14.43601 -7.97557 49.01
  FOV 50.00
  BEGIN_PRESET
    Ground:Resolve-Launch:50.00:Earth -14.44126 -7.97997 16.82
    Ground:Resolve-Launch:50.00:Earth -14.43524 -7.98262 16.82
    Ground:Resolve-Launch:50.00:Earth -14.43078 -7.97418 16.82
    Ground:Resolve-Launch:50.00:Earth -14.43315 -7.97223 16.82
    Ground:Resolve-Launch:50.00:Earth -14.43903 -7.97221 16.82
    Ground:Resolve-Launch:50.00:Earth -14.44040 -7.96612 16.82
    Ground:Resolve-Launch:50.00:Earth -14.43272 -7.96767 16.82
    Ground:Resolve-Launch:50.00:Earth -14.44018 -7.96749 16.82
    Ground:Resolve-Launch:50.00:Earth -14.43609 -7.97613 36.82
    Ground:Resolve-Launch:50.00:Earth -14.43852 -7.97748 36.82
    Ground:Resolve-Launch:50.00:Earth -14.43743 -7.96905 189.00
    Ground:Resolve-Launch:50.00:Earth -14.43694 -7.97727 36.82 -1.05 0.03
  END_PRESET
END_CAMERA

BEGIN_HUD
  TYPE Surface
END_HUD

BEGIN_MFD Left
  TYPE Orbit
  PROJ Ship
  FRAME Ecliptic
  ALT
  REF Earth
END_MFD

BEGIN_MFD Right
  TYPE Map
  REF Earth
  OTARGET Moon
  BTARGET Wideawake International
  DISP 1711
END_MFD

BEGIN_SHIPS
Resolve-Launch:multistage2015
  STATUS Landed Earth
  POS -14.4367370 -7.9777800
  HEADING 180.68
  RCSMODE 0
  AFCMODE 7
  PRPLEVEL 0:1.000 1:1.000 2:1.000 3:1.000 4:1.000
  NAVFREQ 0 0
  CONFIG_FILE Config\HDWcfg\ResolveLaunchM1_OMS-N1.ini
  GUIDANCE_FILE Config\HDWcfg\guidance_Resolve-M.txt
  CONFIGURATION 0
  STAGE_STATE 2
  STAGE_IGNITION_TIME 0.000
  CURRENT_BOOSTER 1
  CURRENT_STAGE 1
  CURRENT_INTERSTAGE 1
  CURRENT_PAYLOAD 1
  FAIRING 0
END
END_SHIPS


BEGIN_ExtMFD
END

Code: 
[MISC]
cog=35.2
TELEMETRY=1
FOCUS=1
GNC_DEBUG=1

[TEXTURE_LIST]
TEX_1=Exhaust_atsme
TEX_2=Exhaust_atsrb

[PARTICLESTREAM_1]
NAME=mach
SRCSIZE=13
SRCRATE=120
V0=12
SRCSPREAD=0
LIFETIME=0.25
GROWTHRATE=6
ATMSLOWDOWN=0
LTYPE=EMISSIVE
LEVELMAP=LVL_PSQRT
LMIN=0
LMAX=4
ATMSMAP=ATM_PLOG
AMIN=0.7e-7
AMAX=1
TEX= contrail

[PARTICLESTREAM_2]
NAME=mach
SRCSIZE=0.4
SRCRATE=120
V0=12
SRCSPREAD=0
LIFETIME=0.25
GROWTHRATE=6
ATMSLOWDOWN=0
LTYPE=EMISSIVE
LEVELMAP=LVL_PSQRT
LMIN=0
LMAX=4
ATMSMAP=ATM_PLOG
AMIN=0.7e-7
AMAX=1
TEX= contrail

[FX_MACH]
pstream=mach
mach_min=0.9
mach_max=1.1
off_1=(0,9,26)
dir=(0,0,-1)

[BOOSTER_1]
N=1
MeshName="Multistage\Beach_a"
Height=38.0
Diameter=3.71 
EmptyMass=87543.
FuelMass=502116.
Thrust=16039270.25
angle=0.
SPEED=(3,-6,1)
Rot_Speed=(0,-0.25,0)
module=SRB
off=(10.8,-2.7,1.3)
BurnTime=135.
ENG_1=(0.0,0.0,-21.515)
ENG_TEX=Exhaust_atsrb
ENG_PSTREAM1=exhaust
ENG_PSTREAM2=contrail
CURVE_1=(-1,0)
CURVE_2=(0,100)
CURVE_3=(40,67)
CURVE_4=(70,100)
CURVE_5=(103,100)
CURVE_6=(115,85)
CURVE_7=(126,5)
CURVE_8=(135,0)


[BOOSTER_2]
N=1
MeshName="Multistage\Beach_b"
Height=38.0
Diameter=3.71 
EmptyMass=87543.
FuelMass=502116.
Thrust=16039270.25
angle=0.
SPEED=(-3,-6,1)
Rot_Speed=(0,0.25,0)
module=SRB
off=(-10.8,-2.7,1.3)
BurnTime=135.
ENG_1=(0.0,0.0,-21.515)
ENG_TEX=Exhaust_atsrb
ENG_PSTREAM1=exhaust
ENG_PSTREAM2=contrail2
CURVE_1=(-1,0)
CURVE_2=(0,100)
CURVE_3=(40,67)
CURVE_4=(70,100)
CURVE_5=(103,100)
CURVE_6=(115,85)
CURVE_7=(126,5)
CURVE_8=(135,0)

[BOOSTER_3]
N=1
MeshName="Multistage\Beach_c"
Height=38.0
Diameter=3.71 
EmptyMass=87543.
FuelMass=502116.
Thrust=16039270.25
angle=0.
SPEED=(5,-6,1)
Rot_Speed=(0,-0.25,0)
module=SRB
off=(14.3,2.6,1.3)
BurnTime=135.
ENG_1=(0.0,0.0,-21.515)
ENG_TEX=Exhaust_atsrb
ENG_PSTREAM1=exhaust
ENG_PSTREAM2=contrail
CURVE_1=(-1,0)
CURVE_2=(0,100)
CURVE_3=(40,67)
CURVE_4=(70,100)
CURVE_5=(103,100)
CURVE_6=(115,85)
CURVE_7=(126,5)
CURVE_8=(135,0)

[BOOSTER_4]
N=1
MeshName="Multistage\Beach_d"
Height=38.0
Diameter=3.71 
EmptyMass=87543.
FuelMass=502116.
Thrust=16039270.25
angle=0.
SPEED=(-5,-6,1)
Rot_Speed=(0,0.25,0)
module=SRB
off=(-14.3,2.6,1.3)
BurnTime=135.
ENG_1=(0.0,0.0,-21.515)
ENG_TEX=Exhaust_atsrb
ENG_PSTREAM1=exhaust
ENG_PSTREAM2=contrail
CURVE_1=(-1,0)
CURVE_2=(0,100)
CURVE_3=(40,67)
CURVE_4=(70,100)
CURVE_5=(103,100)
CURVE_6=(115,85)
CURVE_7=(126,5)
CURVE_8=(135,0)

[STAGE_1]
Height=46.8 
Diameter=8.7
EmptyMass=32023
FuelMass=1208113.2
Thrust=13078060.05
BurnTime=428.
off=(0,3.0,12.515)
MeshName="BeachET"
SPEED=(0,6,-1)
ROT_SPEED=20
ENG_1=(-9.5,9.93,-19.515)
ENG_2=(-11.6,7.93,-19.515)
ENG_3=(-8.6,7.93,-19.515)
ENG_4=(9.5,9.93,-19.515)
ENG_5=(11.6,7.93,-19.515)
ENG_6=(8.6,7.93,-19.515)
ENG_DIAMETER=1.9
ENG_TEX=Exhaust
ENG_PSTREAM1=Apollo_contrail

[PAYLOAD_1]
off=(0.0,11.0,13.0)
Mass=310000.0
Meshname="Resolve"
Name="Resolve_OMS-M1N1"
Module="Resolve_OMS-M1N1"
SPEED=(0,5,0)
Live=1

Code: 
-26=PlaySound(sound\HDWsnd\prelaunch.wav)
-10=PlaySound(sound\HDWsnd\Tminus10.wav)
-4=engine(0,100,4)
0=disable(jettison)
4=PlaySound(sound\HDWsnd\rollprogram.wav)
5=roll(2,78,116,78,-1)
19=PlaySound(sound\HDWsnd\gopitch.wav)
20=pitch(78,62,10)
29=PlaySound(sound\HDWsnd\throttleback.wav)
30=pitch(62,59,20)
31=engine(100,65,6)
50=pitch(59,35,40)
58=PlaySound(sound\HDWsnd\throttleup.wav)
59=engine(65,100,6)
90=pitch(35,25,20)
110=pitch(25,20,20)
120=PlaySound(sound\HDWsnd\inSRBsep.wav)
124=PlaySound(sound\HDWsnd\BoosterSep-2.wav)
124=jettison()
124=jettison()
124=jettison()
124=jettison()
126=PlaySound(sound\HDWsnd\SRBsep.wav)
130=pitch(20,16,10)
135=PlaySound(sound\HDWsnd\guidance.wav)
140=pitch(16,14,10)
150=pitch(14,13,20)
169=PlaySound(sound\HDWsnd\75fuel.wav)
170=pitch(13,12,215)
239=PlaySound(sound\HDWsnd\negreturn.wav)
255=PlaySound(sound\HDWsnd\50fuel.wav)
300=inverse(1)
338=PlaySound(sound\HDWsnd\pressmeco.wav)
347=PlaySound(sound\HDWsnd\25fuel.wav)
427=engine(100,-1,5)
432=PlaySound(sound\HDWsnd\Meco-2.wav)
437=PlaySound(sound\HDWsnd\ET-Seperation.wav)
454=PlaySound(sound\HDWsnd\ETSEP.wav)
455=jettison()
 

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Last edited:
The guidance program you are using is the old open loop system. Which means that anything happens during the ascent can affect it.

I'll check if everything is ok with the controls, but I strongly recommend for such a type of launch to use the new "orbit" program, that is closed loop and will bring you right there no matter what happens.
 
OK,thanks fred18,I appreciate the help.:cheers:

---------- Post added at 03:53 PM ---------- Previous post was at 08:59 AM ----------

fred18,so is there a way to use the sound clips with the new closed loop system?,and if not,and ,I want to continue using the old open loop how can,I hold the heading throughout the ascent at 116?Thanks
 
Interceptor said:
fred18,so is there a way to use the sound clips with the new closed loop system?
Click to expand...

sure, you just simply need to use playsound calls as it was in the old system

(NOTE: the playsound calls cannot be added via MFD, they must be added via guidance file before loading the simulation as it was before. I might be change that for next release, depends on how much complicated this begins to be)

Interceptor said:
,and if not,and ,I want to continue using the old open loop how can,I hold the heading throughout the ascent at 116?Thanks
Click to expand...

well heading should not be constant, neither with the old closed loop. When flying you make an orthodome route on earth, which means that course is changing continuosly. If you keep it constant you'll end up in a spiral across north or south pole and the crash there. Anyway to minimize small yaw drifts try to hit kill rot a couple of times during ascent (and remember to deactivate it after a few seconds) to stop the small yawing movement.

I'll see if there is a way to make it even more stable also with the old vinka guidance.

another way is to keep the hud on in surface mode and apply small yaws left or right to keep the hud lines horizontal.
 
OK,so if I use for example this in the guidance file as simple as
Code: 
orbit(180,180)
-2=engine(0,101,2)
I can still use the numbered sound clips as normal?
 
Interceptor said:
OK,so if I use for example this in the guidance file as simple as
Code: 
orbit(180,180)
-2=engine(0,101,2)
I can still use the numbered sound clips as normal?
Click to expand...

yep!

remember to put time also for the orbit call!

example:
Code: 
-10=orbit(180,180)
-5=PlaySound(sound\multistage\atlantis_launch.wav)
-2=engine(0,101,2)
 
Last edited:
fred18 said:
yep!

remember to put time also for the orbit call!

example:
Code: 
-10=orbit(180,180)
-5=PlaySound(sound\multistage\atlantis_launch.wav)
-2=engine(0,101,2)
Click to expand...
OK,so I would just put the all the sound clips I have in the old guidance file in the same numbered order?,and it should work properly?
 
Hey Fred,I know you aren't working on features for multistage 2015,but is there a way to make the boosters,and or SRB's to still be emitting flame after sep?Thanks
 
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