Project Apollo - NASSP - User contributions [en]

Scenario File Options

2022-09-07T21:04:19Z

Thymo: Update purpose of NASSPVER

The '''Project Apollo''' scenarios have a vast number of options that you can specify. Some of the more useful are:

==General options==

These are options specifying things such as the CSM and LM call signs, various masses, fuel masses and other parameters.

{|class="wikitable"
!width="100"|Option || Function
|-
|TCP||Specifies the height of the rocket above the ground in meters prior to launch. This can be adjusted if the mission is flown from a different launch pad to the default for the spacecraft (e.g. the Skylab 'milk stool' for the Saturn 1b).
|-
|APOLLONO||Apollo mission number. This is used to provide mission-specific events such as mission audio or system failures.
|-
|VECHNO||The Saturn vehicle number: typically this will be in the 200s for a Saturn 1b, and 500s for a Saturn V. This is used to name the separated stages and components of the spacecraft.
|-
|REALISM||Sets the realism level from 0 (lowest) to 10 (highest). Lower realism level missions will be easier to fly. ''Quickstart mode'' is level 0, ''Virtual AGC mode'' is level 5.
|-
|DLS||Set to 1 to delete the launch site when the spacecraft passes out of visible range. This can give a significant performance boost on slow machines.
|-
|FDAIDISABLED||Set to 1 to disable the OpenGL FDAI rendering. This can give a significant performance boost on slow machines.
|-
|MISSNTIME||Current mission time in seconds since launch.
|-
|IGMST||Inertial Guidance Mode start: set to the time in seconds after launch at which the autopilot switches to inertial guidance mode and starts trying to hit the target orbit rather than follow the pre-planned pitch program.
|-
|SIFUELMASS||
Specifies the mass in kilograms of the fuel in the first stage (S-IC or S-IB).
|-
|SIEMPTYMASS||
Specifies the empty mass in kilograms of the first stage (S-IC or S-IB).
|-
|SICSHUT||
Specifies the mission time of center engine shutdown of the first stage (S-IC or S-IB).
|-
|SISHUT||
Specifies the mission time of shutdown of the remaining engines of the first stage (S-IC or S-IB).
|-
|SIIFUELMASS||
Specifies the mass in kilograms of the fuel in the second stage (S-IVB for Saturn 1B or S-II for Saturn V). This is not used for the INT-20.
|-
|SIIEMPTYMASS||
Specifies the empty mass in kilograms of the second stage (S-IVB for Saturn 1B or S-II for Saturn V). This is not used for the INT-20.
|-
|SIICSHUT
||
Specifies the mission time of the center engine shutdown of the S-II stage of Saturn V and derivatives.
|-
|SIIPUT||
Specifies the mission time of the PU-shift (change of mixture ratio) the second stage (S-IVB for Saturn 1B or S-II for Saturn V).
|-
|SIISHUT||
Specifies the mission time of shutdown of the remaining engines of the S-II stage of Saturn V and derivatives.
|-
|S4FUELMASS||
Specifies the mass in kilograms of the fuel in the S-IVB stage of Saturn V and derivatives.
|-
|LMASCFUEL||
Specifies the mass in kilograms of the fuel in the LEM ascent stage, if appropriate.
|-
|LMDSCFUEL||
Specifies the mass in kilograms of the fuel in the LEM descent stage, if appropriate.
|-
|SMMASS||Empty mass of the Service Module, in kilograms.
|-
|CMMASS||Empty mass of the Command Module, in kilograms.
|-
|S4PL||
Specifies the payload of the SIVb stage. Current values are:

<code>
0 Standard LEM 
1 ASTP 
2 LTA LEM test article 
3 LM1 test LEM 
4 LTA8 LEM test article 
5 Docking target 
6 LTA6 LEM test article 
7 Empty 
8 Docking adapter for an SIVb 'wet workshop' 
</code>
|-
|AUTOSLOW||Set to 1 to slow to 1x time acceleration when 'something important' happens. For manned flights, this is typically when a piece of mission audio is played, for unmanned flights it is typically a stage separation, engine burn, etc.
|-
|LANDFAIL||Landing failures. Set to 1 to disable all random landing failures in your scenario, or 0 to create a random set of failures.
|-
|LAUNCHFAIL||Launch failures. Set to 1 to disable all random launch failures in your scenario, or 0 to create a random set of failures.
|-
|SWITCHFAIL||Switch failures. Set to 1 to disable all random switch failures in your scenario, or 0 to create a random set of failures.
|-
|UNMANNED||Set to 1 for an unmanned mission.
|-
|ATTACHSTATE||Specifies which 'things' are attached to the spacecraft. This is a bit-field, created by combining the following values as appropriate.

<code>
1 The interstage is attached. 
2 The LES is attached. 
4 There is a docking probe. 
8 The Apex Cover is attached. 
16 The parachutes are attached. 
32 There is a CSM on the launcher. 
64 If there is no CSM, there is a nosecap on the SLA panels.
</code>

Defaults are generally safe to use, but you may need to specify the value in the scenario for unusual missions (e.g. Apollo 5 with no LES or CSM and a nosecap uses 93).
|-
|HASPROBE||Allows you to override the default docking probe state. Set to 1 if the spacecraft has a docking probe, or 0 if it doesn't.

This value is not saved in scenarios written out by orbiter, it is purely intended to allow you to set the docking probe state in initial scenarios without having to specify the full value for ATTACHSTATE. If you specify both HASPROBE and ATTACHSTATE in the same scenario, then whichever value comes second will be used for the docking probe state.
|-
|SLASTATE||Specifies the state of the SLA panels on the SIVB. Bit 8 should be set to 1 if the panels are hinged, or 0 if they separate from the SIVB. Bits 0-7 specify the angle to which they will open if hinged, defaulting to 45 degrees with an upper limit of 150 degrees; if they're not hinged, they currently always separate at 45 degrees.

In most cases the default will work fine (hinged to 45 degrees on Saturn 1b, not hinged on Saturn V), but special missions may require manually setting this state. For example for hinged panels opening to 150 degrees use "SLASTATE 150" in the scenario.
|-
|PAYN||Sets the payload vessel name (e.g. Eagle for the Apollo 11 LEM). This is the name the SIVB payload will be given when it is created; LEMN can be used as a synonym.
|-
|MCC_MT_Enabled||Set to 1 to enable the ground and mission tracking of the [[Mission Control Center]]. This parameter is only used for initializing the MCC before launch and is not saved again in a scenario.
|}

==Mission parameter options==

These are options specifying things such as the earth parking orbit parameters, lunar landing site, various mission time parameters etc.

{|class="wikitable"
!width="100"|Option || Function
|-
|TOAPO||Specifies the desired launch apogee altitude in kilometers.
|-
|TOPER||Specifies the desired launch perigee altitude in kilometers.
|-
|TOHDG||Specifies the desired launch azimuth in degrees.
|-
|TLIMJD||Specifies the desired MJD of the TLI burn.<cite>I</cite>
|-
|LOIMJD||Specifies the desired MJD of the first LOI burn.<cite>I</cite>
|-
|FREERETURNPECMJD||Specifies the desired MJD of the free return pericynthion.<cite>I</cite> (currently unused)
|-
|FREERETURNPECALT||Specifies the desired altitude (in meters) of the free return pericynthion.<cite>I</cite> (currently unused)
|-
|TLIOFFSETLON||Specifies the longitude of desired target offset (in radian) of the TLI burn.<cite>I</cite>
|-
|TLIOFFSETLAT||Specifies the latitude of desired target offset (in radian) of the TLI burn.<cite>I</cite>
|-
|TLIOFFSETRAD||Specifies the radius of the desired target offset (in meters) of the TLI burn.<cite>I</cite>
|-
|MOONMJD||Specifies the desired MJD of the lunar landing.<cite>I</cite>
|-
|MOONBASE||Orbiter base name of the planned landing site on the Moon, if any.<cite>I</cite>
|-
|MOONLAT||Latitude (in degrees) of the planned landing point on the Moon, if any.
|-
|MOONLONG||Longitude (in degrees) of the planned landing point on the Moon, if any.
|-
|MOONALT||Altitude (in meters) of the planned landing point on the Moon, if any.
|-
|EARTHEIMJD||Specifies the desired MJD of the Earth landing entry interface, if any.<cite>I</cite>
|-
|SPLASHLAT||Latitude (in degrees) of the planned splashdown site on the Earth, if any.<cite>I</cite>
|-
|SPLASHLONG||Longitude (in degrees) of the planned splashdown site on the Earth, if any.<cite>I</cite>
|}

==Audio options==

{|class="wikitable"
!width="100"|Option || Function
|-
|LANG||Set to the appropriate string for the audio language you want to use. Currently we only ship English audio, but if, say, you downloaded a French audio add-on you could set this to French instead and the French files would take precedence.
|}

==AGC options==

AGC options are specified between AGC_BEGIN and AGC_END. Options outside those lines will be ignored.

{|class="wikitable"
!width="100"|Option || Function
|-
|EMEM||Set an AGC erasable memory location to a specified value. Addresses and values are both specified in octal (base-8), so to set address 10 (decimal) to 17 (decimal) you would specify <code>EMEM0012 21</code>. LMPAD and CMPAD should be used in prelaunch scenarios.
|-
|}

==Virtual AGC options==

These options are set in the standard CSM configuration, not between the AGC_BEGIN and AGC_END lines. If you try to set them inside the AGC configuration they will be ignored.

{|class="wikitable"
!width="100"|Option || Function
|-
|CMPAD||Set a Virtual AGC erasable memory location in the CM AGC to a specified value. Addresses and values are both specified in octal (base-8), so to set address 10 (decimal) to 17 (decimal) you would specify <code>EMEM0012 21</code>. If the scenario uses the C++ AGC rather than Virtual AGC, these values are ignored.

CMPAD entries are used once to set up the values in the AGC when the scenario is loaded, then thrown away. So they will not be saved to a scenario file when you exit Orbiter.
|-
|LMPAD||Set a Virtual AGC erasable memory location in the LM AGC to a specified value. Addresses and values are both specified in octal (base-8), so to set address 10 (decimal) to 17 (decimal) you would specify <code>EMEM0012 21</code>. If the scenario uses the C++ AGC rather than Virtual AGC, these values are ignored.

Note that the LEM PAD is loaded when the LEM is created, so setting these values when the LEM already exists in the scenario will have no effect.
|-
|LMPADCNT||Sets the number of LEM PAD entries. The LEM PAD is saved in a table until the LEM is created, so the DLL needs to know how large a table to create. Any values beyond this count will be ignored.
|}

==LVDC options==

LVDC options are specified between LVDC_BEGIN and LVDC_END. Options outside those lines will be ignored.

====Guidance Presettings For Boost to Earth Parking Orbit====

{|class="wikitable"
!width="100"|Option || Function
|-
|LVDC_dV_B||Cutoff velocity bias for S-IVB first burn. Velocity in meters per second.
|-
|LVDC_eps_2||Constant time for selection of guidance option that enforces only terminal velocity. Time in seconds.
|-
|LVDC_fx[0]||Coefficients of parking orbit inclination polynomial. Values as degrees in <code>LVDC_fx[0]</code> to <code>LVDC_fx[6]</code>.
|-
|LVDC_gx[0]||Coefficients of parking orbit descending nodal angle polynomial. Values as degrees in <code>LVDC_gx[0]</code> to <code>LVDC_gx[6]</code>.
|-
|LVDC_H||Third zonal harmonic coefficient in gravitational potential model.
|-
|LVDC_J||Second zonal harmonic coefficient in gravitational potential model.
|-
|LVDC_Fx[1][0]||Coefficients for the four-segment first-stage tilt polynomial. <code>LVDC_Fx[1][0]</code> to <code>LVDC_Fx[1][4]</code> for the first segment, <code>LVDC_Fx[2][0]</code> to <code>LVDC_Fx[2][4]</code> for the second segment etc.
|-
|LVDC_Rho[0]||Atmospheric density mode polynomial coefficients.
|-
|LVDC_ROV||Constant for biasing terminal range-angle prediction in first S-IVB burn.
|-
|LVDC_T_ar||Time from Timebase 1 when tilt arrest occurs.
|-
|LVDC_tau2||Estimated time to burn up vehicle completely, from a selected time between T1I=0 and the end of the artificial tau mode.
|-
|LVDC_tau2N||Nominal tau, used in the S-IVB first-burn artificial tau mode.
|-
|LVDC_tau3||Estimated time to burn up S-IVB completely, constant during first and second stages of IGM.
|-
|LVDC_T_S1||Segment switch times for four-segment first-stage tilt polynomial reference to Timebase 1.<code>LVDC_T_S1</code> to <code>LVDC_T_S3</code>.
|-
|LVDC_Tt_3||Estimated third-stage burn time.
|-
|}

====Guidance Presettings for Translunar Injection Boost====

{|class="wikitable"
!width="100"|Option || Function
|-
|LVDC_eps_2R||Constant time for selection of guidance option that enforces only terminal velocity end-conditions during S-IVB second burn.
|-
|LVDC_eps_3R||Constant time for selection of guidance option that freezes the terminal conditions during the second S-IVB burn.
|-
|LVDC_T_4N||Nominal time from TB4 to first GCS.
|-
|}

====Targeting Presettings for Daily Launch Window====

{|class="wikitable"
!width="100"|Option || Function
|-
|LVDC_ALFTSA||Desired angle between the S Vector (Nodal crossing of target ellipse and Earth Parking Orbit) and T (Unit Target) vector at restart preparation for first opportunity. (constant across daily launch window.)
|-
||LVDC_ALFTSB||Desired angle between the S Vector (Nodal crossing of target ellipse and Earth Parking Orbit) and T (Unit Target) vector at restart preparation for second opportunity. (constant across daily launch window.)
|-
|LVDC_BETAA||Angle between S Vector and Radius Vector at initiation of S-IVB restart preparations for first opportunity. (constant across launch window.)
|-
|LVDC_BETAB||Angle between S Vector and Radius Vector at initiation of S-IVB restart preparations for second opportunity. (constant across launch window.)
|-
|LVDC_CCSA0||<code>LVDC_CCSA0</code> through <code>LVDC_CCSA14</code> are values of a 15-point table of the cosine of the true anomaly of the target vector as a function of time into the launch window for first opportunity.
|-
|LVDC_CCSB0||<code>LVDC_CCSB0</code> through <code>LVDC_CCSB14</code> are values of a 15-point table of the cosine of the true anomaly of the target vector as a function of time into the launch window for second opportunity.
|-
|LVDC_C3A0||<code>LVDC_C3A0</code> through <code>LVDC_C3A14</code> are values of a 15-point table of twice the specific energy of the target ellipse as a function of time into the launch window for first opportunity.
|-
|LVDC_C3B0||<code>LVDC_C3B0</code> through <code>LVDC_C3B14</code> are values of a 15-point table of twice the specific energy of the target ellipse as a function of time into the launch window for second opportunity.
|-
|LVDC_DECA0||<code>LVDC_DECA0</code> through <code>LVDC_DECA14</code> are values of a 15-point table of target vector declination as a function of time into the launch window for first opportunity.
|-
|LVDC_DECB0||<code>LVDC_DECB0</code> through <code>LVDC_DECB14</code> are values of a 15-point table of target vector declination as a function of time into the launch window for second opportunity.
|-
|LVDC_dV_BR|| Cutoff velocity bias for translunar injection (constant across daily launch window.)
|-
|LVDC_ENA0||<code>LVDC_ENA0</code> through <code>LVDC_ENA14</code> are values of a 15-point table of target ellipse eccentricity as a function of time into the launch window for first opportunity.
|-
|LVDC_ENB0||<code>LVDC_ENB0</code> through <code>LVDC_ENB14</code> are values of a 15-point table of target ellipse eccentricity as a function of time into the launch window for second opportunity.
|-
|LVDC_FA||True anomaly of the predicted cutoff radius vector for first opportunity (constant across daily launch window).
|-
|LVDC_FB||True anomaly of the predicted cutoff radius vector for second opportunity (constant across daily launch window).
|-
|LVDC_hx[0][0]||<code>LVDC_hx[0][0]</code> through <code>LVDC_hx[0][4]</code> are coefficients of the first-segment polynomial of launch azimuth versus time.
|-
|LVDC_hx[1][0]||<code>LVDC_hx[1][0]</code> through <code>LVDC_hx[1][4]</code> are coefficients of the second-segment polynomial of launch azimuth versus time.
|-
|LVDC_hx[2][0]||<code>LVDC_hx[2][0]</code> through <code>LVDC_hx[2][4]</code> are coefficients of the third-segment polynomial of launch azimuth versus time.
|-
|LVDC_hx[3][0]||<code>LVDC_hx[3][0]</code> through <code>LVDC_hx[3][4]</code> are coefficients of the fourth-segment polynomial of launch azimuth versus time.
|-
|LVDC_RASA0||<code>LVDC_RASA0</code> through <code>LVDC_RASA14</code> are values of a 15-point table of target vector right ascension as a function of time into the launch window for first opportunity.
|-
||LVDC_RASB0||<code>LVDC_RASB0</code> through <code>LVDC_RASB14</code> are values of a 15-point table of target vector right ascension as a function of time into the launch window for second opportunity.
|-
|LVDC_RNA||Predicted radius at reignition for first opportunity (constant across daily launch window).
|-
|LVDC_RNB||Predicted radius at reignition for second opportunity (constant across daily launch window).
|-
|LVDC_t_DS0||<code>LVDC_t_DS0</code> through <code>LVDC_t_DS3</code> are the partition times for launch azimuth polynomial segments.
|-
|LVDC_t_D1||<code>LVDC_t_D1</code> through <code>LVDC_t_DS3</code> are the initial times for the azimuth polynomial segments.
|-
|LVDC_TETEO||Angle between the inertial meridian of the vernal equinox and the Pad 39A meridian at Guidance Reference Release.
|-
|LVDC_T_LO||Time from midnight Greenwich Mean Time to GRR on day of launch.
|-
||LVDC_TPA0||<code>LVDC_TPA0</code> through <code>LVDC_TPA14</code> are values of a 15-point table of time since launch window opening. These time are values of all out-of-orbit targeting tables for first opportunity.
|-
||LVDC_TPB0||<code>LVDC_TPB0</code> through <code>LVDC_TPB14</code> are values of a 15-point table of time since launch window opening. These time are values of all out-of-orbit targeting tables for second opportunity.
|-
|LVDC_t_SD1||<code>LVDC_t_SD1</code> through <code>LVDC_t_SD3</code> are azimuth polynomial normalizing coefficients.
|-
|LVDC_TSTA||Time to begin testing for restart preparations referenced to Timebase 5 for first opportunity.
|-
|LVDC_TSTB||Time to begin testing for restart preparations referenced to Timebase 5 for second opportunity.
|-
|LVDC_XLunarAttitude||Roll, pitch and yaw attitude required for S/C separation maneuver.
|-
|}

==Checklist Information==

These values are defined between the lines <checklist> and </checklist>

{|class="wikitable"
!width = "100"|Option || Function
|-
|FILE || This is the file name of the checklist file to use.
|-
|AUTO || This defines whether to automatically execute the checklists.
|}

Additionally there are two items to define in the launch vehicle before the scenario starts. These are NOT defined between <checklist> and </checklist>

{|class = "wikitable"
!width = "100"|Option || Function
|-
|LEMCHECK || This is the file name of the checklist the LEM should use.
|-
|LEMCHECKAUTO || This defines whether the LEM should automatically execute the checklists.
|}

==Scenario information==
{|class="wikitable"
!width="100"|Option || Function
|-
|NASSPVER|| The version of the current scenario file. The first two digits are reserved to indicate the current NASSP version. The remaining 3 digit number is incremented each time a breaking change is made to a scenario parameter.
|}

==See Also==

* [[Config File Options]]

[[Category:Scenario configuration]]

Scenario File Updates

2022-09-07T20:57:12Z

Thymo: Incude scenario version in update note

This page contains information on changes that could potentially break older scenarios, or otherwise cause unexpected behavior for users. In some cases it may be recommended that users not update mid mission, however all efforts will be made to avoid doing this or provide users with the tools to update their scenarios.

== Scenario version: 8000 | 8.0 Beta, Build 1754, 2 November 2021==
'''What changed:''' The way that vapor-pressure and enthalpy of vaporization are calculated by the internal systems simulation. Reference to forum thread: https://www.orbiter-forum.com/threads/v8-release-work-thread.36128/post-587754

'''User Action:''' None required.

'''Effect on Older Scenarios:''' Upon loading older scenarios the cabin temperature in the LM and CSM will rise sharply, but will return to nominal values within a few minutes. "O2 flow high" C/W alarms typically occur in the CSM too on initial load. Systems will stabilize on new internal states after this brief transition period and further saves in the same mission should not exhibit these transient temperatures and pressures.

Scenario File Updates

2022-09-02T18:25:23Z

Thymo: Create page stub

{{stub}}
This page will contain information on changes to scenario files that require user action.

Installation

2022-04-20T11:05:02Z

Thymo: Mark NASSP 7 deprecated

{{Infobox | caption=Latest Downloads | text={{Latest_Downloads Extended}} }}

Project Apollo - NASSP is an ongoing project, many developers are working on lots of new features and enhancements. If you are interested in this development you can now test the current version of Project Apollo.

Since Project Apollo is an open source project and all developers are working for free in their spare time we don't have project plans, schedules, or things like this. We coordinate the development by using our [http://www.ibiblio.org/mscorbit/mscforum/ forums]. So if you read the latest news you hopefully get all the necessary information you need to use Project Apollo. Of course every developer is happy to get feedback regarding his work to fix bugs and make improvements, so please do not hesitate to post in the forum if you discover something noteworthy.

= NASSP 8.0 Beta =

The installation instructions for the upcoming release of NASSP, version 8.0, have not yet been ported to the wiki at this time. In the meantime, they can be viewed on the Orbiter Forums here: https://www.orbiter-forum.com/threads/nassp-8-installation-guide.36801/

Once installed, updating to the latest beta build is as easy as downloading the latest beta release ZIP file from the GitHub link at the top corner of this page, and unzipping its contents into your Orbiter installation folder.

= NASSP 7.0 Stable (Deprecated) =

This version of NASSP is several years old, having released in 2017. It is no longer actively maintained, but should remain perfectly usable if you desire a "stable" version of NASSP that will not change, at the cost of missing out on more recent improvements to simulation accuracy, etc. If you wish to upgrade from NASSP 7.0 to 8.0, it is highly recommended to perform a complete reinstall from scratch, following the instructions provided in the earlier "NASSP 8.0" section.

This section tries to provide step-by-step instructions to set up the Orbiter environment for Project Apollo. You need to do the following steps only once. If you want to update your installation read the "How do I update?" section below.

== Install Orbiter ==

If you have installed the latest Orbiter 2010 version already, you can use this installation for Project Apollo, of course. Otherwise you need to install Orbiter. This includes the following steps at the moment: '''Orbiter 2010-P1 Edition'''
* Orbiter100830.zip/msi as explained here: http://www.orbiter-forum.com/download.php Optional:
* Earth091124_11_14.zip
* Moon090730_L11.zip

'''OrbiterSound 4.0'''
* http://orbiter.dansteph.com/forum/index.php?page=download

Optional: '''High resolution surface tiles for the Kennedy Space Center'''
* [http://sourceforge.net/projects/nassp/files/Orbiter/KSC_HiRes_Tiles.zip/download KSC_HiRes_Tiles.zip]

== Installation Prerequisites ==

Install the '''[https://www.microsoft.com/en-us/download/details.aspx?id=48145 Microsoft VS C++ 2015 Redistributable (x86) Package]''' if it's not installed already.

== Install Project Apollo - NASSP ==

Follow the '''Modules Pack''' link at the top of this page download and unzip the first .zip file to your Orbiter installation folder. Make sure that the directory structure of the archive is retained, usually there's a "Use Folders" option box or similar, which should be ticked/checked.

Optionally, you can download and unzip the '''Source Code.zip''' the same way if you wish to have the source code that corresponds to the binary release.

== Optional, but recommended: Install the DirectX 9 client ==

The built-in (aka "inline") Orbiter graphics client is based on DirectX 7. Especially with Windows 7 computers and/or recent graphics adapter this client isn't working very well or in some cases isn't working at all. Fortunately there's an DirectX 9 client by [http://www.orbiter-forum.com/member.php?u=408 jarmonik] meanwhile, which is working great with Project Apollo. So it is strongly suggested to give it a try. You can get it from [http://www.orbiter-forum.com/showthread.php?t=18431&highlight=d3d9client this thread] in the Orbiter main forum or by following these instructions:

* Install a recent Microsoft DirectX Runtime, for example by using the [http://www.microsoft.com/en-us/download/details.aspx?id=35 Microsoft DirectX End-User Runtime Web Installer].

* Download and unzip the [http://d3d9client.codeplex.com/ client] file to your Orbiter installation folder the same way as the Project Apollo files above.

* Start '''Orbiter_ng.exe''' (NOT Orbiter.exe) from your Orbiter installation folder.

* Go to the "Modules" tab and activate the "D3D9Client" module.

* The "Video" tab appears, configure the video settings as you like, they are quite similar to the usual Orbiter video settings. Do not change any settings you don't know/understand.

* Launch a build-in scenario in order to check if the client is running fine before you continue with the instructions below.

== Configure Project Apollo ==

* Start Orbiter ('''Orbiter_ng.exe''' in case you're using the DirectX 9 client), go to the "Parameters" tab and make sure that at least '''Complex flight model''', '''Limited fuel''', '''Gravity-gradient torque''' and '''Nonspherical gravity sources''' are enabled.

* Go to the "Modules" tab and activate the '''[[ProjectApolloMFD]]''' module.

* Optionally you can change some options with the '''[[Launchpad Configuration Options]]''' on the "Extra" tab.

* That's all, now you can try if Project Apollo is working properly. You'll find the proper scenarios in the '''"Project Apollo - NASSP" scenario folder'''. Please note that the scenarions in the "Broken Scenarios" subfolder are, well, broken.

== How do I update? ==

To update your Project Apollo installation you can repeat the steps above in [[Installation#Install_Project_Apollo_-_NASSP|Install Project Apollo - NASSP]].

== How can I track the development source and/or participate in development? ==

Please see the [http://www.ibiblio.org/mscorbit/mscforum/index.php?board=34.0 development area of the forums], specifically the [http://www.ibiblio.org/mscorbit/mscforum/index.php?topic=2864.0 git instructions thread].

==See Also==

* [[:Category:Scenario configuration|Configuration]]

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Template:Latest Downloads

2022-01-17T21:49:47Z

Thymo:

|Modules Pack (May 13th, 2021)
[https://github.com/orbiternassp/NASSP/releases/download/NASSP-V7.0-Release-master-1671/Project-Apollo-NASSP-V7.0.1.zip Project-Apollo-NASSP-V7.0.1.zip]
|-
| style="font-size: 80%"

Template:Latest Downloads Extended

2022-01-17T21:48:59Z

Thymo: Show release summary

{{Latest Downloads | HideLinkNotice=true}}
|-
|Latest beta
[https://github.com/orbiternassp/NASSP/releases https://github.com/orbiternassp/NASSP/releases]
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| style="font-size: 80%" | The links open the Github download page.

Simple AGC

2022-01-17T20:09:41Z

Thymo: Simple AGC is dead

'''Project Apollo''' used to have its own implementation of the Apollo Guidance Computer (AGC) software in C++. Some of the real programs were simulated along with a number of programs which did not exist in the real AGC, but are useful in Orbiter. Simple AGC was removed along with difficulty settings in NASSP 7.

==Pre-Launch==

[[Image:DelcoDSKYImage.png|thumb|right|Diagram of DSKY interface for reference, showing LM and CM lights<cite>A15_DELCO</cite>]]

When you first start up your scenario the AGC will spend about thirty seconds running through its self-test program on the [[DSKY]], just like a PC does. On a real Saturn V this would check all the computer hardware, but since we can pretty much guarantee that your PC is going to multiply and divide correctly if it's managing to run Windows, here it just does the final stage, and tests the display by outputting a selection of test patterns.

If you get bored, just hit 10x time acceleration briefly. Once the lights have turned off, the computer goes into standby mode with displays blanked and just the STDBY light lit. If you start the engines it will automatically start up as they ignite.

However, if you prefer to do things the 'proper' way, press the PRO key on the DSKY to start the computer. VERB 37 will flash on the display: this is the 'change program' verb: the computer is currently idling in program 00, but suggesting that you enter a new program to run.
So press 'NOUN', then 0, then 1, then ENTER.

Note that whenever you enter data into the DSKY you will have to enter initial zeros in this way if the data would not otherwise require you to enter a digit in a specific column. If you attempt to enter too many digits, or attempt to ENTER a VERB/NOUN combination that isn't supported, the OPR ERR light will light up. Press RSET to reset the error indication and continue.

If you are entering data into the DSKY when the computer wishes to display information, the KBD REL light will light up. If you're finished with the keypad then press the KEY REL button and the computer will now be able to use the display; otherwise, typically, it will display the information it wants to show you after you finish entering the data you're typing in.

VERB 37 NOUN 01 will run the initial IMU alignment program: in Orbiter in merely lights the NO ATT light briefly and then changes automatically to program 02, in a real Saturn V this would align the IMU to the appropriate angles that have been entered into the computer and then switch to program 02.

Program 02 is the pre-launch setup program. You can use this to check the planned orbit from the scenario file, update the orbit and launch times, or simply ignore it and the computer will use the scenario values.

The program will start with a flashing VERB 06 NOUN 29. This shows the launch azimuth in hundredths of a degree on the top line of the display, and allows you to change it from the historically correct value if you choose.

To update the information on these lines you need to change the displayed values, then press PRO to enter them into the AGC. To update the first line, use VERB 21 ENTER, for the second VERB 22 ENTER , for the third VERB 23 ENTER. To update the first and second in sequence use VERB 24 ENTER, for all three use VERB 25 ENTER.

When you enter data the DSKY will blank the appropriate line. Press '+' or '-' to begin data entry (octal entry is not yet supported), then type in the digits, with preceding zeros when required. Once you type in all five digits, the value will be saved ready to be passed to the AGC. Note that if you make a mistake while entering the number, you can press CLR to clear the entry and try again.
So, you can use VERB 21 ENTER to change the azimuth value, then press PRO to accept the value being displayed. Alternatively, if you're happy with the value, use VERB 33 ENTER to 'proceed without data': the computer will then use the displayed azimuth value for the launch.

Either way, the computer will respond with a flashing VERB 06 NOUN 44, displaying the desired apogee and perigee in tens of meters. Again, update them if desired, or use VERB 33 ENTER to continue.

The computer will respond with a flashing VERB 06 NOUN 33, displaying the time to liftoff: hours on the first line, minutes on the second line, and hundredths of a second on the third line.

If you wish to change your launch time, update the values on the display, then press PRO to load them into the computer. If you want to monitor the launch time, enter VERB 16 ENTER, which will switch to updating the countdown time roughly twice per second.

==Launch==

[[Image:DSKYShowingProgram11.jpg|thumb|right|AGC running Program 11 during launch]]

So you're ready to launch. When the countdown reaches zero the AGC will start the engines, automatically switch to program 11 and activate the autopilot. If for some reason this should fail, then you can press VERB 75 ENTER or VERB 37 NOUN 11 ENTER to start the program manually: of course unless there's a horrid bug, this isn't going to happen :).

The program will switch to VERB 16 NOUN 62: Verb 06 and 16 are two which are very useful to know: Verb 06 means 'display the information for this noun', and can be used to check the current value of various internal variables. Verb 16 is the same, except rather than show just the value at the time you press ENTER, it will update automatically roughly twice per second.

Different Nouns will display different information. Noun 62 will display three lines on the DKSY, the first is the velocity relative to Earth in meters per second, the second is the vertical velocity in meters per second, and the third is the altitude in kilometers.

[[Image:DSKYShowingOrbitDisplay.jpg|thumb|right|DSKY displaying orbit information during launch]]

To monitor the orbit information, either press VERB 82 ENTER or VERB 16 NOUN 44 ENTER (note that if either the Verb or Noun you wish to execute is already displayed, there's no need to type it in again: if, for example, the display was showing VERB 16 NOUN 62, you could just press NOUN 44 ENTER to switch).
Noun 44 again displays three lines. The first is the apogee altitude in kilometers, the second the perigee altitude in kilometers, and the third is approximately the time in minutes and seconds to freefall to 300,000 feet if the engines were shut down: the latter is useful in planning aborts, as 300,000 feet is approximately the level where re-entry heating begins. If you haven't yet achieved a trajectory that will take you above 300,000 feet, or are moving too fast to return to that altitude, it will display 59:59.

Note that a real Apollo capsule wouldn't use SI units: instead, velocity would be measured in feet per second and altitudes in nautical miles. The code does have an option to switch to realistic units, but currently there's no way to enable that: it will be an option in the future for those who really want to do it the 'proper' way :).

If, at some point, you feel like flying manually, then enter VERB 46 ENTER. This will toggle the autopilot state each time you enter it.

Finally, when you reach orbit and the SIVB stage shuts down, the computer will disable the autopilot and prompt you to switch programs with a flashing VERB 37 again. You might as well enter NOUN 00 ENTER to switch to the idle program, to disable the computer for the time being.

==TLI Burn==

To perform the TLI burn, you need to run program 15. So, start with VERB 37 NOUN 15 ENTER to begin running that program.

Now use your favorite MFD to calculate the burn ejection time and delta-V. I've used the Transfer MFD, but this should work with TransX too.

The computer will respond with a flashing VERB 06 NOUN 33. This displays the time to ejection in hours (top line), minutes (middle line) and hundredths of seconds (bottom line).
Skip time until the time to ejection in the MFD display is around 1300 seconds. Now enter VERB 22 ENTER to change the value of the minutes field. Press '+00020' to indicate twenty minutes, and wait. Watch the time to ejection count down and when it hits 1200 seconds, press PRO to update the time for the computer.
You've now told the program when to make the TLI burn. The display will switch to VERB 06 NOUN 14. This is one line, the delta-V for the burn.

Press VERB 21 ENTER to update the delta V. Now press '+' and enter the value with appropriate leading zeros. For example, if your burn delta-V is going to be 3183 m/s, enter '+03183'. When you're done, press PRO.

The computer will perform some calculations and respond with a flashing VERB 06 NOUN 95. This shows the burn details. The top line is the time to engine ignition, the middle line the delta-V, and the bottom line the velocity for engine cutoff. The time to ignition will not be the value you just entered, as it allows for the burn duration and engine startup.

Now you can sit and wait, or skip time towards ignition. If you want a countdown, then press VERB 16 ENTER to monitor the burn values.

Along the way a few things will happen to keep you awake. About nine and a half minutes before ignition the UPLINK ACTY light will come on for a few seconds. About 1 minute and 45 seconds to ignition the display will blank briefly, then switch into countdown mode with VERB 16 NOUN 95.

About 1 minute and 30 seconds to ignition the computer will enable prograde mode, if it's not already enabled: it will then keep it active throughout the burn and turn it off at the end.

If you change your mind before ignition, then press VERB 34 ENTER to terminate the current program. If entered after ignition this will shut down the SIVB, but you will have used up your single restart.
After the engines ignite, the display will change. Although it's still NOUN 95, it will now show an approximate countdown to engine shutoff in the top line, the remaining delta-V in the middle, and the cutoff velocity in the bottom line. If you want to monitor the state of your orbit, you can use VERB 16 NOUN 44 to display apogee, perigee and current altitude.

One thing you will notice is that the cutoff velocity in the NOUN 95 display will change during the burn. As the engine runs, you begin to climb away from Earth, and as a result you lose velocity. On a real Saturn V NASA would have calculated the cutoff velocity taking that loss into account, but the MFDs don't do so, therefore the computer performs the calculations in realtime as the engine runs.

When the engine cuts off, you should be within about 1 m/s of the correct velocity. If you're further out you can probably fine-tune with the SM RCS once you've seperated the LM from the SIVB.

The countdown on the DSKY will stop at zero, so press PRO. That will give you a flashing VERB 37 to remind you to change programs, at this point you might as well enter NOUN 00 ENTER to switch the AGC to idle, or NOUN 06 ENTER and then PRO to put it in standby mode.

==Docked Vessel Control==

The fictional Prog 59 is a generic 'docked vessel control' program which allows the Command Module AGC to perform various functions with docked vessels that support remote control; note that this is restricted to future fictional vessels and these programs do not work with the LEM.

Program 59 has a number of sub-programs, which perform the various functions. They are selected by entering a value into the R1 regsiter and pressing PRO.

Enter +00001 then press PRO to start and stop fuel venting... the AGC will display the amount of fuel left in the docked vessel as it's vented.

While docked, the CSM may be able to draw power from the docked vessel. Run Prog 59 again and enter +00002 in R1 to run the power display program. This displays the power flow from the docked vessel to the CSM, and the power left in the docked vessel's batteries, if appropriate.

==Lunar Orbit Insertion==

To enter lunar orbit, aim for a periapsis altitude of about 115 km and simply enter VERB 37 NOUN 16 ENTER on the DSKY about half an hour before periapsis. This will display NOUN 19, showing the status of the burn required to enter Lunar orbit.

R1 will show the time to ignition, then the time to cutoff after ignition. R2 shows altitude in tenths of a kilometer, and R3 shows offplane distance in tenths of a kilometer.

The resulting orbit will be about 115 x 315 km. Apollo 11 and 12 then did a LOI2 burn to achieve a roughly circular orbit. To do that execute P16 again at about half an hour before next periapsis, the resulting orbit will be about 110 x 120 km. Apollo 14 and later didn't do a LOI2 burn but the DOI burn directly with the complete CSM/LM stack, the Descent Orbit Insertion (DOI) program P17 is used for that.

==Descent Orbit Insertion==

To enter a suitable orbit for the LEM to land at the programmed landing site, run the Descent Orbit Insertion (DOI) Program 17 on either on the LM or CSM computer, for the LM, CSM, or docked pair. To start the program, use VERB 37 NOUN 17 ENTER.

The DSKY will display NOUN 23, which shows the number of passes before landing in R1, the time to the plane change or secondary burn in R2, and the delta-V in R3, in units of 0.1m/s. The program will pick a burn time on the next possible orbit, if you want to delay it then use VERB 21 ENTER to update the number of passes in R1, then press PRO. To get a countdown to the burn, use VERB 16 ENTER.

The program doesn't attempt to get the apoapsis to be 110 km. It simply does a burn 195 degrees away from where the landing site will be after the number of passes entered, so as to make the flight path angle zero and have the proper periapsis 15 degrees before the landing site. Since we're going to land, the apoapsis doesn't matter too much.

After the burn, you can run Program 18 to correct offplane errors.

==Lunar Landing==

Prior to initiating a descent to the moon, the orbit plane needs to come fairly close (<24 km) to the landing site (see P18), and have a periapsis altitude of between 10 and 20 km which is roughly above the landing site (see P17). This translates to radius from moon center of 1748 to 1758 km. When your orbit is correct and the LM is approaching the base about 1000 km away, you can start P63.

On the DSKY, enter VERB 37 NOUN 63 ENTER. If [[REALISM]] is set to zero, the rest of the landing will be automatic. Otherwise follow the instructions below.

The DSKY will display NOUN 89, showing the landing latitude in R1 and longitude / 2 in R2. Press PRO and the DSKY will show NOUN 61 with the time to go in R1, time from ignition in R2, and crossrange in tenths of kilometers in R3. If the cross-range is too high, you can thrust to improve it before the landing. Press PRO when you're happy.

This will display NOUN 33, showing the time to ignition; hours in R1, minutes in R2 and seconds and hundredths of seconds in R3. Press PRO to continue.

The DSKY will now display VERB 50 NOUN 18, showing the pitch, roll and yaw angles required for the burn. Press PRO to confirm the orientation.

At Ignition-35 seconds the DSKY blanks, then at Ignition-30 seconds switches to NOUN 62, which displays velocity in R1, time from ignition (in seconds) in R2, and required delta-V in R3.

At Ignition-5 seconds VERB 99 NOUN 62 flashes, requesting the astronaut to confirm the burn. Press PRO to confirm, and ensure you do it before the count reaches zero.

At ignition, NOUN 63 is displayed, with R1 showing the delta altitude from the landing site, R2 the altitude rate, and R3 the altitude.

==Generic programs and data==

Program 06 is the AGC standby program. Enter VERB 37 NOUN 06 ENTER to switch to program 06. It will then flash VERB 50 NOUN 25: this is a generic message from the computer telling you to perform a checklist action... the appropriate action will be displayed on the first line. In this case it is '00062', which means 'press the PRO key to put the AGC into standby'. Press that key and the displays will be blanked and the STDBY light come on. Press the PRO key again to bring the AGC out of standby.

Noun 38 shows the time since the AGC was booted. Noun 73 shows the altitude, velocity and angle of attack, the latter in hundredths of a degree.

===Program Alarms===

[[Image:DSKYDisplayingProgramAlarms.jpg|thumb|right|DSKY displaying a program alarm]]

If an error occurs in a program, it will light the PROG light on the DSKY and raise a program alarm. In some cases this will abort the program that's running, in others it will continue but you should consider corrective action. If you don't care, then just press RSET to clear the light and the record of the alarms.

To display the program alarms, use VERB 05 NOUN 09. This shows three lines: the first is the first alarm to occur since pressing RSET was pressed, the second is the second alarm to occur since RSET was pressed, and the third is the most recent alarm. If more than three alarms occur after pressing RSET, any others are lost.

{|class="wikitable"
!width="100"|Program Alarm|| Meaning
|-
|603||
Not enough time for orientation prior to burn
|-
|21521||
Program 01 selected in orbit
|}

===Program Checksums===

[[Image:DSKYDisplayingBankChecksum.jpg|thumb|right|DSKY displaying bank six checksum]]

VERB 91 will display the program bank checksums. Press VERB 91 ENTER.

In Orbiter this is absolutely useless in this version of the AGC (they're actually the checksums of one version of the Colossus software), but in a real Apollo this was an important tool for verifying that the correct programs were loaded into the AGC core memory. In the [[Virtual AGC]] this could also be useful to determine which version of the AGC software is loaded by examining the checksums.

In the DSKY display, the first line is the checksum, the second line is the bank number and the third is more checksum: to be valid, the first checksum must be equal to the bank number or negative bank number (in octal), and the second checksum gives more information; technically, it's the contents of the extra word of data which is appended to the memory bank in order to make the checksum valid.

To display more banks, use VERB 33 ENTER to cycle through them. When you reach the end of the memory banks the program will cycle back to bank zero again.

===Displaying Erasable Memory===

[[Image:DSKYDisplayingErasableMemory.jpg|thumb|right|DSKY displaying erasable memory]]

'Erasable Memory' was the AGC equivalent of modern RAM. The program was stored in fixed core memory, while data which might change (e.g. Current time, landing site location) was stored in erasable memory. Of course this meant that the astronauts needed a way to examine and change the memory.

To examine memory locations, use VERB 01 NOUN 02 ENTER. This will switch the R2 display to octal (base-8) and blank the R1 display, while flashing the verb and noun display to remind you that you need to do something. Enter a memory location in R1, and press PRO. The value of the erasable memory location will be displayed in R2, and the program will blank R1 again so you can enter a new memory location.

If, instead, you want to monitor a memory location as the data changes, use VERB 11 NOUN 02. As above, enter a memory address in R1 and press PRO. Rather than give you the option of entering another location, the verb and noun display will stop flashing and R2 will be continually updated with the contents of the memory location. Location (octal) 00025 is a good one to use, as it simulates the 10 millisecond timer on the real AGC.

Of course, since the memory is just simulated, this doesn't really help a huge amount. However, you can view various variables that control the AGC operation if you know how the program works, and will be able to change the program's operation by changing those variables.

To update an erasable memory location, use VERB 21 NOUN 02. Enter the address in R1 (in Octal) and the data in R2. Press PRO to update the erasable memory.

==Verb, Noun and Program Summary==

This section summarises the Verbs, Nouns and Programs used in this version of the AGC. Note that while many of these are identical or very similar to the real AGC, others are very different. Use the [[Virtual AGC]] documentation for flying with the Virtual AGC.

{|class="wikitable"
!width="100"|Verb|| Action
|-
|01
||With noun 02, display contents of erasable memory location
|-
|03
||Display R1 in octal
|-
|04
||Display R1 & R2 in octal
|-
|05
||Display R1, R2 and R3 in octal
|-
|06
||Display data in decimal
|-
|11
||With noun 02, monitor contents of erasable memory location
|-
|16
||Monitor data in decimal
|-
|33
||Proceed without data
|-
|34
||Terminate current program
|-
|37
||Run program
|-
|46
||Select manual control during launch
|-
|69
||Restart
|-
|75
||Start launch control program
|-
|82
||Display orbit information during launch
|-
|91
||Display memory checksum
|-
|99
||Confirm burn
|}

{|class="wikitable"
!width="100"|Noun|| Data
|-
|09
||Last three program alarms (always octal)
|-
|14
||Desired delta-v
|-
|18
||Desired or actual pitch, roll, yaw angles.
|-
|23
||Number of passes, time to burn, burn delta-V.
|-
|25
||Perform checklist action
|-
|29
||Launch azimuth
|-
|33
||Time to ignition
|-
|34
||Time of next program event
|-
|35
||Time to next program event
|-
|38
||Time since boot
|-
|43
||Latitude, Longitude, Altitude
|-
|44
||Orbit information during launch or other maneuvers
|-
|50
||Apoapsis, periapsis, fuel percentage
|-
|60
||Forward velocity, altitude rate, altitude.
|-
|61
||Time-to-go, time from ignition, crossrange (in 0.1km)
|-
|62
||Velocity information during launch and landing
|-
|63
||Delta-altitude, altitude rate and altitude.
|-
|64
||LPD time and angle (seconds and degrees), altitude rate, altitude.
|-
|68
||Downrange distance, time-to-go in braking phase (minutes and seconds), velocity.
|-
|73
||Flight trajectory
|-
|74
||Time from ignition, yaw after vertical rise, pitch after vertical rise.
|-
|76
||Desired downrange velocity, desired radial velocity, cross-range.
|-
|89
||Landing latitude, landing longitude / 2
|-
|94
||Apoapsis, current altitude, target apoapsis
|-
|95
||Burn details
|}

{|class="wikitable"
!width="100"|Program|| Action
|-
|00
||Idle
|-
|01
||Pre-launch IMU alignment
|-
|02
||Pre-launch setup
|-
|06
||Computer standby mode
|-
|11
||Launch control
|-
|12
||LEM: ascent to orbit
|-
|15
||TLI burn
|-
|16
||LOI: Lunar Orbit Insertion
|-
|17
||DOI: Descent Orbit Insertion
|-
|18
||Orbit Plane/Surface Alignment
|-
|19
||Orbit Adjustment- In Plane
|-
|32
||CSI: Coelliptic Sequence Initiation
|-
|33
||CDH: Constant Delta Height
|-
|34
||TPI: Transfer Phase Initiation
|-
|35
||TPM: Transfer Phase Midcourse
|-
|36
||Rendezvous Braking and station keeping
|-
|40
||LEM: DPS: Descent Propulsion System Burn
|-
|41
||RCS: RCS Burn
|-
|42
||LEM: APS: Ascent Propulsion System Burn
|-
|63
||LEM: LM PDI Braking
|-
|64
||LEM: LM Approach
|-
|65
||LEM: LM Auto Landing
|-
|66
||LEM: LM Manual landing
|-
|68
||LEM: Landing confirmation
|-
|70
||LEM: LM DPS Abort
|-
|71
||LEM: LM APS Abort
|}

[[Category:Apollo Guidance Computer]]

Main Page

2022-01-17T09:52:46Z

Thymo: Update forum, replace http with https

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [https://orbit.medphys.ucl.ac.uk/ Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [https://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo section on the [https://www.orbiter-forum.com/forums/project-apollo-nassp.40/ Orbiter Forum] or via IRC on https://libera.chat/ in the #nassp channel .
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads Extended}}
|}
|}

== Links ==

* [https://www.orbiter-forum.com/forums/project-apollo-nassp.40/ Orbiter forum]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [https://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [https://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [https://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [https://www.orbiterwiki.org OrbiterWiki]
* [https://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>https://nassp.space/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>https://nassp.space/images/userbar2.png</nowiki>
|}
__NOTOC__

Main Page

2022-01-17T09:49:56Z

Thymo: Update IRC info

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [http://orbit.medphys.ucl.ac.uk/ Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [http://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo forums at the [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center] or via IRC on https://libera.chat/ in the #nassp channel .
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads Extended}}
|}
|}

== Links ==

* [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center forums]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [http://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [http://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [http://www.orbiterwiki.org OrbiterWiki]
* [http://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar2.png</nowiki>
|}
__NOTOC__

Main Page

2022-01-16T17:38:54Z

Thymo: Remove SourceForge link

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [http://orbit.medphys.ucl.ac.uk/ Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [http://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo forums at the [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center] or via IRC on https://freenode.net/ in the #nassp channel .
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads Extended}}
|}
|}

== Links ==

* [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center forums]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [http://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [http://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [http://www.orbiterwiki.org OrbiterWiki]
* [http://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar2.png</nowiki>
|}
__NOTOC__

File:Apollo logo.gif

2022-01-07T12:31:42Z

Thymo:

Main Page

2022-01-07T12:18:35Z

Thymo: 77 revisions imported

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [http://orbit.medphys.ucl.ac.uk/ Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [http://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo forums at the [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center] or via IRC on https://freenode.net/ in the #nassp channel .
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads Extended}}
|}
|}

== Links ==

* [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center forums]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [http://sourceforge.net/projects/nassp NASSP SourceForge Project]
* [http://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [http://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [http://www.orbiterwiki.org OrbiterWiki]
* [http://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar2.png</nowiki>
|}
__NOTOC__

Template:Latest Downloads Extended

2022-01-07T12:17:35Z

Thymo: 1 revision imported

{{Latest Downloads | HideLinkNotice=true}}
|-
|Source Code (May 13th, 2021)
[https://github.com/orbiternassp/NASSP/archive/refs/tags/NASSP-V7.0-Release-master-1671.zip V7.0-Release-master-1671.zip]
|-
| style="font-size: 80%" | The links open the Github download page.

Template:Latest Downloads

2022-01-07T12:17:34Z

Thymo: 1 revision imported

Main Page

2017-02-22T15:22:55Z

Thymo: Added IRC reference

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [http://orbit.medphys.ucl.ac.uk/ Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [http://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo forums at the [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center] or via IRC on https://freenode.net/ in the #nassp channel .
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads}}
|}
|}

== Links ==

* [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center forums]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [http://sourceforge.net/projects/nassp NASSP SourceForge Project]
* [http://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [http://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [http://www.orbiterwiki.org OrbiterWiki]
* [http://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar2.png</nowiki>
|}
__NOTOC__

Main Page

2017-02-22T13:18:33Z

Thymo: Update Latest Download

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [http://orbit.medphys.ucl.ac.uk/ Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [http://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo forums at the [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center].
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads}}
|}
|}

== Links ==

* [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center forums]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [http://sourceforge.net/projects/nassp NASSP SourceForge Project]
* [http://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [http://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [http://www.orbiterwiki.org OrbiterWiki]
* [http://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar2.png</nowiki>
|}
__NOTOC__

Main Page

2017-02-22T13:08:40Z

Thymo: Fix broken link

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [http://orbit.medphys.ucl.ac.uk/ Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [http://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo forums at the [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center].
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads Extended}}
|}
|}

== Links ==

* [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center forums]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [http://sourceforge.net/projects/nassp NASSP SourceForge Project]
* [http://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [http://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [http://www.orbiterwiki.org OrbiterWiki]
* [http://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar2.png</nowiki>
|}
__NOTOC__

Main Page

2017-02-22T13:06:01Z

Thymo: NASSP 7.0 has been released!

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [http://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo forums at the [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center].
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads Extended}}
|}
|}

== Links ==

* [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center forums]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [http://sourceforge.net/projects/nassp NASSP SourceForge Project]
* [http://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [http://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [http://www.orbiterwiki.org OrbiterWiki]
* [http://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar2.png</nowiki>
|}
__NOTOC__

Main Page

2016-10-31T14:03:12Z

Thymo: Added link to github repo

{| style="width:100%; text-align:center; background:#fcfcfc; border:1px solid #ccc; margin-top: 0.7em;"
|- style="font-size:162%"
|style="padding-top:0.2em"| Project Apollo - NASSP
|- style="font-size:95%"
| An Apollo add-on for the [[w:Orbiter (sim)|Orbiter]] space flight simulator
|}

{|style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#ffffff; border-style:solid; border-width:1px; border-color:#ddd; " |
{|width="100%" cellspacing="5" style="background:#ffffff;"
|
{|width="100%" style="background:#fcfcfc; border:1px solid #ccc;"
| '''Introduction'''
|}
|-
|'''Project Apollo - NASSP''' (also known as [[Versions|NASSP]] or [[Versions#NCPP 1.0|NCPP]]) is an add-on for the [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter space flight simulator]. Project Apollo simulates the [[w:Project_Apollo|Apollo missions]] to Earth orbit and the Moon, and is slowly expanding to simulate planned post-Apollo missions that never flew. Project Apollo features a near-full implementation of the control panels in the Command Module and Lunar Module, and an increasingly accurate simulation of the internal systems (e.g. electrical distribution, fuel cells). Also the [http://www.ibiblio.org/apollo/ Virtual AGC] software is supported, which allows you to run precisely the same on-board guidance software as used by the real [[w:Apollo_Guidance_Computer|Apollo Guidance Computer]].
|-
|}
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Random Screenshot'''
|}
|-
|<randomimagebycategory categories="Screenshots"/>
|-
|}
|}

{{Attention | message=This site mainly covers the '''Project Apollo - NASSP 7.0 Beta''' version for Orbiter 2010-P1. If you want to install the last stable release, Project Apollo 6.4.3 for Orbiter 2006-P1, please go to the [[Project_Apollo_6.4_FAQ|Project Apollo 6.4 FAQ]].}}

{|width="100%" style="border-spacing:8px;margin:0px -8px"
|-valign="top" style="height:100%"
|style="background:#f5faff; border-style:solid; border-width:1px; border-color:#cedff2; " |
{|width="100%" cellspacing="5" style="background:#f5faff;"
|
{|width="100%" style="background:#cedff2; border:1px solid #a3b0bf;"
| '''Getting started'''
|}
|-
|To try the latest Project Apollo Beta release, just do the following:

* [[Installation|Install]] the latest Project Apollo - NASSP version.
* Read the [[First_Steps|First Steps]] documentation.
* For help and support visit the Project Apollo forums at the [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center].
|-
|}
|style="background:#f5fffa; border-style:solid; border-width:1px; border-color:#cef2e0; " |
{|width="100%" cellspacing="5" style="background:#f5fffa;"
|
{|width="100%" style="background:#cef2e0; border:1px solid #a3bfb1;"
| '''Latest Downloads'''
| align="right" | [[Image:New.gif]]
|}
|-
{{Latest_Downloads Extended}}
|}
|}

== Links ==

* [http://www.ibiblio.org/mscorbit/mscforum Meadville Space Center forums]
* [https://github.com/dseagrav/NASSP NASSP GitHub Repository]
* [http://sourceforge.net/projects/nassp NASSP SourceForge Project]
* [http://www.facebook.com/pages/Project-Apollo-Nassp/183834931749805 Project Apollo - NASSP on Facebook]
* [http://twitter.com/ApolloNASSP Project Apollo - NASSP on Twitter]
* [http://orbit.medphys.ucl.ac.uk/orbit.html Orbiter - a free space flight simulator]
* [http://www.orbiterwiki.org OrbiterWiki]
* [http://www.ibiblio.org/apollo/ Virtual AGC]

== Fun stuff ==

The [http://www.userbars.com Userbar community] did some great Project Apollo Userbars for the real fans. Please use them for your forum signature or on your website, just copy the URL below the user bars.

{|width=100%
| align="center" | [[image:userbar1.gif]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar1.gif</nowiki>
|-
| align="center" | [[image:userbar2.png]]
|-
| style="font-size:9px; color: #666666;" align="center" | <nowiki>http://nassp.sf.net/images/userbar2.png</nowiki>
|}
__NOTOC__