I use 1301, which is not perfect but the best it seems
I use 1301, which is not perfect but the best it seems
Whath is airac?
Aeronautical Information Publication
1301 stands for 2013 January (01).
I use this site to make my flight plans from SID to STAR:
http://onlineflightplanner.org
With AIRAC 1301.
1301 is the one I found where there’s missing less waypoints but SID and STAR it’s another story
I think there’s no really AIRAC in Aerofly
I think there’s no really AIRAC in Aerofly
Maybe there will be Airac when Atc is released as a new feature
To get by add two or three degrees to any planned Aerofly passages from one place to another. It seems to minimise the magnetic variation errors in the U.S. and Europe.
If you plot a course in a site like SkyVector add 2 or 3 degrees to any calculated heading.
(Tip for SkyVector. To remove the unhelpful real world weather wind component enter the time as 9900. It will set the wind to zero so you can properly allow for any Aerofly wind if desired instead).
I use this site to make my flight plans from SID to STAR:
http://onlineflightplanner.org
With AIRAC 1301.1301 is the one I found where there’s missing less waypoints but SID and STAR it’s another story
I use this: https://flightplandatabase.com/
Back when I built the Missionsgerät (https://fboes.github.io/aerofly-missions/dist/), I had a simple model for the US and Europe to have the same magnetic variation as in AFS4. Now that we have global coverage this model is lacking.
Back than I found a file in AFS4 which seems to be the map of the magnetic variation, but I was unable to decompile it. This would have brought the magnetic model of AFS4 to the external flight planner.
But as the Missionsgerät is open source, maybe someone else wants to take their turn?
You can’t imagine how much I dream of an integrated route finder
...
Back than I found a file in AFS4 which seems to be the map of the magnetic variation, but I was unable to decompile it. This would have brought the magnetic model of AFS4 to the external flight planner.
....
It could be this file:
Is there any chance for us to decompile the file?
