It looks like you're new here. If you want to get involved, click one of these buttons!
Has anyone else been getting this. Having generated some random systems which included gas giants and terrestrials in deep space I find that I cannot open the properties windows of these types of systems. If I attempt to I get an error of the form "Access violation at address 004C6D29 in module Astro3.exe. Read of address 0000003C." The program does not crash but this is annoying. I found a workround, change the body type from gas giant or terrestrial to a star and you can access the properties. (I wanted to change the bodies name) edit it then change the body back to what it was originally. I am using version 3.01e on a Windows 10 64 bit system.
Comments
Yep, it looks like it was something introduced in the last update when the temperature calcs were tweaked a bit.
Just to clarify, this is only related to 'free planets' - planets that are not part of a star system.
I'll see if I can post a fix this week.
Yes that is right it only appears to effect free terrestrials and gas giant. Also if you are doing a fix another minor error is in the search function for brown dwarfs which returns an error.
Here's an updated build. Replace your existing Astro3.exe with this one. Also takes care of the brown dwarf search problem in the query builder.
http://www.nbos.com/support/astro301f2/Astro3.exe
NOTE: This executable is not signed. I'm in the process of renewing NBOS's signing cert so this is an unsigned executable. Its possible Windows or anti-malware will throw up a warning because of it when you first launch it.
Thanks Ed, that has fixed it. Windows 10 does try to block the unsigned version but you can get it to run easily enough.
I re-uploaded a new Astro executable that is signed with the NBOS code signing certificate. This should make Windows happier when you try to run it.
http://www.nbos.com/support/astro301f2/Astro3.exe
I think I saw that exception (I've been generating systems). I may try this - was running 3.01d, now 3.01e (have to see if I get it there, if so I will also try this f2 variation).