You made me curious... And I digged into it. Here's my result:
1. Obviously it's not Logitech's fault (this time
), but a rather strong spring-setting within IL-2, which is now correctly interpreted by the Firmware 1.42...
2. This strong spring setting is encoded in the file
Quote:
|
<IL2-Directory>/ForceFeedback/spring.ffe
|
3. This file can be edited with a small tool from Microsoft, called fedit - which was part of the DirectX 8.1 SDK, but is not available from Microsoft anymore.
4. However, I found a copy of fedit
here - and take no guarantee whatsovever.
5. With this tool one can inspect the spring.ffe and see that the force is full (10000) on all axes...
6. With this tool one can create a new spring.fee (modifying the original did not work with me - and, for heaven's sake:
do save the original to a safe place first!) with very much lower settings...
7. For the many impatient I have attached an zip-archive with a spring.ffe with
very low (447) settings (And again:
do save the original to a safe place first!). On the runway the stick is as limb as a, a..., well metaphors fail me
. In the air, the force grows with speed and is gone on stall...
8. Finally, do not blame
me, if something goes wrong!
9. [added later] There's one drawback, however: The ForceFeedback is not properly initialized with a plane standing motionless on the runway (there's just no force to feedback
). So when you start the game and then start a mission on the runway, everything is fine (stick is limb). When you leave the mission in midair (stick is stiff) and then restart the mission on the runway the stick will retain the former FFB (=stiff)... If you had landed properly and parked the aircraft, the stick would have gone limb and would be so on the start of the next mission...
Have fun,
Artist
PS: There's a good post by MikkOwl on G940 and ForceFeedback settings
here