You can use the Loopback function and use any other controller connected to windows
You can use the Loopback function and use any other controller connected to windows
SHow I do that walmis?
WGoogle Docs
VPforce RHINO FFB User Manual Version 0.1 (WIP) 03/08/2023 Table of Contents 1. Welcome 1 2. Getting Started 3 2.1. Technical Specifications 4 2.2. Physical Setup 5 2.2.1. The VKB Adapter 6 2.2.2. The WinWing Adapter 6 2.2.3 The RHINO Throw Limiter Adapters 7 2.3. Initial Connection and Up...
MIs the new firmware out? And if so, where do get it please?
W
A@walmis I feel like I’ve noticed jolts every once in a while (don’t use hardware trimming though), but usually when I’m doing smaller movements and there are engine rumble effects on, I see you mentioned jolts fixed in the new firmware update but only with hardware trim
AAlmost feels like there could be a series of wave effects that might be being applied and then they sorta hit a resonance point or something? Hard to describe tho
WThe jolts happened on trim release on ah64 for example, but this might be something different as you describe.
WIs it reproducible though 
VStill having an issue with axis inversion. My rhino is flipped to bring the stick closer to me. In vpforce configurator I checked both axis invert boxes. In DCS the Y axis is correct but I always have to invert the X axis in DCS. Any ideas why this is happening? Inverting in vpforce should invert both axis for DCS without having to set anything in DCS? In vpforce configurator both axis do appear inverted successfully when moving the stick.
AIt’s reproducible in the sense that I experience it, but there’s not a predefined way I can make it happen. Let me percolate on that, I might be able to grab logs, but if it’s in the middle of a long session, probably hard to identify
WIf the Windows game controllers show the correct axis behaviour, then the issue is probably in DCS configuration somewhere
VYeah windows shows correct as well... I wonder where in DCS it coudl be buggered up to cause every module to show the X axis is reversed
JCould you please elaborate on the suspend mode. When is it going to happen?
WWhen you sleep or shutdown the PC
VWalmis, this issue is back after updating firmware from .14 to .16, any idea what changed? Following your advice i was able to stop the crazy oscillations but they are back and its very violent if it accidentally happens.
WCan you show your current settings?
V
WYou can try increasing spring strength proportional damper to 100%-150%, Spring LPF can be reduced to 2-4Hz, and Damper LPF increased to 8-10Hz
JHmm does not turn off for me. Will check again tomorrow.
WIt should make the shutdown beeps once it detects a USB suspended state and stick will go limp
JSo no anti cog, just plain dead?
WThe older motor firmware did not have sleep mode, so it will still anticog.
JOh OK, then I seem to have a older one 
WBut the saving is very minimal: 20mA vs 50mA 
JGood info about the oszillation above. Got pretty wild after update. 
WYeah I was afraid that might happen, since previously math was a bit wrong, but the new settings should allow for better tuning
JWill check tomorrow. Whole bunch of profiles to re tune
Vokay, spring strength porportional damper 100%, spring force LPF 3.0hz, Damper Force LPF 10 hz is working pretty good for me, not sure it was as good as before but its damn close. Increasing spring strength proportional damping to 150% caused the rhino to shutdown after a long beep after I rapidly moved the stick on the X axis. I think it just shut off the x axis motor after tripping a saftey of some kind?
WYeah, damper LPF is a bit too high in this case and it enters a high-frequenncy resonance during faster movements. Try reducing to 8Hz
WThere's a
Reset Motors
J anyone?
JI promise, I searched. lol
JBreakout force. I was using this to help find and stay at center. But it doesn't work with trim. I know, experimental. But, seems like it was help hold center or trim center position really well.
JIs there somewhere some documentation about the "Expert Settings" tab?
I'm by no means an Expert, but I figured out that I need to fiddle with these settings to stabilize my Rhino in certain profiles. I do this via trial and error, because I have no idea what I'm doing. The first 4 have like "tool tips" the rest doesn't.
I'm by no means an Expert, but I figured out that I need to fiddle with these settings to stabilize my Rhino in certain profiles. I do this via trial and error, because I have no idea what I'm doing. The first 4 have like "tool tips" the rest doesn't.
Wthe LPFs are filters that reduce the bandwidth from respective controllers (Spring, damper, etc) signal going to the motors. The motor coils don't energize instantly, hence it's required to reduce the bandwidth to keep it stable.
Spring strength proportional damper is essentially damper force that you can adjust manually in Effect tab, but it's strength is automatically modulated related to the spring force gain, configured throw length, etc. i.e. the stiffer the spring the more the damper force is added.
So in short:
The damper LPF should be as high as possible, but too high will cause high frequency oscillations because the motors can't keep up with high frequency high amplitude torque requests and they will fail-safe.
The spring LPF + spring strength prop. damping - best be tuned to specific moment of inertia i.e. grip weight and extension length.
Spring strength proportional damper is essentially damper force that you can adjust manually in Effect tab, but it's strength is automatically modulated related to the spring force gain, configured throw length, etc. i.e. the stiffer the spring the more the damper force is added.
So in short:
The damper LPF should be as high as possible, but too high will cause high frequency oscillations because the motors can't keep up with high frequency high amplitude torque requests and they will fail-safe.
The spring LPF + spring strength prop. damping - best be tuned to specific moment of inertia i.e. grip weight and extension length.
JThank you. Reason I asked is, I have in some profiles a slight oszillation around center. If I stop it by holding the stick, and release it again, its fine but a slight touch will bring the vibration back. Wonder which would be the best parameter to conquer that.
WThat's the way to tune it, it should be resistant to such nudges. In any case try the defaults: 4Hz Spring, 8Hz damper, 100% Spring strength prop. damping
BI can't seem to update my firmware. The stick works, shows in Win10, etc, but I get this:
BUsing Edge.
BDisconnect/reconnect does not help. Power managent for USB disabled.
BNo Joy
WBtw, you haven't changed this in the configurator?
BWilldo. No.
BDoes it matter, whitch DIR to open the power shell?
WNo, just open as an administrator
BOk. I’ll try rebooting.
BGreat success!