In this work-around, we will be using a SHIFT state to activate virtual brakes.
- Setup VKB-Link for T-Rudders and whatever VKB device you want to use to activate virtual brakes using the steps here - viewtopic.php?f=27&t=7391&p=59122#p59122
Remember to set up T-Rudders in the "Source / Slave" box as it will be the device receiving the SHIFT state. The other device will send the SHIFT state to T-Rudders, which in turn will activate virtual toe brakes. - Lanuch VKBDevCfg.
- Make changes in Profile/Axes/Physical Axes panel for T-Rudders as indicated in the red boxes.
- Make changes in Profile/Buttons/Physical layer panel for T-Rudders as indicated the red boxes.
- Create a Boolean as indicated below in T-Rudders. *This assumes you are using SHIFT 1 - if you are using different SHIFT or subSHIFT state, change the left side of the Boolean accordingly.
- Press Set
Assuming everything was set up correctly, and with VKB-Link running and started, T-Rudders (in combination with your SHIFT state sending device) should now mimic how T-Link handled virtual brakes.
If the brake axes don't travel the whole range, recalibrate the rudders.