[1.187.088] Rotors Clang
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To start, build two rotors like in the screenshot. As long as they are connected with a line of blocks, everything is fine. Once you put a spotlight on the blocks between the rotors, everything starts flying. If it doesn't start, just wiggle the "Upper Limit" rotor slider. Tested on dedicated multiplayer. Blueprint starts spinning immediately on spawning.
- GameVersion: 1.187.088
- Video: https://www.youtube.com/watch?v=m5XsJ2vTC0k
- Blueprint: https://steamcommunity.com/sharedfiles/filedetails/?id=1448828019
I have the same bug
Hello,
Thank you for reporting this issue. It will be forwarded to our dev team for investigation.
We will change the status of this topic and inform you about its progress here as soon as we have new information. Based on the amount of bugs we receive, it can take some time to review all reported issues.
Kind Regards
Keen Software House: QA Department
Hello,
Thank you for reporting this issue. It will be forwarded to our dev team for investigation.
We will change the status of this topic and inform you about its progress here as soon as we have new information. Based on the amount of bugs we receive, it can take some time to review all reported issues.
Kind Regards
Keen Software House: QA Department
He only has to set one Rotor to Off and the break Troque to 0. thats the whole "Issue". The Rotors are working against each other.
He only has to set one Rotor to Off and the break Troque to 0. thats the whole "Issue". The Rotors are working against each other.
I connected two ships via rotor and tried this:
This is a good bug report as it is a bit more complex. All the forces and bending tensions of pistons and rotors need to eventually result in an equal torque applied to both grids. I think this may be what you were working on with "share inertia tensors" in experimental mode.Special case: If grids are connected statically via connector or landing gear no impulse may be applied to either of them. That may fix some residue forces due to rounding errors and reduce load on the simulation if the grids are otherwise standing still.
I connected two ships via rotor and tried this:
This is a good bug report as it is a bit more complex. All the forces and bending tensions of pistons and rotors need to eventually result in an equal torque applied to both grids. I think this may be what you were working on with "share inertia tensors" in experimental mode.Special case: If grids are connected statically via connector or landing gear no impulse may be applied to either of them. That may fix some residue forces due to rounding errors and reduce load on the simulation if the grids are otherwise standing still.
Bug still exists: https://youtu.be/VP5MPxV3FZk
Bug still exists: https://youtu.be/VP5MPxV3FZk
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