Closed jonathanthompson-me closed 1 month ago
jonathanthompson-me
commented
1 month ago We are gonna want the 0.0x or better precision on logical switch duration and delays too. In order to build the tools for drag racing, with the precision that will be required to be competitive, it's gonna be needed.
arhifisyant
commented
1 month ago yes, agreed. I face the same wall barrier too in logical switches during programing my car. Im using zorro btw. So, just implement this on all tx model. it will fine i think. Please make this happen. We need 0.0x precision in logical switches (delay and duration)
philmoz
commented
1 month ago I think you mean 0.00 precision (1/100th second). Mix delay and LS delay and duration are already 1/10th second (0.0 precision).
Mix delay could be done.
Logical switches would be problematic as they are currently only updated every 1/10th second. To implement 1/100th second precision would require running the logical switch processing code every 1/100th second. This may have other side effects and could affect performance.
arhifisyant
commented
1 month ago Oh, very well explained. Its about looping frequency in the LS area. Slightly out of topic, can we actually monitor the CPU/mem usage in the transmitter, realtime?
jonathanthompson-me
commented
1 month ago I think you mean 0.00 precision (1/100th second). Mix delay and LS delay and duration are already 1/10th second (0.0 precision).
Mix delay could be done.
Logical switches would be problematic as they are currently only updated every 1/10th second. To implement 1/100th second precision would require running the logical switch processing code every 1/100th second. This may have other side effects and could affect performance.
That's great info to have but will force me to rethink my implementation. I'm still interested in the mix delay to the hundredth.
Is there an existing issue for this feature request?
Is your feature request related to a problem?
The problem is certain types of racing need higher precision with delay up/dn. This is related to issue #4593 .
Describe the solution you'd like
Same solution as issue #4593 , but for delay up/dn.
Describe alternatives you've considered
Global variables of drive modes could be used if math was able to be applied to them to get a higher precision value to be used for the delays. I haven't figured out how to multiply a percentage variable by another variable. It seems the global variables are just meant for simple comparison of value.
Additional context
This is mainly for very fine grained throttle control with the Racemaster MT12 when drag racing, but might also be valuable for other types of racing.