Support Passing Chips as a Parameter

[falo2k]

Describe the feature or hardware support you'd like

Would it be possible to add a CHIPS parameter as with TEST_RESONANCES to select the chip we want to use where more are defined? When using something like Danger Klipper's optional mcu for nozzle probes, you can't have the optional mcu defined in the accel_chip attribute of resonance_tester (as it sometimes doesn't exist yet), but you can pass the defined chip to TEST_RESONANCES using CHIP=. It would also be handy even for fixed mount sensors, when you want to take readings from different positions and compare.

Additional context or information

No response

[yzheka]

You should not pass CHIPS parameter, it is not needed. Instead of this you have to use axis where each chip is fixed to. Anyway this is the question to the Klipper firmware but not the shaketune

[falo2k]

I suggest you read again. One use case is where you may have multiple chips reflecting the same axes (e.g. nozzle mounted, board mounted, etc.) and want to compare the results against each other while looking for possible factors that are causing certain results.

It is absolutely not a question to Klipper firmware - it is a request for the same flexibility offered in calling native Klipper macros to be mirrored in shaketune.

[yzheka]

I suggest you read again. One use case is where you may have multiple chips reflecting the same axes (e.g. nozzle mounted, board mounted, etc.) and want to compare the results against each other while looking for possible factors that are causing certain results.

It is absolutely not a question to Klipper firmware - it is a request for the same flexibility offered in calling native Klipper macros to be mirrored in shaketune.

then there should be a separate version for danger klipper. coz those parameters will not be supported in regular klipper

[falo2k]

Except ... they are?

https://www.klipper3d.org/Measuring_Resonances.html#measuring-the-resonances

[yzheka]

Except ... they are?

https://www.klipper3d.org/Measuring_Resonances.html#measuring-the-resonances

ahh, wow. I did'n know that)