Welcome to the SeeMeCNC Community

geneb wrote:It's not released yet and when it is, it'll only work with the HE280 and Repetier Firmware.

There's a few outstanding issues that need to be resolved before it's generally available - and it'll require a specific version of the firmware in order to work.

geneb wrote:it'll only work with the HE280 and Repetier Firmware.

geneb wrote:It's not released yet and when it is, it'll only work with the HE280 and Repetier Firmware.

There's a few outstanding issues that need to be resolved before it's generally available - and it'll require a specific version of the firmware in order to work.

g.

geneb wrote:it'll only work with the HE280 and Repetier Firmware.

Jimustanguitar wrote:

geneb wrote:it'll only work with the HE280 and Repetier Firmware.

And other hotends retrofitted with the accelerometer board, right?

mhackney wrote:Gene, would the SeeMeCNC knife or spoon (or maybe their spatula) work as well as the fork or does it have to be the fork?

wcogen wrote:DerStig wrote:
"Any idea of when it might be available? No matter what I do I'm still low between the X and Z tower and I know that the build is perfectly square"

This is exactly the problem I'm seeing. I'm really looking forward to a solution.

geneb wrote:The issue we're facing right now is that the more you run it, the lower the max Z gets and we're not quite sure why.

    // Normalize trim (this prevents downward creep)
    auto mm = std::minmax({ cur_set->trim[X], cur_set->trim[Y], cur_set->trim[Z] });
    cur_set->trim[X] -= mm.second;
    cur_set->trim[Y] -= mm.second;
    cur_set->trim[Z] -= mm.second;
    set_trim(cur_set->trim[X], cur_set->trim[Y], cur_set->trim[Z]);

626Pilot wrote:

geneb wrote: BTW, my condolences re: having to touch JavaScript, the most annoying major programming language out there.

dc42 wrote:The original implementation of this algorithm is the C++ version in RepRapFirmware, so no need to touch JavaScript if you don't want to.