Rounded corners and "rounded down".

aparecido wrote: Hi, so I downloaded the movement speed, literally almost stopped and the same thing happened. The latency you test was less than 17,000 with various things open, including mp3, videos, programs etc.
Can post example of how to use the G61 and the G64 command to identical test your test? Thank you.

I did nothing more than run the splash code on the Axis Sim as is.

JT

Tested here and now it is running without rounding, only the command "G64 P.001 Q.001 (set path tolerance)" already solved the problem.
Thanks a lot for help, hugs.

I will take this topic not to open another, set up the stepconf and jog test correctly handled axis with the distance set + -15mm, but when trying to run gcode in linuxcnc engines remain standing despite the simulator to be moving. My driver is CNC3AX that is based on the L297, if I'm not mistaken the project is a French.
  In turbocnc and stepconf jog the motors move correctly, but in Linuxcnc both in jog and the execution of gcode, the engines are stopped.
  What should I do? From what already googled, just open the Linuxcnc, out of emergency mode and 'connect' to the homing and run gcode in my case using the example he carries when opening the program.

aparecido wrote:   In turbocnc and stepconf jog the motors move correctly, but in Linuxcnc both in jog and the execution of gcode, the engines are stopped

This is almost always because the drive enable inputs to the stepper drivers are being operated in the inverted sense.

Stepconf does not do anything to enable the drives. It is likely that LinuxCNC is trying to enable the drives but is, in fact, disabling them.

To test this, see if the motors are locked when LinuxCNC is in e-stop mode, and turn freely when LinuxCNC is enabled.

Thanks for answering, I just check and e-stop mode, as when LinuxCNC is enabled, the engine / axis remain locked, 'waiting' board move the engines, that is, I can not turn the spindles freely with the hands.

aparecido wrote: Thanks for answering, I just check and e-stop mode, as when LinuxCNC is enabled, the engine / axis remain locked, 'waiting' board move the engines, that is, I can not turn the spindles freely with the hands.

That's strange. This problem is nearly always with the drive enable pins. Can you check what the drive enable outputs are doing with a multimeter? Did you wire the enable? What HAL pin is it controlled by?