I used a small stepper motor hooked to an arduino for a jog wheel. Being
that steppers are 200 teeth it makes it easy to feel each rotation to the
next tooth. I can dig up the program if your interesred.
Gabe
On Jun 15, 2013 5:50 PM, andy pugh bodge...@gmail.com wrote:
On 15 June 2013 19:47,
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On 6/15/2013 5:47 PM, andy pugh wrote:
On 15 June 2013 19:47, Charles Steinkuehler
char...@steinkuehler.net wrote:
I've played with the various interfaces for LinuxCNC on the
BeagleBone (tunneling X display data to a remote system), and
touchy
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I've played with the various interfaces for LinuxCNC on the BeagleBone
(tunneling X display data to a remote system), and touchy seems to be
the best choice from a CPU usage and system integration standpoint
(the 'Bone can support driving small LCD
On Sat, Jun 15, 2013 at 01:47:15PM -0500, Charles Steinkuehler wrote:
I can run the touchy simulation configuration, but I have not been
able to get the loaded gcode to run (presumably because I can't press
the start button that isn't there). So do I need real hardware or am
I missing some
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On 6/15/2013 2:37 PM, Chris Radek wrote:
On Sat, Jun 15, 2013 at 01:47:15PM -0500, Charles Steinkuehler
wrote:
I can run the touchy simulation configuration, but I have not
been able to get the loaded gcode to run (presumably because I
can't
there is a little gui that can be used to simulate one
or more boolean pins:
example:
$ sim_pin touchy.cycle-start touchy.abort
(If using a rip build, source scripts/rip-environment in a new terminal)
Available by commit 8c73b00fb3 in versions =2.5
$ git tag --contains 8c73b00fb3
v2.5.2
On 15 June 2013 19:47, Charles Steinkuehler char...@steinkuehler.net wrote:
I've played with the various interfaces for LinuxCNC on the BeagleBone
(tunneling X display data to a remote system), and touchy seems to be
the best choice from a CPU usage and system integration standpoint
Have you
