LinuxCNC Features - a kind of NGCGUI

For example, to search a hole center, is it possible to launch directly pressing one button, or you must save the g-code and then, launche the g-code?

Working perfectly!!!!

Problem with probe tenmplate on mill machine

Hi:

Now, Im really working with your stuff (nice!), and I've found waht I beleive it is a mistake and now I'm trying to solve (as help). The problem is the sign of the latch direction. On most of the mill machine, the Z axis is working in opposite direction. So, the conditions for latch couldn't be if the latch is bigger or lower than zero. It must be bigger than zero, and in the OPPOSITE direction to the probing direction.

(Probe down)
(Probe SUB)
(G38.2 - probe toward workpiece, stop on contact, signal error if failure)
(G38.3 - probe toward workpiece, stop on contact)
(G38.4 - probe away from workpiece, stop on loss of contact, signal error if failure)
(G38.5 - probe away from workpiece, stop on loss of contact)

O<th_probe> SUB
#<probe_func> = #1
#<feed> = #2
#<latch> = #3
#<latch_feed> = #4
(#5-#13 - axes)

G91 (incremental distance)

G#<probe_func> F#<feed> X#5 Y#6 Z#7
#<l> = [ #<latch> / SQRT[#5*#5 + #6*#6 + #7*#7] ] (probe length)

O<probe-if-00> IF [#<latch> GT 0] AND (latch towards material)
#<l> = [-#<l>]
G0 X[#5*#<l>] Y[#6*#<l>] Z[#7*#<l>]
#<l> = [-#<l>*2]
G#<probe_func> F#<latch_feed> X[#5*#<l>] Y[#6*#<l>] Z[#7*#<l>]
O<probe-if-00> ENDIF

O<probe-if-01> IF [#<latch> LT 0] (latch backwards material)
(print ["%s - %s"%/i,/ for i in [38.2,38.3,38.4,38.5]])
(Flip probe func )
#<probe_func> = [[#<probe_func>*10-380] MOD 4 / 10 + 38.2]
G#<probe_func> F#<latch_feed> X[#5*#<l>] Y[#6*#<l>] Z[#7*#<l>]
O<probe-if-01> ENDIF
G1 X[#8] F[#<_global_probe_feed>]

G90 (Absolute distance mode)

O<th_probe> ENDSUB


(O<th_probe> call [38.2] [#<_global_probe_feed>] [#<_global_latch>] [#<_global_latch_feed>] [0] [0] [-100] [5])
O<th_probe> call [38.2] [50.0 ] [-0.5] [10.0 ] [0] [0] [-100] [5]

That's is working for me:

That's is working for me:
What have you changed exactly?
As I remember if latch is less than 0 then we are latching in oposite direction. No mater of direction of the axis.
So probe in the direction
(0,0,-10) (downwards) with latch -1 will do
probing to Z-10
then probing to
Z[-10*latch] = Z[-10*-1/10] = Z1 (in relative coords, i.e. upwards)

if latch is GT 0, latch =1
probe to Z-10
go up to Z[-10 * [-latch]] = Z1
then probe to Z[2*[-latch]] = Z-2

That is how it supposed to work...
is it possible to launch directly pressing one button, or you must save the g-code and then, launche the g-code?
You will have to press refresh or select autorefresh and you'll have to open probing subroutine or remove all features and add new Probing feature.

Working perfectly!!!!
Great, can you shoot any videos?

Nick wrote: That's is working for me:
What have you changed exactly?
I've attached the probe_file. Only one line chnage. I believe that the fix it is needed.
As I remember if latch is less than 0 then we are latching in oposite direction. No mater of direction of the axis.
So probe in the direction
(0,0,-10) (downwards) with latch -1 will do
probing to Z-10
then probing to
Z[-10*latch] = Z[-10*-1/10] = Z1 (in relative coords, i.e. upwards)

if latch is GT 0, latch =1
probe to Z-10
go up to Z[-10 * [-latch]] = Z1
then probe to Z[2*[-latch]] = Z-2

That is how it supposed to work...
is it possible to launch directly pressing one button, or you must save the g-code and then, launche the g-code?
You will have to press refresh or select autorefresh and you'll have to open probing subroutine or remove all features and add new Probing feature.

Working perfectly!!!!
Great, can you shoot any videos?