On Fri, Aug 17, 2007 at 11:15:29AM +0100, [EMAIL PROTECTED] wrote:
Just a couple of points I'm not completely clear on - in the
above example, are line numbers needed on every line of the
subroutine or just at the ends?
O-numbers are required on lines where the flow control words such as
Fenn,
See my recent reply to this list regarding o-words and named parameters.
O-words provide programming language looping, testing, and subroutine
capabilities that can be wrapped around other gcode. Named parameters let
you have natural language names for parameters.
[Sorry it took so long
Stephen,
You got it more or less correct. Actually, the arguments to subroutines are
expressions; not values. So, you can write: o100 call [25] [#1-17/2].
The brackets must be there to separate the expressions.
Ken
[EMAIL PROTECTED]
Mark Kenny Products Company, LLC
55 Main Street Voice:
Jeff Epler [EMAIL PROTECTED] wrote:
Thanks -- I imagine this will be helpful to anyone with a similar
system.
the only thing that comes to mind is that the time emc spends on the Z
motion had better be long enough for the solenoid to completely lower --
does this take long on your
On Friday 17 August 2007, Jeff Epler wrote:
Subroutine locals are #1 through #30 inclusive. #31 through #5000 are
for global use, because they're neither modified by O- call nor
restored by O- endsub. Above #5000 is reserved for internal interpreter
stuff, like the result of a G38.2 probe, the
On Friday 17 August 2007, Kenneth Lerman wrote:
Go to the wiki and search for subroutine. Among the pages you will find:
Subroutines, looping, testing, etc are described in:
http://wiki.linuxcnc.org/cgi-bin/emcinfo.pl?Oword
Named parameters are described in:
On Fri, Aug 17, 2007 at 05:31:38PM +0100, [EMAIL PROTECTED] wrote:
N0300 do (first cut of pinion leaves)
With do you need an O-number, and the matching O-number at the while
Jeff
-
This SF.net email is
[EMAIL PROTECTED] wrote:
In case anyone else has one of these PCB mills with the solenoid driven
floating Z, I thought I would share my configuration changes. The
premise I worked with was that if I could take the commanded Z position
and convert it to a bit output to my solenoid relay I
Jeff Epler wrote:
On Fri, Aug 17, 2007 at 11:15:29AM +0100, [EMAIL PROTECTED] wrote:
Just a couple of points I'm not completely clear on - in the above
example, are line numbers needed on every line of the subroutine or
just at the ends?
O-numbers are required on lines where the flow
Ryan Hulsker wrote:
Good to hear that foam cutting is being added, i will check out the
current CVS and try it out once i get the machine complete (should be
this weekend).
The filament winding applications I am looking at are for winding
fiberglass and carbon fiber tubes. There are
Jeff Epler schrieb:
On Wed, Aug 15, 2007 at 03:16:35PM +0200, Sven Mueller wrote:
Ask user to define minimum and maximum X, Y and Z positions by moving
the tooltip to the relevant positions manually or by entering the values
numerically. Then use a procedural (possibly recursive) approach to
That's right, the named parameters and named O-words are in the
version that will be known as 2.2, not the current stable version.
Anyone can download, compile, and use the development version, but it
may not be a task for linux beginners:
No...
AFAIK, named o-words have not yet been implemented. -- At least not by me.
Named parameters have been implemented by me.
I expect to get a new machine to run ubuntu soon and will get back to
developing EMC2 stuff. (My previous machine is now my telephone system.)
Ken
[EMAIL PROTECTED]
Greetings.
As I have been reading about features requests/questions for EMC, I have one I
have been wondering about as well:
How difficult would if be to add 'mirror image' to EMC.
I'm talking about using a tool holder on the 'other side' of the lathe center
line without changing the G code.
On Fri, 2007-08-17 at 14:36 -0400, John Kasunich wrote:
It sounds to me like this will require some very tricky g-coding.
One possibility to consider is using a rotary axis instead of a spindle.
Then you can program any head-vs-mandrel pattern you want, including
zero-degree, 90-degree,
There are a couple threads here that I think could be tied together with
a simple programming language linked into EMC.
First the fiber winding, second the intelligent probing and third the
macro programming of Gcode,.
If some simple language, TCL? (or Visual Basic in the windows world) can
AXIS can automatically execute a filter program when loading a
machinable file. You can also use the NML messages for issuing MDI
commands to feed your program in line-by-line. (I just verified that,
at least in the development version of emc 2, this doesn't kill blending
altogether, though it's
Jeff Epler schrieb:
AXIS can automatically execute a filter program when loading a
machinable file. You can also use the NML messages for issuing MDI
commands to feed your program in line-by-line. (I just verified that,
at least in the development version of emc 2, this doesn't kill blending
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