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Messages - ronny

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1
i just learned that mach3 doesnt use conventional gcode...

i have this script that i want to use with a laser probe, i am trying to scan a kite board, usually with linux cnc, you open this script as a gcode but with mach3, it doesnt like it.

the script generate a text file that i can open in a open source program call boardcad.

here is the script if someone can help me:

g21
f1000

(#1=0)       (x start)
(#2=3190)      (x end)
#3=20      (nr of segments; 20)
#4=[[#2-#1]/#3]   (x step)

#5=-268.5      (y center)
#6=10      (nr of points; 10)
#7=10      (y step)

#8=-36     (z safe)
#9=10      (z probe)

#10=0      (current x)
#11=0      (current y)
#12=0      (current z)

#13=0      (previous z)
#14=0      (step size y)

#15=-100   (y safe)
#16=-100   (z probe outline)

#18=1110   (x-value between support / approximately center of board)



O100 sub (subroutine find apex for cross section scan)

   g38.2 z#9

   o101 while [0 lt #5070]
      g38.4 y#15 f5000
      #10=#5061
      #11=#5062
      #12=#5063
      g38.3 z[#12-50] f1000
   o101 endwhile

O100 endsub



(search for tail and nose)

g0 z#8 a45
g0 x#18 y#5

g38.2 z#9

o6 while [0 lt #5070]
   g38.4 x0 f5000
   #10=#5061
   #11=#5062
   #12=#5063
   g38.3 z[#12-50] f1000
o6 endwhile

g0 x[#10-10]
g38.2 x#18

#1=[#10+5]
#17=#5063    (start y, used for outline)

g0 z#8
g0 x#18 y#5
g38.2 z#9

o7 while [0 lt #5070]
   g38.4 x3500 f5000
   #10=#5061
   #11=#5062
   #12=#5063
   g38.3 z[#12-50] f1000
o7 endwhile

g0 x[#10+10]
g38.2 x#18

#2=[#10-5]

#4=[[#2-#1]/#3]   (x step)


#10=#1
g0 z#8
g0 x#1 y#5

(PROBEOPEN bottom_rocker.txt)

g38.2 z#9

g0 z#8
g0 x[#10 + 20]
g38.2 z#9

o1 while [#10 lt [#2-#4/4]]

   #10=[#10+#4]
   g0 z#8
   g0 x#10

   g38.2 z#9

o1 endwhile

g0 z#8
g0 x[#10 - 20]
g38.2 z#9


(PROBECLOSE)



g0 z#8
g0 x#1 y#15
g0 z#17

#10=#1

(PROBEOPEN outline.txt)

g38.2 y#5   

g0 y#15
g0 x[#10 + 20]
g38.2 y#5

o2 while [#10 lt [#2-#4/4]]

   g38.4 z#8   (probe for apex)   
   #17=#5063

   #10=[#10+#4]
   g0 y#15

   o8 if [#5061 GT #18]
      g0 x#10 z[#17-80]
   o8 else
      g0 x#10 z[#17-40]
   o8 endif

   g38.2 y#5   (probe for outline)

o2 endwhile

g0 y#15
g0 x[#10 - 20]
g38.2 y#5

(PROBECLOSE)

g0 z#8
g0 x[#1+304.8] y#5

M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)

(PROBEOPEN bottomrail1.txt)
g38.2 z#9

o23 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o23 endwhile

o3 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o3 endwhile

(PROBECLOSE)

g0 z#8
g0 x[[#1+#2]/2] y#5

M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)

(PROBEOPEN bottomrail2.txt)

g38.2 z#9

o24 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o24 endwhile

o4 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o4 endwhile

(PROBECLOSE)


g0 z#8
g0 x[#2-304.8] y#5

M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)

(PROBEOPEN bottomrail3.txt)

g38.2 z#9

o25 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o25 endwhile

o5 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o5 endwhile

(PROBECLOSE)

g0 z#8


(finished scanning bottom)
#8=400      (z safe)
g0 z#8

g0 x#2 y#5   (place probe over nose)
M0      (wait for user to turn board)
g0 x#1 y#5   (place probe over tail)
M0      (wait for user to place board)

g0 x#2 y#5   (place probe over nose)
M1      (optionally wait for fine tuning)
g0 x#1 y#5   (place probe over tail)
M1      (optionally wait for fine tuning)

(scanning deck)

#10=#1
g0 z#8
g0 x#1 y#5

(PROBEOPEN deck_rocker.txt)

g38.2 z#9

g0 z#8
g0 x[#10 + 20]
g38.2 z#9

o11 while [#10 lt [#2-#4/4]]

   #10=[#10+#4]
   g0 z#8
   g0 x#10

   g38.2 z#9

o11 endwhile

g0 z#8
g0 x[#10 - 20]
g38.2 z#9

(PROBECLOSE)



g0 z#8
g0 x[#1+304.8] y#5

M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)

(PROBEOPEN deckrail1.txt)
g38.2 z#9

o33 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o33 endwhile

o13 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o13 endwhile

(PROBECLOSE)

g0 z#8
g0 x[[#1+#2]/2] y#5
M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)


(PROBEOPEN deckrail2.txt)

g38.2 z#9

o34 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o34 endwhile

o14 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o14 endwhile

(PROBECLOSE)


g0 z#8
g0 x[#2-304.8] y#5
M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)


(PROBEOPEN deckrail3.txt)

g38.2 z#9

o35 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o35 endwhile

o15 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o15 endwhile

(PROBECLOSE)

g0 z#8

M2

2
what are my option do the same thing?


3
i have this script that i want to use with a laser probe, i am trying to scan a kite board, usually with linux cnc, you open this script as a gcode but with mach3, it doesnt like it.

the script generate a text file that i can open in a open source program call boardcad.

here is the script if someone can help me:

g21
f1000

(#1=0)       (x start)
(#2=3190)      (x end)
#3=20      (nr of segments; 20)
#4=[[#2-#1]/#3]   (x step)

#5=-268.5      (y center)
#6=10      (nr of points; 10)
#7=10      (y step)

#8=-36     (z safe)
#9=10      (z probe)

#10=0      (current x)
#11=0      (current y)
#12=0      (current z)

#13=0      (previous z)
#14=0      (step size y)

#15=-100   (y safe)
#16=-100   (z probe outline)

#18=1110   (x-value between support / approximately center of board)



O100 sub (subroutine find apex for cross section scan)

   g38.2 z#9

   o101 while [0 lt #5070]
      g38.4 y#15 f5000
      #10=#5061
      #11=#5062
      #12=#5063
      g38.3 z[#12-50] f1000
   o101 endwhile

O100 endsub



(search for tail and nose)

g0 z#8 a45
g0 x#18 y#5

g38.2 z#9

o6 while [0 lt #5070]
   g38.4 x0 f5000
   #10=#5061
   #11=#5062
   #12=#5063
   g38.3 z[#12-50] f1000
o6 endwhile

g0 x[#10-10]
g38.2 x#18

#1=[#10+5]
#17=#5063    (start y, used for outline)

g0 z#8
g0 x#18 y#5
g38.2 z#9

o7 while [0 lt #5070]
   g38.4 x3500 f5000
   #10=#5061
   #11=#5062
   #12=#5063
   g38.3 z[#12-50] f1000
o7 endwhile

g0 x[#10+10]
g38.2 x#18

#2=[#10-5]

#4=[[#2-#1]/#3]   (x step)


#10=#1
g0 z#8
g0 x#1 y#5

(PROBEOPEN bottom_rocker.txt)

g38.2 z#9

g0 z#8
g0 x[#10 + 20]
g38.2 z#9

o1 while [#10 lt [#2-#4/4]]

   #10=[#10+#4]
   g0 z#8
   g0 x#10

   g38.2 z#9

o1 endwhile

g0 z#8
g0 x[#10 - 20]
g38.2 z#9


(PROBECLOSE)



g0 z#8
g0 x#1 y#15
g0 z#17

#10=#1

(PROBEOPEN outline.txt)

g38.2 y#5   

g0 y#15
g0 x[#10 + 20]
g38.2 y#5

o2 while [#10 lt [#2-#4/4]]

   g38.4 z#8   (probe for apex)   
   #17=#5063

   #10=[#10+#4]
   g0 y#15

   o8 if [#5061 GT #18]
      g0 x#10 z[#17-80]
   o8 else
      g0 x#10 z[#17-40]
   o8 endif

   g38.2 y#5   (probe for outline)

o2 endwhile

g0 y#15
g0 x[#10 - 20]
g38.2 y#5

(PROBECLOSE)

g0 z#8
g0 x[#1+304.8] y#5

M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)

(PROBEOPEN bottomrail1.txt)
g38.2 z#9

o23 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o23 endwhile

o3 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o3 endwhile

(PROBECLOSE)

g0 z#8
g0 x[[#1+#2]/2] y#5

M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)

(PROBEOPEN bottomrail2.txt)

g38.2 z#9

o24 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o24 endwhile

o4 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o4 endwhile

(PROBECLOSE)


g0 z#8
g0 x[#2-304.8] y#5

M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)

(PROBEOPEN bottomrail3.txt)

g38.2 z#9

o25 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o25 endwhile

o5 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o5 endwhile

(PROBECLOSE)

g0 z#8


(finished scanning bottom)
#8=400      (z safe)
g0 z#8

g0 x#2 y#5   (place probe over nose)
M0      (wait for user to turn board)
g0 x#1 y#5   (place probe over tail)
M0      (wait for user to place board)

g0 x#2 y#5   (place probe over nose)
M1      (optionally wait for fine tuning)
g0 x#1 y#5   (place probe over tail)
M1      (optionally wait for fine tuning)

(scanning deck)

#10=#1
g0 z#8
g0 x#1 y#5

(PROBEOPEN deck_rocker.txt)

g38.2 z#9

g0 z#8
g0 x[#10 + 20]
g38.2 z#9

o11 while [#10 lt [#2-#4/4]]

   #10=[#10+#4]
   g0 z#8
   g0 x#10

   g38.2 z#9

o11 endwhile

g0 z#8
g0 x[#10 - 20]
g38.2 z#9

(PROBECLOSE)



g0 z#8
g0 x[#1+304.8] y#5

M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)

(PROBEOPEN deckrail1.txt)
g38.2 z#9

o33 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o33 endwhile

o13 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o13 endwhile

(PROBECLOSE)

g0 z#8
g0 x[[#1+#2]/2] y#5
M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)


(PROBEOPEN deckrail2.txt)

g38.2 z#9

o34 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o34 endwhile

o14 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o14 endwhile

(PROBECLOSE)


g0 z#8
g0 x[#2-304.8] y#5
M1       (wait if user wants to prepare board)

O100 call

g0 y[#5062+10]
g38.2 y#5

g0 z#8


#10=#5061
#11=#5062
#12=#5063

#7=[[#11-#5]/#6]   (y step)


(PROBEOPEN deckrail3.txt)

g38.2 z#9

o35 while [ #5062 gt [#11-#7]]
   g0 z#8
   g0 y[#5062 - 3]
   g38.2 z#9
o35 endwhile

o15 while [ [#5+#7/2] lt #11]

   #11=[#11-#7]
   g0 z#8
   g0 y#11

   g38.2 z#9

o15 endwhile

(PROBECLOSE)

g0 z#8

M2

4
G-Code, CAD, and CAM discussions / Re: need help to cut gcode
« on: December 13, 2014, 02:24:41 AM »
i couldnt post the whole gcode ofr boardcad becaus eof 2000 caracther but this is the style of gcode i can read with mach3. can someone help me make this shape3d gcode readable?

thanks.

5
G-Code, CAD, and CAM discussions / need help to cut gcode
« on: December 13, 2014, 02:22:21 AM »
Hello,

i cut kite boards on a software that give me a hard time with the gcode production, the program is shape3d.

the problemis that when i load the gcode i dont get a normal couple thousand lines of code but a bunch  of diffrenet thing and mach cant make the toolpath in the windows and i cant start a board.

here is the g code if someone could explain to me what it means. with another program ike boardcad i get 3000 lines and  mach3 generates a nice board in the toolpath window but boar
dcad is open source and very buggy, i need to get shape3d to work if anyone can help explaining.  first gcode is from shape3d, second is from boardcad.

shape3d gcode

N10 G21
N20 G0 G17 G40 G49 G80 G90
N30 G64(CONSTANT CONTOUR OFF OR TURN ON W/G64)
N40 (2 1/2 Axis Profiling)
N50 T1 M6
N60 S10000 M03


G1 X1864.3629 Y0.0000 Z249.2174 F5080
G1 X1864.3629 Y0.0000 Z270.9674 F254
G1 X1864.0359 Y0.0000 Z270.7756
G1 X1862.0359 Y0.0000 Z269.7873
G1 X1860.0359 Y0.0000 Z268.7690
G1 X1858.0359 Y0.0000 Z267.7389
G1 X1856.0359 Y0.0000 Z266.7025
G1 X1854.0359 Y0.0000 Z265.6633
G1 X1852.0359 Y0.0000 Z264.6277
G1 X1849.7187 Y0.0000 Z263.4338
G1 X1848.7673 Y0.0000 Z262.9459
Z2.0000 F222   [RAISE CUT. OFF BOARD]
M5
M64
X-13.0000 F222




gcode BOARDCAD


(cutting stringer)
g0 z-4
g0 x1789.810 y-380.190
g1 x1789.810 z-179.462 f2000
g1 x1789.810 z-134.462
g1 x1762.761 z-129.902
g1 x1762.951 z-130.071
g1 x1779.867 z-130.149
g1 x1773.640 z-130.092
g1 x1744.636 z-130.157
g1 x1732.857 z-130.641
g1 x1718.310 z-131.768
g1 x1700.982 z-133.495
g1 x1680.801 z-135.721
g1 x1657.713 z-138.347
g1 x1631.667 z-141.273
g1 x1602.575 z-144.386
g1 x1570.135 z-147.529
g1 x1533.986 z-150.534
g1 x1493.767 z-153.234
g1 x1449.122 z-155.458
g1 x1399.898 z-157.080
g1 x1346.824 z-158.145
g1 x1290.865 z-158.735
g1 x1232.982 z-158.938
g1 x1194.132 z-158.837
g1 x1135.118 z-158.511
g1 x1076.100 z-158.004
g1 x1017.079 z-157.352
g1 x958.056 z-156.591
g1 x899.029 z-155.757
g1 x840.002 z-154.881
g1 x780.976 z-153.968
g1 x721.952 z-153.019
g1 x662.930 z-152.034
g1 x603.912 z-151.013
g1 x545.057 z-149.959
g1 x487.166 z-148.880
g1 x431.195 z-147.788
g1 x378.104 z-146.692
g1 x328.851 z-145.605
g1 x284.175 z-144.536
g1 x243.938 z-143.492
g1 x207.782 z-142.481
g1 x175.351 z-141.508
g1 x146.288 z-140.582
g1 x120.290 z-139.709
g1 x97.263 z-138.898
g1 x77.165 z-138.158
g1 x59.955 z-137.499
g1 x45.590 z-136.931
g1 x34.014 z-136.465
g1 x25.132 z-136.126
g1 x18.819 z-135.940
g1 x-5.179 z-135.941
g1 x-6.435 z-136.147
g1 x-11.236 z-141.143
g1 x-11.236 z-186.143
g0 z-4
g0 x1789.810 y-380.190
g1 x1789.810 z-182.462 f2000
g1 x1789.810 z-137.462
g1 x1762.761 z-132.902
g1 x1762.951 z-133.071
g1 x1779.867 z-133.149
g1 x1773.640 z-133.092
g1 x1744.636 z-133.157
g1 x1732.857 z-133.641
g1 x1718.310 z-134.768
g1 x1700.982 z-136.495
g1 x1680.801 z-138.721
g1 x1657.713 z-141.347
g1 x1631.667 z-144.273
g1 x1602.575 z-147.386
g1 x1570.135 z-150.529
g1 x1533.986 z-153.534
g1 x1493.767 z-156.234
g1 x1449.122 z-158.458
g1 x1399.898 z-160.080
g1 x1346.824 z-161.145
g1 x1290.865 z-161.735
g1 x1232.982 z-161.938
g1 x1194.132 z-161.837
g1 x1135.118 z-161.511
g1 x1076.100 z-161.004
g1 x1017.079 z-160.352
g1 x958.056 z-159.591
g1 x899.029 z-158.757
g1 x840.002 z-157.881
g1 x780.976 z-156.968
g1 x721.952 z-156.019
g1 x662.930 z-155.034
g1 x603.912 z-154.013
g1 x545.057 z-152.959
g1 x487.166 z-151.880
g1 x431.195 z-150.788
g1 x378.104 z-149.692
g1 x328.851 z-148.605
g1 x284.175 z-147.536
g1 x243.938 z-146.492
g1 x207.782 z-145.481
g1 x175.351 z-144.508
g1 x146.288 z-143.582
g1 x120.290 z-142.709
g1 x97.263 z-141.898
g1 x77.165 z-141.158
g1 x59.955 z-140.499
g1 x45.590 z-139.931
g1 x34.014 z-139.465
g1 x25.132 z-139.126
g1 x18.819 z-138.940
g1 x-5.179 z-138.941
g1 x-6.435 z-139.147
g1 x-11.236 z-144.143
g1 x-11.236 z-189.143
g0 z-4
g0 x1789.810 y-380.190
g1 x1789.810 z-184.462 f2000
g1 x1789.810 z-139.462
g1 x1762.761 z-134.902
g1 x1762.951 z-135.071
g1 x1779.867 z-135.149
g1 x1773.640 z-135.092
g1 x1744.636 z-135.157
g1 x1732.857 z-135.641
g1 x1718.310 z-136.768
g1 x1700.982 z-138.495
g1 x1680.801 z-140.721
g1 x1657.713 z-143.347
g1 x1631.667 z-146.273
g1 x1602.575 z-149.386
g1 x1570.135 z-152.529
g1 x1533.986 z-155.534
g1 x1493.767 z-158.234
g1 x1449.122 z-160.458
g1 x1399.898 z-162.080
g1 x1346.824 z-163.145
g1 x1290.865 z-163.735
g1 x1232.982 z-163.938
g1 x1194.132 z-163.837
g1 x1135.118 z-163.511
g1 x1076.100 z-163.004
g1 x1017.079 z-162.352
g1 x958.056 z-161.591
g1 x899.029 z-160.757
g1 x840.002 z-159.881
g1 x780.976 z-158.968
g1 x721.952 z-158.019
g1 x662.930 z-157.034
g1 x603.912 z-156.013
g1 x545.057 z-154.959
g1 x487.166 z-153.880
g1 x431.195 z-152.788
g1 x378.104 z-151.692
g1 x328.851 z-150.605
g1 x284.175 z-149.536
g1 x243.938 z-148.492
g1 x207.782 z-147.481
g1 x175.351 z-146.508
g1 x146.288 z-145.582
g1 x120.290 z-144.709
g1 x97.263 z-143.898
g1 x77.165 z-143.158
g1 x59.955 z-142.499
g1 x45.590 z-141.931
g1 x34.014 z-141.465
g1 x25.132 z-141.126
g1 x18.819 z-140.940
g1 x-5.179 z-140.941
g1 x-6.435 z-141.147
g1 x-11.236 z-146.143
g1 x-11.236 z-191.143
(cutting outline right)
g0 z-4
g0 x-0.528 y-707.106
g1 x-0.528 y-707.106 z-138.826 f4000
g1 x-0.528 y-507.106 z-138.826
g1 x0.725 y-507.831 z-138.688
g1 x5.437 y-508.990 z-138.975
g1 x11.004 y-510.485 z-139.724
g1 x18.848 y-513.121 z-140.863
g1 x29.363 y-517.487 z-142.344
g1 x43.091 y-524.161 z-144.108
g1 x60.180 y-532.925 z-146.128
g1 x80.451 y-543.189 z-148.398
g1 x103.850 y-554.394 z-150.906
g1 x130.371 y-565.998 z-153.642
g1 x160.015 y-577.511 z-156.592
g1 x193.006 y-588.736 z-159.739
g1 x229.687 y-599.569 z-163.055
g1 x270.408 y-609.911 z-166.514
g1 x315.525 y-619.662 z-170.084
g1 x365.144 y-628.721 z-173.720
g1 x418.528 y-637.003 z-177.328
g1 x474.751 y-644.431 z-180.808
g1 x532.875 y-650.926 z-184.062

6
General Mach Discussion / Re: neww help for script and button.
« on: December 10, 2014, 03:26:58 PM »
works,

downloaded mach screen,

made a button, press execute code, entered the code posted above and boom!

thanks so much!



7
General Mach Discussion / Re: neww help for script and button.
« on: December 10, 2014, 12:59:10 PM »
Thanks! will try that,

as for a button do i make one on illustrator and somehow insert it in the gui?

i can design a button that will look decent but not so sure i can insert it . i downloaded the designer, i think its out of my league if someone can help.

thanks friends

8
General Mach Discussion / neww help for script and button.
« on: December 09, 2014, 10:00:05 PM »
Hllo,

i have a cnc machine to cut kite board. i usually mill the top and turn the board and mill the bottom. my problem is that when i turn the board i have to line it up perfectly to match  the top cut so i made a laser that i turn on on the output 2 (i use the mist button) and i bring my machine to the center of the board so the laser can be seen on the middle of the board.

i need a button that would say "center board" that would go to this location Y-380 and turn on the laser all in one. would that be difficult for someone that knows what to do?

i tried and i am terrible. did ok at building the machine but the computer part is difficult for me.
i would be happy to pay for time.

9
Hey guys, i built a 13' long cnc to mill surfboards and i am trying to setup a few things that involve script from linux cnc converted in mach3,
i am desesperate and would love to pay for time as i cant do it alone and i dont have much time.

-need some knowledge about linux cnc
-probing

here is my number 250 508 4024
email is louisrobert@gmx.com

any help would appreciated, there will be on going work for a while as i am slowly building the company, i am a small guy but already built 2 machines, have a few orders for more so i really need to get this tweak and really need a IT guy to help picking some of the pieces.

thanks for taking time to read this.


10
perfect!

thanks!
simple enough, i wasnt familiar with the uvw system.

thanks again!

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