Kind of came to that same conclusion as that what I ended up doing, I created two folders and put the C programs in their own folders under the data folder for each setup. Guess I could make a batch file to rename them, as I never thought of that, lol

It's a head scratchier swapping the axis with the drive numbers and getting all the homing and spindles to work for each. Can't say I'm not learning something new everyday. As this changed a homing direction, some axis setups and spindle selection and controls. But a few hours later its alive.

This Damn thing is Cool. I love Dynomotion's versatility.

Thanks, you might have to put that on your long list of things to add for future features.

drill at anydegrees

 

O7734
#6 = 75 (angle to work at)
#1 = cos[#6]
#2 = sin[#6]
#3 = 0.5 (factor above part face zero)
#4 = 12 (cut feed)
#9 = 70 (rapid feed)
#5 = -1 (depth to process too, must be negative in this case)
g0b#6 (move head to angle)
(0,0 must already be established)

g59
m8
g1 x[#1*#3]z[#2*#3] f#9
m3 s1200 (I comment out this so I can use the c axis to display the calculations)
(then remove the commits so its ready to spin)

#14 = [#5/5] (Z advance per main subroutine execution)
#15 = ABS[FIX[#5/#14]] (Number of subroutine executions required - 'L')
(g0c#15) (use these to see what my calculations are, then comment them out)
#7=0 (starting peck)
#8=0 (so I have a retract position)
M98 P001 L#15
g1 x[#1*#3]z[#2*#3] f#9
m5
m9
m30

O001
g1 x0z0f#9
#8=#7
#7=[#7+[#5/#15]]
(g0c#7) (again use these to see what my calculations are, then comment them out)
g1 x[#1*#7] z[#2*#7] f#4
g4p1 (dwell for cleanup)
g1 x[#1*#8]  z[#2*#8] f#9
m99

Thanks for sharing. What is that rotary axis that the spindle is mounted to? Is that built by you or a commercial item?