Radial Slot Subroutine
- vederstein
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24 May 2013 01:38 #34606
by vederstein
Radial Slot Subroutine was created by vederstein
I had some time off from work, so I whipped this up. Use at your own risk. If you find issues, please let me know:
Known issues:
*Choosing an arc radius too small can cause weird paths.
*I'm not sure the transition from the side arcs to end end arcs is perfect yet.
*To flip the curve from convex to concave, switch P1 and P2 coordinates.
Have fun
...ved.
Known issues:
*Choosing an arc radius too small can cause weird paths.
*I'm not sure the transition from the side arcs to end end arcs is perfect yet.
*To flip the curve from convex to concave, switch P1 and P2 coordinates.
Have fun
...ved.
The following user(s) said Thank You: Rick G
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24 May 2013 03:05 #34611
by BigJohnT
Replied by BigJohnT on topic Radial Slot Subroutine
Thanks for sharing.
JT
JT
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24 May 2013 03:14 #34612
by dgarrett
Replied by dgarrett on topic Radial Slot Subroutine
nice work -- thanks
There are also some arc gcode programs in the distribution (v2.5+ probably):
nc_files/ngcgui_lib/arc1.ngc and nc_files/ngcgui_lib/arc2.ngc
These use cutter radius compensation based on tool table tool diameter and provide additional methods for specifying an arc
There are also some arc gcode programs in the distribution (v2.5+ probably):
nc_files/ngcgui_lib/arc1.ngc and nc_files/ngcgui_lib/arc2.ngc
These use cutter radius compensation based on tool table tool diameter and provide additional methods for specifying an arc
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24 May 2013 18:11 - 24 May 2013 18:13 #34633
by Rick G
Replied by Rick G on topic Radial Slot Subroutine
Looks good, I will have to give it a try. Thanks for sharing.
I use something similar as far as calculations for multiple radial arcs and use G10 to set their locations.
Rick G
I use something similar as far as calculations for multiple radial arcs and use G10 to set their locations.
G10 L2 P#<_pc:1> R#<start_angle> (rotate for start angle)
Rick G
Last edit: 24 May 2013 18:13 by Rick G.
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