'already splitting on ID xx with cycle time 0.001'
23 Aug 2014 15:46 - 23 Aug 2014 15:49 #50202
by DaBit
'already splitting on ID xx with cycle time 0.001' was created by DaBit
I got this yesterday while doing a bit of trochoidal milling with many thousands of G1/G3 short segments. The milling itself was not affected; the part came out fine.
To be honest this happened on a fairly old RIP build of rellenbergs circular arc blend fork, so I don't expect support. But I am curious what this message means?
To be honest this happened on a fairly old RIP build of rellenbergs circular arc blend fork, so I don't expect support. But I am curious what this message means?
Last edit: 23 Aug 2014 15:49 by DaBit.
Please Log in or Create an account to join the conversation.
23 Aug 2014 16:54 - 23 Aug 2014 16:54 #50203
by ArcEye
Replied by ArcEye on topic 'already splitting on ID xx with cycle time 0.001'
I think you might have to ask Robert.
I just grepped the linuxcnc-dev source tree and the machinekit source tree, both of which have his TP code in them and cannot find 'already splitting on ID'.
Must be something from his old code.
I just grepped the linuxcnc-dev source tree and the machinekit source tree, both of which have his TP code in them and cannot find 'already splitting on ID'.
Must be something from his old code.
Last edit: 23 Aug 2014 16:54 by ArcEye.
Please Log in or Create an account to join the conversation.
23 Aug 2014 17:56 #50204
by DaBit
Replied by DaBit on topic 'already splitting on ID xx with cycle time 0.001'
OK, I suppose it is/was some internal debug thing then. Most of it was milling a 5mm slot with a 4mm endmill, small overlap, high feed. Not exactly the perfect candidate for trochoidal milling on a machine without very fast axes, but it gives a silky smooth surface without the need for cooling/lubrication. The program definitely gave the TP code a good workout.
I think I just forget it happened and do a fresh build.
I think I just forget it happened and do a fresh build.
Please Log in or Create an account to join the conversation.
Time to create page: 0.064 seconds