As part of my ongoing problems I found that after a recent power outage I tried to use Jump To, to restart the job at a certain point. I chose a line of the code that was a little before the break. I followed the Jump To instructions but, checking the axis co-ordinates there was a serious difference between the actual G-code in the program and the numbers on the Jump To window.
The actual job G-code axis are X 1.4428, Y -0.9385 and Z -0.3785 at the particular line I entered into Jump To.
The Jump To axis numbers showed X 36.6470 (which would put the spindle in another room!) Y -23.838 (which would put the spindle at the bottom of the spoilboard and a long way from the workpiece) and Z -9.614 (which would cut through the spoilboard and the machine base itself.
I can't figure out why the Jump To co-ordinates are so out of kilter with the G-code. The Jump To numbers are totally unrealistic and I have no idea why they are what they are?
Robb
The actual job G-code axis are X 1.4428, Y -0.9385 and Z -0.3785 at the particular line I entered into Jump To.
The Jump To axis numbers showed X 36.6470 (which would put the spindle in another room!) Y -23.838 (which would put the spindle at the bottom of the spoilboard and a long way from the workpiece) and Z -9.614 (which would cut through the spoilboard and the machine base itself.
I can't figure out why the Jump To co-ordinates are so out of kilter with the G-code. The Jump To numbers are totally unrealistic and I have no idea why they are what they are?
Robb