This is probably a silly question but I'll ask it anyway...
I have now got both my lathe (Super 7) and mill (Denford Novamill) working under Mach3, generally pretty successfully. The lathe uses the standard Z leadscrew though I made a new screw and nut for the X-slide because I didn't want to start modifying Myford's components. Because I'm not using ballscrews of course I have some backlash in both axes. From a static point of view I could compensate this by switching on backlash comp.
The normal taper turning wizard cuts towards the headstock with increasing diameter. This means that the X-slide is at the "wrong end" of its play, and is only constrained to the taper path by cutting forces. In particular as you reach the end of the cut and the tool runs out of the work, there is a danger that the diameter will increase by more than it should given the taper - in fact I think I have seen this behaviour. The alternative would be to cut away from the headstock, but then you could have the same problem with the other axis.
Ideally one would start by grooving the work near the headstock and cutting the taper inwards towards the headstock so that both axes are being driven against their play, so to speak.
Am I right in my thinking here, and are any wizards available that work in this way please? (Or should I write my own gcode?)
John.