Ok, the wizards that come bundled, and free, are user written unsupported wizards. It is a bit confusing that Brian Barker was listed as author, but those were done while he was still just a mach user working at U Maine.
The Newfangled Suite was written by Brian and he sold them for $50 using the company name Newfangled. These wizards run as VB scripts and screen sets under mach3. They are included in the mach3 installer, and will run in demo mode without a license. You can run them and see how they work, but they wont save the gcode unless you have the license.
The Mill Wizards is a new package, aimed at the new Mach4. They are written in c++ and are fully standalone programs. They can run on any PC without mach. They have a demo mode that wont save gcode.
Both of the paid set of wizards let you build up a full part by doing individual operations. In your motor mount part you could run the slot operation 4 times, positioning each slot at the correct location, then get out one gode file that was the entire part. The free wizards are each independent programs, they will generate the code for one operation, like a slot, but you then have to save that and do the next step as a complete new job.
So, does that help to understand the world of wizards?
First, please confirm exactly which wizard you are using. Is it part of the Newfangled Suite, or the new Mill Wizard, or one of the unsupported wizards that come with mach3? Since they are all very different it is hard to answer a question without knowing which one we are talking about.
The problem is your corner radius makes the end of the rectangle to be exactly round. The way it generates code there must be at least a short straight segment between the corners. Make the corner R just 1 thou less and it will work, with a 1 thou straight segment between them. I bet you cant see the straight segment.
The first reply to this topic holds the latest version s a .zip file
I have not made any changes in some time, but I nearly have my lathe running again after tearing it apart to add an Ethernet smoothstepper. I have a number of ideas for improvement that I hope to work on soon. I am also looking at converting this to a mach4 lua wizard, which is why I need the ESS.
The included thread table is just a short sample. You are expected to edit the table- a simple text file- to contain the threads you use. Both metric and english should work. There is a help file with details.