Yani in building mode... he *** at drawing and as accuracy goes he needs a computer. A pencil snapper that can't draw a straight line. Lucky for the tools, like a laser level.
A router "look at those oh so cute joins"
So I did a month of homework and found a few things that are interesting and curious.
https://www.mozaiksoftware.com/
Every wonder how these kitchen companies do the software? Do they draw it up on Autocad from home grown templates?
NUP the whole thing is a package from shop front to shop back.
"Exports to Paperless Shop" It is a parts list but I suspect it includes billing components.
https://kcdsoftware.com/doors-plus/
If doors and drawers are your company’s specialty, KCD Software’s Doors Plus is a stand-alone, template design software to communicate with your nested based CNC router.
Hundreds of templates are included in the software like doors, drawer fronts and dovetail drawer boxes. It’s also easy to create your own one-of-a-kind custom templates. Parametric tool paths can be assigned for your multiple tool operations. Create your own custom libraries for doors, drawers, wine racks, fluted pilasters, valances and more for traditional and CNC manufacturing.
Doors Plus includes over 300 ready-to-use custom component templates. The order-entry system makes it easy to enter your custom items and modify details on the fly. Doors Plus gives you more custom product capacity, flexibility and efficiency than ever before.
What's interesting is the narrow vertical market and the end to end nature of the software.
Sign manufacture has moved that direction about a decade ago. Hand held computer guided gear you just need an SVG file and a printer.
Computer aided routing tables have been used in sign companies for over 30 years. Our company started using them in the late 1980's. We recently bought a new 5' X 10' Multicam table. Full service custom sign companies still have to design lots of items from scratch and fabricate at least some of what they build in-house. I do not feed our routing tables clip art merely grabbed from some library of pre-fab sign designs. The only things I get to re-use are standardized signs for a company with multiple or many locations. I'll also re-use and modify items like electrical section detail drawings of things like channel letters when a city's sign code require those kinds of drawings to get an installation permit.
Some bottom feeder sign companies will hire anyone with a pulse to try to do design work. But to productive or actually good at the job sign design does require some real artistic talent and design sensibility, not to mention a grasp of geometry. A clip art library of pre-fab signs isn't going to bail out someone with no talent.
Wholesale companies who manufacture items like aluminum extrusion cabinets have their own semi-automated setups to mass produce parts. They'll have libraries of computer files they re-use like the templates Yani mentioned in his post.
As for hand-held devices, none are replacing full fledged PCs any time soon. I do own and use an iPad Pro (with an Apple Pencil), but it is a niche device to supplement design work. It's great for on-screen drawing tasks, but it falls short as a full-blown computer. Our routing tables, digital printers and channel letter return machine are all connected to regular desktop PCs. It may be technically possible to drive those things using a portable tablet or even a smart phone. However, that invites the user to leave the routing table unattended, which really isn't a good idea. S*** happens.
Imports back into Draw perfectly. There is a SketchUp plug-in for PDF... $300.
If Corel got cleaver they would task someone with writing just such a plug-in for CDR files. Forget the export filter you can't charge for... stick a plug-in on their site WITH Corel badging. It's literally free marketing in a busy place.
SketchUp can't draw circles except using lines. Hence when it imports Draw's 3 point DXF curve it fails miserably.
And isn't that just like old AutoCAD?
DXF as R9 format
Commit that one to memory for when the question is asked.
I went back and had another look at CorelCAD and its clutterface. It would clean up into something a lot more Draw like by just turning the tool bars into flyouts. Its future is clearly linked to Draw.
What they picked up in the concept video was spot on. Much easier, at least for a Draw user, to define complex shapes in Draw and import them as a face into CAD.
What they created was the code to do it with clutterfaces to get to it. You open it up and your next thought is "bejesus help me". The trial will be over before I could make an informed opinion on the deeper stuff. But I know a clutterface when I see one!
Yani said:Much easier, at least for a Draw user, to define complex shapes in Draw and import them as a face into CAD.
Using CorelDRAW as a starting point for content that is then going to get handled by CAD or CAM software has the potential to produce some real frustration.
CorelDRAW doesn't natively use pure circular arcs, and doesn't have "live" radiused corners (i.e., things that are defined as radiused corners, and continue to be editable as radiused corners). Instead, a lot of stuff that might look like pure circular arcs is actually Bézier curves.
The Bézier curve content is fine if one is producing PDF or printed output, but not so good if it's being fed into other software where one really would like to be working with pure circular arcs.
We send a ton of stuff to be cut as EPS or PDF and it works perfectly some cutters have proprietary CAD interfaces that only see their files correctly. They have to rebuild everything that come to it.