Michale thanx for responese :-)

Abouth meshing parametars will get back next time to it (will sketch something I had in mind for a long time)

Another question: Is it possible to have something like rendered display so you dont see any curves or isolines just surfaces?

"The equivalent to this in MoI is called "Construction lines" - you can get one by doing a click and drag motion with the mouse instead of a click and release, there is a section in the introductory documentation that goes over some of the details: http://moi3d.com/beta/MoI_Introduction.htm"

Wow!!!
Perfect! Simple! Awesome!

> re: meshing parameters

Also, the down arrow in the mesh options dialog lets you get to some more parameters right now. You probably already saw that but just wanted to make sure...


> Another question: Is it possible to have something like rendered display so
> you dont see any curves or isolines just surfaces?

There isn't any mode for this yet, but I do expect to add this in at some point.

Right now the workaround is to select edges and hide them. That will only be temporary, they will come back if you edit the model further, but that will work for some visual inspection.

MoI doesn't show any interior isocurves for surfaces, only edge curves.

- Michael

Does Moi Have something like blend curves or match curves ( position, tangency, curvature)?
Find them very important tools

Hi Kreten, MoI doesn't have blend or match curves yet. Probably blend curves won't be too far off though, match might be a while longer.

- Michael

Michael can you tell me what are your primatry golas for the V1?
Any chance for G1 G2 G3 surfacing fileting?
I asked this a few times already becuse this is something that I use on daily bases.
Thanx!

> Any chance for G1 G2 G3 surfacing fileting?

Hi Kreten, this might be possible, I'll have to check later today.

Include this and you have a cutomere! :-)

Hi Kreten, I did a couple of initial experiments, and it looks like this is available in the geometry library that I'm using so it seems like it will be pretty easy to hook up. I will try some more tomorrow and let you know.

- Michael

What?!
Youre serious?!
WOW!!!!
With V1 youll acomplishe what Rhino didnt in 3 versions.

As Lord Vader said "Most impressive!" ;-)

Damned, I will see that only after the 5 mars :/
Have you plan for a beta before?

I haven't had a chance to test it too much yet, but it looks good so far, I should be able to tell more tomorrow.

Here's an example attached - instead of a fillet with a circular cross-section there are G2 blends here. Is this the type of thing that you were asking about?

You will still enter a radius which is used to determine the spacing, but you'll be able to choose a different shape than just circular. I think I'll also be able to have a "tension" parameter as well for the blend, we'll see...

- Michael

> Have you plan for a beta before?

Yeah, I think I'll have one at the end of this week.

- Michael

The nice thing about the next beta is that it should fix _all_ previously reported crashes in fillets, booleans, and shelling. Things that could previously crash in these commands should now just fail instead of killing the program.

But there are a lot of changes in how these commands are processed, so it will be good to have the new method tested more widely to make sure it is working properly.

In addition to being protected from crashes in these commands, you will also be able to cancel them if they are running too long.

This is going to be a pretty key improvement for program stability.

- Michael

BEAUTIFULL !!!! :-)

G2= tangency continuty?!
I think yes and G3 is the main thing, curvature continuity.

I don't think so....G2 is curvature continuity.
On the other hand, I have tried to create the same thing with _BlendEdge command in Rhino using Michael's stuff (from zip files) and analyse it and it seems MoI would be able to create even more smooth blend than Rhino...

Petr

You sure?!
This is a sreenshot from Npowers plugin for Rhino...

Natch!
  Position (G0)
  Tangency (G1)
  Curvature continuous (G2)
  Curvature continuous with a constant rate of change (G3)

Petr

Nice!
:-)