Re: [opendx-users] Re: hints symmetrical calculations

2000-06-22 Thread Thomas A. Gardiner
Nancy, On Thu, 22 Jun 2000, nancy collins wrote: sorry if i've been missing the point. Absolutely no need to apologize; you're doing ME the favor! :-) can you explain to me if this is the approximation you are talking about? take N identical 2D sheets of quads, and stack them into a 3D

Re: [opendx-users] Re: hints symmetrical calculations

2000-06-22 Thread Chris Pelkie
A picture is really worth a thousand words! Tom Speaking of that, does anyone know if this mailserver would block attachments? A picture (like a jpg or something) probably would go a long way right about now. I think I know what you described, but I think that's exactly what Nancy described to

[opendx-users] I'm out

2000-06-22 Thread Chris Pelkie
BTW, I'll be out for the next week more or less, if anyone cares. I'm not shunning any discussions! but you may not get a reply til I get back on Jul 5. Chris Pelkie Vice President/Scientific Visualization Producer Conceptual Reality Presentations, Inc. 30 West Meadow Drive Ithaca, NY 14850

[opendx-users] root.6% dx BUG IN DYNAMIC LINKE

2000-06-22 Thread Steve Ettorre
Hi- I am still having a dynamic linker problem with opendx-4.1.0. When I execute dx -uionly I get: BUG IN DYNAMIC LINKER ld.so: dl-version.c: 210: _dl_check_map_versions: Assertion `needed != ((void *)0)' failed! I am running Redhat v6.1. Following some advice I recevied from the list, I made

Re: [opendx-users] root.6% dx BUG IN DYNAMIC LINKE

2000-06-22 Thread Thomas A. Gardiner
Hi, I'm not quite sure what the problem is, but I am currently running rh6.1 and opendx $ rpm -q opendx opendx-4.1.0-1 $ rpm -q glibc glibc-2.1.2-11 $ rpm -q ld.so ld.so-1.9.5-11 Everything seems to work just fine for me. Say, you did follow the README and copy libstdc++ to

Re: [opendx-users] Re: hints symmetrical calculations

2000-06-22 Thread Thomas A. Gardiner
Yes! Nancy, great! Now I think I can describe my question simply. Take the image generate by the script below... I'm looking at it right now. See all of the connections and points which are necessary to describe the circles? What I want to know is if the connections, i.e. the linear paths