> On Mar 14, 2016, at 7:12 PM, Margaret Hu wrote:
>
> studied the 3dm-g file converter, you may say it is easy (if you know what
> was going on), But there is a steep learning curve to know what is going on.
I suggested it is easy because our brep/nurbs support is
studied the 3dm-g file converter, you may say it is easy (if you know what
was going on), But there is a steep learning curve to know what is going
on.
So basically an input .3dm file is passed to the opennurbs library and get
a pointer to ONX_Model, now what is needed is to explore the ONX_Model
all examples compiled successful :) will find some .3dm files to test this
weekend.
On Thu, Mar 10, 2016 at 5:13 PM, Margaret Hu
wrote:
> >>For what it’s worth, ensuring robust and faithful 3DM import and export
> support in LIBGCV would be immensely valuable, and
>>For what it’s worth, ensuring robust and faithful 3DM import and export
support in LIBGCV would be immensely valuable, and probably be the next
best step. We do not >>have a 3DM exporter, but writing one is pretty
trivial (probably take less than a week for non-CSG geometries).
trying to get
On Thu, Mar 10, 2016 at 1:17 AM, Vasco Alexandre da Silva Costa <
vasco.co...@gmail.com> wrote:
> On Thu, Mar 10, 2016 at 12:21 AM, Margaret Hu
> wrote:
>
>> Sean:
>>
>> >>Not really — that is your job to propose a best candidate — but we do
>> keep notes on our
On Thu, Mar 10, 2016 at 12:21 AM, Margaret Hu
wrote:
> Sean:
>
> >>Not really — that is your job to propose a best candidate — but we do
> keep notes on our geometry conversion desires in our TODO file. There is a
> section entitled >>CONVERTERS that pertain to our
Sean:
>>Not really — that is your job to propose a best candidate — but we do
keep notes on our geometry conversion desires in our TODO file. There is a
section entitled >>CONVERTERS that pertain to our conversion interests.
Thanks for the information, looking at the CONVERTERS section in the
>1 - NOTE: some 'test' tests are expected to fail, 'regress' must pass
> (Failed)
> 766 - regress-flawfinder (Failed)
> 771 - regress-quote (Failed)
> 772 - regress-rtwizard (Failed)
> Errors while running CTest
>
> [snip]
> So maybe you just run make check(like I did) and ensure the
Hi Margaret,
> I have successfully checkout the SVN source and built in my Ubuntu 14.04
>
> The make command gives
> BRL-CAD Release 7.25.0, Build 20160308
>
> The make test command gives
> The following tests FAILED:
>1 - NOTE: some 'test' tests are expected to fail, 'regress' must pass
>
Hi Margaret,
> will investigate CMake online, should not be too hard, will first try to
> build all executables from source in Ubuntu 14.04, (I downloaded
> brlcad-7.24.2.tar.gz). Can you point me the documentation of the build
> process, such as : configure, make all, make install.
Like
Daniel:
Thanks for your help
>You should use our Subversion repository instead. You can find a
>short how-to together with some CMake build basics here:
>http://brlcad.org/wiki/Building_from_SVN
I have successfully checkout the SVN source and built in my Ubuntu 14.04
The make command gives
Margaret,
>> 1. cat src/conv/conv_lib/Makefile (create a conv_lib directory for the
>> project)
>>> Note that we use the CMake build system, which you can read about online.
>>> Instead of putting build logic into Makefiles, we put the logic into
>>> CMakeLists.txt files and CMake gives us
Hi Margaret,
> Thanks for your input. I do development in the Linux environment (Ubuntu
> 14.04), so the software architecture (in the UNIX environment) I have in mind
> for the library consists of the 3 components
It’s great that you’ve thought about it — now you can see where we’re
Daniel:
Thanks for your input. I do development in the Linux environment (Ubuntu
14.04), so the software architecture (in the UNIX environment) I have in
mind for the library consists of the 3 components
1. cat src/conv/conv_lib/Makefile (create a conv_lib directory for the
project)
#BASE = ..
Hi Margaret,
Think of this library as a hub which converts one CAD file format to
another with the BRL-CAD database format in the middle. Looking at
src/conv you will see that many of the conversion algorithms are
already available. E.g. to to go from *.stl to *.obj you would first
use stl-g
My name is Margaret Hu, I am a student at Ohlone College Fremnt California,
I am interested in the project "Geometry Conversion Library"
For the three requirement for this project
* Familiar with C/C++ : YES
* Familiar with file parsing issue (lex/yacc a plus) : YES, I know
flex/bison and regex
16 matches
Mail list logo