Very Computer

Maybe you seen game "Comanche" or demo "Mars", based on VOXEL
technology ???
About VOXEL we know only that it is a 3D-Pixel (and we even not sure this).
If you know some mathematic or something else,< please respond.
We also interesing how to make this  extremaly FAST (shit ! I can't
write text in this ... UNIX >:(

P.S. We (StrikeTeam) have the BEST algorithmes, such GOURAUD,
Texture, flat scalling, etc.
Sorry for bad english.

: Maybe you seen game "Comanche" or demo "Mars", based on VOXEL
: technology ???
: About VOXEL we know only that it is a 3D-Pixel (and we even not sure this).
: If you know some mathematic or something else,< please respond.
: We also interesing how to make this  extremaly FAST (shit ! I can't
: write text in this ... UNIX >:(

:                                      
: P.S. We (StrikeTeam) have the BEST algorithmes, such GOURAUD,
: Texture, flat scalling, etc.
: Sorry for bad english.

There is a txt file from the author of MARS explaining how he did it.
Its on x2ftp.oulu.fi, but as to the directory or file name? sorry.

Sam.

I just released a my old "voxel" (voxel is not the correct term...
anyway people immediately understand what you're speaking of) wich I
think is better than MARS program... (even if not optimizied and so a
little slower) check out my webpage at http://vv.val.net/~agriffini

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                        http://vv.val.net/~agriffini   \

For starters, check out  "otmvoxel.zip"
It's got excellent documentation and includes the C++ source code.

Sorry - don't remember where I got it!

Chris

Chris De Angelis

#include <disclaimer.h>

Quote:>For starters, check out  "otmvoxel.zip"
>It's got excellent documentation and includes the C++ source code.

>Sorry - don't remember where I got it!

I found it at ftp://x2ftp.oulu.fi:pub/msdos/programming/somedirectory

Quote:>>For starters, check out  "otmvoxel.zip"

>I found it at ftp://x2ftp.oulu.fi:pub/msdos/programming/somedirectory

Me too. It just turned out that that package did not have
anything to do with voxels. It implemented displacement
mapping instead of one of the many voxel rendering algorithms.

The primitive algorithm presented in otmvoxel seems suitable for
rendering 8-bit landscapes. It most surtainly fails in rendering
voxelized 3D models such as volumetric medical images.

--Jyrki