If it's done this way, i'm not so much fussed then :)
On Wed, May 1, 2013 at 2:28 AM, Jace Priester <
jacepries...@threespaceimaging.com> wrote:
> Custom data layers can be present, or not. The whole point is that they're
> optional. This means that the color/size CDLs will only be in use when
>
Custom data layers can be present, or not. The whole point is that they're
optional. This means that the color/size CDLs will only be in use when
colored point cloud data is imported. This means zero change and zero extra
memory usage for all other meshes.
On Tue, Apr 30, 2013 at 1:07 PM, Serge
Per-vertex color and size is not something i'll want to be added to general
vertex. This will lead to much higher memory consumption of every mesh, and
this could become really an issue for modelers. That'd also lead to wish
being able to render such vertices as "strand"? And mixing "point cloud"
v
Meshes are very sufficient for handling point cloud data as I have already
discussed. They are a collection of vertices, stored efficiently and
rendered to the viewport efficiently. They are simply lacking per-vertex
color and size, which is what my code adds. There is no need for a new
object type
Hi,
Point cloud reconstruction could be quite a benefitial project for blender
if fully/properly done. There're basis stuff for this already present in
libmv (in terms of reconstruction/bundling), would need to implement
correspondence matching tho and outlier filtering (which would also be
needed
Hi,
I wish to participate in upcoming GSOC. I want to discuss couple of ideas.
It would be great if I can have some feedback on these :).
I have described these briefly below. Kindly let me know if further
details/ clarifications are required.
1) Automated rigid structure reconstruction from set
Hi,
I wish to participate in upcoming GSOC. I want to discuss couple of ideas.
It would be great if I can have some feedback on these :).
I have described these briefly below. Kindly let me know if further
details/ clarifications are required.
1) Automated rigid structure reconstruction from set
