denoising algorithms / working with Github

[Chris Colbert]

these look really promising at first glance.

I wrote Scivi in a weekend then basically never touched it again. I've been
wanting to make it proper. So I will definitely take a look at your view and
incorporate some of Scivi's threaded utilities.

Cheers,

Chris

On Wed, Oct 27, 2010 at 4:44 PM, mael <mael.primet at gmail.com> wrote:

> Of course the viewer is stored here http://github.com/maelp/viewer
>
> On Oct 27, 10:43 pm, mael <mael.pri... at gmail.com> wrote:
> > Hello,
> >
> > I had lots of things to do lately, haven't had much time to work on
> > the library, but
> > I'll do it quickly,
> >
> > here are the new things:http://github.com/maelp/scikits.image
> > (some new filters, and some nice zooms)
> >
> > here are other projects that I work on in parallel, and I'd be happy
> > to have some contribution:
> > - image viewer: this should become the image viewer of scikits.image
> > in our  opinion (although it is not yet complete). Basically, it is a
> > modulable efficient viewer, that handles zoom properly, displays level
> > lines, etc and should be easily extensible. This is only  a stub yet,
> > and I'd be happy to merge it with your viewer, in particular have the
> > threaded computations to have faster computations, and add the
> > histrograms, normalization, etc.
> > It can show grey and color   int / float images, and should be pretty
> > fast even for large images since it only computes the strictly
> > required part that is needed to be viewed, and has a cache to speed-up
> > the next recomputations (if you move the view a little, most of the
> > rendered image does not change, and it only recomputes what  needs
> > be    )
> >
> > - tutorial:http://github.com/maelp/tutorial
> > This should become a standard way to describe scikits.image algorithms
> > in a dynamic way (this is basically the Qt Webkit that has been
> > extended to include scikits.image algorithm)
> > This could be a good advantage of the library: it is often difficult
> > to find interactive use-case for algorithms, etc, and many times, old
> > algorithms aren't properly documented, or we don't know in which case
> > they do and don't apply. If we have a standard "documentation" in
> > interactive format (where people can try our algorithms, have a
> > mathematical presentation, upload their images etc) this will help
> > keep  up  with a large image library.
> > I made it such that it is visually attractive because I'm pretty sure
> > this is extremely important (have beautiful documentation )
> >
> > I will add new filters to the library soon, please give  some inputs
> > on the  new projects and feel free to extend and/or modify anything
> >
> > I haven't had time to properly document everything yet, I'll do that
> > soon
>
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