Szabolcs Nagy wrote:
>nice interface, but with 3d apps i prefer cgkit's
approach, which has
>vec3, vec4, mat3, mat4 and quat types with lots of
useful functions for
>3d graphics (like mat4.looakAt(pos, target, up) or
mat3.toEulerXYZ())
>there are other libs with similar types and
functions:
>cgki
nice interface, but with 3d apps i prefer cgkit's approach, which has
vec3, vec4, mat3, mat4 and quat types with lots of useful functions for
3d graphics (like mat4.looakAt(pos, target, up) or mat3.toEulerXYZ())
there are other libs with similar types and functions:
cgkit (http://cgkit.sourceforge
Terry Reedy wrote:
> <[EMAIL PROTECTED]> wrote in message
> news:[EMAIL PROTECTED]
>
>>The module will be public domain.
>
>
> Various lawyers have suggested that either you cannot do that (is US) or
> that you should not do that. (You know the joke -- ask two lawyers and you
> get three opi
On Fri, 9 Sep 2005 04:58:43 -0700 (PDT), "C. Barnes" <[EMAIL PROTECTED]> wrote:
>
>Hi, I'm in the process of writing a Python linear
>algebra module.
>
>The current targeted interface is:
>
> http://oregonstate.edu/~barnesc/temp/linalg/
>
>The interface was originally based on Raymond
>Hettinger'
<[EMAIL PROTECTED]> wrote in message
news:[EMAIL PROTECTED]
> The module will be public domain.
Various lawyers have suggested that either you cannot do that (is US) or
that you should not do that. (You know the joke -- ask two lawyers and you
get three opinions -- but all depends on your cou
Connelly,
Apologies, my first message was sent in error.
I like your general setup. You appear to permit matrix operations,
which the folk at Numeric and, later, numarray did not.
My own package, PyMatrix, has similar aims to yours but it may be slower
as it is based on numarray.
My package
Since one of the module's targeted applications is for 3D applications,
I think there should be some specific support for applying the
Matrix-vector product operation to a sequence of vectors instead of
only one at a time -- and it should be possible to optimize the
module's code for this common ca
Thanks for your commentary.
The module will be public domain.
I fixed the broken link (epydoc was inserting backslashes in URLs),
changed the default arguments to None as you suggested, and added
a randfunc=None and randargs=() default argument for random_matrix()
and random_vector() (the matrix
C. Barnes wrote:
> Hi, I'm in the process of writing a Python linear
> algebra module.
>
> The current targeted interface is:
> http://oregonstate.edu/~barnesc/temp/linalg/
Is this going to become free software. If yes, what license
will you use?
So my suggestions:
In cases like these ones:
Hi, I'm in the process of writing a Python linear
algebra module.
The current targeted interface is:
http://oregonstate.edu/~barnesc/temp/linalg/
The interface was originally based on Raymond
Hettinger's
Matfunc [1]. However, it has evolved so that now it
is
nearly identical to JAMA [2], the
10 matches
Mail list logo
