Hi Matti, Sebastian and Lev,
Am Mo., 15. Feb. 2021 um 18:50 Uhr schrieb Lev Maximov :
>
> Try adding
> view->suboffsets = NULL;
> view->internal = NULL;
> to Image_getbuffer
finally I got it working easily using Lev's pointer cited above. I
didn't follow the valgrind approach furthermore
I'm glad you sorted it out as the subject line sounded quite horrifying )
Best regards,
Lev
On Mon, Mar 29, 2021 at 2:54 PM Friedrich Romstedt <
friedrichromst...@gmail.com> wrote:
> Hi Matti, Sebastian and Lev,
>
> Am Mo., 15. Feb. 2021 um 18:50 Uhr schrieb Lev Maximov <
> lev.maxi...@gmail.com
Aloha Numpy Community,
I am just writing a book on "How to Cheat in Statistics - And get Away with
It".
I noticed there is no built-in syntax for the 'Adjusted R-squared' in any
library (do correct me if I am wrong)
I think it would be a good idea to program it. The math is straight
forward, I can
I would like this feature to be added since I think it can very useful
when there is a need to process data that cannot be included in uint8.
One of my personal requirements is modifying a 10-bit, per channel,
images held in a NumPy array but I cannot do that using the specified
functions. They are
You can view any array as uint8
On Mon, Mar 29, 2021, 14:27 Rashiq Azhan wrote:
> I would like this feature to be added since I think it can very useful
> when there is a need to process data that cannot be included in uint8.
> One of my personal requirements is modifying a 10-bit, per channel,
I am pleased to announce the release of SfePy 2021.1.
Description
---
SfePy (simple finite elements in Python) is a software for solving systems of
coupled partial differential equations by finite element methods. It is
distributed under the new BSD license.
Home page: https://sfepy.org
