Mailman 3 March 2019 - NumPy-Discussion

Outreachy Applicant
by Aishwarya Dash March 28, 2019

March 28, 2019

Hi, I'm Aishwarya Dash, an applicant for Outreachy. I am quite interested to work on the documentation for Numpy, and I would really appreciate guidelines on how to contribute to the docs and what ideas I should work on in order to make my application better.

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Outreachy Applicant
by Sargam Monga March 28, 2019

March 28, 2019

Hello everyone, I am Sargam, an undergrad from India.I am an outreachy applicant and would like to contribute to this project.

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(no subject)
by Aishwarya Dash March 28, 2019

March 28, 2019

Hi, I'm Aishwarya Dash, an applicant for Outreachy, I am quite interested to work on the docs for Numpy, and I would really appreciate guidelines on how to contribute to the docs and what ideas I should work on to make my application better.

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introducing Numpy.net, a pure C# implementation of Numpy
by kmckenna＠baselinesw.com March 27, 2019

March 27, 2019

This is a quick note to announce open source numpy.net available at this repository https://github.com/Quansight-Labs/numpy.net This is a pure C# based implementation of Numpy, ported from the underlying C library and the python application layer. Written and tested on .NET standard 2.1 so it will run anywhere. I have the vast majority of the most commonly used functions implemented and unit tested. It supports fully functional slicing and views. Verified to generate binary compatible output with python numpy. I built it because I was tasked with porting a large Python Numpy application to C# and as you may know, there are not a lot of good solutions (until now). My employer graciously agreed to open source it. If you have some time to review it, I'd love to get some feedback from some Numpy experts (I don't consider myself one). I believe it is ready to start building tools like SciPy on top of it. Longer term, I would like to see this ported to Java. I expect pure C# to port easily to Java.

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My introduction to NumPy community
by Arpita Dash March 27, 2019

March 27, 2019

Hello, My name is Arpita Dash and I'm an Outreachy Applicant. I'm a CSE undergraduate. I am interested in contributing to the Numpy project "Improve C API documentation for Numpy." I am looking forward to working with Numpy and contributing to the community. Regards, Arpita Dash

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Outreachy applicant
by Kotturu Supriya March 27, 2019

March 27, 2019

Hello, I am Supriya, an Outreachy applicant. I am interested in contributing to this project. Please let me know how to proceed and any suggestions on my first contribution would be greatly appreciated. Regards, Sai Supriya. ------------------------------------------------------------- Sai Supriya Kotturu "Life isn’t about finding yourself. Life is about creating yourself." - George Bernard Shaw NMREC, Hyderabad- 500018 | 7702879899 | supriyakotturu(a)protonmail.com | supriyakotturu(a)gmail.com | https://www.linkedin.com/in/supriya-kotturu | https://supriya-kotturu.gitlab.io/Portfolio |

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NumPy - BIDS / community meeting March 27
by Tyler Reddy March 26, 2019

March 26, 2019

Hi, A reminder of the weekly call tomorrow (March 27) at 12 pm Pacific Time, with work in progress meeting notes here: https://hackmd.io/kPZJ6E4aTa-27fsEsgY2Sw?view There's a section for community-suggested topics.

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SWIG typemap (numpy.i)
by Giuseppe Di Guglielmo March 26, 2019

March 26, 2019

What is the right SWIG typemap for the following function? void filter(int height, int width, unsigned int *input_array_2d, unsigned int *input_array_2d); The input and output arrays are bi-dimensional. The input array is read-only and the output array is write-only. I tried something like: %apply (int DIM1, int DIM2, int* INPLACE_ARRAY2) {(int height, int width, int* input_array_2d), (int height, int width, int* input_array_2d)}; But it does not seem to be correct. Thank you!

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ANN: SfePy 2019.1
by Robert Cimrman March 26, 2019

March 26, 2019

I am pleased to announce release 2019.1 of SfePy. Description ----------- SfePy (simple finite elements in Python) is a software for solving systems of coupled partial differential equations by the finite element method or by the isogeometric analysis (limited support). It is distributed under the new BSD license. Home page: http://sfepy.org Mailing list: https://mail.python.org/mm3/mailman3/lists/sfepy.python.org/ Git (source) repository, issue tracker: https://github.com/sfepy/sfepy Highlights of this release -------------------------- - automatic fallback for linear solvers - quadratic eigenvalue problem solver For full release notes see [1]. Cheers, Robert Cimrman [1] http://docs.sfepy.org/doc/release_notes.html#id1 --- Contributors to this release in alphabetical order: Robert Cimrman Lubos Kejzlar Vladimir Lukes

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Introducing Myself
by Vrinda Narayan March 25, 2019

March 25, 2019

Heyy, My name is Vrinda Narayan and I'm an Outreachy Applicant. I'm a CSE undergraduate and I know python, C, JavaScript and git. I am interested in contributing to the Numpy project Improve C API documentation for Numpy. I have used Numpy for various projects in my college and I really look forward to working with Numpy and contributing more to this community. Warm regards Vrinda Narayan

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