semvec/pypi-packages huggingface dataset:
sphinxext-autox 0.0.2
Customised version of sphinx.ext.autodoc and sphinx.ext.autosummary
Requires Python: >=3.5

# Sphinx-autox

A little opinionated version of autodoc and autosummary that
recursively documents your modules and creates one file per class.

## Usage

Add `sphinxext_autox` as the **first** entry to your extensions in `conf.py`:

```py
extensions = [
    'sphinxext_autox',
    ...
]
```

Create a `api.rst` file like the following:

```rst
My API
======

.. autosummary::
   :toctree: source
   :recursive:

   mymodule1
   mymodule2
```

The stub files will be created/maintained in the `source` folder.

## Critique

Unfortunately, since other files in Sphinx also try to load autodoc,
this package has to replace the original files. It isn't possible to
make a custom version without also having to change the rST tags.
msprites 1.0.8
Create thumbnail spritesheet from mp4 media files
Requires Python: >=3.6

# msprites, media thumbnail sprites, multipule thumbnail spirtes

# Requirements:

    1. FFmpeg
    2. ImageMagick Montage

# Steps:
    1. Extract images using ffmpeg. You can configure size of image and image rate per second(IPS)
    2. Convert Image in spirtesheet of grid ROWSxCOLS
    3. Create a webvtt file of spritesheet images

Recomanded Values for IPS:
    1
    0.50: 1 image every 2 seconds)
    0.25: 1 image in every 4 second
    0.20: 1 image in every 5 second
    0.10: 1 image in every 10 second
    0.05: 1 image in every 20 second

It uses temp folder for storage. for persistence storage move these different folder or location.

Installation
```pip install msprites```

# How to use:
```
import os
from msprites import Settings as SpriteSetting
from msprites import MontageSprites

SpriteSetting.load(ips=0.50)
sprite = MontageSprites.from_media(
    path="..SampleVideo_360x240_20mb.mp4",create_webvtt=True
)

print(sprite.dir.name)
for filename in os.listdir(sprite.dir.name):
    print(filename)
```
prasopes 0.0.56
Thermo/Finnigan .raw file viewer based on rawprasslib
Requires Python: >=3.5

Prasopes
========

Prasopes is a free and open source Thermo/Finnigan .RAW spectra viewer. It is an implementation example of the rawFin library. Its limitation in means of the supported format scope is defined by the current developemnt state of the rawFin library.

## Installation

Install using the command bellow. Remove --user from command if You want to
install the application into system directory.

Linux:

```
python3 setup.py install --user
```

Windows:
Install python 3.x AS ADMINISTRATOR (!!), for simplicity I prefer to "install for all user" and check the checkbox to add python to PATH. Then run CMD (command prompt) AS ADMINISTATOR (!!) and type there:
```
pip install prasopes
pip install rawautoparams
```

you can then run Prasopes by typing <i>prasopes</i> to cmdline.

For Git version - download this git repository and:
```
pip install PyQt5
pip install PyQt5-sip
python3 setup.py install --user
```
PyQt5 and PyQt5-sip .egg packages are broken, if you will initiate installation by python3 setup.py the whole process will fail (at least true at 2018-09-16). If you install them by pip install valid .whl packages are downloaded instead and everything works as it should. If you accidentaly installed abovementioned .egg packages please remove them and proceed as stated above.


Mac:
Not tested yet, please report.

## Usage

Execute as: `prasopes [<SPECTRUM_FILE_PATH>]`

The `SPECTRUM_FILE_PATH` argument is optional, it is path to file with spectrum.
Use File -> Open or Ctrl+O to open a spectrum from GUI.

For exporting a spectrum use File -> Export or Ctrl+E.

 **experimental** monitoring of the spectrum during acqusition (Need File -> Settings temp setted-up properly)

### GUI control

  * **Doubleclick** resets active graph
  * **right button selection** selects timelapse in chromatogram and zoom the selection in mass spectrum
  * **left button** pan on x-axis
  * **scrolling** zoom on x-axis
  * **shift + scrolling** zoom on y-axis
  * **arrows** move selection in chromatogram left/right (need a right button selection existing first)

## Special tools

  * **experimental** TSQ zce: ZCE calculator for the Finnigan TSQ 7000, for details see help in the TSQ zce window.
  * **experimental** DRL: data extractor for the relative ion intensities in course of time. Now in testing state.

## Supported format
  * .raw (based on rawprasslib => limited machine scope)
  * in future: .mzml (will be next), .CDF