semvec/pypi-packages huggingface dataset:
grano 0.4.8
An investigative toolkit for influence influence mapping
License: MIT
Keywords: sql graph sna networks journalism ddj entities

Grano
=====

``grano`` is a social network analysis tool for data-driven news applications. It provides components needed to build domain-specific social network applications. For example, it can be used to track the relations between people, institutions and companies expressed through financial flows and other interactions.

Grano is currently developed as a backend to `openinterests.eu <http://openinterests.eu>`_ and `nomenklatura <http://nomenklatura.pudo.org>`_.

Documentation for grano is available at `docs.grano.cc <http://docs.grano.cc>`_, including: 

* `Installation instructions <http://granoproject.org/docs/install/>`_
* `Technical introduction <http://granoproject.org/docs/>`_
* `Web (REST) API <http://granoproject.org/docs/api/>`_

``grano`` is also available on cheeseshop, and can be installed with::

    pip install grano
grano-ui 0.4.7
An entity and social network tracking software for news applications (Admin UI)
License: MIT
Keywords: sql graph sna networks journalism ddj entities

# Grano User Interface

[grano](http://grano.cc/) is a toolkit for building journalistic social network analysis applications on the web. This package contains an administrative user interface based on [AngularJS](http://angularjs.org/). The interface is intended for managing entities 
and analysis for advanced users, not as a general-purpose interface. 


## Installation

``grano-ui`` requires that you have installed and configured [grano](http://grano.cc/). Please refer to [grano's documentation](http://docs.grano.cc/) for further instructions. You'll also need to install these external (non-Python dependencies):

* Twitter's [bower](https://github.com/bower/bower) for installing JS dependencies.
* [UglifyJS](https://github.com/mishoo/UglifyJS/) for JS minification.
* [Less](http://lesscss.org/) for compiling the CSS resources.

To install the package from GitHub, you need to follow these steps from within the virtual environment in which ``grano`` has been installed:


```bash
git clone https://github.com/granoproject/grano-ui.git
cd [grano dir]
virtualenv env
source env/bin/activate
cd [grano-ui dir]
python setup.py develop
bower install (in docker, use --allow-root or su app -c "bower install")
```


After installing the package, you will still need to enable this plugin. Add the entry ``ui`` to the ``PLUGINS`` variable in your grano settings file. If you have no other plugins installed, try this:

```python
PLUGINS = ['ui']
```


## Configuration

By default, ``grano-ui`` will deploy itself to the web root of ``grano`` when it has been activated as a plugin. You can change that path by setting a ``UI_PREFIX``, starting with a forward slash. 

```python
UI_PREFIX = '/grano'
```

Further, asset compilation and minification can be enabled by setting the ``ASSETS_DEBUG`` variable to ``False``.
grano-client 0.4.7
Client library for grano, a social network analysis tool.
License: MIT
Keywords: data client rest grano sna ddj journalism

grano client
============

This library provides a Python client for the `grano API <http://docs.grano.cc/rest_api.html>`_. ``grano`` is a web-based framework for the storage, analysis and presentation of social network information. The tool provides building blocks for custom, data-driven investigative solutions.

Comprehensive documentation is `available as part of the grano documentation here <http://docs.grano.cc/rest_client.html>`_.
bio96 0.5.1
File format for 96-well plate layouts
License: MIT
Keywords: bio96

*************************************************
``bio96`` — File format for 96-well plate layouts
*************************************************

Many medium-throughput experiments produce data in 24-, 96-, or 384-well plate 
format.  However, it can be a challenge to keep track of which wells (e.g. A1, 
B2, etc.) correspond to which experimental conditions (e.g. genotype, drug 
concentration, replicate number, etc.) for large numbers of experiments.  It 
can also be a challenge to write analysis scripts flexible enough to handle the 
different plate layouts that will inevitably come up as more and more 
experiments are run.

The ``bio96`` package solves these challenges by introducing a TOML-based file 
format that succinctly describes the organization of wells on plates.  The file 
format is designed to be human-readable and -writable, so it can serve as a 
standalone digital record.  The file format can also parsed by ``bio96`` to 
help write analysis scripts that will work regardless of how you (or your 
collaborators) organize wells on your plates.

.. image:: https://img.shields.io/pypi/v/bio96.svg
   :target: https://pypi.python.org/pypi/bio96

.. image:: https://img.shields.io/pypi/pyversions/bio96.svg
   :target: https://pypi.python.org/pypi/bio96

.. image:: https://img.shields.io/travis/kalekundert/bio96.svg
   :target: https://travis-ci.org/kalekundert/bio96

.. image:: https://readthedocs.org/projects/bio96/badge/?version=latest
   :target: http://bio96.readthedocs.io/en/latest/

.. image:: https://img.shields.io/coveralls/kalekundert/bio96.svg
   :target: https://coveralls.io/github/kalekundert/bio96?branch=master

Documentation
=============
See the complete documentation `here <http://bio96.readthedocs.io/>`_.

.. image:: docs/example_usage/penicillin_resistance.svg