semvec/pypi-packages huggingface dataset:
lepy 0.0.2
Lightweight and fast 3D visualisation engine writen on C++ with Python bindings

# Light Engine
Lightweight and fast 3D visualisation engine writen on *C++* with *Python* bindings.
![LE logo](docs/logo.jpg)

* Using shaders for speedup rendering process
* Cascade architecture for working from hight to low level
* Automated shaders, buffers and other resources
* Collection of predefined objects and controls

# Installation
``pip install lepy``

## Getting started
Basic usage samples places in *samples* folder. There you can find C++ and Python examples.
statick-soartech-unofficial-mappings 0.1.0
Statick extension to add unofficial CMU SEI rule mappings.

# SoarTech Unofficial Statick Rule Mappings

| Service | Status |
| ------- | ------ |
| Build   | [![Travis-CI](https://api.travis-ci.org/soartech/statick-soartech-unofficial-mappings.svg?branch=master)](https://travis-ci.org/soartech/statick-soartech-unofficial-mappings/branches) |
| PyPI    | [![PyPI version](https://badge.fury.io/py/statick-soartech-unofficial-mappings.svg)](https://badge.fury.io/py/statick-soartech-unofficial-mappings) |
| Codecov | [![Codecov](https://codecov.io/gh/soartech/statick-soartech-unofficial-mappings/branch/master/graphs/badge.svg)](https://codecov.io/gh/soartech/statick-soartech-unofficial-mappings) |

The SoarTech Unofficial Statick Rule Mappings plugin adds additional rule mappings to the the CMU SEI rule mappings provided by Statick.
These mappings have not been evaluated by CMU SEI and are for experimental use only.

## Additions to Statick
This plugin adds several new rule mappings to Statick.
The plugin should be automatically detected the next time you run Statick.
In order to use these mappings, run Statick with the flag `--mapping-file-suffix=soartech-unofficial`.
If this plugin does not provide a mapping file for a given tool, the default Statick mapping file will be used.
honeywell-hpma115s0 0.0.3
An interface for honeywell HPMA115S0 particulate matter sensors
Requires Python: >=3.3, <4

# Honeywell HPMA115S0 Particulate Sensor Python interface
A basic python interface for interacting with the Honeywell HPMA115S0 Particulate Matter sensor.  This code has been tested with the following devices: HPMA115S0.

This wrapper is based on: https://github.com/FEEprojects/plantower

This wrapper has been developped as part of on-going work on the use of low-cost PM sensors to monitor air quality in urban areas.
sensirion-sps030 0.0.7
An interface for Sensirion SPS030 particulate matter sensors
Requires Python: >=3.3, <4

# Sensirion SPS03 Particulate Sensor Python interface
A basic python interface for interacting with the Sensirion SPS030 Particulate Matter sensor.  This code has been tested with the following devices: SPS030.

This wrapper is based on: https://github.com/FEEprojects/plantower

This wrapper has been developped as part of on-going work on the use of low-cost PM sensors to monitor air quality in urban areas.
novafitness-sds018 0.0.4
An interface for novafitness SDS018 particulate matter sensors
Requires Python: >=3.3, <4

# Novafitness SDS018 Particulate Sensor Python interface
A basic python interface for interacting with the novafitness PM sensors.  This code has been tested with the following devices: Novafitness SDS018.

 It may work with other sensors from the novafitness range, if you try it please do let us know either way.  If there are any problems with it please either raise an issue or fix it and issue a pull request.


This wrapper is based on: https://github.com/FEEprojects/plantower
robotframework-rammbock-py3 0.4.0.2
Protocol testing library for Robot Framework

Rammbock
========

.. contents::
   :local:

Introduction
------------

Generic network protocol test library for Robot Framework, which offers an easy way to specify network packets and inspect the results of sent / received packets. Library offers Domain Specific Language for packet specification.

This is a version of robotframework-rammbock updated for better Python 3 support.

Downloads are available at https://pypi.python.org/pypi/robotframework-rammbock-py3

Installation instructions
-------------------------

Precondiditons
~~~~~~~~~~~~~~
You need to have Robot Framework installed as a precondition.

Installation
~~~~~~~~~~~~

-  With PIP Installer::

      pip install robotframework-rammbock-py3

- With Setup.py Download and extract .zip or .tar.gz. Execute command in extracted folder::

      python setup.py install

Examples
--------

We have examples from following protocols:

- GTPv2
- Diameter
- DNS

Examples can be found from our acceptance test cases:
https://github.com/peterservice-rnd/Rammbock/tree/master/atest

Documentation
-------------
- See the userguide at https://github.com/robotframework/Rammbock/wiki/RammbockUserGuide
- See keyword documentation at https://robotframework.github.com/Rammbock/index.html