PyAudiere was developed to be a very flexible and easy to use audio library for users of the Python programming language. Available methods allow you to read soundfiles of various formats into memory and play them, or stream them if they are large.
 
You can pass sound buffers as NumPy arrays of float32’s to play (non-blocking). You can also create pure tones, square waves, or ‘on-line’ white or pink noise. All of these functions can be utilized concurrently.
PyAudiere is useful for Python programmers who want to painlessly add sound to their applications. It is also just as useful in an interactive environment, particularly in science and education settings involving signal processing applications.

=========
PyAudiere is a Python based wrapper for the Libras library by Timothy Stoecker. It is a rather basic audio library that is intended to be the precursor to an audio library written in Python specifically for use in signal processing and signal processing applications, and is used by it’s creator as well.
This code is now very rare as it was released before the author accepted PyAudio as the sound library of choice by the Python community.
PyAudiere Description:
===================
PyAudiere is a relatively primitive python library for playing sounds, used in science and education programming. It provides basic support for working with a number of waveform types such as sound files, WAV files, Raw PCM files, and sound generators. It is released as open source to provide a lower barrier to entry for developers wanting to write audio programs in Python.
Installation:
===========
This software can be installed via pip, or via easy_install:

All versions of Python >= 2.5 can install PyAudio with the command:
easy_install pypa-audiiere
Easy_install

pip

pyaudio

Documentation
==============
Installed files:
————
– audiere/
– audiere/__init__.py
– audiere/buffer.py
– audiere/device.py
– audiere/player.py
– audiere/signals.py
– audiere/tests
– audiere/util.py
– audiere/waveform.py
License
=======
The license for this software is copyright 2011 by Timothy Stoecker and
is licensed under the GNU General Public License.

Libras is released under the GNU Public License (GPL).

Libras Documentation:
=====================

Libras Website:
===============

Contact:
========

Timothy Stoecker

=====
PyAudiere Download With Full Crack – Python Audio Library
=====================================
PyAudiere is a python audio library, developed to be a very flexible and easy to use audio library for users of the Python programming language. Available methods allow you to read soundfiles of various formats into memory and play them, or stream them if they are large.
Users can also create pure tones, square waves, and ‘on-line’ white or pink noise. All of these functions can be utilized concurrently.
==============================
Installation
==============================
You can install PyAudiere using pip:
pip install PyAudiere
If you need to install a specific version of PyAudiere, you can use the following command:
pip install -U PyAudiere[VERSION]
This command will update all outdated packages to the latest version of PyAudiere.
==============================
Key Features of PyAudiere
==============================
Extended Python Library of Functions
==============================
– The functions listed here are just a small selection from the whole library.
– Some of them are useful for audio processing while others are useful for general programming
– The available functions are:
– Read soundfiles from the disk
– Record a soundfile from the input device
– Extract the seconds from an audiofile
– Detect Silence, on-line white or pink noise and many more
– And many many more…
==============================
Sound Files and Types
==============================
– PyAudiere provides all the needed drivers and functions to read and write soundfiles of different formats including.wav,.mp3 and.raw in memory.
– PyAudiere uses NumPy arrays for handling soundfiles. Those arrays can be used directly in Audio Processing Fucnctions.
– PyAudiere is also a wrapper for the Python Multimedia library, PyOpenAL and PySound and thus you can use soundfiles and buffers of any Python class as long as it has a __getitem__ function.
==============================
Pure and Noise Tones
==============================
– The methods of PyAudiere contain many examples of how to get pure tones, square waves and white noise into memory and generate them from that array.
– Pure tone generation methods can also be described as a method similar to a function in C, but you don’t need to understand C to use it, just Python.
– A full list of available methods of pure and noise generation is listed below
91bb86ccfa

==========

– Simplified API, see docs for usage.
– Can play audio data from memory buffers, FIFO’s, TCP sockets, or Redis channels.
– Stateful processes can be used for concurrent sampling.
– Class methods allow you to create on-line pink/white noise.
– Can read a soundfile from a given filename to memory.
– Can play sound for given intervals of time.
– Can play pure tones at given frequencies or frequencies above a given threshold.
– Can play pure tones at given amplitudes for given frequencies.
– Can play square waves, or sine waves, or linear combinations of these (up to a threshold), as pure tones.
– Can play any note or frequency represented by a given int.
– Can play notes in a range, or buffer them for later use.
– Can play the frequency of a note (multiplied by volume).
– Time stretching, volume equalization, or other effects can be added.
– Many other useful functions.
– Documents and Wiki.

== PyAudiere Installation: ==
======================================

The easiest way to get installed is via your Python installation package manager.

For Ubuntu:

sudo apt-get install python-audiere

For Fedora:

sudo dnf install python-audiere

You can also install the latest version from PyPI

sudo pip install audiere

You can also install the latest version from the development server:

git clone
cd audiere
sudo python setup.py install

== PyAudiere Quick Start: ==
====================================

The docs are good for quick reference. There are examples in the docs too.

To see how to use the PyAudiere.state object to sample data during ‘fork’ or ‘thread’
working sessions:

>>> import audiere.state, audiere.state_fork
>>> state = audiere.state.State()
>>> state.fork([‘samples’]))
>>> state.check(‘state file ready’, ‘%s.state’ % state.path)
True

To see how to

===================

PyAudiere consists of:

– The soundfile reader, which allows you to read audio files into memory.
– The soundfile writer, which allows you to write audio files.
– The built-in Lofi or ‘Low-fi’ audio, which supplies white or pink noise.
– A sample implementation of a hardware instrument with a finite buffer and two
audio outputs, demonstrating the audio play interface.

Read more details about the soundfile reader and writer, the Lofi audio, and the device implementation
from the `documentation`_

Installation
============

PyAudiere requires Python 2.7 or higher to run.

The installation process for pyAudiere is very simple. You can download the source code from your web browser and install it using your favorite Python package manager.
Alternatively, you can find pre-compiled wheel packages on PyPI. `Install_from_source`_ is the recommended approach.

Install from source:

.. code::

$ pip install python-audiere

Install from pre-compiled wheel packages:

.. code::

$ pip install pyaudiere

To install the pre-compiled wheel packages from PyPI, you should first go to
`Install_from_source`_. If you don’t have a package manager, `pip`_ might be the most
relevant option.

Once you’ve installed the PyAudiere library, check out the included Example
Application to get an understanding of how to use it.

.. _documentation:
.. _Install_from_source:
.. _`pip`:
.. _`pip install pyaudiere`:
.. _Example Application:
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