OpenAL SDK is an auxiliary set of tools for OpenAL, delivering a complementary feature set that allows developers to implement new functionality on top of the API.
The developer is granted with a set of extensions that enable developer to implement 3D audio rendering and manipulation.
As previously mentioned, the main purpose of OpenAL SDK is to render 3D positional audio, that is a type of audio where sound can be emitted from any given point.
However, OpenAL is not limited to this type of audio as it also features positional audio for 2D and floating point audio.
The developer will be able to use the SDK to implement 3D positional audio rendering and manipulation of audio sources.
To achieve this, the developer will be able to access a library of sample code which will be divided into various sections based on the type of source and effect.
The developer will be able to gain access to the samples by simply declaring a source and then the effect associated with it.
The Audio Extension of OpenAL SDK provides two main features, the way it works and the API.
The way it works is that the developer will be able to play an audio file and enable the user to control its behavior with a set of parameters that can be further used to manipulate the sound.
For instance, you can control the play rate, play mode and volume of the audio source.
The way the API functions is that the developer will be able to call functions that directly manipulate audio.
In this case, the API will serve as a kind of wrapper around the audio samples and it will provide a set of functions that are associated with each type of sample.
This set of functions will be instrumental for audio related programming and will allow the developer to quickly enable audio sources and manipulate its parameters.
It is worth mentioning that the sample code provided is not just a copy of the samples found on the web.
The samples are linked to the developer to gain access to the OpenAL source files that can be used in the developer’s projects.
Overall, OpenAL SDK provides programmers with a way to access samples and to manipulate audio sources.
It delivers a set of features that will improve the experience of users while using the API.
Features:
Effects Extension:
This extension allows developers to add audio effects to their projects.
It provides a set of algorithms that are easy to learn and they will allow the developer to add a wide range of effects to their projects.
The developer will be able to adjust the parameters that are characteristic

KEYMACRO is a set of low level macro definitions for programming games and media applications with OpenAL.
KEYMACRO is not a DSP library or a sound engine. It provides a set of macro definitions that can be used for easily interfacing with OpenAL and for creating programmable DSP effects and audio processing algorithms.
KEYMACRO provides a set of development tools that will allow developers to configure audio files and play them using a simple API. The core of KEYMACRO is based on the X-SAMPLE framework, a collection of audio effects that have been designed to facilitate audio programming and audio processing.
These effects can be applied to buffers, sound sources and the like. KEYMACRO exposes an extension for the sample collection to create programmable audio processing effects.
KEYMACRO is an extension for OpenAL and requires the following:
– An OpenAL SDK or above.
– OpenAL.
– KEYMACRO is not required for any existing OpenAL API or X-SAMPLE library components.
OpenAL API Defined in the KEYMACRO documentation are the following:
Buffer creation
Volume modulation
FFT
3D positional audio
Source creation
Source parameter manipulation
Source effect modulation
Some examples of KEYMACRO features are as follows:
Audio effect basics
– Part of the Sample library.
– Every sample is designed to be usable for real-time application programming.
– Each sample comes with built-in LFOs and envelopes to create programmable audio processing effects.
– Effects are considered “virtual devices”, which is basically an abstract concept that is introduced in the audio programming realm.
– Every virtual device has a virtual effect implementation, which could be a LFO or a DSP or a sample that’s specific to a specific sample.
– Virtual devices are usually presented as a user-friendly API, with a graphical user interface, which is a logical step towards visual programming.
– The virtual effect is a component that is responsible for processing data and outputting the data in a certain way.
– Every virtual effect is represented by a structure that contains information about the virtual effect’s characteristics, such as data processing parameters, audio output characteristics, and a virtual effect driver that operates on audio data and transforms it into sound.
– Every virtual effect could be represented by several DSP filters, and the processor can use these filters to generate new audio data.
– The main virtual effect used in KEY
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With the use of the OpenAL SDK, you can easily add OpenAL support to your applications.
The SDK provides a set of useful OpenAL extensions to support your projects, allowing to extend and customize the current sound sources and also to add DSP effects to the system.
The SDK features a set of cross-platform libraries for Windows, Mac OS X and Linux, supporting the version 1.0 to the latest version of OpenAL.
The OpenAL SDK is currently under development. Its components are structured in a C++ API which allows to interact directly with OpenAL.
It can be used to implement new sound sources, add new OpenAL capabilities, optimize the available resources and extend the OpenAL API.
Currently, the framework is still under development and is delivered in an alpha state, with the plan to improve and update it before the final release.
The SDK was started by Ilmari Nygård, who in fact is the creator of the OpenAL specification.
Nygård spent a lot of his time with the aim of creating an SDK, which would support the development of OpenAL technology and provide a more convenient and easy to use way for programmers to access the API.
Along with his work, he also developed the base for its future development.
He is therefore a very important part of the project, so many thanks for his contribution!
Since its main objective is to develop applications for real-time applications, the SDK does not include classes that are dedicated to creating media files.
In addition, the SDK’s main goal is to make the programming process as easy and clear as possible.
This means that it must be possible to quickly learn how to use the API and that it must be self-explanatory.
The SDK’s toolset contains a set of extensions which support audio sources, effects and its sources.
The extensions are implemented as C++ plugins which can be loaded and unloaded at runtime.
The SDK features a cross-platform library for the implementation of sound sources, which can be used on both the Windows and Mac platforms.
The library provides two main classes, Effect and Source.
The Effect class can be used to apply a specific effect on a sound.
Each effect has a set of parameters, that can be adjusted and set to its own specific value.
The Source class is for handling the specific OpenAL source. This includes data related to the source, such as its parameters, buffer and length.
The Source class has a

OpenAL SDK is the only cross-platform audio library that supports Windows, Linux and Mac OS X. It is 100% API compatible with the OpenAL 1.0 and 2.0 specifications.
The library, with the exception of the effects component, supports all OpenAL 1.0 effects and is able to create custom effects with ease. It even supports most common Audio Units through the ILAudioEffects API.
To make things easier for developers, the OpenAL SDK features a set of cross-platform and native-code compliant audio components. Its extensions include multi-channel audio input and output, buffer playback and last, but not least, a set of DSP algorithms and effect plugins.
The OpenAL SDK comes across as an auxiliary set of tools for OpenAL, delivering a complementary feature set that allows developers to implement new functionality on top of the API.
—————————
Software tools for OpenAL
—————————
Alongside OpenAL SDK, there are some software tools that can also help developers improve their OpenAL projects.
OpenAL DotNet is an OpenAL library that supports Windows, Linux and Mac OS X. It is 100% API compatible with the OpenAL 1.0 and 2.0 specifications.
It uses native code only and is a fully managed solution.
On the other hand, OpenAL Activity Monitor is a powerful application that displays information regarding all OpenAL software installed on the system, including the SDK itself. It is able to display anything, including basic configuration settings, audio files, playlists and buffers.
In addition to this, a variety of useful options are available to make debugging processes quicker and easier.
OpenAL Cross is a popular cross-platform library, released by Crossbar. It comes across as a way to encode and decode OpenAL buffers for any audio format on any platform.
It works for both Windows and Mac OS X.
Also, the OpenAL Engine allows developers to access and control audio sources in a familiar and friendly environment.

License: OpenAL 1.0, Copyright (c) 1999-2001, Apple Computer, Inc., All rights reserved.
License: OpenAL 2.0, Copyright (c) 2004, Apple Computer, Inc., All rights reserved.
License: Apple Public Source License v1.1, Copyright (c) 2001, Apple Computer, Inc., All rights reserved.
License: Apple Inc. ”License for Mac OS X Snow Leopard:” Trademarks of Apple Computer, Inc. are used under license.

Platforms: Windows, Linux, Mac OS X

OS version:

Availability: OpenAL SDK 1.4

Table of Contents

Installation
————
OpenAL SDK is a multiplatform library and also a cross-platform one, so it doesn’t need to be compiled for every platform.
In the installation process, make sure you have the libsndfile library installed

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– Supports Windows 7, Vista, XP, or Mac OS X
– Dual Core Intel or AMD CPU – 3.2 GHz or faster
– 4 GB RAM
– 2 GB HD Space
– Intel HD Graphics 4000 or AMD HD graphics 3D chip
– DirectX 9.0c/AMD Catalyst 13.2.
– Internet connection
– 1024×768 screen resolution
– Controller type: Xbox 360 USB or Dual Shock 3
– Language: English
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