nightly builds
Download the latest nightly builds (curently recommend) from Github Nightly Release
0.11.2
is the most recent release. It's a minor version, with bugfixes only, so it is fully compatible with projects developed for 0.11.0 or any newer version. Please see the changelog to get an overview of the differences between versions.
To use openFrameworks you will need an IDE, and the setup guide for your platform can walk you through this. Please post any bugs on the issues page, and post to the forum if you have any other questions. openFrameworks is distributed under the MIT License. NOTE: If the Github links below do not work for you, please try the mirror links here.
linux
download
openFrameworks for
linux gcc6 or later (use nightly build at bottom of page)
setup guides
windows
download
openFrameworks for
(use nightly build at bottom of page)setup guides
mobile
openFrameworks for mobile platforms supports the same features as the desktop versions plus mobile specific features like acceleromter, compass, gps...
linux arm
openFrameworks for arm boards running linux like Raspberry Pi, Beaglebone (black), Pandaboard, BeagleBoard and others.
We have setup guides for some of the most common boards but it should work on any armv6 and armv7 board.
We release openFrameworks as an uncompiled library. This means that when you download and unzip openFrameworks, you will see the following folders: 'addons/', 'apps/', 'libs/', and a few more. These folders contain openFrameworks completely, so if you want to keep multiple versions of openFrameworks on your computer you should just create multiple folders. For example, one `of_v0.11.2_osx_release/` folder and one `of_v0.11.1_osx_release/` folder, each with their own `apps/` folder. Even when new versions of openFrameworks are released, your old apps will still compile with old versions of openFrameworks.
The examples folder is a great place to start. Inside examples you'll find a variety of examples that show what is possible with openFrameworks. They demonstrate font loading, graphics, audio input and output, sound file playback and FFT analysis, video grabbing, movie playing, image loading and saving, event handling, serial communication, and much more.
