- #PROCESSING MINIM EXAMPLE SOFTWARE#
- #PROCESSING MINIM EXAMPLE CODE#
- #PROCESSING MINIM EXAMPLE FREE#
- #PROCESSING MINIM EXAMPLE WINDOWS#
So that the program will work the same regardless of whether or not Uppercase letters in the if-statement as a convenience for the user
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#PROCESSING MINIM EXAMPLE CODE#
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Everything we’ve seen in Processing so far Pretty much all personal computersĬome with sound cards and speakers, and so that is rarely a problem.īut from a programming point of view what we need to worry about is this:Īlmost all sound effects, or music, are played while our program is doing OfĬourse, sound requires that your computer have a sound card and speakers (andĪ microphone, if you want to do recording), just as your computer needs a Getting sound to work in a program is trickier than you might think. We’ll use whatever file format is convenient. It turns out that Processing supports most popular sound file formats, and so Or, if you are a bigĬompany with lots of resources, you could also create your own lossy
#PROCESSING MINIM EXAMPLE FREE#
MP3s is to use a free lossy format, such OGG Vorbis. One way to avoid the licensing hassles of
#PROCESSING MINIM EXAMPLE SOFTWARE#
You can’t write software to play and create MP3s without negotiating Number of patents associated with it that differ by country. The software that encodes and decodes MP3s is quite complex, and has a It’s called a lossy format because some of the audio is Reducing the quality of parts of the audio that most people can’t The MP3įormat can compress audio into a file about 10 times smaller than MP3, for instance, is a popular format for consumer music. Lossy audio formats, such as MP3, WMA, AAC, and OGG Vorbis, store audio in a formatĮven more compressed than lossless compression files. For example, the FLAC losslessįile format compresses voice recordings more efficiently than music The type of audio can make a significant difference in theĬompression. Since it does not lose any information (the way, for instance, MP3sĭo), it is a good format for music archives, or for converting live Takes more time and computing power than uncompressed audio. a 2:1 compression ratio).Ĭompressing and de-compressing lossless audio files
![processing minim example processing minim example](http://processing.flosscience.com/_/rsrc/1330695711116/intro-to-processing/working-with-media/sound1.png)
Lossless audio compression typically stores audio in about half the Such filesĪre called lossless because they store everything that would haveīeen stored in an equivalent uncompressed audio file. WMA Lossless file the silence takes up much less space (thanks to a
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Takes up just as much space as 10 seconds of music. For instance, in an uncompressed WAV file, 10 seconds of silence Lossless compression audio formats create compressed audioįiles. Uncompressed audioįormats are not efficient for storing, say, 10 songs from yourįavourite band’s latest album: uthey take up too much
#PROCESSING MINIM EXAMPLE WINDOWS#
WAV, for instance, is the defaultĪudio file format on Windows computers, and it uses about 10 Uncompressed audio, such as WAV, AIFF, or AU formats. Whileĭozens of different audio file formats have been created, they can be That means that sound is stored as a sequence of sound levels. On a computer, sound is stored as digital audio.