IFD:Music Interaction Programming/Schedule: Difference between revisions

IFD:Music Interaction Programming/Schedule (view source)

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 {| border="1" class="wikitable"
-|+ The table's caption
+|+ Tentative Schedule
-! Column heading 1
+! Week
-! Column heading 2
+! Topic
-! Column heading 3
+! Event
 |-
-! Row heading 1
+! 1
-| Cell 2 || Cell 3
+| What is PD? What is dataflow programming?
+|
 |-
-! Row heading A
+! 2
-| Cell B
+| fundamentals of pd: interaction and music
-| Cell C
+| make your first patch
+|-
+! 3
+| signal generators; additive and wavetable synthesis, samplers
+| record your own sound and control the playback
+|-
+! 4
+| midi messages and control objects; dollar signs and other PD syntax
+|
+|-
+! 5
+| OpenSoundControl OSC; controlling PD externally
+| interacting with your smartphone
+|-
+! 6
+| what is GEM? basic video manipulation
+| make your own simple musical instrument using your smartphone or game controller
+|-
+! 7
+| creating sub patches, abstractions and externals; video input and looper
+| matrices. What is a rendering chain in pd and how it works?
+|-
+! 8
+| FM and AM, modulate your sounds and control video
+| become a VJ and use sound and movement to manipulate video
+|-
+! 9
+| motion detection, matrix transformations in GEM. blob recognition and color tracking; external libraries for pattern recognition
+| control through gestures; smile detection
+|-
+! 10
+| controlling the environment: using PD to communicate with Arduino and OSC compatible surfaces. Using UDP and TCP protocol.
+| examples in Unity3d, Ableton, Arduino, Reaktor, etc..
+|-
+! 11
+| extended control messages. Reactivision, OpenCV and computer vision.
+| make your fiducial based instrument or patch
+|-
+! 12
+| very short intro to the Fourier transform; the frequency spectrum, time-domain and frequency domain representations. Spectral manipulation à la metasynth
+| what is musical texture? spectral painting, pictures become sound and viceversa
+|-
+! 13
+| granular synthesis and flocks, microstructures of sound and their interaction with video
+| examples of interfacing with custom applications made in Processing and superCollider
+|-
+! 14
+| using particle systems, InteractiveSwarmOrchestra; Boids and cellular automata
+| use a cellular automata simulation in a patch
+|-
+! 15
+| Collaboration and mapping: analysis of Oliver’s Silent Percussion patches
+| Live electronic paradigms: setting a simple server for collaboration
+|-
+! 16
+| Project Discussion
 |}