GMU:Autonomous-Collaborative/Ludwig: Difference between revisions

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The in 2016 upcoming [https://en.wikipedia.org/wiki/Fidget_Cube Fidget Cube] is a device that supports different tangible areas.The idea of adding an additional audible level led me to a design that I call "Fiddleing Surface".

It consists of different tactile media which are connected by a wooden frame. The pickup is fixed to the wooden frame and connected to a Raspberry hidden by the construction. A special PD-Patch is running on the Raspberry to apply interisting filters to the output of the piezo microphone. With earphones plugged in tothe raspberry, the user can now hear his touches.

==Construction==

==Methods==

For the audio processing I combined different effects and filters. I used

# sine pitch

# low and high pass filter

# reverb (echo)

==Implementation in Pure Data==

[[File:~~patch1~~.PNG|400px]]

[[File:main_control.PNG|400px]]

My sketch consists out of a main sketch that is directing several subpatches. Therefore new effects can be easily added to the program.

=== control of channels ===

[[File:channel control.PNG|400px]]

=== sine-pitch ===

[[File:sine_pitch.PNG|400px]]

=== low and high pass filter ===

[[File:lop hip.PNG|400px]]

=== reverb ===

[[File:freeverb.PNG|400px]]

==Demo==

@@ Line 6: / Line 6: @@
 The in 2016 upcoming [https://en.wikipedia.org/wiki/Fidget_Cube Fidget Cube] is a device that supports different tangible areas.The idea of adding an additional audible level led me to a design that I call "Fiddleing Surface".
 It consists of different tactile media which are connected by a wooden frame. The pickup is fixed to the wooden frame and connected to a Raspberry hidden by the construction. A special PD-Patch is running on the Raspberry to apply interisting filters to the output of the piezo microphone. With earphones plugged in tothe raspberry, the user can now hear his touches.
+==Construction==
 ==Methods==
 For the audio processing I combined different effects and filters. I used
 # sine pitch
+# low and high pass filter
 # reverb (echo)
 ==Implementation in Pure Data==
-[[File:patch1.PNG|400px]]
+[[File:main_control.PNG|400px]]
 My sketch consists out of a main sketch that is directing several subpatches. Therefore new effects can be easily added to the program.
+=== control of channels ===
+[[File:channel control.PNG|400px]]
+=== sine-pitch ===
+[[File:sine_pitch.PNG|400px]]
+=== low and high pass filter ===
+[[File:lop hip.PNG|400px]]
+=== reverb ===
+[[File:freeverb.PNG|400px]]
 ==Demo==