vjmedia - User contributions [en]

Touch Drum

2013-10-16T20:44:45Z

Camaino:

[[File:Touch Drum LOGO2.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]

http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. A Max patch then handles the signal processing to add pan and reverb to the pickup signal, based on information from the Arduino/sensors about hand position on the drum.

For the Max patch, Arduino sketch, and demo video, see the following link:
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum.zip]]

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T20:41:16Z

Camaino:

[[File:Touch Drum LOGO2.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]

http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

For the Max patch, Arduino sketch, and demo video, see the following link:
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum.zip]]

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T20:39:34Z

Camaino:

[[File:Touch Drum LOGO2.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]

http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum.zip]]

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T20:38:51Z

Camaino:

[[File:Touch Drum LOGO2.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum.zip]]

http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T20:30:20Z

Camaino:

[[File:Touch Drum LOGO2.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]

http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T20:29:52Z

Camaino:

[[File:Touch Drum LOGO2.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]

http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T14:45:25Z

Camaino:

[[File:Touch Drum LOGO2.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]

http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

File:Touch Drum LOGO2.png

2013-10-16T14:45:13Z

Camaino:

Touch Drum

2013-10-16T14:41:22Z

Camaino:

[[File:Touch Drum LOGO.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]

http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T14:40:33Z

Camaino:

[[File:Touch Drum LOGO.png]] ''Project Motivation:'' Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T14:39:47Z

Camaino:

[[File:Touch Drum LOGO.png]] Project Motivation: Use electronic music to increase an acoustic instrument's capabilities.

I modified an acoustic cajon with capacitive sensors hooked up to an Arduino, tactile transducers as pickups, and Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T14:35:15Z

Camaino:

[[File:Touch Drum LOGO.png]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument.

I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[File:CM Cajons MINI LOGO.png]] by ''Christopher Maino''
[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

File:CM Cajons MINI LOGO.png

2013-10-16T14:34:19Z

Camaino:

Touch Drum

2013-10-16T14:32:32Z

Camaino:

[[File:Touch Drum LOGO.png]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument.

I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T14:32:12Z

Camaino:

[[File:Touch Drum LOGO.png]] [[File:CM Cajons LOGO.png]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument.

I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

File:Touch Drum LOGO.png

2013-10-16T14:31:42Z

Camaino:

Touch Drum

2013-10-16T13:52:24Z

Camaino:

[[File:CM Cajons LOGO.png]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument.

I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:52:11Z

Camaino:

[[File:CM Cajons LOGO.png]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument.
I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:51:38Z

Camaino:

[[File:CM Cajons LOGO.png]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument. I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:50:57Z

Camaino:

[[File:CM Cajons LOGO.png]][[File:CM%20Cajons%20LOGO.jpg]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument. I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:50:26Z

Camaino:

[[File:CM%20Cajons%20LOGO.jpg]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument. I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:50:10Z

Camaino:

[[File:CM Cajons LOGO.jpg]] My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument. I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:49:59Z

Camaino:

[[File:CM Cajons LOGO.jpg]]My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument. I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

File:CM Cajons LOGO.png

2013-10-16T13:48:37Z

Camaino: LOGO

LOGO

Touch Drum

2013-10-16T13:47:13Z

Camaino:

My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument. I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]
http://www.youtube.com/watch?v=XZJl4N_MI_M&feature=youtu.be

I expanded upon code by Paul Badger from the CapactiveSense example library, and also Arduino2MaxWDigOut by Daniel Jolliffe from the Maxuino Project. The code is loaded onto the Arduino and uses serial communication to talk to Max. Max talks to the Arduino with an object created by Daniel Jolliffe and calls sensor information by calling on the pin the sensor is attached to.

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:27:08Z

Camaino:

My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument. I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:26:53Z

Camaino:

My motivation for this project was to combine an acoustic cajon with electronic equiptment to increase the capabilities of the instrument. I added capacitive sensors hooked up to an Arduino and tactile transducers as pickups along with Max/MSP. From those components I could amplify the signal from the pickup to have an Electro-Acoustic cajon, and adjust the pan and reverb of the picked-up signal while playing.

The capacitive sensors were mounted to the back of the tapa (playing surface of the drum) and were hooked up to the Arduino, which was hooked up to Max/MSP, which in turn was used to control the pan and reverb. Simply by adjusting hand positioning, one can control the reverb and pan of the electro-acoustic cajon.

Here is a video of it in action. Notice the stereo panning of the audio in relation to hand positioning.
<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov</mediaplayer>
[[File:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Touch_Drum/Touch%20Drum%20Demo2.mov]]

[[Category:Algorithmic, Interactive, & Electro-acoustic Compositions]]
[[Category:Interactive Systems]]
[[Category: Advisor:Manzo]]

Touch Drum

2013-10-16T13:24:57Z

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