https://vjmedia.wpi.edu/api.php?action=feedcontributions&feedformat=atom&user=Hngiannopoulos 2026-04-04T06:43:49Z User contributions MediaWiki 1.31.8 https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129507 2013-12-21T19:44:29Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be Video]<br /> <br /> A link to the application zip file is here: [http://media.wpi.edu/Academics/Depts/HUA/Manzo/CarTelemetryMusic/Car.zip File]<br /> <br /> [[Category:Interactive Systems]] [[Category:Algorithmic, Interactive, &amp; Electro-acoustic Compositions]] [[Category: Advisor:Manzo]]</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129506 2013-12-21T19:43:05Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be Video]<br /> <br /> A link to the application zip file is here: [http://media.wpi.edu/Academics/Depts/HUA/Manzo/CarTelemetryMusic/Car.zip File]<br /> <br /> [[Category:Interactive Systems]] [[Category:Algorithmic, Interactive, &amp; Electro-acoustic Compositions]]</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129504 2013-12-21T19:39:37Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be Video]<br /> <br /> A link to the application zip file is here: [http://media.wpi.edu/Academics/Depts/HUA/Manzo/CarTelemetryMusic/Car.zip File]</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129502 2013-12-21T19:34:52Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be Video]<br /> <br /> [[file:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Car%20Telemetry%20Data%20Music/Car.zip]]</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129500 2013-12-21T19:30:39Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be Video]<br /> <br /> [[ZIP:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Car.zip]]</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129499 2013-12-21T19:29:56Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be Video]<br /> <br /> [[ZIP:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Car%20Telemetry%20Music/Car.zip]]</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129498 2013-12-21T19:29:36Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be Video]<br /> <br /> [[Ableton Live Set and Video:http://media.wpi.edu/Academics/Depts/HUA/Manzo/Car%20Telemetry%20Music/Car.zip]]</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129496 2013-12-21T19:18:52Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be Video]<br /> <br /> [[File:Car Telemetry Music.zip]]</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129492 2013-12-21T19:11:34Z

<p>Hngiannopoulos: </p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.<br /> <br /> [Video]&lt;http://www.youtube.com/watch?v=_pCfwnLus6Q&amp;feature=youtu.be&gt;</div>

Hngiannopoulos https://vjmedia.wpi.edu/index.php?title=Car_Telemetry_Music&diff=129490 2013-12-21T18:57:09Z

<p>Hngiannopoulos: Created page with 'The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis a…'</p> <hr /> <div>The '''Car Telemetry Music''' Max patches allow the user to input data collected from a car in order to create music. The current patch is configured to accept: X, Y and Z axis accelerometer data, speed, and yaw (i.e body roll) measurements. The patch finds the magnitude of the accelerometer data and maps that to pitch, takes the speed and maps it to volume, finally the patch takes the yaw data and uses it to pan the audo between the left and right speakers. The purpose of this project was to turn the movement of an object much larger than a normal instrument and turn it into intresting music.</div>

Hngiannopoulos