vjmedia - User contributions [en]

Spencer McGuire - VMeter Frequency Visualization

2015-05-05T00:13:29Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Download the source code available here and paste it into Max.

[[File:Source.rtf]]

----

In action:

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/VmeterProject.mp4</mediaplayer>

[[File:Vmeter_screenshot.png]]

Above is shown the majority of the Max patch running the project. Off to the left is where "send lights" and the brightness control are both sent with "midiout" to the VMeter.

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

Spencer McGuire - VMeter Frequency Visualization

2015-05-05T00:13:08Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Download the source code available here and paste it into Max.

[[File:Source.rtf]]

----

In action:

<youtube>tjcnLngs38w</youtube>

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/VmeterProject.mp4</mediaplayer>

[[File:Vmeter_screenshot.png]]

Above is shown the majority of the Max patch running the project. Off to the left is where "send lights" and the brightness control are both sent with "midiout" to the VMeter.

I'll be putting up a proper video upload soon!!!

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

Spencer McGuire - VMeter Frequency Visualization

2015-05-05T00:12:23Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Download the source code available here and paste it into Max.

[[File:Source.rtf]]

----

In action:

<youtube>tjcnLngs38w</youtube>

http://media.wpi.edu/Academics/Depts/HUA/Manzo/VmeterProject.mp4

[[File:Vmeter_screenshot.png]]

Above is shown the majority of the Max patch running the project. Off to the left is where "send lights" and the brightness control are both sent with "midiout" to the VMeter.

I'll be putting up a proper video upload soon!!!

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

Spencer McGuire - VMeter Frequency Visualization

2015-04-29T15:27:59Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Download the source code available here and paste it into Max.

[[File:Source.rtf]]

----

In action:

<youtube>tjcnLngs38w</youtube>

[[File:Vmeter_screenshot.png]]

Above is shown the majority of the Max patch running the project. Off to the left is where "send lights" and the brightness control are both sent with "midiout" to the VMeter.

I'll be putting up a proper video upload soon!!!

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

Spencer McGuire - VMeter Frequency Visualization

2015-04-29T13:58:58Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Download the source code available here and paste it into Max.

[[File:Source.rtf]]

----

In action:

<youtube>tjcnLngs38w</youtube>

[[File:Vmeter_screenshot.png]]

Above is shown the majority of the Max patch running the project. Off to the left is where "send lights" and the brightness control are both sent with "midiout" to the VMeter.

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

File:Source.rtf

2015-04-29T13:58:39Z

Sdmcguire: Source for Spencer's VMeter project.

Source for Spencer's VMeter project.

VMeter Frequency Visualization

2015-04-28T20:59:38Z

Sdmcguire: Blanked the page

Spencer McGuire - VMeter Frequency Visualization

2015-04-28T20:58:36Z

Sdmcguire: Created page with "The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The M..."

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Download the source code available here and paste it into Max.

[[File:SourceCode.txt]]

----

In action:

<youtube>tjcnLngs38w</youtube>

[[File:Vmeter_screenshot.png]]

Above is shown the majority of the Max patch running the project. Off to the left is where "send lights" and the brightness control are both sent with "midiout" to the VMeter.

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

VMeter Frequency Visualization

2015-04-28T20:56:28Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Download the source code available here and paste it into Max.

[[File:SourceCode.txt]]

----

In action:

<youtube>tjcnLngs38w</youtube>

[[File:Vmeter_screenshot.png]]

Above is shown the majority of the Max patch running the project. Off to the left is where "send lights" and the brightness control are both sent with "midiout" to the VMeter.

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

File:SourceCode.txt

2015-04-28T20:54:34Z

Sdmcguire: Source for Spencer McGuire's VMeter project.

Source for Spencer McGuire's VMeter project.

VMeter Frequency Visualization

2015-04-28T20:33:59Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Requires the downloadable Max Patch to run

----

In action:

<youtube>tjcnLngs38w</youtube>

[[File:Vmeter_screenshot.png]]

Above is shown the majority of the Max patch running the project. Off to the left is where "send lights" and the brightness control are both sent with "midiout" to the VMeter.

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

File:Vmeter screenshot.png

2015-04-28T20:30:42Z

Sdmcguire:

VMeter Frequency Visualization

2015-04-28T20:24:04Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Requires the downloadable Max Patch to run

----

In action:

<youtube>tjcnLngs38w</youtube>

[[Category:Interactive Systems]]
[[Category:Multimedia]]
[[Category: Advisor:Manzo]][[Category:Foundations of Music Technology (2300)]]

VMeter Frequency Visualization

2015-04-28T04:04:47Z

Sdmcguire:

The VMeter device is usually used as a touch-responsive volume controller for Mac and PC, but also happens to be MIDI-compliant, which allows for experimentation in Max. The Max patch attached to this page works by taking in an audio input, splitting it into three individual sets of integers that control the three shown visualizations.

The LED's are controlled in three sections and controlled through the Aftertouch information in MIDI, with each section counting upwards in binary. Sending 1 to the first section illuminates the first LED, 2 illuminates the second, 3 illuminates the first and second, 4 illuminates the third, and so on. This means that the 7 LED's for the low, middle, and high visualizations are controlled by sending 1, 3, 7, 15, 31, 63, and 127. The best way found to do this was starting at the bottom with 1 LED and filtering the incoming numbers from each stream; a certain range of numbers activates an increasing number of LED's; this means the Max patch requires a lot of objects to run it, but it works!

I decided to make this because I've had this interface for a while but never realized it could be reprogrammed to serve other functions, so using Max with this device was an instant choice for the final project.

----
Required Hardware:

--Mac or PC

--[http://vmeter.net/ VMeter]

Required Software:

--Requires the downloadable Max Patch to run

----

In action:

<youtube>tjcnLngs38w</youtube>

[[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]

VMeter Frequency Visualization

2015-04-28T03:50:08Z

Sdmcguire:

VMeter Frequency Visualization

2015-04-28T03:37:31Z

Sdmcguire:

[[File:EAMIR_logo.png]]
The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any control interface. This kit contains modular pieces of working code that, when strung together, quickly enable users to modify existing [[EAMIR]] applications or creative brand new ones sharing similar functionality. [[EAMIR]] is an open-source music technology project involving alternate controllers, sensors, and adaptive instruments to facilitate music composition, performance, and instruction through a collection of interactive music systems. The [[EAMIR]] software apps have been implemented in classrooms, including special needs and disabilities populations, research projects, and composition/performance environments.

This gives way for the use of just about any digital control interface, Wiimotes®, keyboards, iPhones®, to be used as a composition and performance tool. Creating custom software is ideal for making applications that focus on a few musical skill sets for your users or for designing software to work with a specific control interface.

More information on the EAMIR project can be found [http://wiki.wpi.edu/vjmedia/EAMIR here].This library was developed by [http://www.vjmanzo.com V.J. Manzo, PhD] (2009) and is available [http://www.eamir.org/sdk.htm here].

----
Required Hardware:

-Mac or PC
-[http://vmeter.net/ VMeter]

'''Software:'''

- Requires the downloadable Max Patch to run

----
<youtube>tjcnLngs38w</youtube>

[[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]

Bitcrushed Choir Beat

2015-04-28T03:32:27Z

Sdmcguire:

[[File:EAMIR_logo.png]]
The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any control interface. This kit contains modular pieces of working code that, when strung together, quickly enable users to modify existing [[EAMIR]] applications or creative brand new ones sharing similar functionality. [[EAMIR]] is an open-source music technology project involving alternate controllers, sensors, and adaptive instruments to facilitate music composition, performance, and instruction through a collection of interactive music systems. The [[EAMIR]] software apps have been implemented in classrooms, including special needs and disabilities populations, research projects, and composition/performance environments.

This gives way for the use of just about any digital control interface, Wiimotes®, keyboards, iPhones®, to be used as a composition and performance tool. Creating custom software is ideal for making applications that focus on a few musical skill sets for your users or for designing software to work with a specific control interface.

More information on the EAMIR project can be found [http://wiki.wpi.edu/vjmedia/EAMIR here].This library was developed by [http://www.vjmanzo.com V.J. Manzo, PhD] (2009) and is available [http://www.eamir.org/sdk.htm here].

----
'''Hardware:'''

-Mac or PC

'''Software:'''

- EAMIR SDK for Mac or PC, Download [http://www.eamir.net/forum/index.php?option=com_kunena&func=view&catid=18&id=3&Itemid=69#3 here]

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/EamirSDK/EAMIR Software Development Kit.mp4</mediaplayer>

'''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.

[[Category:Development Toolkits]][[Category:Pedagogy, Theory, and Research Resources]][[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]

Bitcrushed Choir Beat

2015-04-28T03:32:27Z

Sdmcguire:

[[File:EAMIR_logo.png]]
The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any control interface. This kit contains modular pieces of working code that, when strung together, quickly enable users to modify existing [[EAMIR]] applications or creative brand new ones sharing similar functionality. [[EAMIR]] is an open-source music technology project involving alternate controllers, sensors, and adaptive instruments to facilitate music composition, performance, and instruction through a collection of interactive music systems. The [[EAMIR]] software apps have been implemented in classrooms, including special needs and disabilities populations, research projects, and composition/performance environments.

This gives way for the use of just about any digital control interface, Wiimotes®, keyboards, iPhones®, to be used as a composition and performance tool. Creating custom software is ideal for making applications that focus on a few musical skill sets for your users or for designing software to work with a specific control interface.

More information on the EAMIR project can be found [http://wiki.wpi.edu/vjmedia/EAMIR here].This library was developed by [http://www.vjmanzo.com V.J. Manzo, PhD] (2009) and is available [http://www.eamir.org/sdk.htm here].

----
'''Hardware:'''

-Mac or PC

'''Software:'''

- EAMIR SDK for Mac or PC, Download [http://www.eamir.net/forum/index.php?option=com_kunena&func=view&catid=18&id=3&Itemid=69#3 here]

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/EamirSDK/EAMIR Software Development Kit.mp4</mediaplayer>

'''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.

[[Category:Development Toolkits]][[Category:Pedagogy, Theory, and Research Resources]][[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]

Bitcrushed Choir Beat

2015-04-28T03:21:25Z

Sdmcguire:

[[File:EAMIR_logo.png]]
The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any control interface. This kit contains modular pieces of working code that, when strung together, quickly enable users to modify existing [[EAMIR]] applications or creative brand new ones sharing similar functionality. [[EAMIR]] is an open-source music technology project involving alternate controllers, sensors, and adaptive instruments to facilitate music composition, performance, and instruction through a collection of interactive music systems. The [[EAMIR]] software apps have been implemented in classrooms, including special needs and disabilities populations, research projects, and composition/performance environments.

This gives way for the use of just about any digital control interface, Wiimotes®, keyboards, iPhones®, to be used as a composition and performance tool. Creating custom software is ideal for making applications that focus on a few musical skill sets for your users or for designing software to work with a specific control interface.

More information on the EAMIR project can be found [http://wiki.wpi.edu/vjmedia/EAMIR here].This library was developed by [http://www.vjmanzo.com V.J. Manzo, PhD] (2009) and is available [http://www.eamir.org/sdk.htm here].[[Media:Example.ogg]]

[[File:http://storage.wpi.edu/HOME/My_Documents/UPLOADS/Vmeter%20Project.mp4]]

----
'''Hardware:'''

-Mac or PC

'''Software:'''

- EAMIR SDK for Mac or PC, Download [http://www.eamir.net/forum/index.php?option=com_kunena&func=view&catid=18&id=3&Itemid=69#3 here]

----

<mediaplayer>file://storage.wpi.edu/HOME/My_Documents/UPLOADS/Vmeter%20Project.mp4</mediaplayer>

'''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.

[[Category:Development Toolkits]][[Category:Pedagogy, Theory, and Research Resources]][[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]

Bitcrushed Choir Beat

2015-04-28T03:21:02Z

Sdmcguire:

[[File:EAMIR_logo.png]]
The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any control interface. This kit contains modular pieces of working code that, when strung together, quickly enable users to modify existing [[EAMIR]] applications or creative brand new ones sharing similar functionality. [[EAMIR]] is an open-source music technology project involving alternate controllers, sensors, and adaptive instruments to facilitate music composition, performance, and instruction through a collection of interactive music systems. The [[EAMIR]] software apps have been implemented in classrooms, including special needs and disabilities populations, research projects, and composition/performance environments.

This gives way for the use of just about any digital control interface, Wiimotes®, keyboards, iPhones®, to be used as a composition and performance tool. Creating custom software is ideal for making applications that focus on a few musical skill sets for your users or for designing software to work with a specific control interface.

More information on the EAMIR project can be found [http://wiki.wpi.edu/vjmedia/EAMIR here].This library was developed by [http://www.vjmanzo.com V.J. Manzo, PhD] (2009) and is available [http://www.eamir.org/sdk.htm here].[[Media:Example.ogg]]

[[File:http://storage.wpi.edu/HOME/My_Documents/UPLOADS/Vmeter%20Project.mp4]]

----
'''Hardware:'''

-Mac or PC

'''Software:'''

- EAMIR SDK for Mac or PC, Download [http://www.eamir.net/forum/index.php?option=com_kunena&func=view&catid=18&id=3&Itemid=69#3 here]

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/EamirSDK/EAMIR Software Development Kit.mp4</mediaplayer>

'''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.

[[Category:Development Toolkits]][[Category:Pedagogy, Theory, and Research Resources]][[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]

Bitcrushed Choir Beat

2015-04-28T03:20:38Z

Sdmcguire:

[[File:EAMIR_logo.png]]
The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any control interface. This kit contains modular pieces of working code that, when strung together, quickly enable users to modify existing [[EAMIR]] applications or creative brand new ones sharing similar functionality. [[EAMIR]] is an open-source music technology project involving alternate controllers, sensors, and adaptive instruments to facilitate music composition, performance, and instruction through a collection of interactive music systems. The [[EAMIR]] software apps have been implemented in classrooms, including special needs and disabilities populations, research projects, and composition/performance environments.

This gives way for the use of just about any digital control interface, Wiimotes®, keyboards, iPhones®, to be used as a composition and performance tool. Creating custom software is ideal for making applications that focus on a few musical skill sets for your users or for designing software to work with a specific control interface.

More information on the EAMIR project can be found [http://wiki.wpi.edu/vjmedia/EAMIR here].This library was developed by [http://www.vjmanzo.com V.J. Manzo, PhD] (2009) and is available [http://www.eamir.org/sdk.htm here].[[Media:Example.ogg]]

[[File://storage.wpi.edu/HOME/My_Documents/UPLOADS/Vmeter%20Project.mp4]]

----
'''Hardware:'''

-Mac or PC

'''Software:'''

- EAMIR SDK for Mac or PC, Download [http://www.eamir.net/forum/index.php?option=com_kunena&func=view&catid=18&id=3&Itemid=69#3 here]

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/EamirSDK/EAMIR Software Development Kit.mp4</mediaplayer>

'''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.

[[Category:Development Toolkits]][[Category:Pedagogy, Theory, and Research Resources]][[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]

Bitcrushed Choir Beat

2015-04-28T03:20:13Z

Sdmcguire:

[[File:EAMIR_logo.png]]
The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any control interface. This kit contains modular pieces of working code that, when strung together, quickly enable users to modify existing [[EAMIR]] applications or creative brand new ones sharing similar functionality. [[EAMIR]] is an open-source music technology project involving alternate controllers, sensors, and adaptive instruments to facilitate music composition, performance, and instruction through a collection of interactive music systems. The [[EAMIR]] software apps have been implemented in classrooms, including special needs and disabilities populations, research projects, and composition/performance environments.

This gives way for the use of just about any digital control interface, Wiimotes®, keyboards, iPhones®, to be used as a composition and performance tool. Creating custom software is ideal for making applications that focus on a few musical skill sets for your users or for designing software to work with a specific control interface.

More information on the EAMIR project can be found [http://wiki.wpi.edu/vjmedia/EAMIR here].This library was developed by [http://www.vjmanzo.com V.J. Manzo, PhD] (2009) and is available [http://www.eamir.org/sdk.htm here].[[Media:Example.ogg]]

[[File:file://storage.wpi.edu/HOME/My_Documents/UPLOADS/Vmeter%20Project.mp4]]

----
'''Hardware:'''

-Mac or PC

'''Software:'''

- EAMIR SDK for Mac or PC, Download [http://www.eamir.net/forum/index.php?option=com_kunena&func=view&catid=18&id=3&Itemid=69#3 here]

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/EamirSDK/EAMIR Software Development Kit.mp4</mediaplayer>

'''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.

[[Category:Development Toolkits]][[Category:Pedagogy, Theory, and Research Resources]][[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]

VMeter Frequency Visualization

2015-04-28T03:00:03Z

Sdmcguire: Created page with "File:EAMIR_logo.png The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any co..."

[[File:EAMIR_logo.png]]
The '''EAMIR Software Development Kit''' allows users to build their own custom composition and performance applications for use with just about any control interface. This kit contains modular pieces of working code that, when strung together, quickly enable users to modify existing [[EAMIR]] applications or creative brand new ones sharing similar functionality. [[EAMIR]] is an open-source music technology project involving alternate controllers, sensors, and adaptive instruments to facilitate music composition, performance, and instruction through a collection of interactive music systems. The [[EAMIR]] software apps have been implemented in classrooms, including special needs and disabilities populations, research projects, and composition/performance environments.

This gives way for the use of just about any digital control interface, Wiimotes®, keyboards, iPhones®, to be used as a composition and performance tool. Creating custom software is ideal for making applications that focus on a few musical skill sets for your users or for designing software to work with a specific control interface.

More information on the EAMIR project can be found [http://wiki.wpi.edu/vjmedia/EAMIR here].This library was developed by [http://www.vjmanzo.com V.J. Manzo, PhD] (2009) and is available [http://www.eamir.org/sdk.htm here].

----
'''Hardware:'''

-Mac or PC

'''Software:'''

- EAMIR SDK for Mac or PC, Download [http://www.eamir.net/forum/index.php?option=com_kunena&func=view&catid=18&id=3&Itemid=69#3 here]

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/EamirSDK/EAMIR Software Development Kit.mp4</mediaplayer>

'''NOTICE:''' If above video does not appear, try switching web browsers. This type of media file has been found to conflict with Google Chrome and other browser types.

[[Category:Development Toolkits]][[Category:Pedagogy, Theory, and Research Resources]][[Category:Interactive Systems]][[Category:Multimedia]][[Category: Advisor:Manzo]]