vjmedia - User contributions [en]

Floppy Drive Music

2014-10-17T18:56:44Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

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

[http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/projectVid.mp4 link to video]

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:56:26Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

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

[http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/projectVid link to video]

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:56:07Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

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

[http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparkerProjectVideo link to video]

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:55:23Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/projectVid</mediaplayer>

[http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparkerProjectVideo link to video]

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:38:43Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparkerProjectVideo</mediaplayer>

[http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparkerProjectVideo link to video]

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:38:31Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparkerProjectVideo</mediaplayer>

[http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparker_project_video link to video]

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:37:44Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparker_project_video</mediaplayer>

[http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparker_project_video link to video]

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:36:37Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparker_project_video</mediaplayer>

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:36:02Z

Wlparker:

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

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

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Floppy Drive Music

2014-10-17T18:26:47Z

Wlparker: Created page with 'For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw h…'

For my project, I made system that uses floppy drives to create music. An example of this can be seen [https://www.youtube.com/watch?v=LgfPYetWWJw&list=UURa1raJXF22KpZ8IknQpGEw here] in this YouTube video. Notes can be played with floppy drives because they use stepper motors to move the reader head. Unlike a typical DC motor that spins continuously, a stepper motor only spins in small increments or steps. By changing the frequency of the steps, you can vary the pitch of the sound produced by the drive. A drive can only make a single note at a time, so to play notes simultaneously, you need multiple drives. YouTube user [https://www.youtube.com/user/Sammy1Am Sammy1Am] has [https://github.com/SammyIAm/Moppy open source code] that I used to control my system.

This project was created by Will Parker to fulfill the requirements for HU 3910.

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

- PC, Arduino, 3.5" Floppy Disk Drives (with 40 pin connector, not usb)

'''Software:'''

- Java 7 or later, Arduino IDE, Moppy ([http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/Moppy.zip download], [https://github.com/willsy9919/Moppy git])

----

<mediaplayer>http://media.wpi.edu/Academics/Depts/HUA/Manzo/FloppyDriveMusic/wlparker_project_video.avi</mediaplayer>

[[Category:Multimedia]][[Category: Advisor:Manzo]]

Wlparker MU3615 Final Project

2013-12-18T21:42:32Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: [http://wiki.wpi.edu/vjmedia/File:Mute_city.wav Mute City] (F-Zero), [http://wiki.wpi.edu/vjmedia/File:Dr_wily.wav Dr. Wily] (Megaman 2),
[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav Bloody Tears] (Castlevania 2)

Wlparker MU3615 Final Project

2013-12-18T21:42:15Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: [http://wiki.wpi.edu/vjmedia/File:Mute_city.wav Mute City] (F-Zero), [http://wiki.wpi.edu/vjmedia/File:Dr_wily.wav Dr. Wily](Megaman 2),
[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav Bloody Tears](Castlevania 2)

Wlparker MU3615 Final Project

2013-12-18T21:41:38Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: [http://wiki.wpi.edu/vjmedia/File:Mute_city.wav Mute City] (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[http://wiki.wpi.edu/vjmedia/File:Dr_wily.wav Dr. Wily]
[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav Bloody Tears]

Wlparker MU3615 Final Project

2013-12-18T21:41:09Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[http://wiki.wpi.edu/vjmedia/File:Mute_city.wav Mute City]
[http://wiki.wpi.edu/vjmedia/File:Dr_wily.wav Dr. Wily]
[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav Bloody Tears]

File:Mute city.wav

2013-12-18T21:40:43Z

Wlparker:

Wlparker MU3615 Final Project

2013-12-18T21:40:06Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav Bloody Tears]
[http://wiki.wpi.edu/vjmedia/File:Dr_wily.wav Dr. Wily]

File:Dr wily.wav

2013-12-18T21:39:23Z

Wlparker:

Wlparker MU3615 Final Project

2013-12-18T21:38:56Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav Bloody Tears]

Wlparker MU3615 Final Project

2013-12-18T21:38:30Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav Bloody Tears.wav] ]

Wlparker MU3615 Final Project

2013-12-18T21:37:55Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav : Bloody_tears.wav] ]

Wlparker MU3615 Final Project

2013-12-18T21:36:52Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav: Bloody_tears.wav] ]

File:Bloody tears.wav

2013-12-18T21:34:47Z

Wlparker: uploaded a new version of "File:Bloody tears.wav"

Wlparker MU3615 Final Project

2013-12-18T21:33:45Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav: Bloody Tears.wav] ]

Wlparker MU3615 Final Project

2013-12-18T21:33:28Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav:BloodyTears.wav] ]

Wlparker MU3615 Final Project

2013-12-18T21:33:19Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav:Bloody_Tears.wav] ]

Wlparker MU3615 Final Project

2013-12-18T21:33:09Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav:Bloody Tears.wav] ]

Wlparker MU3615 Final Project

2013-12-18T21:32:12Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav] Bloody Tears]

Wlparker MU3615 Final Project

2013-12-18T21:31:09Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[Bloody Tears [http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav]]

Wlparker MU3615 Final Project

2013-12-18T21:30:50Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav]]

Wlparker MU3615 Final Project

2013-12-18T21:30:41Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[Bloody Tears : http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav]]

Wlparker MU3615 Final Project

2013-12-18T21:29:17Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[Bloody Tears:http : //wiki.wpi.edu/vjmedia/File:Bloody_tears.wav]]

Wlparker MU3615 Final Project

2013-12-18T21:28:53Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[Bloody Tears:http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav]]

Wlparker MU3615 Final Project

2013-12-18T21:28:04Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

[[http://wiki.wpi.edu/vjmedia/File:Bloody_tears.wav]]

File:Bloody tears.wav

2013-12-18T21:26:29Z

Wlparker:

Wlparker MU3615 Final Project

2013-12-18T21:21:40Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are: Mute City (F-Zero), Dr. Wily (Megaman 2), Bloody Tears (Castlevania 2)

Wlparker MU3615 Final Project

2013-12-18T21:21:16Z

Wlparker:

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are:
Mute City (F-Zero)
Dr. Wily (Megaman 2)
Bloody Tears (Castlevania 2)

Wlparker MU3615 Final Project

2013-12-18T21:20:42Z

Wlparker: Created page with 'For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some mid…'

For this project I made three remixes of tracks from video games. I used midi files I downloaded from the Internet to start with, and then added instruments and effects. Some midi files didn't have separate tracks, so I had to manually go through and move notes to new tracks. I use the DAW Ableton Live to make the remixes. I then recorded the playback in Ableton with Camtasia and exported .mp4 files for each song.

The tracks I remixed are:
Mute City (F-Zero)
Dr. Wily (Megaman 2)
Bloody Tears (Castlevania 2)