Wednesday, December 16, 2009

Web Media 2: Final

Wednesday, October 28, 2009

Web Media 2: Hw 8

Download it Here

Tuesday, October 13, 2009

Web Media 2: Midterm

Wednesday, October 7, 2009

Web Media 2: HW 5

Thursday, October 1, 2009

Web Media 2: HW 4

This is how I feel about coding at Parsons: Download

Thursday, September 17, 2009

Web Media 2: HW 2

Download Here

Thursday, September 10, 2009

http://theblaqlist.com/

I like how the music starts playing as the flash website is loading. It seems very well organized design wise. The transitions between each menu item seems simple enough to learn. I would liek to learn how they included a login system within the flash environment. It also seems as though they have their images form a database that can be switched out, I'd like to learn how XML and flash works.

Wednesday, September 9, 2009

Tuesday, April 14, 2009

Click here to view animation


Thursday, April 9, 2009

Tuesday, April 14th - get text messaging to computer technology to work
Tuesday April 21st - finalize visual experience
Tuesday April 28th - get messaging information from phone-computer-flash to work
Tuesday May 5th - tweak bugs and finalize.

Tuesday, April 7, 2009

Click on image to go to movie clip.


The most requested songs would be larger and in a specific color.


Glowing look


Green text is most requested (with shadows to make them pop out more)


green text is most requested (without shadow)


red text is most requested

Tuesday, March 31, 2009


For complete project, please visit: Cymatic Sandbox
For Cymatic Sandbox Documentation: Download Proposal

Everyone's Smiling
Laughter Rings Throughout The Mall
Forgot To Zip Fly


Thursday, March 26, 2009

Download pdf: here

"Ayo DJ! Play That Song!"

Visualizing Song Requests

Abstract
“Ayo DJ! Play That Song!” is a system that helps DJs visualize what people want to hear at any given party. Song requests are inputted into a device where the information is sent to the computer that the DJ is using for the party. The information is displayed on the computer in a fashion that tells the DJ which songs or genres are being requested the most. This visualization can also be used as a light show at the party as well.

Overview
A DJs job is to play the right music at the right time during a party. The DJ must truly feel out the crowd and assume what the people want to hear. When people really want to hear a song, they would normally go up to the DJ, sometimes many at a time, and request songs. Some songs and genres get requested many times, others are requested only one time. The “Ayo DJ! Play That Song!” system works as the liaison between the song requester and the DJ. This also helps eliminate interruption of the DJs flow. The songs/genres requested are displayed on the computer, where the most requested songs/genres will be in a large font and specified color. This visualization can then be projected to be used as either a light show, or a display with some effects added to them for people in the party to see.

There is limited software that does this similar task. “Remote Request Station” allows the crowd to browse through the Dj computer song list and send the requests from a remote computer. The DJ can then drag those songs from his computer to the DJ software being used. This eliminates a crowd of people at the DJ booth or stage requesting songs. The interface for the requester is a computer, either a laptop, desktop, or even touch screen, and seems easy to use. The interface for the DJ is a simple text list, and does not show frequency of request.

Apple has recently released a new version of iTunes (Version 8.1 released on March 11th, 2009), which has revamped the old “Party Shuffle” to the new “iTunes DJ”. This new feature allows anyone with an iPhone or iPod Touch and the Remote app to request songs from any stereo system that is running the iTunes DJ feature. The songs requested through the Remote app are placed into the iTunes DJ playlist, either near the top, or the bottom (depending if they request or add to playlist), and a frequency of votes for the song is recorded. The flaw with this is that while you are operating iTunes DJ, the DJ does not have full control of the songs, no mixing abilities, and he can not even reorder the songs.

Other jukebox softwares such as Digital DJ, once again, do not give you full control of what a DJ should be able to do, and that is mix and reorder songs. “Ayo DJ! Play That Song!” will take the best features of “Remote Request Station” and the Remote app by Apple.

Scenario

Resources
http://remoterequest.softjock.com/ - Remote Request Station
http://techblog.dallasnews.com/archives/2009/03/itunes-81-makes-every-partygoe.html - iTunes DJ
http://www.tuaw.com/2009/03/12/itunes-8-1-dj-gives-another-excuse-to-party - iTunes DJ
http://www.adecmusic.com/Power/digital_dj_music_system.htm - Digital DJ
http://www.toprankblog.com/2008/08/visualizing-search-marketing-blogs/ - Word Visualization on SEO
http://www.smashingmagazine.com/2007/08/02/data-visualization-modern-approaches/ - Modern Visualization

Tuesday, March 10, 2009

Everyone's Smiling
Laughter rings throughout the Mall
Forgot to zip fly

Three different style frames to animate this haiku.



Monday, March 2, 2009

Tuesday, February 24, 2009

Download pdf here

Abstract
The “Mission Debriefer” is a mini computer device that comes with a G.I. Joe action figure. It provides videos of missions or scenarios to accomplish, which is a guideline for the child’s imagination. This device detects the action figure’s moves and decides whether or not it has completed the mission. The computer will also be able to connect with other similar devices in the area via WiFi, as well as download more missions from a household computer with Internet and upload statistics.

Overview
Playing with action figures has always exercised one’s imagination. Have you ever used your bed sheets, chairs, and pillows to build a fort and then make up a storyline for your figurine?
With the “Mission Debriefer” that comes with the G.I. Joe, imagination and skill are taken to another level. In current role-playing video games (i.e. Call of Duty, Spider-Man, Grand Theft Auto, etc.) there is always a mission that your character must accomplish. This device brings the mission concept from video games to the actual action figure. A video is played from the “Mission Debriefer” and the child reacts whiling using his imagination to accomplish the orders that have been given to him.

The device detects all of the movements of the G.I. Joe. If the action figure shoots its gun 10 times, the device records that the G.I. Joe has shot his gun 10 times. Combat moves are detected as well, whether the action figure has done more kicks than punches, more flips than sweeps, etc. In more advanced levels, certain punch and kick combinations will be required in order to proceed to the next level (similar to combinations done in fighting games such as Street Fighter and Mortal Kombat).

Once the player thinks he has followed through with the orders, the device debriefs him about the mission and lets him know whether or not he has accomplished the mission successfully.
At any time the device may detect another “Mission Debriefer” in the area and may ask the player whether or not he would like to connect with that device via WiFi in order to do a more interesting cooperative mission.

Statistics of his mission are uploaded online, where if he accomplishes many missions and gets enough points, cartoons and video missions can be downloaded to the device. Connection is available through WiFi or USB connection.



Resources
• Toy Laptop: The computer device will function similar to this.
http://gadgetfind.com/compukidzbilingualtoylaptopcomputer.html
• G.I. Joe Website: G.I. Joe’s Official Website, where the missions and videos will be hosted
http://www.hasbro.com/gijoe/
• Hot Wheels Laptop
http://products.howstuffworks.com/oregon-scientific-hot-wheels-accelerator-laptop-jw88-review.htm
• Captain Power – Precedent Interactive Toy
http://www.captainpower.com