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Henry Yam Public Feed

A Checkers Game written in Java

Posted by Henry Yam in Capstone - Bey on Friday, May 25, 2012 at 6:44 pm
For my capstone project, I created a Checkers game using the Java language. Creating a checkers game in the Java language requires translating the rules of the board game into something the computer can actually understand. Most of the time was spent on just acquiring a basic knowledge of computer science from my mentor, Mr. Miles. The rest was spent actually developing the game with the assistance of Jobe Naff.

Below are some screenshots of the checkers game and code:
Capstone1
Capstone1
Capstone2
Capstone2
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Gandhi

Posted by Henry Yam in Reading, Writing, and Rising Up - Rami on Monday, November 7, 2011 at 8:56 am
This is a presentation about how Gandhi is misrepresented to be a perfect saint. In reality he is simply a human being who has the same vices that all of us have. The viewer should, after seeing this presentation, understand that no human being was, is, or will be perfect and should focus on individuals as a whole rather than what they are known for. However, people should not look at Gandhi as a complete failure, but should understand that they most likely would have done the same if they were in Gandhi's situation.
YAM_Gandhi RWR Project
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Why I Write.

Posted by Henry Yam in Reading, Writing, and Rising Up - Rami on Tuesday, October 18, 2011 at 1:15 pm
My writing is my voice on paper or a new Microsoft Word document. My voice is my identity. My voice represents my beliefs and my values. To not write is to not exist. To not write is one’s refusal to contribute to the turbulence of knowledge and opinions that our world is being swept away in. To not write is to be selfish. To not write is to limit humanity the choices that are available to it. Whoever writes helps break one link from the chains that we, as the human race, are confined to. It is for this worthy cause that I put my pen to paper and my skin to plastic. It is so that we can point our eyes to darkness and bring the light to our minds.
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Piano #2

Posted by Henry Yam in Physics - Echols on Thursday, May 26, 2011 at 9:35 pm
Pianos create sound when the player presses a key which triggers a hammer to strike a string. When the hammer strikes the string, it causes a vibration in the string which causes the air molecules to hit each other, making a sound. At this point, a damper is released, causing the string to continue to vibrate. When the key is released, the damper stops the string from vibrating, stopping the sound. ​Pianos pitches and dynamics can be changed depending how the player plays it.The pitch can be changed by pressing a key that strikes either a thicker or thinner string. The volume can be changed by pressing the key either lighter or heavier. I could actually build this instrument by replacing the strings for xylophone bars, which would minimize the amount of materials I would need to build it. I would need wood for the casing, some felt, and various screws. The felt is for the hammer, which causes a softer sound when it hits the xylophone bar. The xylophone bars are what are going to vibrate to make the sound. The wood is used for the casing, the hammer, and the entire action. The screws are going to be used for the action. I will be playing the instrument by pressing the keys which will trigger the hammer to strike the xylophone bar. I will be going to VK's room everyday after school to build it. I will also try to schedule days when I can meet up with Quach (the member who had the highest score for access to materials) so I could build it. 
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Piano

Posted by Henry Yam in Physics - Echols on Thursday, May 26, 2011 at 8:47 pm
The piano is classified in orchestras as a percussion instrument. However, it can be classified more of a hybrid between strings and percussion. It's played by pressing a key which triggers a hammer to hit a string which causes the sound. The note is changed when the player either goes right or left on the keyboard. When the player desires to play a higher note, they would press a key to the left and vice versa. Pianos either come in the upright position or the regular landscape position. Upright pianos are usually rectangular/square shaped while grand pianos (landscape position) are usually curved at the end, with the lower notes having protrusion. The piano's strings have different thicknesses and lengths which help to create the sound. Generally, the lower notes are played by thicker and longer strings while the higher notes are played by not as thick, and shorter strings. 

<iframe width="425" height="349" src="http://www.youtube.com/embed/rhN7SG-H-3k" frameborder="0" allowfullscreen></iframe>
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World War 1

Posted by Henry Yam in American History - Herman on Monday, May 9, 2011 at 1:00 am
A video made about the causes, events, resolutions, and aftermath of world war 1
WW1
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New Deal - WPA

Posted by Henry Yam in American History - Herman on Sunday, February 13, 2011 at 9:46 pm
A short video of the history of the Works Progress Administration

-Henry Yam + Antoine Smith
Great Depression WPA
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Anti-Chinese Riots of 1871

Posted by Henry Yam in American History - Herman on Sunday, November 21, 2010 at 7:55 pm

by Michael Dea, Joshua Martin-Corrales, and Henry Yam

Anti-Chinese Riots
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