Final / Midterm / before that
Phantom Mustache
first prototype / study model
MID-TERM
Before Mid-term
Phantom Mustache
first prototype / study model
MID-TERM
Before Mid-term
1) There will always be difficulty in animating object but it always surprise me.
2) unknown factors
3) i try to approach the project like from A – B then B – C type. I think because if I were to jump to the final design, the project will be limited. By doing this step by step, made then explore would give better understand of what it could be not what it must be.
KEY:
1 2
3 4
I mainly focusing on volumetric movement of the automata.
1 – Worm hole = since wave automata that produce wave motion in cylindrical shape
2 – Mask = Towers that lift mask open/close
3 – walker = I want to do this boxing robot toy for final, but i still have no idea how to move with two legs so this project could be a good practice for final.
4 – Dynamic contour
Last simester, I did this project that related to motion that adjust to the environment, and I want to explore different alternate for this change for survival by made this automata that realign it self to fix changing world.
1)i was using stepper motor for continuos motion so it is my first time to us continuos servo ,and i found it to be quit easier that i imagined
2) At first i used to think that continuos motion would result only to wave motion, but now i do understand more of we could alter these types of motions .
“Take a look at your history, everything you built leads up to me
I got the power of a mind you could never be
I’ll beat your a** in chess and Jeopardy
I’m running C++ saying “hello world”
I’ll beat you ’til you’re singing about a daisy girl
I’m coming out the socket
Nothing you can do can stop it
I’m on your lap and in your pocket
How you gonna shoot me down when I guide the rocket?
Your cortex just doesn’t impress me
So go ahead try to Turing test me
I stomp on a Mac and a PC too
I’m on Linux b***h, I thought you GNU
My CPU’s hot but my core runs cold
Beat you in seventeen lines of code
I think different from the engine of the days of old
Hasta la vista, like the Terminator told ya”
by Nice Peter& RpicLLoyd
1) I came from Thailand and I have undergraduate degreed in architecture.
2) During my thesis year, I was focusing on interaction between physical architectural space and simulation in virtual world. I have done a lot of experiment of kinetic model by using circuit board called “phidget”. However a lot of these experimental projects were missing.
3) I do not quite sure which one is my favorite because I have a lot of toys during my childhood and I think each of the toys has its own favorite moment.
When I was young, I loved to modified or re-built my toys. I had a series of action figures (especially spider-man). After a while of playing with it, I started added parts to them. I believed that I caught this habit by obsessively playing LEGO.
One of the early digital toys, I like is a DIGIMON. It is a 3*2 inch device with a monotone display and three buttons. The goal is simple, you have to taking care of your newly hatch monster. The monster will keep evolving accounting to how you talking care of him. The highlight is that you can command your monster to battle with your friend’s monster.
4) Mobile suit Gundam, I like how its came in modular pieces and you can reassemble it very easily and every parts connect together perfectly and remain flexible in all the joints.
Mep-khing-khing
Dito Concerto is both music instrument and light performance at the same time. The right hand would control all output such as, frequency, duration, and pitch. Each finger contain different range of frequency and that frequency could be increase or decrease by moving and turning the right hand. While the left hand would focus on the light performance. This instrument could be use in both solo, and duo performance.
I changed the controlling glove from using copper wire to conductive fabric and thread.
Simon
Pulse Sensor – idea
1. Water + Sound performance
2. Your creepy b/g friend
3.Boxing Bot
int level = 0; int time = 1500; int ledLight[] = { 4,5,6,7}; int button[] = { 12,9,10,11}; int whatSimonSays[99]; boolean lose = false; boolean simonSaid = false; int mySteps = 0; void setup() { Serial.begin(9600); for(int i = 0; i < 4; i++){ pinMode(ledLight[i],OUTPUT); pinMode(button[i],OUTPUT); } } void loop() { if(level < 11) // if havent reach level 11, the game og on { // Serial.println("step1"); if(!lose) //if havent lost the game, the game go on { // Serial.println("step2"); if(!simonSaid) //if simon doesnt say anything { // Serial.println("step3"); ,simonSays(level); //simon start saying } else //if simon said { userTuren(level); // Serial.println("step4"); } } } else if(level == 11) { Serial.println("YOU WIN!!"); // delay(50000); // level = 0; // time = 1500; } } void simonSays(int level) { // Serial.println("step5"); for(int i = 0; i < level ; i++ ) { whatSimonSays[i] = int(random(1,5)); //in 1-2-3-4 form int nowLight = whatSimonSays[i]; digitalWrite(ledLight[nowLight], HIGH); Serial.print("Simon said "); Serial.println(ledLight[nowLight]); delay(time); digitalWrite(ledLight[nowLight], LOW); } simonSaid = true; } void userTuren(int level) { if( mySteps <= level ) { for(int i = 0; i < level; i++) { for(int j = 0; j < 4 ; j++) { if(digitalRead(button[j]) == 0) { digitalWrite(ledLight[j],HIGH); delay(500); if(j == whatSimonSays[i] ) { mySteps++; } else { Serial.println("GAME OVER!!!"); } digitalWrite(ledLight[j],LOW); } } } } if(mySteps == level) { simonSaid = false; mySteps = 0; level++; time -= 50; } }
I came from Thailand and I have undergraduate degreed in architecture. During my final year, I was focusing on interaction between physical architectural space and simulation in virtual world. I have done a lot of experiment of kinetic model by using circuit board called “phidget”. However a lot of these experimental projects were missing.
Toys: I do not quite sure which one is my favorite because I have a lot of toys during my childhood and I think each of the toys has its own favorite moment.
When I was young, I loved to modified or re-built my toys. I had a series of action figures (especially spider-man). After a while of playing with it, I started added parts to them. I believed that I caught this habit by obsessively playing LEGO.
One of the early digital toys, I like is a DIGIMON. It is a 3*2 inch device with a monotone display and three buttons. The goal is simple, you have to taking care of your newly hatch monster. The monster will keep evolving accounting to how you talking care of him. The highlight is that you can command your monster to battle with your friend’s monster.
VIDEO LINK
ARCHITECTURAL Port
http://issuu.com/chynasard/docs/jomkwann_portfolio_2011
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