Reference4: Exhibition(Concept)

 Exhibition Reference

Normally abnormal exhibition: http://ava.org.hk/normally-abnormal/


 The theme of this exhibition, which is connected to our idea, is to demonstrate the difference between normal and aberrant. "Is it because you can't accept a thing that you become abnormal?" was a topic presented in this show. Or is it possible that there isn't any difference between normal and abnormal?" What type of normalcy is normal if everyone lives their own life? Is the notion of "normal" best determined by the most ordinary individuals who follow the trend? When we believe we are fully awake, we find that people are staring at us suspiciously. This show has a creative and aesthetic influence on your consistent notion of illustration and visual art, allowing the two to coexist. Illustrators and cross-media artists employed their respective good creative mediums in this show, displaying many normal and abnormal possibilities one by one, from flat to three-dimensional, static to dynamic, drawing to installation art. With the hope that everything will return to normal by the end of the visit, and to demonstrate that there is no definition of normal, that there is never an absolute in life, and that you should accept the abnormal in yourself rather than having a herd mentality and losing yourself.





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Final Draft Documentation: Servos Part

Arduino Code: #include < Adafruit_PWMServoDriver .h> #include < Wire .h> Adafruit_PWMServoDriver pwm0 = Adafruit_PWMServoDriver (0x40); Adafruit_PWMServoDriver pwm1 = Adafruit_PWMServoDriver (0x42); Adafruit_PWMServoDriver pwm2 = Adafruit_PWMServoDriver (0x44); #define servomin 125 #define servomax 575 #define gridSize 5 uint8_t servonum = 0; void setup () {   Serial . begin (9600);   pwm0. begin ();   pwm1. begin ();   pwm2. begin ();   pwm0. setPWMFreq (60);   pwm1. setPWMFreq (60);   pwm2. setPWMFreq (60); } void loop () {   int mx = analogRead (A0);   int my = analogRead (A1);   for (int y = 0; y < gridSize; y++) {     for (int x = 0; x < gridSize; x++) {       int index = (y * gridSize) + x;       int targetX = map (x, 0, gridSize-1, 0, 1023);       int targetY = map (y, 0, gridSize-1, 0, 1023);       int valX = map ( abs (mx-targetX), ...
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Reference2: Technical

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 Technical Reference: Top 10 Servo and Stepper Motor Projects using Arduino Video link: https://www.youtube.com/watch?v=KPelWQ7XBu4 This is a video showing 10 Arduino motor projects by using the servo motor and the stepper motor, these projects can be the reference and inspiration for me to think of the form of using the servo motor and stepper motor to control our installation and show the possibility of using a servo motor and stepper motor by the control of Arduino. By cooperating with the scientific theory, there are many ways that we can think about to use in our project, and the mechanism shown in this video can be the reference for me to think about the use of different materials and theory support to control the movement of our installations, it can be further developed at the moment with different hardware testing during the semester break I can do, and the works in the video have inspired me a lot on the design of the hardware control and the method of the servo placem...
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