期末作品＿彈珠台 03161122_陳昱宏 0310755_郭芳蓁

• 電腦畫面：

• ARDUNO：

• 彈珠台：

• DEMO：

https://www.youtube.com/watch?v=2m31MhKTRYw

• ARDUINO程式碼：

// LAB8 - 讀取光敏電阻 (v1)
int photocellPin0 = 0;
int photocellPin1 = 1;
int photocellPin2 = 2;
int photocellPin3 = 3;
int photocellPin4 = 4;
int photocellPin5 = 5;
int photocellPin6 = 6;// 光敏電阻 (photocell) 接在 anallog pin 2

int photocellVal0 = 0;
int photocellVal1 = 0;
int photocellVal2 = 0;
int photocellVal3 = 0;
int photocellVal4 = 0;
int photocellVal5 = 0;
int photocellVal6 = 0;// photocell variable

int minLight = 50;

void setup() {
  Serial.begin(9600);
}

void loop() {
  // 讀取光敏電阻並輸出到 Serial Port 
  photocellVal0 = analogRead(photocellPin0);
  photocellVal1 = analogRead(photocellPin1);
  photocellVal2 = analogRead(photocellPin2);
  photocellVal3 = analogRead(photocellPin3);
  photocellVal4 = analogRead(photocellPin4);
  photocellVal5 = analogRead(photocellPin5);
  photocellVal6 = analogRead(photocellPin6);
  
  if(photocellVal0<minLight){
    //Serial.println("0"); //48
  } 
  delay(100);   
  if(photocellVal1<minLight){
    Serial.println("1"); //49
  } 
  delay(100);
  if(photocellVal2<minLight){
    Serial.println("2"); //50
  } 
  delay(100);   
  if(photocellVal3<minLight){
    Serial.println("3"); //51
  } 
  delay(100); 
  if(photocellVal4<minLight){
    Serial.println("4"); //52
  } 
  delay(100);   
  if(photocellVal5<minLight){
    Serial.println("5"); //53
  } 
  delay(100); 
  if(photocellVal6<minLight){
    Serial.println("6"); //54
  } 
  delay(100); 
}

• PROCESSING程式碼：

import processing.serial.*;

Serial serial;  
int sensorValue;

PImage background;
PImage [] no = new PImage [7];
PImage [] yesRed = new PImage [7];
PImage [] yesGreen = new PImage [7];
int mX, mY;
boolean [] light = new boolean [7];
int number, rand;
int time = 5;
boolean [] green = new boolean [7];
boolean [] greenscore = new boolean [7];
PImage over;
int score;

void setup() {
  size(533, 800);
  serial = new Serial(this, "COM4", 9600);
  
  over = loadImage("over.PNG");
  for(int i=0; i<7; i++){
    no[i] = loadImage("no.png");
    yesRed[i] = loadImage("yes.png");
    yesGreen[i] = loadImage("yesyes.png");
    light[i] = false;
    green[i] = false;
    greenscore[i] = false;
  }
  
  mX = 0;
  mY = 0;
  score = 0;
}

void draw() {
  background = loadImage("bg.png");
  background(background);
    
  for(int i=0; i<7; i++){
    image(no[i], 10+66*i, 510, 30, 27);
  }
  if( serial.available() > 0) {  // If data is available,
    sensorValue = serial.read();     // read it and store it in val
    println(sensorValue);
    if(sensorValue>=48 && sensorValue<=55){
      green[sensorValue-48] = true;
    }
  }
  if(time>=0){
    if(mX>=35 && mX<=75 && mY>=656 && mY<=695){
      mX = 0;
      mY = 0;
      number = (int)random( 1, 6);
      while(number>0){
        rand = (int)random( 0, 7);
        light[rand] = true;
        
        number--;
      }
    }
    for(int i=0; i<7; i++){
      if(light[i] == true){
        image(yesRed[i], 10+66*i, 510, 30, 27);
        if(green[i] == true){
          image(yesGreen[i], 10+66*i, 510, 30, 27);
          if(greenscore[i] == false){
            greenscore[i] = true;
            score+=8;
          }
        }
      }
    }
    textSize(50);
    fill(255, 0, 0);
    text(time, 150, 110);
    text(score, 400, 110);
  }
  if(time<0){
    image(over, 50, 370, 450, 53);
  }
}

void mouseClicked(){
  time--;
  mX = mouseX;
  mY = mouseY;
  for(int i=0; i<7; i++){
    light[i] = false;
    green[i] = false;
    greenscore[i] = false;
  }
}