Week19, Final

這次的期末作品是拿我們的期中作品來改良的，把原本用滑鼠移動的海綿寶寶改用Arduino的按鍵來坐上下左右的移動

Arduino程式碼：

int buttonPin5 = 5;

int buttonPin2 = 2;

int buttonPin3 = 3;

int buttonPin4 = 4;

int buttonState5 = 0;  

int buttonState2 = 0;  

int buttonState3 = 0;  

int buttonState4 = 0;  

void setup() {

  pinMode(buttonPin5, INPUT);     

  pinMode(buttonPin2, INPUT);     

  pinMode(buttonPin3, INPUT);      

  pinMode(buttonPin4, INPUT);

  

  Serial.begin(9600);

}

void loop() {

  buttonState5 = digitalRead(buttonPin5);

  buttonState2 = digitalRead(buttonPin2);

  buttonState3 = digitalRead(buttonPin3);

  buttonState4 = digitalRead(buttonPin4);

  

  if (buttonState5 == HIGH) {     

   //tone(8, 131, 300);

   Serial.write('A');

  }  

  else if (buttonState5 == LOW) { 

   //Serial.write('Z');

  }

  

  if (buttonState2== HIGH) {     

   //tone(8, 147 , 300);

   Serial.print('S');

  }

  else if (buttonState2 == LOW) { 

   //Serial.write('X');

  }

  if (buttonState3 == HIGH) {     

   //tone(8, 165 , 300);

   Serial.print('D');

  }

   else if (buttonState3 == LOW) { 

   //Serial.write('C');

  }

  if (buttonState4 == HIGH) {     

   //tone(8, 175 , 300);

   Serial.print('F');

  }

   else if (buttonState4 == LOW) { 

   //Serial.write('V');

  }

  if(buttonState2 == LOW&&buttonState3 == LOW&&buttonState4 == LOW&&buttonState5 == LOW){

  Serial.write('H');

  }

   delay(500);

}

processing程式碼：


import processing.serial.*;
Serial myPort;

int popox=0,popoy=0,popoy1=0,popoy2=0,popoy3=0,popoy4=0,popoy5=0;
int fishx=0,fishy=0;
int score=600;
int lasttime=60;

import ddf.minim.*;
AudioPlayer  player,wate,cheers;
Minim minim;

PImage popo;
//PImage finger;
PImage bobo;
PImage back;
PImage fish;
void setup()
{
  size(800,600);
  myPort = new Serial(this, "COM3", 9600);
  fish=loadImage("fish.png"); //游動的魚
  bobo=loadImage("bobo.png"); //海綿寶寶
  //finger=loadImage("finger.png"); //手指
  popo=loadImage("popo.png"); //泡泡
  back=loadImage("back.jpeg"); //背景圖
  minim=new Minim(this);
  //wate=minim.loadFile("wate.wav", 2048);
player=minim.loadFile("file.mp3"); //背景音樂
player.play();
}
int val;
int b_x=400,b_y=300;
int w=5,s=5,a=5,d=5;
void draw()
{
  if(myPort.available()>0){
    val = myPort.read();//第三個重點:如果讀到數字就拿出來用
    println(val);
}

  image(back,0,0);
  //image(bobo,250,100);


  popoy-=3; //泡泡移動量
  image(popo,popox+300,popoy+600,100,100);  //泡泡坐標，大小
 
  if (b_x > popox+300 && b_x< popox+400 && b_y<popoy+700 && b_y>popoy+600) //判斷滑鼠是否點到泡泡的範圍
   {
     popoy=600; //泡泡回到下面再跑一次
   score-=10; //碰到泡泡減十分
   wate=minim.loadFile("wate.wav"); //戳到泡泡時播放音效
   wate.play();
   }
 
   if (b_x > popox+200 && b_x< popox+300 && b_y<popoy1+600 && b_y>popoy1+500)
  {
    popoy1=500;
   score-=10;
   wate=minim.loadFile("wate.wav");
   wate.play();
  }
   if (b_x > popox+100 && b_x< popox+200 && b_y<popoy2+800 &&  b_y>popoy2+700)
  {
    popoy2=700;
   score-=10;
   wate=minim.loadFile("wate.wav");
   wate.play();
 }
   if (b_x > popox+500 && b_x< popox+600 && b_y<popoy3+750 && b_y>popoy3+650)
   {
     popoy3=600;
   score-=10;
   wate=minim.loadFile("wate.wav");
   wate.play();
   }
  if (b_x > popox+400 && b_x< popox+500 && b_y<popoy4+950 && b_y>popoy4+850)
  {
    popoy4=600;
  score-=10;
  wate=minim.loadFile("wate.wav");
   wate.play();
  }
    if (b_x > popox+600 && b_x< popox+700 &&  b_y<popoy5+1050 && b_y>popoy5+950)
  {
    popoy5=700;
  score-=10;
  wate=minim.loadFile("wate.wav");
   wate.play();
  }
 
  if(popoy+600<0) //判斷泡泡是否跑出視窗
  {

    popoy=0; //泡泡回到原點再跑一次
  }
   popoy1-=2;
  image(popo,popox+200,popoy1+500,100,100);
   if(popoy1+500<0)
  {

    popoy1=0;
  }
   popoy2-=3;
  image(popo,popox+100,popoy2+700,100,100);
   if(popoy2+700<0)
  {

    popoy2=0;
  }
   popoy3-=5.5;
  image(popo,popox+500,popoy3+650,100,100);
   if(popoy3+650<0)
  {
    popoy3=0;
  }
  popoy4-=2;
  image(popo,popox+400,popoy4+850,100,100);
   if(popoy4+850<0)
  {
    popoy4=0;
  }
  popoy5-=3;
  image(popo,popox+600,popoy5+950,100,100);
   if(popoy5+950<0)
  {
    popoy5=0;
  }

  image(bobo,b_x,b_y,60,60);
  fishx++;
  image(fish,fishx,fishy+200);
  {
    if(fishx>800) //判斷魚是否跑出視窗
    {
    fishx=0;
    fishy=250;
    }
  }
  world();

 if(val=='A'){
    b_x-=4;
  }
 if(val=='S'){
    b_x+=4;
  }
 if(val=='F'){
    b_y-=4;
  }
 if(val=='D'){
    b_y+=4;
  }
  if(val=='H'){
   b_y+=0;
    b_x+=0;
  }
 
  if(b_x<0)
  {
    b_x=0;
  }
 
    if(b_x>745)
  {
    b_x=745;
  }
 
    if(b_y<0)
  {
    b_y=0;
  }

   if(b_y>540)
  {
    b_y=540;
  }
}

  void world()
  {
     textFont(createFont("Georgia", 48));
      fill(255);
  text("score:"+score, 20, 550); //分數
 
  textFont(createFont("Georgia", 48));
      fill(255);
  text("Time:"+lasttime, 250, 550); //計時器
  lasttime=60-millis()/1000;
 
      if(lasttime==0) //當時間=0，秀出得分
      {
      stop();
      textFont(createFont("Georgia", 80));
      background(51,102,51);
      fill(255,255,255);
      text("Game Over",200,300);
      text("Your score:"+score,180,400);
      cheers=minim.loadFile("cheers.wav");
      cheers.play();
      }
  }

心得：
這次的期末作業我們覺得沒有做得很好，Demo到後面的時候有點乾
按鍵道具的部分也是用課堂上的案件，並沒有花心思在其他道具上，但在Arduino的程式上，我們花了不少時間去研究，也學到了不少的東西．