QAQ筆記 WEEK16

期末作品

Processing ：

import ddf.minim.*;
Minim minim;
AudioPlayer player;
import processing.serial.*;
Serial myPort1;
Serial myPort2;
PImage imgA, imgB, imgBG ,imgOPBG;
PImage imgBomb, imgRock, imgBombBG;
int [][]grid=new int[100][100];
int state=0;
int remainTime=0;
void setup(){
  size(800, 640);
  minim = new Minim(this);
  player = minim.loadFile("sd.mp3");
  player.loop();
  myPort1 = new Serial(this,"COM5",9600);
  myPort2 = new Serial(this,"COM4",9600);
  imgBG = loadImage("bg.jpg");
  imgA = loadImage("player22.png");
  imgB = loadImage("player1.png");
  imgBomb = loadImage("bomb.png");
  imgRock = loadImage("rock.png");
  imgBombBG = loadImage("bombbg.jpg");
  imgOPBG = loadImage("OPBG.jpg");
  grid[0][0]=3; grid[9][7]=4;
  grid[1][0]=3; grid[9][6]=4;
  grid[0][1]=3; grid[8][7]=4;
  for(int i=0;i<35;i++){
    int a=int(random(10)), b=int(random(10));
    while(grid[a][b]!=0){
      a=int(random(10)); b=int(random(10));
    }
     grid[a][b]=2;
     if(a==bombA[i] && b==bombB[i] || a==bombA[i]+1 && b==bombB[i] || a==bombA[i]-1 && b==bombB[i] || a==bombA[i] && b==bombB[i]+1 || a==bombA[i] && b==bombB[i]-1){
       grid[a][b]=0;
     }
  }
  grid[0][0]=0; grid[9][7]=0;
  grid[1][0]=0; grid[9][6]=0;
  grid[0][1]=0; grid[8][7]=0;
  delay(100);
}

boolean boom=false;
int userA=9, userB=7;
int userC=0, userD=0;
int bombN=0;
int []bombA=new int[100];
int []bombB=new int[100];
int []bombS=new int[100];
int []bombT=new int[100];
//int Button=0;

//int XL, XR, YU, YD, Button;
int XXL, XXR, YYU, YYD;
void draw(){
  println(frameRate);
  getData();//put data in XX,YY,Button
  if(state==0){
    drawOP();
    if(keyCode== ENTER) state=1;
  }else if(state==1){
    drawPlayer();
  }
}
void drawPlayer(){

  noStroke();
  image(imgBG,0,0,width,height);
  image(imgA,userA*80-20,userB*80-10,120,100);
  image(imgB,userC*80-5,userD*80-5,90,90);


  for(int i=0;i<bombN;i++){
    int a=bombA[i] , b=bombB[i];
    if(bombT[i]>0){
      grid[a][b]=1;
      image(imgBomb,bombA[i]*80+5, bombB[i]*80, 80, 80);
      bombT[i]--;
      if(bombT[i]==0)  bombT[i]=-13;
    
    
    }
    if(bombT[i]<0){
      for(int k=-bombS[i];k<=bombS[i];k++){
        image(imgBombBG,(bombA[i]+k)*80, (bombB[i])*80, 80, 80);
        image(imgBombBG,(bombA[i])*80, (bombB[i]+k)*80, 80, 80);
        grid[a][b]=0;
        if(grid[a+1][b]!=0){grid[a+1][b]=0;}
        if(a-1>=0){if(grid[a-1][b]!=0)grid[a-1][b]=0;}
        if(grid[a][b+1]!=0){grid[a][b+1]=0;}
        if(b-1>=0){if(grid[a][b-1]!=0)grid[a][b-1]=0;}

      
        if(userA==bombA[i] && userB==bombB[i] || userA==bombA[i]+1 && userB==bombB[i] || userA==bombA[i]-1 && userB==bombB[i] || userA==bombA[i] && userB==bombB[i]+1 || userA==bombA[i] && userB==bombB[i]-1)
        {boom=true;}
        if(userC==bombA[i] && userD==bombB[i] || userC==bombA[i]+1 && userD==bombB[i] || userC==bombA[i]-1 && userD==bombB[i] || userC==bombA[i] && userD==bombB[i]+1 || userC==bombA[i] && userD==bombB[i]-1)
        {boom=true;}
        if(userA==bombA[i] && userB==bombB[i] || userA==bombA[i]+1 && userB==bombB[i] || userA==bombA[i]-1 && userB==bombB[i] || userA==bombA[i] && userB==bombB[i]+1 || userA==bombA[i] && userB==bombB[i]-1){ userA=-3; userB=-3;}
        if(userC==bombA[i] && userD==bombB[i] || userC==bombA[i]+1 && userD==bombB[i] || userC==bombA[i]-1 && userD==bombB[i] || userC==bombA[i] && userD==bombB[i]+1 || userC==bombA[i] && userD==bombB[i]-1){ userC=-3; userD=-3;}
      
      }
      bombT[i]++;
    }
    
  }

  for(int x=0;x<10;x++){
    for(int y=0;y<8;y++){
      if(grid[x][y]==2) image(imgRock,x*80, y*80, 80, 80);
    }
  }

  if(boom){
    textSize(100);
    fill(#FF4800); text("GameOver", 150,200);
  }
}

void drawOP(){
  image(imgOPBG,0,0,width,height);
  fill(#FF0000);
  textSize(50); text("PRESS ENTER TO START",120,450);
}

byte [] data1 = new byte[3];
byte [] data2 = new byte[3];
byte oldButton1=1, oldButton2=1;
void getData(){
  if(myPort1.available()>0)
  {
    myPort1.readBytes(data1);
    if(data1[0]<30){
      if(userA-1>=0 && grid[userA-1][userB]==0)
        userA--;
    }
    if(data1[0]>100){
      if(userA+1<=9 && grid[userA+1][userB]==0)
      userA++;
    }
    if(data1[1]<30){
      if(userB-1>=0 && grid[userA][userB-1]==0)
      userB--;
    }
    if(data1[1]>100){
      if(userB+1<=7 && grid[userA][userB+1]==0)
        userB++;
    }
  
    if(data1[2]==0 && oldButton1==1 ){
      putBomb1();
    }
    oldButton1=data1[2];
  }


  if(myPort2.available()>0)
  {
    println(data1);
    myPort2.readBytes(data2);
    if(data2[0]<30){
      if(userC-1>=0 && grid[userC-1][userD]==0)
        userC--;
    }
    if(data2[0]>100){
      if(userC+1<=9 && grid[userC+1][userD]==0)
      userC++;
    }
    if(data2[1]<30){
      if(userD-1>=0 && grid[userC][userD-1]==0)
      userD--;
    }
    if(data2[1]>100){
      if(userD+1<=7 && grid[userC][userD+1]==0)
        userD++;
    }
    if(data2[2]==0 && oldButton2==1){
      putBomb2();
    }
    oldButton2=data2[2];
  }
}

void putBomb1(){
  bombA[bombN]=userA;  bombB[bombN]=userB;
  bombS[bombN]=1;  bombT[bombN]=25;
  bombN++;
}
void putBomb2(){
  bombA[bombN]=userC;  bombB[bombN]=userD;
  bombS[bombN]=1;  bombT[bombN]=25;
  bombN++;
}

Arduino ：

void setup()
{
  Serial.begin(9600); // 設置串口波特率
  pinMode(2, INPUT_PULLUP);
  //digitalWrite(2,HIGH);

}
byte data[3];
void loop()
{
  int valX = analogRead(A0);
  int valY = analogRead(A1);// 在針腳2讀取的邏輯狀態的值
  int valButton = digitalRead(2);// 向串口發送數據，以逗號分隔
  data[0]=valX/8;
  data[1]=valY/8;
  data[2]=valButton;
  Serial.write(data, 3);
  delay(50);// 下一次測量之前稍微延遲
}