youtube:打靶
import processing.serial.*;
import ddf.minim.*;
Minim minim;
AudioPlayer player1;
Serial myPort;
int val;
PImage []img = new PImage[10];
PImage[] air = new PImage[7];
PImage target;
PImage target1;
PImage back;
float []airx = new float [3];
float []airy = new float [3];
float px[] = new float [10];
float py[] = new float [10];
int count=0;
int timer=3051;
float movex=0, movey=0;
float speedx=5,speedy=5;
float movex1=700, movey1=0;
float speedx1=10,speedy1=10;
boolean air0xy = true;
boolean air1xy = true;
boolean air2xy = true;
boolean pig0 = true;
boolean pig1 = true;
boolean pig2 = true;
boolean pig3 = true;
boolean pig4 = true;
boolean t = true;
void setup()
{
size(700,500);
minim = new Minim(this);
player1 = minim.loadFile("sound.mp3");
target = loadImage("target.png");
target1 = loadImage("target2.png");
air[0] = loadImage("5.png");
air[1] = loadImage("5.png");
air[2] = loadImage("5.png");
img[0] = loadImage("1.png");
img[1] = loadImage("2.png");
img[2] = loadImage("3.png");
img[3] = loadImage("4.png");
img[4] = loadImage("4.png");
back = loadImage("a.jpg");
px[0] = 200;
px[1] = 300;
px[2] = 250;
px[3] = 250;
px[4] = 250;
py[0] = 250;
py[1] = 320;
py[2] = 400;
py[3] = 450;
py[4] = 250;
airx[0] = 500;
airy[0] = 150;
airx[1] = 700;
airy[1] = 70;
airx[2] = 550;
airy[2] = 100;
myPort = new Serial(this,"COM6",115200);
}
void draw()
{
if(timer>10)
{
player1.play();
timer-=2.5;
background(220);
image(back,350,250,width,height);
imageMode(CENTER);
textSize(32);
fill(#AA0202);
text("Count:"+int(count),450,50);
text("Time:"+int(timer/60),40,50);
textSize(25);
fill(#AA0202);
airxy();
pig();
move();
image(target,movex,movey,60,60);
image(target1,movex1,movey1,40,40);
}
else end();
}
void move()
{
movex = movex+speedx;
movey = movey+speedy;
movex1 = movex1+speedx1;
movey1 = movey1+speedy1;
if(dist(movex,movey,movex1,movey1)<51){
speedx = speedx*-1;
speedy = speedy*-1;
speedx1 = speedx1*-1;
speedy1 = speedy1*-1;
}
if(movex>640){
speedx = -15;
}
if(movex<40){
speedx = 15;
}
if(movey>440){
speedy = -15;
}
if(movey<40){
speedy = 15;
}
if(movex1>660){
speedx1 = -10;
}
if(movex1<40){
speedx1 = 10;
}
if(movey1>460){
speedy1 = -10;
}
if(movey1<40){
speedy1 = 10;
}
}
void end()
{
background(0);
textSize(100);
fill(255);
text("Score "+int(count),50,50);
fill(255,50,100);
textSize(100);
text("END",0,500);
}
void keyPressed(){
timer=3051;
count=0;
}
airplane:
void airxy()
{
if(air0xy)
{
airx[0]-=20;
image(air[0],airx[0],airy[0],180,180);
}
if(air1xy)
{
airx[1]-=15;
image(air[1],airx[1],airy[1],150,150);
}
if(air2xy)
{
airx[2]-=10;
image(air[2],airx[2],airy[2],120,120);
}
if(airx[0]<-150){
airx[0]=700;
}
if(airx[1]<-150){
airx[1]=1000;
}
if(airx[2]<-200){
airx[2]=750;
}
if(myPort.available()>0){
int pin2 = myPort.read();
println(pin2);
if(dist(movex,movey,airx[0],airy[0])<30 && pin2>0){
air0xy=false;
}
if(dist(movex,movey,airx[1],airy[1])<30 && pin2>0){
air1xy=false;
}
if(dist(movex,movey,airx[2],airy[2])<30 && pin2>0){
air2xy=false;
}
if(dist(movex1,movey1,airx[0],airy[0])<30 && pin2>0){
air0xy=false;
}
if(dist(movex1,movey1,airx[1],airy[1])<30 && pin2>0){
air1xy=false;
}
if(dist(movex1,movey1,airx[2],airy[2])<30 && pin2>0){
air2xy=false;
}
if(pin2>0 && air0xy==false)
{
air0xy=true;
airx[0] = 1000;
airy[0] = 150;
count++;
}
if(pin2>0 && air1xy==false)
{
air1xy=true;
airx[1] = 1000;
airy[1] = 70;
count++;
}
if(pin2>0 && air2xy==false)
{
air2xy=true;
airx[2] = 1000;
airy[2] = 100;
count++;
}
}
}
pig:
void pig()
{
if(pig0)
{
image(img[0],px[0],py[0],100,100);
}
if(pig1)
{
image(img[1],px[1],py[1],80,80);
}
if(pig2)
{
image(img[2],px[2],py[2],150,150);
}
if(pig3)
{
image(img[3],px[3],py[3],150,150);
}
if(pig4)
{
image(img[4],px[4],py[4],150,150);
}
if(myPort.available()>0){
int pin2 = myPort.read();
if(dist(movex,movey,px[0],py[0])<50 && pin2>0){
pig0 = false;
}
if(dist(movex,movey,px[1],py[1])<50 && pin2>0){
pig1 = false;
}
if(dist(movex,movey,px[2],py[2])<50 && pin2>0){
pig2 = false;
}
if(dist(movex,movey,px[3],py[3])<50 && pin2>0){
pig3 = false;
}
if(dist(movex,movey,px[4],py[4])<50 && pin2>0){
pig4 = false;
}
if(dist(movex1,movey1,px[0],py[0])<50 && pin2>0){
pig0 = false;
}
if(dist(movex1,movey1,px[1],py[1])<50 && pin2>0){
pig1 = false;
}
if(dist(movex1,movey1,px[2],py[2])<50 && pin2>0){
pig2 = false;
}
if(dist(movex1,movey1,px[3],py[3])<50 && pin2>0){
pig3 = false;
}
if(dist(movex1,movey1,px[4],py[4])<50 && pin2>0){
pig4 = false;
}
if(pig0==false&&pin2>0)
{
pig0=true;
px[0] = random(40,650);
py[0] = random(250,300);
count++;
}
if(pig1==false&&pin2>0)
{
pig1=true;
px[1] = random(40,650);
py[1] = random(300,350);
count++;
}
if(pig2==false&&pin2>0)
{
pig2=true;
px[2] = random(40,650);
py[2] = random(350,400);
count++;
}
if(pig3==false&&pin2>0)
{
pig3=true;
px[3] = random(75,625);
py[3] = random(400,425);
count++;
}
if(pig4==false&&pin2>0)
{
pig4=true;
px[4] = random(75,625);
py[4] = random(400,425);
count++;
}
}
}
arduino:
static int ledStatus;
static unsigned long lastDebounceTime;
#define DEBOUNCE_DELAY 200
void setup(){
Serial.begin(115200);
pinMode(2, INPUT);
pinMode(13, OUTPUT);
ledStatus = LOW;
digitalWrite(13, ledStatus);
}
void updateLed(){
unsigned long currentTime = millis();
if((currentTime - lastDebounceTime) > DEBOUNCE_DELAY){
lastDebounceTime = currentTime;
ledStatus = ledStatus == HIGH ? LOW : HIGH;
digitalWrite(13, ledStatus);
Serial.println(ledStatus);
}
}
void loop(){
int switchStatus = digitalRead(2);
if(switchStatus == HIGH){
updateLed();
}
}
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