PImage fly,flybye,swatter,swatted;

float[] fX,fY; // fly locations array

float[] swat; // fly swatted binary boolean array, 1 = swatted, 0 = not swatted

int score=0; // increments when swatted.

void setup(){

size(800,400);

fX=new float[0];

fY=new float[0];

swat=new float[0];

// load images

fly = loadImage("fly.png");

fly.resize(50,50);

flybye = loadImage("flybye.png");

flybye.resize(50,50);

swatter = loadImage("swatter.png");

swatted = loadImage("swatted.png");

fX =append(fX, random(50,750)); //first fly - random location

fY =append(fY, random(25,375));

swat =append(swat,0); // used as a boolean and matches to each individual fly, 0 = fly not swatted, 1 = swatted.

}

void populate(){ // draw the flies in memory to the screen.

for(int i=0;i

if(swat[i]==1){ // if swatted

// resize the fly image and place based on fx/fy array values

image(flybye, fX[0], fY[0]);

} else { // not swatted

image(fly,fX[0],fY[0]);

}

}

}

void collisionDetect(){ //collision detection - detect collision between swatter and fly

for(int i=0; i// bounding box detection

if(mouseX-37 > fX[0]-40 && mouseX-37 < fX[0]+40 && mouseY-30 > fY[0]-40 && mouseY-30 < fY[0]+40){ // condition should look at location of mouse and individual coordinates in fX and fY

swat[i] = 1; // swatted

fX =append(fX, random(50,750)); //new fly placed in random location when old fly dies.

fY =append(fY, random(50,350));

swat =append(swat,0); // new fly not swatted

score++; //increment score

}

}

}

void draw(){

background(255);

//noCursor(); //added to hide cursor for a more fluid look

populate(); // draw flys to screen.

fill(0);

// set a text size and location for the score.

if(mousePressed){ // image swap

collisionDetect();

image(swatted, mouseX-37, mouseY-30); //draw swatter image to around mouse locaiton - might want to play with this to get it to look right.

println("Error");

}else{

image(swatter, mouseX-37, mouseY-30); // if not pressed then alternative image.

}

}