// C A T B A I T \\
//Object-Oriented Toy by Caitlin Hopwood #9914131163
//Intro to Media Computation Class
//October 22nd, 2016
////////////////////////////////////////////////////
//SOLDIER! YOU CONTROL A LONE FLY BRAVING THE DEPTHS OF A DOMESTIC HOUSEHOLD FULL OF THE LIVING
//BEASTS CALLED CATS. THEY WILL TRY TO SWAT YOU OUT OF THE AIR WITH THEIR PAWS.
//USE THE MOUSE AND AVOID THEM, SOLDIER! OR ELSE YOU WILL FACE AN UNTIMELY DEMISE!
//WE DON'T WANT THAT!
///////////////////////////////////////////////////
int numberOfBottomPaws=3;
int numberOfTopPaws=2;
int numberOfCircles=3;
int score;
BottomPaw[] consecutiveBottomPaws = new BottomPaw[numberOfBottomPaws];
TopPaw[] consecutiveTopPaws = new TopPaw[numberOfTopPaws];
Bg[] consecutiveCircles = new Bg[numberOfCircles];
Fly fly;
Bg bG;
void setup() {
//set the size of the canvas and shape modes
size (400, 400);
ellipseMode(CORNERS);
rectMode(CORNERS);
score=0;
println ("DODGE THE PAWS, SOLDIER! RACK UP THAT SCORE!");
//initialize game objects
createConsecutiveCircles();
createConsecutiveBottomPaws();
createConsecutiveTopPaws();
//FLY. THIS IS YOU.
fly=new Fly();
//create those pretty background circles!
}
//these are the FOR statements for the arrays to prevent clogging the sketch with a lot of code.
void createConsecutiveCircles() {
for (int i=0; i<consecutiveCircles.length; i++) {
consecutiveCircles[i]=new Bg();
}
}
void createConsecutiveBottomPaws() {
for (int i=0; i<consecutiveBottomPaws.length; i++) {
consecutiveBottomPaws[i]=new BottomPaw();
}
}
void createConsecutiveTopPaws() {
for (int i=0; i<consecutiveTopPaws.length; i++) {
consecutiveTopPaws[i]=new TopPaw();
}
}
void draw() {
background (#C9EDD9);
//update objects
//background!
for (int i=0; i<consecutiveCircles.length; i++) {
consecutiveCircles[i].update();
}
//FOR statement for displaying bottom paws
for (int i=0; i<consecutiveBottomPaws.length; i++) {
consecutiveBottomPaws[i].update();
}
//FOR statement for displaying top paws
for (int i=0; i<consecutiveTopPaws.length; i++) {
consecutiveTopPaws[i].update();
}
//display the background circles!
for (int i=0; i<consecutiveCircles.length; i++) {
consecutiveCircles[i].display();
}
// update game objects
//FOR statement for updating bottom paws
for (int i=0; i<consecutiveBottomPaws.length; i++) {
consecutiveBottomPaws[i].display();
}
for (int i=0; i<consecutiveTopPaws.length; i++) {
consecutiveTopPaws[i].display();
}
//displaying the fly
fly.display();
//SCORE!
textSize(24);
text("SCORE:"+score, 5, 380);
//update score
score+=1;
//if a pawpad touches the fly [player], reset the game
// for ( int i = 0; i < 3; i ++) {
// if (abs(consecutiveBottomPaws[i].position.x + 5) <=60 && abs(mouseY-consecutiveBottomPaws[i].position.y - 10) < 15){
// }}
for ( int i = 0; i < 2; i ++) {
//if the paws collide with a certain box around the fly position, the game will reset
//due to time constraints, this part of the game is a little finnicky, unfortunately
if (consecutiveTopPaws[i].position.x<fly.position.x+50 && consecutiveTopPaws[i].position.x>fly.position.x-50 && consecutiveTopPaws[i].position.y>fly.position.y-40 &&consecutiveTopPaws[i].position.y<fly.position.y+40) {
setup();
}
}
for ( int i = 0; i < 3; i ++) {
if (consecutiveBottomPaws[i].position.x<fly.position.x+50 && consecutiveBottomPaws[i].position.x>fly.position.x-50 && consecutiveBottomPaws[i].position.y>fly.position.y-40 && consecutiveBottomPaws[i].position.y<fly.position.y+40) {
setup();
}
}
}class Bg {
//global variables
PVector position=new PVector();
PVector velocity=new PVector();
color circleColor;
Bg() {
init();
}
void init() {
//function for initializing initial position of circles in background
circleColor=#D7F5E5;
position.x=random(width, +800);
position.y=height/2;
velocity.x=-1;
}
void display() {
noStroke();
fill(circleColor);
ellipse(position.x-100, position.y-200, position.x+100, position.y+200);
}
void update() {
//if a circle reaches 100px outside of canvas, reset position
position.add(velocity);
if (position.x<-400) {
init();
}
}
}class BottomPaw {
//slap those global variables in there
PVector position=new PVector();
PVector velocity=new PVector();
color catColor;
float pawColor;
color toeBeanColor;
BottomPaw() {
init();
}
//initialize paw starting positions
void init() {
position.x=random(width, 700);
position.y=random(200, height);
velocity.x=-2;
velocity.y=2;
catColor=color(random(100, 200), random(50, 150), random(50, 150));
pawColor=(255);
toeBeanColor=(#FFBFBF);
}
//function for updating the paws w/ movement
void update() {
//move paw from right to left
position.add(velocity);
//if paw goes off left of canvas by 100, reset position
if (position.x<-100) {
init();
}
//if the top of the paw reaches a random position between 200 and 250px, reverse Y speed
if (position.y<=random(200, 250)) {
velocity.y=2;
}
//if the top of the paw reaches a random position between 370 and 400px, reverse Y speed
if (position.y>=random(370, 400)) {
velocity.y=-2;
}
}
//function for displaying the paws
void display () {
rectMode(CORNERS);
stroke(catColor);
strokeWeight(1);
fill(catColor);
//have the y position at 300 so it clips past the canvas
rect(position.x-30, position.y-20, position.x+30, position.y+300);
fill(pawColor);
//main paw shape
noStroke();
ellipse(position.x-40, position.y-120, position.x+40, position.y);
//toes
ellipse(position.x-43, position.y-110, position.x-15, position.y-55);
ellipse(position.x+43, position.y-110, position.x+15, position.y-55);
ellipse(position.x-17, position.y-97, position.x, position.y-125);
ellipse(position.x+17, position.y-97, position.x, position.y-125);
//TOE BEANS.
fill (toeBeanColor);
ellipse(position.x-41, position.y-107, position.x-15, position.y-56);
ellipse(position.x+41, position.y-107, position.x+15, position.y-56);
ellipse(position.x-15, position.y-95, position.x-1, position.y-123);
ellipse(position.x+15, position.y-95, position.x+1, position.y-123);
//pawpad!
quad(position.x-25, position.y-25, position.x-15, position.y-68, position.x+15, position.y-68, position.x+25, position.y-25);
}
}class Fly {
//global variables for our lil dude here
PVector position = new PVector();
color flyColor;
Fly() {
flyColor=#EDF26E;
position.x=90;
position.y=mouseY;
//
}
void update() {
}
void display() {
//stinger
fill(#8A8B77);
triangle(position.x-26, mouseY-5, position.x-50, pmouseY, position.x-26, mouseY+2);
//wings
colorMode(HSB);
//have the wings flicker between many shades of grey to imitate animation
fill(0, 0, random(30, 100));
ellipse(position.x-5, mouseY-5, position.x+2, pmouseY-28);
ellipse(position.x-10, mouseY-5, position.x-2, pmouseY-18);
//body
//switch mode back to RGB
colorMode(RGB);
//legs
triangle(position.x+4, mouseY+7, position.x+9, mouseY+6, position.x+7, mouseY+17);
triangle(position.x+5, mouseY+14, position.x+7, mouseY+16, position.x, mouseY+16);
stroke(0);
line(position.x-20, mouseY+7, position.x-22, mouseY+13);
line(position.x-23, mouseY+7, position.x-25, mouseY+13);
line(position.x-26, mouseY+7, position.x-28, mouseY+13);
//nose!!
fill(#D6D175);
noStroke();
triangle(position.x+15, mouseY+5, position.x+18, mouseY, position.x+28, mouseY+4);
triangle(position.x+26, mouseY+2, position.x+28, mouseY+4, position.x+33, mouseY);
//main body
fill(flyColor);
stroke(#D8D7BA);
ellipse(position.x-30, mouseY-10, position.x-10, mouseY+8);
//head
ellipse(position.x-15, mouseY-10, position.x+20, mouseY+10);
//eyes
fill(255);
ellipse(position.x+2, mouseY-4, position.x+13, mouseY+5);
//pupil
fill(0);
ellipse(position.x+8, mouseY-3, position.x+13, mouseY+3);
//brow
strokeWeight(3);
stroke(flyColor);
line(position.x+2, mouseY-5, position.x+12, mouseY-1);
}
}class TopPaw {
//gloooballl varrriables!
PVector position=new PVector();
PVector velocity=new PVector();
color catColor;
float pawColor;
color toeBeanColor;
TopPaw() {
init();
}
//initialize paw starting positions
void init() {
position.x=random(width, 700);
position.y=random(0, 199);
velocity.x=-2;
velocity.y=-2;
catColor=color(random(100, 200), random(50, 150), random(50, 150));
pawColor=(255);
toeBeanColor=(#FFBFBF);
}
//function for updating the paws w/ movement
void update() {
//move paw from right to left
position.add(velocity);
//if paw goes off left of canvas by 100, reset position
if (position.x<-100) {
init();
}
//if the top of the paw reaches a random position between 150 and 200 px, reverse Y speed
if (position.y>=random(150, 200)) {
velocity.y=-2;
}
//if the top of the paw reaches a random position between 0 and 20px, reverse Y speed
if (position.y<=random(0, 20)) {
velocity.y=2;
}
}
//function for displaying the paws
void display () {
rectMode(CORNERS);
stroke(catColor);
strokeWeight(1);
fill(catColor);
//have the y position at 300 so it clips past the canvas
rect(position.x-30, position.y+20, position.x+30, position.y-300);
fill(pawColor);
//main paw shape
noStroke();
ellipse(position.x-40, position.y+120, position.x+40, position.y);
//toes
ellipse(position.x-43, position.y+110, position.x-15, position.y+55);
ellipse(position.x+43, position.y+110, position.x+15, position.y+55);
ellipse(position.x-17, position.y+97, position.x, position.y+125);
ellipse(position.x+17, position.y+97, position.x, position.y+125);
//TOE BEANS.
fill (toeBeanColor);
ellipse(position.x-41, position.y+107, position.x-15, position.y+56);
ellipse(position.x+41, position.y+107, position.x+15, position.y+56);
ellipse(position.x-15, position.y+95, position.x-1, position.y+123);
ellipse(position.x+15, position.y+95, position.x+1, position.y+123);
//pawpad!
quad(position.x-25, position.y+25, position.x-15, position.y+68, position.x+15, position.y+68, position.x+25, position.y+25);
}
/* void topDectector(){
//created to detect if fly hits the paw
fill(0,0,0,0);
rect(position.x-40,position.y,position.x+40,position.y);
}*/
}
