/*
Interactive Toy
Giuliano Patricelli
Green_Ball_Game
10/3/2018
References used:
Pyravliki - Drew Godden
Target Practice - Jackson Lanaus
*I used these program references for my score system and ball physics as well as end game screen*
Enjoy my retro style game!
*/
//////////////////////////////////////////////////////
// \\
//Avoid the boncing green balls by moving the mouse \\
// \\
//////////////////////////////////////////////////////
// Set global variables
int finalScore;
float lines=40;
// Set player size
int playerHeight = 20;
int playerWidth = 20;
// Set ball size
int ballHeight = 40;
int ballWidth = 40;
// Set the speeds of each ball
float speedX = 2.8;
float speedY = 5;
float speedX2 = -2.8;
float speedY2 = 6;
float speedX3 = 2.8;
float speedY3 = 7;
float speedX4 = -2.8;
float speedY4 = 8;
float speedX5 = 2.8;
float speedY5 = 9;
float speedX6 = -2.8;
float speedY6 = 9;
// Spawn the balls at random locations within the top right corner of the screen
float ballLocX = random (280, 399);
float ballLocY = random (1, 100);
float ballLocX2 = random (300, 399);
float ballLocY2 = random (1, 100);
float ballLocX3 = random (300, 399);
float ballLocY3 = random (1, 100);
float ballLocX4 = random (300, 399);
float ballLocY4 = random (1, 100);
float ballLocX5 = random (300, 399);
float ballLocY5 = random (1, 100);
float ballLocX6 = random (300, 399);
float ballLocY6 = random (1, 100);
// Create the booleans for the end game screen
boolean isEndGame = false;
boolean gameOn = true;
// Set the variables for the score counter and the set it to count by milliseconds
int score = 0;
int millisOnGameStart = millis();
void setup() {
// Set the size
size(400, 400);
// Removed the cursor for a more natural gameplay feel
noCursor();
// Set the frame rate to 60fps for smooth gameplay
frameRate(60);
}
void draw() {
// Place the functions of the background and "endGame" outside of the "gameOn" loop to make game over screen possable
drawBackdrop();
// If the game is on then contine to run all the game functions
if (gameOn == true) {
// Call all the core gameplay functions
scoreCounter();
drawPlayer();
ball1();
hitDetection1();
ballBorders1();
ballBorders2();
ballBorders3();
ballBorders4();
ballBorders5();
ballBorders6();
spawnBalls();
}
}
// Cause the balls to bounce and reverse directions if any of them make contact with the walls
void ballBorders1() {
if ((ballLocX>=width)||(ballLocX <= 0)) {
speedX = speedX * -1;
}
if ((ballLocY>=height)||(ballLocY <= 0)) {
speedY = speedY * -1;
}
}
void ballBorders2() {
if ((ballLocX2>=width)||(ballLocX2 <= 0)) {
speedX2 = speedX2 * -1;
}
if ((ballLocY2>=height)||(ballLocY2 <= 0)) {
speedY2 = speedY2 * -1;
}
}
void ballBorders3() {
if ((ballLocX3>=width)||(ballLocX3 <= 0)) {
speedX3 = speedX3 * -1;
}
if ((ballLocY3>=height)||(ballLocY3 <= 0)) {
speedY3 = speedY3 * -1;
}
}
void ballBorders4() {
if ((ballLocX4>=width)||(ballLocX4 <= 0)) {
speedX4 = speedX4 * -1;
}
if ((ballLocY4>=height)||(ballLocY4 <= 0)) {
speedY4 = speedY4 * -1;
}
}
void ballBorders5() {
if ((ballLocX5>=width)||(ballLocX5 <= 0)) {
speedX5 = speedX5 * -1;
}
if ((ballLocY5>=height)||(ballLocY5 <= 0)) {
speedY5 = speedY5 * -1;
}
}
void ballBorders6() {
if ((ballLocX6>=width)||(ballLocX6 <= 0)) {
speedX6 = speedX6 * -1;
}
if ((ballLocY6>=height)||(ballLocY6 <= 0)) {
speedY6 = speedY6 * -1;
}
}
void drawPlayer() {
// Draw the player square
noStroke();
fill(0, 255, 77);
rect(mouseX, mouseY, playerHeight, playerWidth);
}
// Draw all the balls and make them move by the speed set in the global variables
void ball1() {
fill(0, 255, 77);
ellipse(ballLocX, ballLocY, ballHeight, ballWidth);
ballLocX = ballLocX + speedX;
ballLocY = ballLocY + speedY;
}
void ball2() {
fill(0, 255, 77);
ellipse(ballLocX2, ballLocY2, ballHeight, ballWidth);
ballLocX2 = ballLocX2 + speedX2;
ballLocY2 = ballLocY2 + speedY2;
}
void ball3() {
fill(0, 255, 77);
ellipse(ballLocX3, ballLocY3, ballHeight, ballWidth);
ballLocX3 = ballLocX3 + speedX3;
ballLocY3 = ballLocY3 + speedY3;
}
void ball4() {
fill(0, 255, 77);
ellipse(ballLocX4, ballLocY4, ballHeight, ballWidth);
ballLocX4 = ballLocX4 + speedX4;
ballLocY4 = ballLocY4 + speedY4;
}
void ball5() {
fill(0, 255, 77);
ellipse(ballLocX5, ballLocY5, ballHeight, ballWidth);
ballLocX5 = ballLocX5 + speedX5;
ballLocY5 = ballLocY5 + speedY5;
}
void ball6() {
fill(0, 255, 77);
ellipse(ballLocX6, ballLocY6, ballHeight, ballWidth);
ballLocX6 = ballLocX6 + speedX6;
ballLocY6 = ballLocY6 + speedY6;
}
// Create the counter of score in the top left of the screen
void scoreCounter() {
fill(0, 255, 255, 180);
textSize(55);
score = (millis() - millisOnGameStart)/100;
text(score, 20, 50);
}
void spawnBalls() {
// Spawn the balls after the score has reached a set number
if ( score > 50 ) {
ball2();
hitDetection2();
if ( score > 100 ) {
ball3();
hitDetection3();
}
if ( score > 150 ) {
ball4();
hitDetection4();
}
if ( score > 200 ) {
ball5();
hitDetection5();
}
if ( score > 250 ) {
ball6();
hitDetection6();
}
}
}
// Draw the background
void drawBackdrop() {
background(0, 70, 14);
for (int i=0; i<400; i+=50) {
strokeWeight(10);
stroke(0, 177, 0,30);
line(0, lines+i, 400, lines+i);
}
noStroke();
endGame();
}
// the function that is called to show the end game screen
void endGameScreen() {
fill(0, 255, 255, 180);
textSize(100);
text(finalScore, 100, 200);
textSize(55);
text("Score", 110, 280);
}
// When the player is hit by the ball the game sets "endGame" to true which causes the endgame screen to be called
void endGame() {
if (isEndGame == true) {
endGameScreen();
}
}
// This block of code determins if the player square has contacted the any of the balls and if so it captures your final score and sets the game to end and switch to endgame screen
void hitDetection1() {
if (mouseX +10 > (ballLocX -20) && mouseY +10 < (ballLocY +20) && mouseX -10 < (ballLocX +20) && mouseY -10 > (ballLocY -20) && isEndGame == false) {
finalScore = score;
isEndGame = true;
gameOn = false;
}
}
void hitDetection2() {
if (mouseX + 10 > (ballLocX2 -20) && mouseY +10 < (ballLocY2 +20) && mouseX -10 < (ballLocX2 +20) && mouseY -10 > (ballLocY2 -20) && isEndGame == false) {
finalScore = score;
isEndGame = true;
gameOn = false;
}
}
void hitDetection3() {
if (mouseX +10 > (ballLocX3 -20) && mouseY +10 < (ballLocY3 +20) && mouseX -10 < (ballLocX3 +20) && mouseY -10 > (ballLocY3 -20) && isEndGame == false) {
finalScore = score;
isEndGame = true;
gameOn = false;
}
}
void hitDetection4() {
if (mouseX +10 > (ballLocX4 -20) && mouseY +10 < (ballLocY4 +20) && mouseX -10 < (ballLocX4 +20) && mouseY -10 > (ballLocY4 -20) && isEndGame == false) {
finalScore = score;
isEndGame = true;
gameOn = false;
}
}
void hitDetection5() {
if (mouseX +10 > (ballLocX5 -20) && mouseY +10 < (ballLocY5 +20) && mouseX -10 < (ballLocX5 +20) && mouseY -10 > (ballLocY5 -20) && isEndGame == false) {
finalScore = score;
isEndGame = true;
gameOn = false;
}
}
void hitDetection6() {
if (mouseX +10 > (ballLocX6 -20) && mouseY +10 < (ballLocY6 +20) && mouseX -10 < (ballLocX6 +20) && mouseY -10 > (ballLocY6 -20) && isEndGame == false) {
finalScore = score;
isEndGame = true;
gameOn = false;
}
}
