Please recreate a simple game of flappy birds using two classes and .pdf

Please recreate a simple game of flappy birds using two classes and incorporate images and ez
java
The project must use EZ and incorporate at least 2 of the following concepts:
Array Lists
Finite State Machines
File reading / parsing
File writing
2D arrays
Inheritance
Private, public member variables and member functions
Solution
Java code for flappy bird are below:
/* * Added frameRate(30) in because the program apparently started going 60fps when it was
configured to run at 30
* */
frameRate(30);
// variables for the width and space in the middle of pipes
var pipeW = 40;
var space = 100;
var endW = pipeW + 10;
var endH = 20;
// space between pipes
var pipeSpace = width / (4 - 1);
// max and min height of pipes
var pipeMaxY = 250;
var pipeMinY = 100;
// speed the pipe's move left
var pipeSpeed = 4;
// variables for bird's location and movement
var birdX = 100; // x is constant
var birdY = 200;
var birdR = 10;

var birdDY = 0;
// var birdDX = 0;
// PHYSICS
var grav = 1.5;
var jump = 0.15;
var groundY = 350;
var pipeStartLocation = 500;
var pipes = [[pipeStartLocation, random(pipeMinY, pipeMaxY)],
[pipeStartLocation + pipeSpace, random(pipeMinY, pipeMaxY)],
[pipeStartLocation + pipeSpace*2, random(pipeMinY, pipeMaxY)],
[pipeStartLocation + pipeSpace*3, random(pipeMinY, pipeMaxY)]];
noStroke();
var inGame = false;
var inStart = true;
var inGameOver = false;
var score = 0;
var gotFirstPoint = false;
var drawBird = function() {
pushMatrix();
translate(birdX, birdY);
// angle the bird
rotate(-40);
rotate(max(-0, min(120, 20*birdDY)));
// body
stroke(0, 0, 0);
strokeWeight(1);
fill(255, 221, 0);
ellipse(0, 0, birdR*2 - 2, birdR*1.6 - 2);
// belly
fill(255, 170, 0);
arc(0, 0, birdR*2 - 2, birdR*1.6 - 2, 30, 150);

// wing
fill(254, 255, 178);
pushMatrix();
rotate(sin(frameCount * 80) * 15); // flap rotation
ellipse(-birdR*4/5, 0, birdR * 0.9, birdR * 0.6);
popMatrix();
// eye
fill(255, 255, 255);
pushMatrix();
rotate(22);
ellipse(birdR/2, -birdR/3, birdR, birdR * 0.8);
popMatrix();
fill(0, 0, 0);
ellipse(birdR*0.9, -birdR/20, birdR/5, birdR / 3);
// lips
fill(255, 0, 72);
ellipse(birdR/2, birdR*3/5, birdR*0.8, birdR / 4);
ellipse(birdR*0.6, birdR*2/5, birdR, birdR / 4);
noStroke();
popMatrix();
};
var drawGround = function() {
// dirt
fill(214, 189, 145);
rect(0, groundY, 400, 400 - groundY);
// dark green grass
fill(68, 143, 62);
rect(0, groundY, 400, 5);
stroke(82, 179, 85);
// diagonal grass
strokeWeight(3.0);

for(var x = 0; x < 440; x += 10) {
pushMatrix();
translate(x, groundY + 5);
if(!inGameOver) {
translate(-(pipeSpeed*frameCount % 10), 0);
}
rotate(225);
line(0, 2, 0, 5);
popMatrix();
}
noStroke();
};
var drawPipe = function(x, y) {
strokeWeight(4.0);
// pipe body
fill(65, 186, 79);
stroke(0, 0, 0, 180);
rect(x - pipeW / 2, 0, pipeW, y - space / 2); // top
rect(x - pipeW / 2, y + space / 2, pipeW, 400 - y - space / 2 + 10); // bottom
noStroke();
// pipe stripes
colorMode(HSB);
var bodyColW = 5;
for(var c = x - pipeW / 2; c < x + pipeW / 2; c += bodyColW) {
fill(68, 230, 170 + (x - c) / bodyColW * 20);
rect(c, 0, bodyColW, y - space / 2);
rect(c, y + space / 2, bodyColW, 400 - y - space / 2 + 10); // bottom
}
// pipe end
fill(65, 186, 79);
stroke(0, 0, 0, 180);
rect(x - endW / 2, y - space / 2 - endH, endW, endH, 3); // top
rect(x - endW / 2, y + space / 2, endW, endH, 3); // bottom

noStroke();
// end stripes
colorMode(HSB);
var endColW = 5;
for(var c = x - endW / 2; c < x + endW / 2; c += endColW) {
fill(68, 230, 170 + (x - c) / endColW * 20);
rect(c, y - space / 2 - endH, endColW, endH);
rect(c, y + space / 2, endColW, endH); // bottom
}
colorMode(RGB);
};
var drawBackground = function() {
// clouds
fill(244, 245, 235);
for(var x = 0; x <= 400; x += 40) {
var noiseScale = 0.02;
var noiseVal = noise(-x*noiseScale);
ellipse(x, groundY, noise(noiseVal) * 120, noiseVal * 220);
}
// hills/trees
fill(98, 209, 102, 240);
stroke(66, 128, 42);
for(var x = 0; x <= 400; x += 20) {
var noiseScale = 0.02;
var noiseVal = noise(x*noiseScale);
ellipse(x, groundY, noise(noiseVal)*50, noiseVal * 100);
}
noStroke();
};
var draw = function() {

if(inGame) {
background(139, 205, 214);
drawBackground();
for(var i = 0; i < pipes.length; i++) {
drawPipe(pipes[i][0], pipes[i][1]);
}
drawGround();
drawBird();
fill(76, 73, 153, 200);
stroke(0, 0, 0, 130);
rect(18, 358, 200, 40, 10);
fill(255, 255, 255);
text("Score: " + score, 20, 390);
noStroke();
// making the bird fall
birdDY += grav;
birdY += birdDY;
if(birdY < birdR) {
birdY = birdR;
}
if(birdDY < 0 && birdDY > -space / 10) {
birdDY += 1;
}
// move pipes
pipes[i][0] -= pipeSpeed;
}
// make new pipe when farthest right one is pipeSpace away from right
if(pipes[pipes.length - 1][0] <= width - pipeSpace) {
pipes.push([400 + endW, random(pipeMinY, pipeMaxY)]);
}

// delete offscreen left pipes
if(pipes[0][0] < -endW) {
pipes.shift();
score++;
}
// check for collision
var collision = false;
var birdTop = birdY - birdR;
var birdBottom = birdY + birdR;
var birdLeft = birdX - birdR;
var birdRight = birdX + birdR;
if(!gotFirstPoint && birdX > pipes[0][0]) {
gotFirstPoint = true;
score++;
}
if(birdBottom >= groundY) {
collision = true;
} else {
// if not too for left or right
var tooLeft = birdRight < pipes[i][0]-endW/2;
var tooRight = birdLeft > pipes[i][0]+endW/2;
if(!tooLeft && !tooRight) {
var tooHigh = birdBottom < pipes[i][1] + space/2;
var tooLow = birdTop > pipes[i][1] - space/2;
if(!tooHigh || !tooLow) {
// using end pipe left/rights this means collision
collision = true;
break;
}

} else {
//inColX = false;
}
}
}
if(collision) {
inGame = false;
inGameOver = true;
}
} else if(inStart) {
background(139, 205, 214);
drawBackground();
drawGround();
fill(255, 255, 255, 127);
stroke(0, 0, 0, 127);
rect(65, 62, 187, 50, 10);
noStroke();
textFont(loadFont("Tahoma", 36), 36);
fill(68, 143, 62);
text("Flappy Bird", 70, 100);
stroke(0, 0, 0);
if(mouseX >= 70 && mouseX <= 70 + 100 && mouseY >= 250 && mouseY <= 250 + 50)
{
fill(73, 173, 64);
if(mouseIsPressed) {
inGame = true;
inStart = false;
}
}
rect(70, 250, 100, 50, 5);
fill(0, 0, 0);
text("Start", 80, 290);

noStroke();
drawBird();
} else if(inGameOver) {
background(139, 205, 214);
drawBackground();
drawPipe(pipes[i][0], pipes[i][1]);
}
drawGround();
drawBird();
fill(255, 255, 255, 127);
stroke(0, 0, 0, 127);
rect(80, 110, 280, 150, 15);
noStroke();
fill(0, 0, 0);
textFont(loadFont("Tahoma", 36), 36);
text("Game Over Try again!", 100, 150);
text("Final Score: " + score, 85, 250);
if(birdY + birdR < groundY) {
birdDY++;
birdY += birdDY;
} else if(birdY + birdR > groundY) {
birdY = groundY - birdR*0.8;
}
}
};
var lastMousePress = millis();
var mousePressed = function() {
lastMousePress = millis();
if(inGame) {

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