/*
Title: Cavern
Description: you play as a demon who is trying to put out the flames in his lair.
Objective: To extingush the flames (find the orb).
Interactivity:
1. Move mouse horizontally to move character. (Please ensure that the mouse stays within the bounds of the canvas)
2. When any key is pressed, the player shoots a projectile.
Author: Sukhraj Johal
Project: Object Oriented Toy Assignment
Date: October 19th, 2016
*/
//declaring global variables that affect multiple objects
PVector plocation;
PVector pvelocity;
//declaring objects as global variables
Player player;
Pulse pulse;
Orb orb;
FirePlatform firePlatform1;
FirePlatform firePlatform2;
FirePlatform firePlatform3;
Platform platform;
Layers layer1;
Layers layer2;
Ceiling ceiling1;
Ceiling ceiling2;
Ceiling ceiling3;
Ceiling ceiling4;
Tunnel tunnel1;
Tunnel tunnel2;
MovingBlock movingBall;
MovingBlock2 movingBall2;
Cannon cannon1;
Cannon cannon2;
Door door1;
Door door2;
Creature creature;
//creates an array for the Ember 1 and 2
Ember1[] ember1 = new Ember1[25];
Ember2[] ember2 = new Ember2[25];
//creates an array for the fire and fire 2
Fire[] fires = new Fire[12];
Fire2[] fires2 = new Fire2[12];
void setup () {
//creates a window that is 400 by 450 pixels
size(400, 450);
//initalizing character object
player = new Player();
//initalizing the pulse object
pulse = new Pulse();
//initalizing the creature object
creature = new Creature();
//intializing the orb object
orb = new Orb();
//initalizing the fire platform
firePlatform1 = new FirePlatform(200-mouseX, 190, 10);
firePlatform2 = new FirePlatform(165-mouseX, 200, 10);
//initalizing the platform object
platform= new Platform();
//initalizing the layers objects
layer1 = new Layers (color(68, 20, 6, 175), 400, 50, 800, 100);
layer2 = new Layers (color(68, 20, 6, 50), 400, 110, 800, 30);
//initalizing the ceiling objects
ceiling1 = new Ceiling(50-mouseX, 15, 100, 30);
ceiling2 = new Ceiling(180-mouseX, 30, 160, 60);
ceiling3 = new Ceiling(570-mouseX, 20, 260, 40);
ceiling4 = new Ceiling(750-mouseX, 40, 100, 80);
//initalizing the tunnel objects
tunnel1 = new Tunnel(350-mouseX, 70, 200, 140);
tunnel2 = new Tunnel(350-mouseX, 340, 200, 220);
//initalizing the moving ball object
movingBall = new MovingBlock();
movingBall2 = new MovingBlock2();
//initalizing the cannon objects
cannon1 = new Cannon(480-mouseX, 50, 20, 40);
cannon2 = new Cannon(570-mouseX, 50, 20, 40);
//initializing the wall objects
door1 = new Door(255-mouseX, 180, 10, 100);
door2 = new Door(445-mouseX, 180, 10, 100);
//initalizing each ember particle using a for loop
for (int i= 0; i< ember1.length; i++) {
ember1[i] = new Ember1(random(width*2), random(430, 450), -i/7, 4, 4);
}
//initalize each ember2 particle using a for loop
for (int i=0; i< ember2.length; i++) {
ember2[i] = new Ember2 (random(width*2), random(430, 450), -i/5, 2, 2);
}
//initalize each fire using a for loop.
for (int i= 0; i< fires.length; i++) {
fires[i] = new Fire(random(0, 800), 450, -i/2);
}
//initalize each fire2 using a for loop.
for (int i= 0; i< fires2.length; i++) {
fires2[i] = new Fire2(random(0, 800), 440, -i/2);
}
//initalizing the PVector that affects the pulse object
plocation = new PVector(mouseX, 210);
pvelocity = new PVector(10, 0);
}
void draw() {
//creates background color
background(0);
//update
//the fire ember using a for loop.
for ( int i= 0; i< ember2.length; i++) {
ember1[i].move();
}
// the fire ember 2 using a for loop.
for ( int i=0; i<ember2.length; i++) {
ember2[i].move();
}
// update the fire
for (int i= 0; i< fires.length; i++) {
fires[i].move();
}
//update fire2
for (int i= 0; i< fires2.length; i++) {
fires2[i].move();
}
movingBall.update();
movingBall2.update();
pulse.update();
//display
firePlatform1.display();
//display a weaker fire if pulse passes the firePlatform 1 and 2 location
if (plocation.x >= 200-mouseX) {
firePlatform1.collision();
}
firePlatform2.display();
if (plocation.x >= 200-mouseX) {
firePlatform2.collision();
}
platform.display();
cannon1.display();
cannon2.display();
layer1.display();
layer2.display();
ceiling1.display();
ceiling2.display();
ceiling3.display();
ceiling4.display();
pulse.display();
creature.display();
player.display();
orb.display();
door1.display();
door2.display();
tunnel1.display();
tunnel2.display();
movingBall.display();
movingBall2.display();
//if the pulse hits door 1 a collision happens and it flashes black. When the player moves passed the door it stays black. (indicating that the door is open)
if (plocation.x >= 255-mouseX) {
door1.collision();
}
//if the pulse hits door 2 a collision happens and it flashes black. When the player moves passed door2 it stays black. (indicating that the door is open)
if (plocation.x >= 445-mouseX) {
door2.collision();
}
//draw the fire ember using a for loop.
for ( int i= 0; i< ember2.length; i++) {
ember1[i].display();
}
// draw the fire ember 2 using a for loop.
for ( int i=0; i<ember2.length; i++) {
ember2[i].display();
}
// draw the fire2 using a for loop.
for (int i= 0; i< fires2.length; i++) {
fires2[i].display();
}
// draw the fire using a for loop.
for (int i= 0; i< fires.length; i++) {
fires[i].display();
}
//if player moves passed the orb the fire is extinguished and the text box reads " The flames are extinguished".
if (plocation.x >= 650-mouseX) {
orb.collision();
println(" The flames are extinguished");
}
//if player moves past the creature the creature speaks
if (mouseX >= 360-mouseX) {
creature.speak();
}
}class Cannon {
//declare the variables that affect the cannons.
float xpos;
float ypos;
float w;
float h;
Cannon(float tempXPos, float tempYPos, float tempW, float tempH) {
//constructors parameters are set by the x and y position along with w and h.
xpos = tempXPos;
ypos = tempYPos;
w = tempW;
h = tempH;
}
void display() {
//creates the cannons
fill(95, 47, 12);
rectMode(CENTER);
rect(xpos-mouseX, ypos, w, h);
}
} class Ceiling {
//declaring variables that affect the ceiling
float xpos;
float ypos;
float w;
float h;
Ceiling(float tempXPos, float tempYPos, float tempW, float tempH) {
//constructor is defined by the paramaters of x,y,w,h
xpos= tempXPos;
ypos= tempYPos;
w= tempW;
h= tempH;
}
void display() {
//creates the ceiling
fill(62, 20, 4);
rectMode(CENTER);
rect(xpos-mouseX, ypos, w, h);
}
}class Creature {
//declare variables that affect the Creature
float xpos;
Creature() {
//constructor
xpos = 360-mouseX;
}
void display() {
//creates the creature
fill(245, 184, 235);
ellipse(xpos-mouseX, 190, 20, 20);
fill(255);
ellipse(xpos-mouseX, 190, 5, 5);
fill(34, 41, 106);
rect(xpos-mouseX, 220, 20, 40, 200);
}
void speak() {
println (" Hey, big brother! Someone turned on the fire pipes. Quick, grab the orb!! ");
}
} class Door {
//declare variables that affect the door object.
float xpos;
float ypos;
float w;
float h;
Door(float tempXPos, float tempYPos, float tempW, float tempH) {
//constructor affected by the parameters xpos,ypos, w, h
xpos = tempXPos;
ypos = tempYPos;
w = tempW;
h = tempH;
}
void display() {
//creates the door
fill(210, 184, 181);
rectMode(CENTER);
rect(xpos-mouseX, ypos, w, h);
}
void collision() {
//changes color of the door
fill(0);
rect(xpos-mouseX, ypos, w, h);
}
}class Ember1 {
//declare variables that affect ember 1
float xpos;
float ypos;
float yspeed;
float w;
float h;
Ember1(float tempXPos, float tempYPos, float tempYSpeed, float tempW, float tempH) {
// constructor controlled by the parameters of x,y,yspeed,w,h.
xpos = tempXPos;
ypos = tempYPos;
yspeed= tempYSpeed;
w= tempW;
h=tempH;
}
void display() {
//creates the ember
fill(247, 51, 40);
rectMode(CENTER);
rect(xpos-mouseX, ypos, 4, 4);
}
void move() {
//moving ember1
ypos = ypos + yspeed/4;
if (ypos > height) {
ypos= height;
}
//if the ypos of the ember is less than 150 it dissapears and it resets the embers at the bottom of the screen.
if (ypos < 150) {
ypos = height + 150;
xpos= random(width*2);
}
}
} class Ember2 {
// declare variables that affect ember 2.
float xpos;
float ypos;
float yspeed;
float w;
float h;
Ember2(float tempXPos, float tempYPos, float tempYSpeed, float tempW, float tempH) {
// constructor controlled by the parameters of x,y,yspeed,w,h.
xpos = tempXPos;
ypos = tempYPos;
yspeed= tempYSpeed;
w= tempW;
h=tempH;
}
void display() {
//creates ember 2
fill(250, 245, 88);
rectMode(CENTER);
rect(xpos-mouseX, ypos, 2, 2);
}
void move() {
//moving the ember2 particle
ypos = ypos + yspeed/3;
if (ypos > height) {
ypos= height;
}
//if the ypos of the ember is less than 100 it dissapears and it resets the embers at the bottom of the screen.
if (ypos < 100) {
ypos = height + 100;
xpos= random(width*2);
}
}
} class Fire {
//declare variables that affect ember 1
float xpos;
float ypos;
float yspeed;
float w;
float h;
Fire(float tempXPos, float tempYPos, float tempYSpeed) {
// constructor controlled by the parameters of x,y,yspeed,w,h.
xpos = tempXPos;
ypos = tempYPos;
yspeed= tempYSpeed;
}
void display() {
//creates the fire
fill(random(200, 255), 50, 20);
rectMode(CENTER);
triangle(40+xpos-mouseX, ypos+ random(60, 70), -40+xpos-mouseX, ypos+ random(60, 70), 10+ xpos-mouseX, ypos-random(20, 30));
}
void move() {
//moves the fire
ypos = ypos + yspeed/4;
if (ypos > height) {
ypos= height;
}
//if the ypos of the fire is less than 420 it dissapears and it resets the embers at the bottom of the screen.
if (ypos < 420) {
ypos = height + 420;
xpos= random(width*2);
}
}
} class Fire2 {
//declare variables that affect ember 1
float xpos;
float ypos;
float yspeed;
float w;
float h;
Fire2(float tempXPos, float tempYPos, float tempYSpeed) {
// constructor controlled by the parameters of x,y,yspeed,w,h.
xpos = tempXPos;
ypos = tempYPos;
yspeed= tempYSpeed;
}
void display() {
//creates the fire
fill(200, random(100, 170), 20);
rectMode(CENTER);
triangle(40+xpos-mouseX, ypos+ random(60, 70), -40+xpos-mouseX, ypos+ random(60, 70), 10+ xpos-mouseX, ypos-random(20, 30));
}
void move() {
//moving the fire
ypos = ypos + yspeed/4;
if (ypos > height) {
ypos= height;
}
//if the ypos of the fire2 is less than 390 it dissapears and it resets the embers at the bottom of the screen.
if (ypos < 390) {
ypos = height + 390;
xpos= random(width*2);
}
}
} class FirePlatform {
float xpos;
float ypos;
float yspeed;
float w;
float h;
FirePlatform(float tempXPos, float tempYPos, float tempYSpeed) {
// constructor controlled by the parameters of x,y,yspeed,w,h.
xpos = tempXPos;
ypos = tempYPos;
yspeed= tempYSpeed;
}
void display() {
//creates the fire
fill(random(200, 255), 50, 20);
rectMode(CENTER);
triangle(20+xpos-mouseX, ypos+ random(40, 50), -20+xpos-mouseX, ypos+ random(40, 50), 10+ xpos-mouseX, ypos-random(20, 30));
}
void collision() {
//changes the color of the fireplatform when there is a collision
fill(200, random(100, 170), 20);
triangle(random(20,30)+xpos-mouseX, ypos+ random(40, 50), random(-20,-30)+xpos-mouseX, ypos+ random(40, 50), 10+ xpos-mouseX, ypos-random(20, 30));
}
void move() {
//moving the fire platform
ypos = ypos + yspeed/4;
if (ypos > height) {
ypos= height;
}
//if the ypos of the ember is less than 150 it dissapears and it resets the embers at the bottom of the screen.
if (ypos < 420) {
ypos = height + 420;
xpos= random(width*2);
}
}
} class Layers {
//declare variables that affect the layers
float xpos;
float ypos;
float w;
float h;
color c;
Layers(color tempC, float tempXPos, float tempYPos, float tempW, float tempH) {
//constructor with the parameters of colour, x and y position.
c = tempC;
xpos = tempXPos;
ypos = tempYPos;
w = tempW;
h = tempH;
}
void display() {
//creates the layers on the top of the ceiling
fill(c);
rectMode(CENTER);
rect(xpos, ypos, w, h);
}
}
class MovingBlock {
//declare variables that affect MovingBall
PVector location;
PVector velocity;
boolean ballMoves = false;
MovingBlock() {
//constructor affected by location and velocity vectors
location= new PVector(480, 60);
velocity= new PVector(0, 7);
}
void display() {
//creates MovingBlock
fill(random(200, 255), 50, 20);
rectMode(CENTER);
rect(location.x, location.y, 20, 20);
}
void update() {
//adding the two PVectors in order to move the MovingBlock
location.add(velocity);
//if the mouse is greater than half the width the ball from the cannon starts firing.
if (mouseX > width/3) {
ballMoves = true;
}
if (ballMoves) {
fill(random(200, 255), 50, 20);
rect(480-mouseX, location.y, 20, 20);
}
if (location.y > 460) {
location.y= height - 460;
}
}
}class MovingBlock2 {
//declare variables that affect MovingBall
PVector location;
PVector velocity;
boolean ballMoves = false;
MovingBlock2() {
//constructor affected by location and velocity vectors
location= new PVector(570, 60);
velocity= new PVector(0, 7);
}
void display() {
//creates MovingBlock2
fill(random(200, 255), 50, 20);
rectMode(CENTER);
rect(location.x, location.y, 20, 20);
}
void update() {
location.add(velocity);
//if the mouse is greater than half the width the ball from the cannon starts firing.
if (mouseX > width/3) {
ballMoves = true;
}
if (ballMoves) {
fill(random(200, 255), 50, 20);
rect(570-mouseX, location.y, 20, 20);
}
if (location.y > 460) {
location.y= height - 460;
}
}
}class Orb {
// declare variables that affect the orb.
float xpos;
float ypos;
Orb() {
//constructor includes xpos and ypos
xpos = 650 - mouseX;
ypos = 220;
}
void display() {
//creates the orb
fill(184, 245, 232);
ellipse(xpos-mouseX, ypos, 20, 20);
}
void collision() {
background(0);
}
} class Platform {
//declare variables that affect the platform
color p;
Platform() {
//constructor affected by the color
p = color(95, 47, 12);
}
void display() {
//creates the platform
fill(p);
rect(400, 240, 800, 20);
}
} class Player {
//variables that affect the character
color a;
color b;
color c;
Player() {
//constructor affected by the three colours color a, b, and c
a= color(5, 48, 16);
b= color(208, 233, 37);
c = color(255);
}
void display() {
//creates the player
//creates no stroke on primitive shapes
noStroke();
//creates characters body
fill(b);
triangle(mouseX, 185, mouseX-25, 230, mouseX+25, 230);
//creates the characters horns
fill(b);
rectMode(CENTER);
rect(mouseX+18, 182, 10, 5);
rect(mouseX-18, 182, 10, 5);
triangle(mouseX-20, 160, mouseX-18, 180, mouseX-23, 180);
triangle(mouseX+20, 160, mouseX+18, 180, mouseX+23, 180);
//creates character head
fill(a);
ellipseMode(CENTER);
ellipse(mouseX, 185, 30, 30);
//creates the characters eyes
fill(c);
ellipse(mouseX-5, 180, 5, 5);
ellipse(mouseX+5, 180, 5, 5);
}
}class Pulse {
//declare variables that affect the Pulse
Pulse() {
//constructor affected by two vectors plocation and pvelocity
plocation = new PVector(mouseX, 210);
pvelocity = new PVector(10, 0);
}
void display() {
//creates the pulse
fill(184, 245, 232);
rectMode(CENTER);
rect(plocation.x, plocation.y, 20, 10);
}
void update() {
//if the key is pressed then the pulse will be shot. Once the key is released, the pulse will reset to the mouseX position of the character.
if (keyPressed) {
plocation.add(pvelocity);
plocation.x ++;
} else {
reset();
}
if (plocation.x > 400) {
plocation.x = mouseX;
}
}
void reset() {
plocation.x = mouseX;
}
} class Tunnel {
//declare variables that affect the tunnel object
float xpos;
float ypos;
float w;
float h;
Tunnel(float tempXPos, float tempYPos, float tempW, float tempH) {
//constructor is defined by the parameters x and y position.
xpos = tempXPos;
ypos = tempYPos;
w= tempW;
h= tempH;
}
void display() {
//creates the tunnel
fill(62, 20, 4);
rectMode(CENTER);
rect(xpos- mouseX, ypos, w, h);
}
}
