Objects, arrays, imported pictures and rotations!
The CODE:
import ddf.minim.*;
Minim minim;
AudioPlayer player;
float x=0;
float y=0;
float yPos=0;
float speed=10;
float gravity=.1;
float angle=0;
boolean drawTheDinosaur;
PImage dinoImage;
PImage dinoflipImage;
Dino[] dinos = new Dino[10];
Dinoflip[] dinosflip = new Dinoflip[10];
void setup () {
size(800, 1000);
smooth();
drawTheDinosaur = false;
dinoImage=loadImage("dino.png");
dinoflipImage=loadImage("dinoflip.png");
}
void draw() {
frameRate(20);
background(135,206,250);
fill(205, 183, 158);
stroke(25);
rectMode(CENTER);
rect(400, 800, 900, 500);
fill(160,82,45);
rect(400, 550, 900, 5);
//ROTATE EGG
pushMatrix();
translate(width/2, yPos);
//Axis
rotate(PI/2+angle);
fill(24, 167, 181);
stroke(100);
ellipse(x, y, 150, 178);
//popMatrix();
//rotation speed
angle -= radians(2);
popMatrix();
//FALL
yPos=yPos+speed;
speed=speed+gravity;
if (yPos>500) {
speed=speed*-.5;
angle= radians(0);
createShape();
beginShape();
fill(0);
vertex(width/2+60, yPos+20);
vertex(width/2+15, yPos+2);
vertex(width/2+15, yPos+4);
vertex(width/2+30, yPos+6);
vertex(width/2-20, yPos+30);
vertex(width/2+10, yPos-30);
vertex(width/2+20, yPos+14);
vertex(width/2+30, yPos+26);
vertex(width/2+10, yPos+6);
vertex(width/2+30, yPos-30);
vertex(width/2-30, yPos+28);
vertex(width/2+30, yPos-30);
vertex(width/2+15, yPos+14);
vertex(width/2+25, yPos+26);
vertex(width/2-35, yPos+6);
vertex(width/2+20, yPos+10);
vertex(width/2+10, yPos+75);
vertex(width/2+20, yPos+24);
vertex(width/2+30, yPos+16);
endShape(CLOSE);
}
if (drawTheDinosaur == true) {
//stopMovingEgg();
minim = new Minim(this);
player= minim.loadFile("JP.wav");
player.play();
for (int i=0;i<dinos.length;i++) {
dinos[i].displayDino();
dinosflip[i].displayDinoflip();
}
}
}
void mousePressed() {
drawTheDinosaur = true;
for (int i=0;i<dinos.length;i++) {
dinos[i] = new Dino(width/2-188, yPos-270);
dinosflip[i] = new Dinoflip(width/2-188, yPos-270);
}
}
//void stopMovingEgg() {
// speed=0;
// angle= radians(0);
//}
void drawTheDinosaur() {
createShape();
beginShape();
fill(50);
noStroke();
vertex(width/2+60, yPos+20);
vertex(width/2+15, yPos+2);
vertex(width/2+15, yPos+4);
vertex(width/2+30, yPos+6);
vertex(width/2-20, yPos+30);
vertex(width/2+10, yPos-30);
vertex(width/2+20, yPos+14);
vertex(width/2+30, yPos+26);
vertex(width/2+10, yPos+6);
vertex(width/2+30, yPos-30);
vertex(width/2-32, yPos-28);
vertex(width/2+30, yPos-30);
vertex(width/2+15, yPos+14);
vertex(width/2+25, yPos+26);
vertex(width/2-35, yPos+6);
vertex(width/2+20, yPos+10);
vertex(width/2+10, yPos+75);
vertex(width/2+20, yPos+24);
vertex(width/2+30, yPos+16);
endShape(CLOSE);
//fill(90);
//ellipse(width/2+10, yPos+5, 30, 35);
}
void stop()
{
// always close Minim audio classes when you are done with them
player.close();
// always stop Minim before exiting
minim.stop();
super.stop();
}
class Dino{
PImage dino;
float dinoX,dinoY,yPos, widthx,heighty,a,b;
Dino(float tempX, float tempY){
dinoX=tempX;
dinoY=tempY;
dino=dinoImage;
}
void displayDino(){
image(dino,dinoX,dinoY, 400,600);
dinoX=dinoX+random(-55.5,25);
dinoY=dinoY+random(-30,50);
dinoX=constrain(dinoX,-300,width);
dinoY=constrain(dinoY,0,height);
}
}
class Dinoflip{
PImage dinoflip;
float dinoflipX,dinoflipY,a,b;
Dinoflip(float tempX, float tempY){
dinoflipX=tempX;
dinoflipY=tempY;
dinoflip = dinoflipImage;
}
void displayDinoflip(){
image(dinoflip,dinoflipX,dinoflipY, 400,600);
dinoflipX=dinoflipX+random(-25,55.5);
dinoflipY=dinoflipY+random(-30,50);
dinoflipX=constrain(dinoflipX,-100,width);
dinoflipY=constrain(dinoflipY,0,height);
}
}
