//// Danielle Reese: Midterm 
//// title: MIDTERM

///GLOBAL DECLARATIONS///
float surface;
float jellyfishX, jellyfishY, jellyfishDX=5, jellyfishDY, jellyfishW=100, jellyfish=100;
float jellyfishR, jellyfishB, jellyfishG, jellyfishH; 
float sunX, sunY, sunDX=1;
float shipX, shipY, shipDX=2, shipDY=0, shipW=100, shipH=20;
float octoX, octoY, octoDX=2, octoDY=-2, octoW=60, octoH=120;
float octoR, octoG, octoB; 
int numjellyfish=4;
float top;
float bottom;
float left, right;

//Size, reset, etc.

void setup() {
  size(600, 400);
  surface= height/3; 
  bottom=  height;
  left=20;
  right=width-40;
  reset();
}
void reset(){
  jellyfishX= 0;
  jellyfishY= random(20,surface);
  jellyfishDX=random(1,10);
  jellyfishDY=0;
  jellyfishR=random(100,255);
  jellyfishG=random(200);
  jellyfishB=random(200);
  jellyfishW= 60* random(0.5,3.0);
  jellyfishH= jellyfishW/5;
  numjellyfish= int(random(1,10) );
  octoReset();
}
void octoReset() {
  octoX= random(left, right); 
  octoY= bottom-20;
  octoR= random( 25, 175);
  octoG= random( 0, 100);
  octoB= random( 200, 255);
  octoDY=  -2;
  octoDX=  0.5;
}
void draw(){
  scene();
  ship();
  octo();
  grading();

}
///scene: sky, sun, ocean

void scene(){
background(0,0, 250);
//ocean 
fill(0, 200, 0);
rectMode(CORNER);
rect(0, height*1/3, width, height*3/4);
  sunX+= sunDX;
  sunX= sunX % width;
  sunY= surface -100*sin(PI * sunX/width);
  
  fill( 255, 200,0);
  ellipse( sunX, sunY, 50, 50);
}

void ship() {
  shipX += shipDX;
  shipY= top-20;
  if(shipX > width || shipX<0) shipDX= -shipDX;
  fill(255, 0,0);
  rect( shipX, shipY, shipW,shipH);
  rect( shipX-10, shipY+124, shipW-50, shipH+10); //size and postion of ship
  
  
  
}
void  octo() {
  
  if (octoY < surface) octoDY = +5;
  if (octoY > bottom) octoReset();
  octoX += octoDX;
  octoY += octoDY;
  fill(0);
  if (octoY < top-20);
/*
  octoY= bottom;
  octoX= random( left, right);
*/
  octoR= random( 40, 150);
  octoG= random( 50, 100);
  octoB= random( 200, 255);
  
  text( octoX, 200,310 );
  text( octoY, 200,320 );
  text( bottom, 200,349 );
  octoDraw();
}

void octoDraw() {
  // Draw the octo
  rect(octoX+octoW/2, octoY+octoH/2, octoW, octoH);

  ellipse( octoX+50, octoY, octoW, octoH);
  fill(255);
  ellipse(octoX+50, octoY-5, 20, 30);
  fill(0);
  ellipse( octoX+50, octoY-5, 5, 10);
  fill(0);
  ellipse( octoX+50, octoY-5, 5, 10);
}

  
/*
void setup(){ size(600,400); }
void draw() {
  grading();
}
*/



void grading() {  
}