///Project #9 // squids.jave ///
///Matthew Testa///

int many=5;
Squid school[]= new Squid[many];
String names[]= { "Squid one", "Squid two", "Squid three", "Squid four", "Squid five" };
float spacing;

int several=4;
Boat fleet[]= new Boat[several];
String names[]= { "Boat one", "Boat two", "Boat three", "Boat four" };
float seperate;

float surface;
float moonX=0, moonY=100;
int score=0;

//// SETUP: SIZE AND RESET ////
void setup() {
  size(950, 600);
  spacing= width/( many+1 );
  seperate= width/( several+2 );
  reset();
}

///Squids OBJECT//
class Squid {
  float x,y;
  float dx=0, dy=0;
  float w=50, h=50;
  int legs=8;
  String name="";
  float r,g,b;
  int count=0;
 
 ////COLOR AND NAME////
 Squid( String s, float x) {
 this.name= s;
 this.x=x;
 ///color///
 r= random ( 200,80 );
 g= random ( 160, 120 );
 b= random (120, 140 );
 }
 
 //start from bottom and set random speed//
 void bottom() {
   y= height - h*.75;
   dy= -random ( 0.1, 0.9 );
   legs= int( random ( 1, 10.9 ) );
 }

//////MOVE AND SHOW METHOD////
  void move() {
    x += dx;
    y += dy;
    if ( y>height ) {
      bottom();
    }
    else if ( y<surface ) {
      dy= -4 * dy; //descenting speed//
    }
  }
  
  ////DISPLAY SQUID//////
  void show() {
    fill( r,g,b );
    stroke( r,g,b );
    ellipse( x,y,w,h );
    rect( x-w/2, y, w, h/2 );
    fill(255);
    float blink=10;
    if ( y%100 > 80 ) blink=2;
    ellipse( x, y-h/4, 8, blink ); //eye//
    //next//
    fill( r,b,g );
    float legX= x-w/2, foot=0;  //legs and movement of legs//
    if ( dy<0 ) {
      foot=6;
      if( y%40 > 20 ) foot= -foot;
    }
    for ( int i=0; i<legs; i++ ) {
      line( legX, y+h/2, legX+foot, 20+y+h/2 );
      legsX +=w / ( legs-1 );
    }
      
      strokeWeight( 2 );
      fill( 200, 200, 0 );
      text( name, x-w/2, y-6+h/2 );
      fill( 0 );
      text( legs, x+2-w/2, y+h/2 );
      fill( 190 );
      if ( count>0 ) text( count, x, y+h/2 );
      
      ///return back to bottom if true//
      boolean hit( float xx, float yy ) {
        return dist( xx, yy, x,y ) < h;
      }
  }
  
  
class Boat {    
   float x=0, y=surface, dx=5;