Exercise 1.B Exercise 1.C Exercise 2.B Exercise 2.C Exercise 3.B Exercise 3.C Exercise 4.B Exercise 4.C Project 1 Project 2 Project 3 Project 4 Template Lenny Alex Ed Shao Tammy Henry Leon J.J. Wendi Guthrie Peter Richard Keith Daniel Carly Paula Becca Muskan Scott Olivia Scott

Spheres [] myspheres;
int numspheres = 5;
int centerX = 100;
int centerY = 100;
BImage ergon;
BImage thumb;
BImage fingers;
BImage ring;
BImage ring2;
BImage chest;
float a1;
float b1;
float c1;
float d1;
float e1;
float f1;

void setup ()
{
  size (600,300);
  framerate (60);
  stroke (150,95,6);

  ergon = loadImage("ergon.gif");
  thumb = loadImage ("thumb.gif");
  fingers = loadImage ("fingers.gif");
  ring = loadImage ("ring.gif");
  ring2 = loadImage ("ring2.gif");
  chest = loadImage ("chest.gif");

  myspheres = new Spheres [numspheres];
  for (int i=0; i < numspheres; i++)
  {
    //float rx = random (100.0, 200.0);
    //float ry = random (100.0, 200.0);
    float rdia = random (15.0, 20.0);
    float rspeed = random (.1, .70);
    float rradius = random (10.0, 20.0);

    myspheres [i] = new Spheres (rdia, rspeed, rradius);
  }

}

void loop ()
{
  background (0);
  a1 += .1; //thumb float and chest heave
  b1 += .01; // ring rotation
  c1 +=.2; //  chest rise
  d1 += .02; //ring 2 rotation
  e1 += .8; //fast hair
  f1 += 1.0;

  push();
  translate(320,10);
  rotate(b1);
  image (ring, -500, -500, 1000,1000);
  pop ();

  push();
  translate(70,390);
  rotate(d1);
  image (ring2, -200, -200, 400,400);
  pop();

  push();
  translate (420,-30);
  rotate (d1);
  image (ring2, -100,-100, 200,200);
  pop ();

  push();
  translate (580,340);
  rotate (-d1);
  image (ring2, -100,-100, 200,200);
  pop ();

  image(ergon, 250, 50, ergon.width/5.9, ergon.height/6);
  image (thumb, 353,5*sin(a1)+120, thumb.width/7, thumb.height/7);

  for (int i=0; i<numspheres; i++)
  {
    myspheres[i].update();
    myspheres[i].display();
  }

  image (chest, cos(a1)+263, 1.5*sin(c1)+170, chest.width/5.9, chest.height/6);
  image (fingers,330, 3*sin(a1)+120, fingers.width/5.9, fingers.height/6);

  push();
  line (300,90,1*cos(e1)+ 298,100); //hair left
  line (320,90,2*cos(f1)+ 322,100); //hair right
  line (3*cos(f1)+293, 54, 300, 64); //hair top
  line (3*cos(e1)+305, 54,310,64);

  pop ();

}

class Spheres
{

  float diameter;
  float speed;
  float x = 100;
  float y = 100;
  float a;
  float b;
  float radius;
  int dir = 1;
  Spheres (float dia, float sp, float rad)
  {

    diameter = dia;
    speed = sp;
    radius = rad;

  }

  void update ()
  {
    push ();
    translate (x,y);
    pop ();
    b += speed/9;
    a += dir*speed/9;
    if (a > 55 || a < 0)
    {
      dir = dir *-1;
    }



    if ( (mouseX-40)<x && x < mouseX + 40 && (mouseY - 40) < y && y < mouseY+ 40)
    {
      if (x > mouseX)
      {
        x = x - (3);
      }
      if (x < mouseX)
      {

        x= x + 3;
      }

      if (y > mouseY )
      {
        y -=3 ;
      }
      if (y < mouseY)
      {
        y += 3;
      }
      if (abs(mouseX-x) < 10 && abs (mouseY-y)<10 )
      {
        x = x + cos (millis()/100);
        y= y +  sin(millis()/100);
      }
    }

    else
    {
      x = (radius + a/2)  * cos(b) + 360;
      y = (radius + a) * sin(b)+ 120;
    }

  }

  void display ()
  {
    fill (187,159,97);

    ellipse (x,y,diameter,diameter);
  }

}

Project 4: Context
Extend an idea you've explored previously in your life, but adapt it to the context of an interactive system which requires the viewer to engage with the material.