/* 15-100 D Homework #2
 Dae Hong Kim
 daek@andrew.cmu.edu
 */

void setup(){
  size(750, 250);
  smooth();
  println("Homework #2");
  println("Printing the initials: DHK");
  background(140, 210, 180);
  //float x = 30;  //x coordinate
  //float y = 10 ;  // y coordinate
  //float thetaWidth = 200 ; // width of the figure
  //float thetaHeight = 200 ; // height of the figure
}

void draw(){
  float x = 30;  //x coordinate
  float y = 10 ;  // y coordinate
  float thetaWidth = 200 ; // width of the figure
  float thetaHeight = 200 ; // height of the figure
  stroke(255, 120, 19);
  strokeWeight(5);
  noFill();

  // Draw Initial D
  beginShape();
  curveVertex(x, y);
  curveVertex(x + thetaWidth * 2/10, y);
  curveVertex(x + thetaWidth * 4/10, y + thetaHeight * 2/10);
  curveVertex(x, y + thetaHeight * 6/10);
  curveVertex(x + thetaWidth * 3/10, y + thetaHeight);
  curveVertex(x + thetaWidth * 3/10, y + thetaHeight);
  endShape();

  beginShape();
  curveVertex(x, y);
  curveVertex(x                    , y + thetaHeight * 2/10 );
  curveVertex(x + thetaWidth * 6/10, y + thetaHeight * 1/10);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight * 3/10);
  curveVertex(x + thetaWidth * 9/10, y + thetaHeight * 5/10);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight * 7/10);
  curveVertex(x + thetaWidth * 4/10 , y + thetaHeight * 8/10);
  curveVertex(x                     , y + thetaHeight * 8/10 );
  curveVertex(x                     , y + thetaHeight * 8/10 );  
  endShape();

  // Draw initial H
  x += thetaWidth;
  stroke(23,138, 44);
  beginShape();
  curveVertex(x, y);
  curveVertex(x, y);
  curveVertex(x + thetaWidth * 3/10, y + thetaHeight * 2/10);
  curveVertex(x + thetaWidth * 2/10 , y + thetaHeight * 5/10 );
  curveVertex(x + thetaWidth * 3/10, y + thetaHeight * 8/10);
  curveVertex(x + thetaWidth * 1/10, y + thetaHeight);
  curveVertex(x + thetaWidth * 1/10, y + thetaHeight);
  endShape();

  beginShape();
  curveVertex(x + thetaWidth * 9/10, y);
  curveVertex(x + thetaWidth * 9/10, y);
  curveVertex(x + thetaWidth * 7/10, y + thetaHeight * 4/10);
  curveVertex(x + thetaWidth * 7/10, y + thetaHeight * 7/10);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight);
  endShape();

  beginShape();
  curveVertex(x, y + thetaHeight * 6/10);
  curveVertex(x, y + thetaHeight * 6/10);
  curveVertex(x + thetaWidth * 2/10, y + thetaHeight * 5/10);
  curveVertex(x + thetaWidth * 4/10, y + thetaHeight * 6/10);
  curveVertex(x + thetaWidth * 6/10, y + thetaHeight * 5/10);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight * 6/10);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight * 6/10);
  endShape();

  //Draw initial K
  x += thetaWidth;
  stroke(32, 54, 189);
  beginShape();  
  curveVertex(x, y);
  curveVertex(x + thetaWidth * 2/10, y + thetaHeight * 2/10);
  curveVertex(x + thetaWidth * 3/10, y + thetaHeight * 3/10);
  curveVertex(x + thetaWidth * 2/10, y + thetaHeight * 5/10);
  curveVertex(x, y + thetaHeight * 4/10);
  curveVertex(x + thetaWidth * 1/10, y + thetaHeight * 1/10);
  curveVertex(x + thetaWidth * 3/10, y);
  curveVertex(x + thetaWidth * 5/10, y + thetaHeight * 2/10);
  curveVertex(x + thetaWidth * 5/10, y + thetaHeight * 6/10);
  curveVertex(x + thetaWidth * 3/10, y + thetaHeight * 7/10);
  curveVertex(x, y + thetaHeight);
  curveVertex(x, y + thetaHeight * 8/10);
  curveVertex(x, y + thetaHeight * 8/10);
  endShape();

  beginShape();
  curveVertex(x + thetaWidth, y);
  curveVertex(x + thetaWidth, y);
  curveVertex(x + thetaWidth * 7/10, y + thetaHeight * 6/10);
  curveVertex(x + thetaWidth * 5/10, y + thetaHeight * 5/10);
  curveVertex(x + thetaWidth * 6/10, y + thetaHeight * 3/10);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight);
  curveVertex(x + thetaWidth, y + thetaHeight * 9/10);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight * 8/10);
  curveVertex(x + thetaWidth * 8/10, y + thetaHeight * 8/10);
  endShape();

}