// Homework 2
// Amy Nichols
// Section D
// aenichols@cmu.edu

println("Homework #2");
println("Printing the initials: AEN");

size(500, 400);
background(#F3FC94);
smooth();

int x = 50;
int y = 100;
int initialWidth = 180;
int initialHeight = 100;

// reference rectangle - whole image
noFill();
//strokeWeight(1);
//stroke(#052E31);
//rect(x, y, initialWidth, initialHeight);

strokeWeight(8);
stroke(#0D666F, 95);
// A curve
beginShape();
  curveVertex(x - initialWidth/12, y + initialHeight + initialHeight/10);
  curveVertex(x, y + initialHeight);
  curveVertex(x + initialWidth/6, y);
  curveVertex(x + initialWidth/3, y + initialHeight);
  curveVertex(x + .42*initialWidth, y + initialHeight + initialHeight/10);
endShape();

// A "line"
ellipse(x + initialWidth/6, y + .50*initialHeight, .17*initialWidth, .05*initialHeight); 

// E top curve
beginShape();
  curveVertex(x + .63*initialWidth, y + initialHeight + .30*initialHeight);
  curveVertex(x + .63*initialWidth, y + .25*initialHeight);
  curveVertex(x + .50*initialWidth, y);
  curveVertex(x + .38*initialWidth, y + .25*initialHeight);
  curveVertex(x + .50*initialWidth, y + .50*initialHeight);
  curveVertex(x + .58*initialWidth, y - .30*initialHeight);
endShape();

// E bottom curve
beginShape();
  curveVertex(x + .63*initialWidth, y - .30*initialHeight);
  curveVertex(x + .63*initialWidth, y + .75*initialHeight);
  curveVertex(x + .50*initialWidth, y + initialHeight);
  curveVertex(x + .38*initialWidth, y + .75*initialHeight);
  curveVertex(x + .50*initialWidth, y + .50*initialHeight);
  curveVertex(x + .58*initialWidth, y + initialHeight + .30*initialHeight);
endShape();

// N left curve
beginShape();
  curveVertex(x + .67*initialWidth, y - .10*initialHeight);
  curveVertex(x + .71*initialWidth, y);
  curveVertex(x + .75*initialWidth, y + .50*initialHeight);
  curveVertex(x + .71*initialWidth, y + initialHeight);
  curveVertex(x + .67*initialWidth, y + initialHeight + .10*initialHeight);
endShape();

// N right curve
beginShape();
  curveVertex(x + initialWidth, y - .10*initialHeight);
  curveVertex(x + (initialWidth - .04*initialWidth), y);
  curveVertex(x + (initialWidth - .08*initialWidth), y + .5*initialHeight);
  curveVertex(x + (initialWidth - .04*initialWidth), y + initialHeight);
  curveVertex(x + initialWidth, y + initialHeight + .10*initialHeight);
endShape();

// N connector
line(x + .71*initialWidth, y, x + (initialWidth - .04*initialWidth), y + initialHeight);



stroke(#FCC11C);
strokeWeight(3);
// A curve
beginShape();
  curveVertex(x - initialWidth/12, y + initialHeight + initialHeight/10);
  curveVertex(x, y + initialHeight);
  curveVertex(x + initialWidth/6, y);
  curveVertex(x + initialWidth/3, y + initialHeight);
  curveVertex(x + .42*initialWidth, y + initialHeight + initialHeight/10);
endShape();

// A "line"
ellipse(x + initialWidth/6, y + .50*initialHeight, .17*initialWidth, .05*initialHeight); 

stroke(#980BD6);
// E top curve
beginShape();
  curveVertex(x + .63*initialWidth, y + initialHeight + .30*initialHeight);
  curveVertex(x + .63*initialWidth, y + .25*initialHeight);
  curveVertex(x + .50*initialWidth, y);
  curveVertex(x + .38*initialWidth, y + .25*initialHeight);
  curveVertex(x + .50*initialWidth, y + .50*initialHeight);
  curveVertex(x + .58*initialWidth, y - .30*initialHeight);
endShape();

// E bottom curve
beginShape();
  curveVertex(x + .63*initialWidth, y - .30*initialHeight);
  curveVertex(x + .63*initialWidth, y + .75*initialHeight);
  curveVertex(x + .50*initialWidth, y + initialHeight);
  curveVertex(x + .38*initialWidth, y + .75*initialHeight);
  curveVertex(x + .50*initialWidth, y + .50*initialHeight);
  curveVertex(x + .58*initialWidth, y + initialHeight + .30*initialHeight);
endShape();

stroke(#E01B43);
// N left curve
beginShape();
  curveVertex(x + .67*initialWidth, y - .10*initialHeight);
  curveVertex(x + .71*initialWidth, y);
  curveVertex(x + .75*initialWidth, y + .50*initialHeight);
  curveVertex(x + .71*initialWidth, y + initialHeight);
  curveVertex(x + .67*initialWidth, y + initialHeight + .10*initialHeight);
endShape();

// N right curve
beginShape();
  curveVertex(x + initialWidth, y - .10*initialHeight);
  curveVertex(x + (initialWidth - .04*initialWidth), y);
  curveVertex(x + (initialWidth - .08*initialWidth), y + .5*initialHeight);
  curveVertex(x + (initialWidth - .04*initialWidth), y + initialHeight);
  curveVertex(x + initialWidth, y + initialHeight + .10*initialHeight);
endShape();

// N connector 
line(x + .71*initialWidth, y, x + (initialWidth - .04*initialWidth), y + initialHeight);