Made in processing, so screenshot:

and the code:

size(500,700);

background(255,89,143);
noStroke();

fill(6,106,160);
ellipse(250,280, 372,400);
beginShape();
  vertex(72,228);
  vertex(37,312);
  vertex(107,285);
endShape(CLOSE);
beginShape();
  vertex(76,229);
  vertex(40,470);
  vertex(101,430);
  vertex(75,480);
  vertex(190,440);
endShape(CLOSE);
beginShape();
  vertex(314,430);
  vertex(394,488);
  vertex(380,426);
  vertex(464,479);
  vertex(437,277);
endShape(CLOSE);

fill(241,201,173);
rect(215,425, 75,130);

fill(244,220,189);
ellipse(250,300, 300,340);


stroke(0);
strokeWeight(8);
line(118,307, 149,320);
line(369,307, 344,320); 

stroke(4,73,111);
noFill();
curve(163,316, 166,235, 225,214, 220,289);
curve(282,289, 287,214, 346,235, 343,316);

stroke(245,154,141);
curve(250,270, 204,406, 286,406, 250,270);

stroke(255);
strokeWeight(5);
fill(0,162,232);
ellipse(180,320, 60,110);
ellipse(310,320, 60, 110);

noStroke();
fill(255);
ellipse(164,340, 20,40);
ellipse(295,340, 20,40);

fill(6,106,160);
beginShape();
  vertex(77,325);
  vertex(134,390);
  vertex(102,260);
  vertex(145,264);
  vertex(170,216);
  vertex(175,260);
  vertex(261,259);
  vertex(319,178);
  vertex(354,286);
  vertex(347,368);
  vertex(414,284);
  vertex(392,163);
  vertex(326,103);
  vertex(224,80);
  vertex(177,95);
  vertex(91,191);
endShape(CLOSE);

fill(255,201,14);
curve(87,900, 126,566, 370,566, 407,900);
beginShape();
  vertex(126,566);
  vertex(370,566);
  vertex(412,700);
  vertex(91,700);
endShape(CLOSE);

The Code:

int[] x = {297, 297, 293, 330, 337, 342, 345, 335, 362, 379, 373, 362, 346, 342, 346, 333, 339, 335, 317, 315, 288, 216, 175, 150, 170, 150};
int[] y = {-6, -6, -5, 52, 91, 118, 143, 165, 203, 232, 253, 258, 262, 279, 299, 314, 331, 341, 352, 375, 400, 390, 408, 442, 500, 579};
color lerpC,lerpD,lerpE;
void setup(){
size(500,500);

}

void draw(){
//circles inside of head
fill(0);
rect(0,0,width,height);
  fill(255,10);
  stroke(255);
  for (int c=0;c<width*2;c+=20) {
    ellipse(10*((sin(.55-c))), 10*((cos(.55-c))), c, c);
  }


translate(-100,0);  
//profile 
  beginShape();
  noFill();
  fill(0);
  curveVertex(600, -14);
  curveVertex(600, -13);
  curveVertex(327, -10);
  for (int i = 0; i < x.length - 1; i++) {
    strokeWeight(5);
    stroke(0);
    curveVertex(x[i], y[i]);

  }
  curveVertex(637, 598);
  curveVertex(670, 452);
  endShape();
  
  for(int j=0; j<x.length-1; j++) {
  strokeWeight(1);
  color c1 = color(255,177,122);
  color c2 = color(144,122,255);
   lerpC= lerpColor(c1,c2,.33);
   lerpD= lerpColor(c1,c2,.66);
   
    stroke(lerpC);
    fill(lerpC);
  randomSeed(0);
  rect(x[j] + 20, y[j] * 1.2-50,3,3);
  rect(x[j] + random(-5,30), y[j]+ random(-3,3),3,3);
  
     stroke(c1);
     fill(c1);
  ellipse(x[j] + random(-8,20), y[j]+ random(0,1),3,3);
  ellipse(x[j] + random(-6,30), y[j]+ random(-5,5),3,3);
  
      stroke(lerpD);
      fill(lerpD);
float tX = x[j]+(random(39,50));
float tY = y[j]+(random(-2,2));
  triangle(tX,tY,tX+random(3,4),tY+random(-2,2),tX+(random(0,3)),tY+random(2));
  
    stroke(c2);
      point(x[j] + random(50,100), y[j]+ random(-4,60));
      point(x[j] + random(50,100), y[j]+ random(-13,4));
      point(x[j] + random(44,150), y[j]+ random(-10,10));
      point(x[j] + random(60,100), y[j]+ random(-4,4));
  }            
}