import geomerative.*;  //This library is used to fill in spokes because of a bug in P5 v103

class Bot{
  boolean gainingPunct;
  boolean gainingSpokes;
  final int spokeNum =40;
  int numVisibleSpokes = 40;
  int numVisiblePuncts = 0;
  Spoke leg[] = new Spoke[spokeNum];  //An array of spokes
  ArrayList punctList = new ArrayList();
  Integer spokeAppearanceOrder[] = new Integer[spokeNum];

  Bot(){
    gainingPunct = true;
    gainingSpokes = true;
    for (int i= 0; i<spokeNum; i++){
      leg[i] = new Spoke(i);
      spokeAppearanceOrder[i] = new Integer(i);
    }
    Collections.shuffle(Arrays.asList(spokeAppearanceOrder)); //Creates a list of randomly ordered spokes so they can "appear" randomly
  }

  void drawBot(){
    noStroke();
    fill(100,254); //if alpha=255 interior objects not visible
    sphere(100);
  }

  void drawPunct(){
    //reset the initial punctuation spot on each spoke for each frame
    for(int j=0; j<leg.length; j++){
      leg[j].punctPlace=0;
    }
    for (int i=0; i<numVisiblePuncts; i++){ //draw only visible puncts    
      if(!gainingPunct){  //Fade out the last puncts if shrinking
        stroke(constrain(200-(50*(numVisiblePuncts-i)),0,255));
      } else stroke(0);
      if (punctList.get(i) == "'") drawApostrophe(i%spokeNum);
      if (punctList.get(i) == "*") drawAsterisk(i%spokeNum);
      if (punctList.get(i) == "[") drawBracketL(i%spokeNum);
      if (punctList.get(i) == "]") drawBracketR(i%spokeNum);
      if (punctList.get(i) == ":") drawColon(i%spokeNum);
      if (punctList.get(i) == ",") drawComma(i%spokeNum);
      if (punctList.get(i) == "+") drawEllipsis(i%spokeNum);//textParse replaces "..." with "+"
      if (punctList.get(i) == "!") drawExclamation(i%spokeNum);
      if (punctList.get(i) == "-") drawHyphen(i%spokeNum);
      if (punctList.get(i) == "_") drawLongDash(i%spokeNum); //textParse replaces "--" with "_"
      if (punctList.get(i) == "(") drawParenthesisL(i%spokeNum);
      if (punctList.get(i) == ")") drawParenthesisR(i%spokeNum);
      if (punctList.get(i) == ".") drawPeriod(i%spokeNum);
      if (punctList.get(i) == "?") drawQuestion(i%spokeNum);
      if (punctList.get(i) == "\"") drawQuote(i%spokeNum);
      if (punctList.get(i) == ";") drawSemicolon(i%spokeNum);
    }
  }

  class Spoke{
    int bend = 20; //max width of the bezier wave in the spokes
    float yOffset, punctPlace;  //punctPlace is to track last drawn punctuation
    float zRotation, yRotation;
    float topBezier, bottomBezier;
    float spokeLength;
    boolean isFilled = false;

    Spoke(int num){
      topBezier = bend-random(2*bend);
      bottomBezier = bend-random(2*bend);
      zRotation = PI+(num*((2*PI)/spokeNum));
      yRotation = random(PI/2);
      yOffset = 7-random(15);
      spokeLength = random(15)+123;
    }
  }

  void drawSpokes(){
    stroke(0);
    for (int i=0; i<numVisibleSpokes; i++){
      pushMatrix();
      //change orientation based on each spokes characteristics
      rotateZ(leg[spokeAppearanceOrder[i].intValue()].zRotation);
      translate(0,leg[spokeAppearanceOrder[i].intValue()].yOffset,0);
      rotateY(leg[spokeAppearanceOrder[i].intValue()].yRotation);      
      if (leg[spokeAppearanceOrder[i].intValue()].isFilled == true) fill(125);
      else noFill();
      RShape shp = new RShape();
      shp.addMoveTo(-5,0);
      shp.addBezierTo(leg[spokeAppearanceOrder[i].intValue()].topBezier,65,leg[spokeAppearanceOrder[i].intValue()].bottomBezier,65,-5,leg[spokeAppearanceOrder[i].intValue()].spokeLength);
      shp.addLineTo(5,leg[spokeAppearanceOrder[i].intValue()].spokeLength);
      shp.addBezierTo(10+leg[spokeAppearanceOrder[i].intValue()].bottomBezier,65,10+leg[spokeAppearanceOrder[i].intValue()].topBezier,65,5,0);
      shp.addLineTo(-5,0);
      shp.draw(g); 
      popMatrix();
    }
  }

  void drawApostrophe(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace+1/2 the width of the character) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = ((leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+5+abs(4*(sin(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))));
    float y = ((leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+5+abs(4*(sin(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum)))));
    leg[i].punctPlace+= 5+abs(2*(sin(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(0,-3,0);
    vertex(-4,2,0);
    vertex(4,2,0);
    endShape();
    popMatrix();
  }
  
  void drawAsterisk(int i){
    pushMatrix();
    float x = ((leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+6+abs(3*(cos(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))));
    float y = ((leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+6+abs(3*(cos(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum)))));
    leg[i].punctPlace+= 12+abs(4*(cos(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-8,0,0);
    vertex(-4,-7,0);
    vertex(5,-7,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-8,0,0);
    vertex(1,0,0);
    vertex(5,-7,0);
    vertex(.3,-1.3,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-4,-7,0);
    vertex(3,-3,0);
    vertex(3,6,0);
    vertex(-4,2,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-4,-7,0);
    vertex(3,6,0);
    vertex(1,8,0);
    endShape();
    popMatrix();
  }

  void drawBracketL(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace+widthofsymbol(8+abs(4*....)) * sin angle(PI-(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+7+abs(4*(sin(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+7+abs(4*(sin(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 14+abs(3*(sin(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-8,7,0);
    vertex(-8,-4,0);
    vertex(3.6,3.7,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-6,0,0);
    vertex(4,-5,0);
    vertex(2,7,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-6,0,0);
    vertex(8,-7,0);
    vertex(8,6,0);
    endShape();
    beginShape(LINES);
    vertex(8,6,0);
    vertex(-1,-2.9,0);
    endShape();
    popMatrix();
  }

  void drawBracketR(int i){
    pushMatrix();
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+7+abs(4*(sin(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+7+abs(4*(sin(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 14+abs(3*(sin(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(8,7,0);
    vertex(8,-4,0);
    vertex(-3.6,3.7,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(6,0,0);
    vertex(-4,-5,0);
    vertex(-2,7,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(6,0,0);
    vertex(-8,-7,0);
    vertex(-8,6,0);
    endShape();
    beginShape(LINES);
    vertex(-8,6,0);
    vertex(1,-2.9,0);
    endShape();
    popMatrix();
  }

  void drawColon(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = ((leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+8+abs(4*(sin(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum))))); 
    float y = ((leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+8+abs(4*(sin(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum)))));
    leg[i].punctPlace+= 13;
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-6,6,0);
    vertex(-6,-5,0);
    vertex(7,-1,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-3,4.5,0);
    vertex(0,-7,0);
    vertex(7,-1,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-6,6,0);
    vertex(-2,-1,0);
    vertex(7,-1,0);
    vertex(3,6,0);
    endShape();
    popMatrix();
  }

  void drawComma(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+5+abs(3*(sin(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+5+abs(3*(sin(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 7+abs(4*(sin(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-7,3,0);
    vertex(-3,-4,0);
    vertex(6,-4,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-7,3,0);
    vertex(1.3,1.3,0);
    vertex(6,-4,0);
    vertex(2,3,0);
    endShape();
    popMatrix();
  }

  void drawEllipsis(int i){
    pushMatrix();
    rotateZ(PI+(i*TWO_PI/spokeNum));
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+18);
    leg[i].punctPlace+= 35;
    translate(0,y,0);
    beginShape(LINE_LOOP);
    vertex(-3,-18,0);
    vertex(6,-5,0);
    vertex(-7,2,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-3,-5,0);
    vertex(6,-5,0);
    vertex(2,2,0);
    vertex(-7,2,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-2,-9,0);
    vertex(7,4,0);
    vertex(-6,11,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-2,4,0);
    vertex(7,4,0);
    vertex(3,11,0);
    vertex(-6,11,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(3,17,0);
    vertex(-6,4,0);
    vertex(7,-3,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(3,4,0);
    vertex(-6,4,0);
    vertex(-2,-3,0);
    vertex(7,-3,0);
    endShape();
    popMatrix();
  }

  void drawExclamation(int i){
    pushMatrix();
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+4+abs(4*(cos(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum))));
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+4+abs(4*(cos(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 8+abs(3*(cos(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-3.5,2.5,0);
    vertex(-3.5,-6.5,0);
    vertex(3.5,-2.5,0);
    vertex(3.5,6.5,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-3.5,-6.5,0);
    vertex(3.5,6.5,0);
    vertex(1.5,8.5,0);
    endShape();
    popMatrix();
  }

  void drawHyphen(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+4+abs(6*(sin(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+4+abs(6*(sin(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 4+abs(6*(sin(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-4.5,2,0);
    vertex(-4.5,-2,0);
    vertex(4.5,-2,0);
    vertex(4.5,2,0);
    endShape();
    popMatrix();
  }

  void drawLongDash(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+5+abs(10*(sin(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+5+abs(10*(sin(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 5+abs(10*(sin(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-9,-2.5,0);
    vertex(9,-2.5,0);
    vertex(9,2.5,0);
    vertex(-9,2.5,0);
    endShape();
    popMatrix();
  }

  void drawParenthesisL(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+6+abs(2*(cos(PI/4-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+6+abs(2*(cos(PI/4-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 6+abs(8*(cos(PI/5-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(QUADS);
    vertex(-6,2,0);
    vertex(-2,-4,0);
    vertex(6,-7,0);
    vertex(-4,7,0);
    endShape();
    popMatrix();
  }

  void drawParenthesisR(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+6+abs(2*(cos(PI/4+(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+6+abs(2*(cos(PI/4+(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 6+abs(8*(cos(PI/5+(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(QUADS);
    vertex(6,2,0);
    vertex(2,-4,0);
    vertex(-6,-7,0);
    vertex(4,7,0);
    endShape();
    popMatrix();
  }

  void drawPeriod(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+7+abs(6*(cos(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+7+abs(6*(cos(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 11+abs(8*(cos(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-5,9,0);
    vertex(-1,-11,0);
    vertex(8,2,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-1,2,0);
    vertex(8,2,0);
    vertex(4,9,0);
    vertex(-5,9,0);
    endShape();
    popMatrix();
  }

  void drawQuestion(int i){
    pushMatrix();
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+8+abs(2*(sin(PI/4-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+8+abs(2*(sin(PI/4-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 15+abs(2*(sin(PI/4-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-7.5,7,0);
    vertex(-3.5,0,0);
    vertex(5.5,0,0);
    vertex(1.5,7,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(5.5,0,0);
    vertex(7.5,2,0);
    vertex(-7.5,7,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-7.5,-7,0);
    vertex(7.5,-2,0);
    vertex(5.5,0,0);
    endShape();
    popMatrix();
  }

  void drawQuote(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+5+abs(2*(cos(PI/4-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+5+abs(2*(cos(PI/4-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 10+abs(2*(cos(PI-(i*((2*PI)/spokeNum)))));
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-5,5,0);
    vertex(-3.5,-5,0);
    vertex(-.5,-5,0);
    vertex(-2.5,5,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(.5,5,0);
    vertex(2.5,-5,0);
    vertex(5.5,-5,0);
    vertex(3.5,5,0);
    endShape();
    popMatrix();
  }

  void drawSemicolon(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+8+abs(1*(cos(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+8+abs(1*(cos(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+= 13;
    translate(x,y,0);
    beginShape(LINE_LOOP);
    vertex(-6,5,0);
    vertex(-2,-2,0);
    vertex(7,-2,0);
    vertex(3,5,0);
    endShape();
    beginShape(LINE_LOOP);
    vertex(-7,3.5,0);
    vertex(-3,-6.5,0);
    vertex(6,-4,0);
    endShape();
    popMatrix();
  }

  void drawSmurf(int i){
    pushMatrix();
    // hypotenuse(yOffset+130+punctPlace) * sin angle(PI+(sin(2PI/spokeNum)))
    float x = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+8+abs(1*(cos(PI-(i*((2*PI)/spokeNum))))))*(sin(PI-(i*((2*PI)/spokeNum)))); 
    float y = (leg[i].spokeLength+leg[i].punctPlace+leg[i].yOffset+8+abs(1*(cos(PI-(i*((2*PI)/spokeNum))))))*(cos(PI-(i*((2*PI)/spokeNum))));
    leg[i].punctPlace+=13;
    translate(x,y,0);
    fill(0,0,255);
    rectMode(CENTER);
    rect(0,0,10,10);
    popMatrix();
  }
}