// a Plant is a collection of Attributes and other elements to define 
// the overall character of each plant is defined here // 

class Plant { 
  Attributes Stem, Branch, Leaf, Flower, Petal; 
  ArrayList branchList = new ArrayList (); // array to store branches //
  ArrayList flowerList = new ArrayList ();
  /// ADD OTHER ELEMENTS for entire plant: alpha, leafAngle, lo, hi, radius, alphs
  /// values the same for all plants // 
  float radius = int (random (6, 10));//random (20);3
  float _alpha =190;//320;//180, 220;// 320
  ///////////////////////////
  float unfurlSpeed = 0.06;
  float decayRate = 0.3;//0.5;//0.3; // amount alpha is decayed..
  float refurlRate = 0.02;
  float blurRate = 0.05;
  /// add a aliveTime // time before starts to decay 
 float aliveTime = random (1, 2000);//int (random (200, 201));

// println (aliveTime); 
  float aliveRate = 0.1; //rate at which alive time is decremented 
  /////////////////////////
  boolean decay = true;
  boolean flowerBlur = false;
  boolean leafBlur = false;
  boolean drawLines = false;
  boolean drawCentre = false;
  float blurAmount = 4;//15; // distance (pixels) between line and blur line
  float blurAlphaFraction = 0.2; // percentage of alpha (0.2 = 20% etc) 
  int blurNum = 1;
  //////////////////////////
  ////////////////////////
  int minAngle = 90;  // min angle for 'spin' 
  int maxAngle = 90;
  ///////////////////////////////////
  int bCount;
  int fCount;
  /////////////////////////////////////
  boolean leafFollowParentColor = false; // do leaves follow branch colour ?
  boolean flowerFollowParentColor = true; // do all petals follow flower colour ?? 
  ////////////////////////////////////////////////////////////////////////////////////
  float leafGrowth = 0.9; // fraction amount by which leaves grow (0.5 = less 50% , 1.0 = no change, 1.5 = increase 50%). 
  float leafStart = 2.0f; // starting percentage size of leaf (1.0 = 100%, 2.0 = 200%) 
  float flowerGrowth = 0.8;// how much subsequent flowers are alterd by
  float flowerStart = 1.0f; // starting (percentage) size of flower (2 = 200%) 
  int[] flowerDev =  {-4, 8};//{ -4, 15};// min and max amounts the  flower (as a whole)  can deviate (where 0 is normal: 'fully open' 
  //////////////////////////////////////////////////////////////////
  Vector3D stemLoc = new Vector3D ();

  ////////////////////////////////////////////////////////////////////////////////
  ///////////////////////////////////////////////////////
  Plant (Attributes s, Attributes b, Attributes l, Attributes f, Attributes p, Vector3D sl) { 
    Stem = s; 
    Branch = b; 
    Leaf = l; 
    Flower = f; 
    Petal = p; 
    stemLoc.setXY (sl.x, sl.y);
    //////////// add blur to SOME elements of the plant (petal and leaf ?)  lines //////////
    //p.blur = flowerBlur; 
    //l.blur = leafBlur;
    ////////////
    //addBranchToList (b);
    getData();
  } 

  ///////////////////////////////////////////
  /// add a branch, and give it a number (arrayPosition)
  void addBranchToList (Attributes b_) { 
    bCount ++;
    b_.arrayPosition = bCount;
    branchList.add (b_); 
  }
  ////////////////////////////////////
  void addFlowerToList (Attributes f_) { 
    fCount ++;
    f_.arrayPosition = fCount;
    flowerList.add (f_); 

  } 

  ///////////////////////////////////////////
  void getData ( ) { 
    if (printdata) {
      dataOutput.println ("Plant Attributes"); 
      dataOutput.println ("radius: " + radius); 
      dataOutput.println ("_alpha: " + _alpha); 
      dataOutput.println (); 
      dataOutput.println ("decay: " + decay); 
      dataOutput.println ("decayRate: " + decayRate); 
      dataOutput.println ("unfurlSpeed: " + unfurlSpeed); 
      dataOutput.println ("refurlRate: " + refurlRate);       
      dataOutput.println (); 
      dataOutput.println ("flowerBlur: " + flowerBlur); 
      dataOutput.println ("leafBlur: " + leafBlur); 
      dataOutput.println ("blurRate: " + blurRate); 
      dataOutput.println ("blurAmount: " + blurAmount); 
      dataOutput.println ("blurAlphaFraction: " + blurAlphaFraction); 
      dataOutput.println (); 
      dataOutput.println ("drawLines: " + drawLines); 
      dataOutput.println (); 
      dataOutput.println ("leafFollowParentColor: " + leafFollowParentColor); 
      dataOutput.println ("flowerFollowParentColor: " + flowerFollowParentColor); 
      dataOutput.println (); 
      dataOutput.println ("leafGrowth: " + leafGrowth); 
      dataOutput.println ("leafStart: " + leafStart); 
      dataOutput.println ("flowerGrowth: " + flowerGrowth); 
      dataOutput.println ("flowerStart: " + flowerStart); 
      dataOutput.println ("flowerDeviation (min/max): " + flowerDev[0] + " : " + flowerDev[1]); 
      dataOutput.println (); 
      dataOutput.flush(); // Writes the remaining data to the file
    }


  }
}