​

let centralX = 0;

let centralY = -400;

let centralZ = 0;

​

//Tree tree;

treeList= [];

let treeSpacing = 750;

let treeSpacingRand = 200;

//float treeSpacing = 100;

//float treeSpacingRand = 20;

​

let jointSize = 10;

let trussSize = 5;

let facadeOn = true;

let jointOn = true;

let trussOn = true;

​

let jointList;

​

let treetree;

​

let saving = false;

​

/*

int thickness = 300;

int edgeNumber = 10;

int layerNumber = 30;

float randomRange = 100;

float layerHeight = 300;

ArrayList<PVector> jointList;

*/

​

function setup(){

  c = createCanvas(window.innerWidth, window.innerHeight, WEBGL);

  cam = new Dw.EasyCam(this._renderer, {distance:1500, center:[centralX,centralY,centralZ]});  

  //treeList= [];

  /*

   for(let i = -4; i<= 4; i+=1){

     for(let j =-2; j<= 2; j+=1){

     loc = createVector(i*treeSpacing+random(-treeSpacingRand,treeSpacingRand),0,j*treeSpacing+random(-treeSpacingRand,treeSpacingRand));

     //PVector loc = new PVector(random(-3000,3000),0,random(-1500,1500));

     //Tree(PVector loc, int thick, int eNumber, int lNumber, float rRange, float lHeight )

     tree = new Tree(loc, 150,10,int(random(15,30)),50,150);    

     treeList.push(tree);

   }

   }

   */

  loc = createVector(0,0,0);

  treetree = new Tree(loc,100,5,int(random(5,8)),50,150);    

}

​

function draw(){

  //background(#F5C3C3);

  background(130);

  //floor

  push();

  translate(0,50,0);  

  fill(170);

  strokeWeight(2);  

  stroke(255);

  box(6000,10,3000);

  pop();

  //platform

  push();

  translate(0,30,0);  

  fill(170,100);

  strokeWeight(2);  

  stroke(255);

  box(500,10,500);

  pop();  

  /*

  push();

  translate(0+random(-3,3),-1100+random(-3,3),0+random(-3,3));  

  rotateX(radians(30));

  rotateZ(radians(30));  

  noFill();

  //fill(255,0,0);

  //noStroke();

  strokeWeight(2);  

  stroke(200,200,0);

  sphere(150);

  pop();    

  */

  /*

  pushMatrix();

  translate(0,-100,0);

  rotateX(PI/2);

  fill(#F5C3C3);

  strokeWeight(2);

  ellipse(0,0,1500,1500);

  popMatrix();

  */

​

  /*

  push();

  translate(0,-2600,0);

  fill(255,200,50);

  strokeWeight(2);

  box(7200,50,4500);

  pop();

  */

  push();

  translate(0,-1500,0);

  noFill();

  strokeWeight(2);

  stroke(255);  

  box(6000,3000,3000);

  pop();

  treetree.display();

​

  //for(let i=0; i<treeList.length; i++){

  //    treeList[i].display();

  //}

  cam.rotateY(0.001);

  if (frameCount % 100 == 0){

      jointList = [];

      loc = createVector(0,0,0);

      treetree = new Tree(loc,100,5,int(random(2,8)),50,150);  

  }

}

​

function keyPressed(){

 if(key == 'f'){

    facadeOn = !facadeOn;

 }

 if(key == 'j'){

    jointOn = !jointOn;

 }  

 if(key == 't'){

    trussOn = !trussOn;

 }    

}

​

​

​

​