String[] asxData; 
String[] DAData; 
float speed = 0.02; // speed of growth 
 
int[] stocks; 
int[] s_day; 
int[] s_month; 
int[] s_year; 
 
int[] DADate; 
int[] DADecision; 
int[] s_year_DA; 
int[] s_day_DA; 
int[] s_month_DA; 
 
PFont thefont; 
 
float scaledstock0; 
float scaledstock1; 
float scaledx; 
float scalex; 
 
void setup() 
{ 
  size(1200,500); 
  background(255); 
  frameRate(10); 
  asxData = loadStrings("asx.txt"); 
  stocks = new int[asxData.length]; 
  s_day = new int[asxData.length]; 
  s_month = new int[asxData.length]; 
  s_year = new int[asxData.length]; 
   
  DAData = loadStrings("Ultimo Applications_DA1.txt"); 
  DADecision = new int[DAData.length]; 
   
  thefont = loadFont("ArialMT-16.vlw");//add form  
} 
 
void draw() 
{ 
   noStroke(); 
   fill(255,50); // screen color-white 
   rect(0,0,width,height); 
 
   for (int j = 0; j < s_year.length; j++) //little time dots 
   { 
     fill(0,20); 
     scalex = map(j, 100, s_year.length/14.12, 50, 770); 
     ellipse(50+(scalex*5), 200, 10, 10); 
  } 
 
  fill(255,0,0,70); //day rect 
  scalex = map(s_year.length, 1, 8, 50, 750); 
  rect(scalex, 180, 100,10); 
  
 int numberofsquares = int(random(0,10000)); 
 frameRate(numberofsquares/2); 
 if(numberofsquares > 8000) 
   { 
   fill(255,0,0,10);  
   } 
   else 
   { 
   fill(200,70); 
   } 
  
   float posx = random(0,1200); 
   float posy = random(0,150);  
  
   for (int i = 0; i < stocks.length; i++) 
   { 
   rect(posx*2,posy*2,(numberofsquares / 600),(numberofsquares / 600));  
   }  
   for (int i = 0; i < DADecision.length; i++) 
   { 
    rect(posx*2,posy*2,60,60);  
   }  
 
getData(); 
   
  for(int i = 2; i < stocks.length; i++) 
  { 
    strokegraph(s_month[i]);   
    scaledstock0 = map(stocks[i-1], min(stocks), max(stocks), 0, 50); 
    scaledstock1 = map(stocks[i], min(stocks), max(stocks), 0, 50); 
//  println(stocks[i]); 
 
    scaledx = map(i, 0, stocks.length, 0,1200); 
     
    line(scaledx, height - scaledstock0, scaledx, height - scaledstock1); 
  //point(scaledx, height - scaledstock1); 
 
    textFont(thefont, 32); 
    text(stocks[i], 0, 100); 
 // println(stocks[i]); 
    } 
 
//added 001 
   for(int i = 2; i < DADecision.length; i++) 
   { 
    strokegraph(DADecision[i]); 
    scaledstock0 = map(DADecision[i-1], min(DADecision), max(DADecision), 0, 50); 
    scaledstock1 = map(DADecision[i], min(DADecision), max(DADecision), 0, 50); 
 
    scaledx = map(i, 0, DADecision.length, 0,1200); 
    line(scaledx, height - scaledstock0, scaledx, height - scaledstock1); 
  //point(scaledx, height - scaledstock1); 
     
  //textFont(thefont,16); 
 // text(200+random(-20,20),200+random(-20,20),200+random(-20,20));   
  }  
} 
 
void getData() 
{    
 for (int i=1; i<asxData.length; i++) 
    { 
    String thisLine = asxData[i]; 
    if (thisLine.length() > 0) 
    { 
      String[] lineElements = split(thisLine,','); 
       
      String tempdate = lineElements[0]; 
      String[] tempdate2 = split(tempdate, "/"); 
       
      s_day[i] = int(tempdate2[0]); 
      s_month[i] = int(tempdate2[1]); 
      s_year[i] = int(tempdate2[2]); 
       
      stocks[i] = int(lineElements[4]);    
    } 
    }  
   
   for (int i=1; i<DAData.length; i++) 
   { 
   String thisLine_DA = DAData[i]; 
   if (thisLine_DA.length() > 0) 
   { 
   String[] lineElements_DA = split(thisLine_DA,','); 
   String tempdate_DA = lineElements_DA[4]; 
           
   // println(tempdate_DA); 
      textFont(thefont, 32); 
      text(tempdate_DA, 0, 100); 
      println(tempdate_DA); 
     } 
     } 
     } 
 
void strokegraph(int input_month) 
{ 
    stroke(0,255); 
    switch(input_month) 
    { 
      case 1:  
        strokeWeight(1); 
        break; 
      case 2:  
        strokeWeight(2); 
        break; 
      case 3:  
        strokeWeight(.9); 
        break; 
      case 4:  
        strokeWeight(1.2); 
        break; 
      case 5:  
        strokeWeight(1.5); 
        break;         
      case 6:  
        strokeWeight(1.8); 
        break;         
      case 7:  
        strokeWeight(2.1); 
        break;         
      case 8:  
        strokeWeight(2.4); 
        break;         
      case 9:  
        strokeWeight(2.7); 
        break;         
      case 10:  
        strokeWeight(3); 
        break;         
      case 11:  
        strokeWeight(3.3); 
        break;     
      case 12:  
        strokeWeight(3.6); 
        break;        
    } 
}