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How to remove random lines from drawing a line when I press a button

mistezis_619mistezis_619
edited March 2015 in Questions about Code

Hi I have one problem with my code. When I press a button to draw lines from the values obtained from the Serial port, some random lines appeared. Here is the code :

import controlP5.*;
import processing.serial.*;
ControlP5 controlP5;
Serial myPort; 


//storage of the sensor values
float [] sen1= new float [999999]; 
float [] sen2= new float [999999]; 
float [] sen3= new float [999999]; 
float [] sen4= new float [999999]; 
float [] sen5= new float [999999]; 
float [] sen6= new float [999999]; 


//storage of the values to plot the lines 
float [] plot_sen1= new float [999999]; 
float [] plot_sen2= new float [999999]; 
float [] plot_sen3= new float [999999]; 
float [] plot_sen4= new float [999999]; 
float [] plot_sen5= new float [999999]; 
float [] plot_sen6= new float [999999]; 


// strings where the values will be storaged in the text file

String [] string_sen1= new String [999999];
String [] string_sen2= new String [999999];
String [] string_sen3= new String [999999];
String [] string_sen4= new String [999999];
String [] string_sen5= new String [999999];
String [] string_sen6= new String [999999];
String [] save_string= new String [999999];
String filename,name; 

//String [] string_sen1; 
PImage img; // import the image


float s1,s2,s3,s4,s5,s6,s7,s8,s9,s10; 

int value=0; 

int xPos=30; 


//variables de color 

color blue= #2500FF; 
color green=#00FF3D; 
color yellow=#F6FF00;
color orange=#FFAE58;
color red=#FF0303;
color x1,x2,x3,x4,x5,x6;


int button1=0; 
int button2=0; 
int button3=0; 
int save=0;
int count;
float residuo1; 
float residuo2;
float residuo3;
float save_residuo;



boolean sens1= false; 
boolean sens2= false; 
boolean sens3= false; 
boolean sens4= false; 
boolean sens5= false; 
boolean sens6= false; 
boolean sens7= false; 
boolean sens8= false; 
boolean sens9= false; 
boolean sens10=false;

PFont myFont,title,font; 

void setup(){
background(#0B5189);
size(1024,900); 
smooth(); 


controlP5= new ControlP5(this); 
controlP5.addBang("                      Start             ",610,20,100,100); 
controlP5.addBang("                      Reset            ",720,20,100,100); 
//controlP5.addBang("                    Graph3             ",830,20,100,100); 
controlP5.addBang("                    Save              ",830,20,100,100); 

//change the color of the buttons
controlP5.setColorLabel(#E8BCFF);
controlP5.setColorForeground(#E8BCFF);
//controlP5.addTextfield("Name of the document").setPosition(760,350).setSize(200,40).setAutoClear(false); 


println(Serial.list()); 
myPort=new Serial(this,Serial.list()[1],115200); 
myPort.bufferUntil('\n'); 

fill(255); 
myFont= createFont("arial",20);
title= createFont("arial",16); 
font=createFont("arial", 20); 


//objetos botones 
}

void draw()
{ 


beginShape(); 
fill(x1); 
stroke(x1);
vertex(010,100); 
vertex(050,100); 
vertex(185,170); 
vertex(130,180); 
endShape(); 


beginShape();
fill(x2); 
stroke(x2); 
vertex(80,110);
vertex(130,110); 
vertex(235,165); 
vertex(200,175); 
endShape(); 



beginShape(); 
fill(x3); 
stroke(x3); 
vertex(160,120); 
vertex(210,110); 
vertex(280,150); 
vertex(250,160); 
endShape(); 

//1//


}

void serialEvent ( Serial myPort){

String inString= new String(myPort.readBytesUntil('\n')); 
if(inString !=null){
String  q[]= splitTokens(inString,","); 
if (q.length >0){
 s1= float(q[0]);
 s2= float(q[1]); 
 s3= float(q[2]);
 s4= float(q[3]); 
 s5= float(q[4]);
 s6= float(q[5]); 

sen1[count]=s1;
sen2[count]=s2; 
sen3[count]=s3;
sen4[count]=s4; 
sen5[count]=s5;
sen6[count]=s6; 

//map the values to plot the line 

plot_sen1[count]= map(s1,0,1023,0,400); 
plot_sen2[count]= map(s2,0,1023,0,400); 
plot_sen3[count]= map(s3,0,1023,0,400); 
plot_sen4[count]= map(s4,0,1023,0,400); 
plot_sen5[count]= map(s5,0,1023,0,400); 
plot_sen6[count]= map(s6,0,1023,0,400); 








//sensor 6
if (sens1==true){ 
    stroke(0);
   line(xPos-1,880-plot_sen1[count-1],xPos,880-plot_sen1[count]); 
   stroke(#E800B6); 
   line(xPos-1,880-plot_sen2[count-1],xPos,880-plot_sen2[count]);
  stroke(#03FF58) ;
      line(xPos-1,880-plot_sen3[count-1],xPos,880-plot_sen3[count]);
 } 
 if (sens2==true){
     stroke(#0B5189);
   line(xPos-1,880-plot_sen1[count-1],xPos,880-plot_sen1[count]); 
   line(xPos-1,880-plot_sen2[count-1],xPos,880-plot_sen2[count]);
   line(xPos-1,880-plot_sen3[count-1],xPos,880-plot_sen3[count]);




 }


if(sen1[count] > 0 && sen1[count] <= 204){
          x1=blue; 
                     }

  if(sen1[count] > 204 && sen1[count] <=408){
         x1=green; 
                     }     

  if(sen1[count] >408 && sen1[count] <=612) {
         x1=yellow; 
                     }

  if(sen1[count] >612 && sen1[count] <=816) {
         x1=orange; 
                     }

  if(sen1[count] > 816 ) {
         x1=red;     
                     }

    //sensor2                 
 if(sen2[count] > 0 && sen2[count] <= 204){
          x2=blue; 
                     }

  if(sen2[count] > 204 && sen2[count] <=408){
         x2=green; 
                     }     

  if(sen2[count] >408 && sen2[count] <=612) {
         x2=yellow; 
                     }

  if(sen2[count] >612 && sen2[count] <=816) {
         x2=orange; 
                     }

  if(sen2[count] > 816 ) {
         x2=red;     
                     }

  //sen3 

  if(sen3[count] > 0 && sen3[count] <= 204){
          x3=blue; 
                     }

  if(sen3[count] > 204 && sen3[count] <=408){
         x3=green; 
                     }     

  if(sen3[count] >408 && sen3[count] <=612) {
         x3=yellow; 
                     }

  if(sen3[count] >612 && sen3[count] <=816) {
         x3=orange; 
                     }

  if(sen3[count] > 816 ) {
         x3=red;     
                     }

 //sen 4 
 if(sen4[count] > 0 && sen4[count] <= 204){
          x4=blue; 
                     }

  if(sen4[count] > 204 && sen4[count] <=408){
         x4=green; 
                     }     

  if(sen4[count] >408 && sen4[count] <=612) {
         x4=yellow; 
                     }

  if(sen4[count] >612 && sen4[count] <=816) {
         x4=orange; 
                     }

  if(sen4[count] > 816 ) {
         x4=red;     
                     }


 //sen5
 if(sen5[count] > 0 && sen5[count] <= 204){
          x5=blue; 
                     }

  if(sen5[count] > 204 && sen5[count] <=408){
         x5=green; 
                     }     

  if(sen5[count] >408 && sen5[count] <=612) {
         x5=yellow; 
                     }

  if(sen5[count] >612 && sen5[count] <=816) {
         x5=orange; 
                     }

  if(sen5[count] > 816 ) {
         x5=red;     
                     }

 //sen6                    
if(sen6[count] > 0 && sen6[count] <= 204){
          x6=blue; 
                     }

  if(sen6[count] > 204 && sen6[count] <=408){
         x6=green; 
                     }     

  if(sen6[count] >408 && sen6[count] <=612) {
         x6=yellow; 
                     }

  if(sen6[count] >612 && sen6[count] <=816) {
         x6=orange; 
                     }

  if(sen6[count] > 816 ) {
         x6=red;     
                     }



}

}

count++;
if (xPos >=1015) {
  xPos=30; 
  background(#0B5189); 
}

else 
{
  xPos++; 
}


}

void controlEvent(ControlEvent theEvent){

  if (theEvent.isController()){
if (theEvent.controller().name()=="                      Start             "){
   button1=button1+1;
   residuo1=button1 % 2; 
   int count=1;




   if(residuo1== 0){
      sens1=false; 
      println("par");
                  }
   else 
       {
         sens1=true;
       println("impar");
     }

}

if (theEvent.controller().name()=="                      Reset            "){
     button2=button2+1; 
     residuo2=button2 % 2; 
     if(residuo2== 0){

      sens2=false;
      sens1=false;
      println("par");

                  }
   else 
       {
         sens2=true;
       println("impar");

     }

     }





}



}
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