2d graph of signals of arduino

Processing Electronics (Arduino, etc.)
11

The next code ca be 8 graph signals of arduino (voltaje, temperatura etc), Ty for all participates in this forum

import processing.serial.Serial;
import grafica.*;
import java.util.Random;

public GPlot plot2 ;

static final int PORT_INDEX = 0, BAUDS = 9600;
int i=0; 
int[] vals = {};
//float[] vals = {};

GPointsArray points2 = new GPointsArray();
GPointsArray points3 = new GPointsArray();
GPointsArray points4 = new GPointsArray();
GPointsArray points5 = new GPointsArray();
GPointsArray points6 = new GPointsArray();
GPointsArray points7 = new GPointsArray();
GPointsArray points8 = new GPointsArray();

void setup() {
  //vals=new int[6];
  size(850, 660);
  noLoop();
  final String[] ports = Serial.list();
  printArray(ports);
  new Serial(this, ports[PORT_INDEX], BAUDS).bufferUntil(ENTER);



  plot2 = new GPlot(this);
  plot2.setPos(5, 5);
  plot2.setDim(550, 550);
  plot2.getTitle().setText("Posicion");
  plot2.getXAxis().getAxisLabel().setText("X");
  plot2.getYAxis().getAxisLabel().setText("Y");
  plot2.setLineWidth(1.5);
  //
  plot2.addLayer("layer 2", points2);
  plot2.getLayer("layer 2").setLineColor(color(150, 150, 255));
  plot2.getLayer("layer 2").setLineWidth(1.5);
  //
  plot2.addLayer("layer 3", points3);
  plot2.getLayer("layer 3").setLineColor(color(150, 150, 255));
  plot2.getLayer("layer 3").setLineWidth(1.5);
  //
  plot2.addLayer("layer 4", points4);
  plot2.getLayer("layer 4").setLineColor(color(150, 150, 255));
  plot2.getLayer("layer 4").setLineWidth(1.5);
  //
  plot2.addLayer("layer 5", points5);
  plot2.getLayer("layer 5").setLineColor(color(150, 150, 255));
  plot2.getLayer("layer 5").setLineWidth(1.5);
  //
  plot2.addLayer("layer 6", points6);
  plot2.getLayer("layer 6").setLineColor(color(150, 150, 255));
  plot2.getLayer("layer 6").setLineWidth(1.5);
  //
  plot2.addLayer("layer 7", points7);
  plot2.getLayer("layer 7").setLineColor(color(150, 150, 255));
  plot2.getLayer("layer 7").setLineWidth(1.5);
  //
  plot2.addLayer("layer 8", points8);
  plot2.getLayer("layer 8").setLineColor(color(150, 150, 255));
  plot2.getLayer("layer 8").setLineWidth(1.5);
  
  //
  plot2.activatePanning();
  plot2.activateZooming(1.2, CENTER, CENTER);
  plot2.activateReset();



}

void draw() {
  // println(points1a);

  // Draw the  plot  
  plot2.beginDraw();
  plot2.drawBackground();
  plot2.drawBox();
  plot2.drawXAxis();
  plot2.drawYAxis();
  plot2.drawTitle();
  plot2.drawGridLines(GPlot.CTRLMOD );
  plot2.drawLines();



  if (vals.length >= 1) {
    i++;
    plot2.addPoint(i, vals[0]);

    if (vals.length >= 2) {
      plot2.addPoint(Point(i, vals[1]), "layer 2");
      if (vals.length >= 3) { 
        plot2.addPoint(Point(i, vals[2]), "layer 3");
        if (vals.length >= 4) {
          plot2.addPoint(Point(i, vals[3]), "layer 4");
          if (vals.length >= 5) {
            plot2.addPoint(Point(i, vals[4]), "layer 5");
            if (vals.length >= 6) {
              plot2.addPoint(Point(i, vals[5]), "layer 6");
              if (vals.length >= 7) {
                plot2.addPoint(Point(i, vals[6]), "layer 7");
                if (vals.length >= 8) {
                  plot2.addPoint(Point(i, vals[7]), "layer 8");
                }
              }
            }
          }
        }
      }
    }
  }
  plot2.endDraw();
}

void serialEvent(final Serial s) {
  vals = int(splitTokens(s.readString()));
  //vals = float(splitTokens(s.readString()));


  redraw = true;
}

GPoint Point(float i, float n) {
  return new GPoint(i, n);
}
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