Var not iterating problem • Use all row values to iterate CSV column with for loop to playNote()

Processing Libraries
10

Hola, yes of course. The class that I have in another tab is right here below, here it goes:

import ddf.minim.*;
import ddf.minim.ugens.*;

Minim minim;
AudioOutput out;
SeisData seisData;
float freqValues;

void setup() {
  size(640, 360, P3D);
  seisData = new SeisData();
  seisData.loadData();
  minim = new Minim(this);
  out = minim.getLineOut(Minim.STEREO, 2048);  
}

void draw() {
  background(0);
  stroke(255);
  seisData.iterate();            //Calling iteration/timing method from object(contains i)
  println(seisData.i);             //When I run println(i) from here I get crazy timing/ iteration
  float freqValuesLoaded = seisData.freqValuesLoaded;
  freqValues = freqValuesLoaded;   
  ToneInstrument myNote = new ToneInstrument(freqValues, 0.5, out); 
  println(seisData.i); 
  out.playNote(0.5, 2.6, myNote); 
}

class SeisData {              // Start of class

  Table seisCsv;
  TableRow row;
  float freqValues;
  float freqValuesLoaded;
  boolean load = true;
  int i = 0;
  float interval = 5000;   // I used this long interval to verify more easily the timing function.
  long timer;

SeisData() {
  }

public void loadData() {
    seisCsv = loadTable("CU.SDDR.1_HOUR_BHZ.ascii_SLIST.csv", "header");
}

 void iterate() {
    if (seisCsv==null) return;
    timer = 0;    
    if (millis() - timer > interval ) {
      timer = millis();
      i++;                           //When I run println(i) from here I get correct timing. 
      load=true;
    }
if (load) {
      TableRow row = seisCsv.getRow(i);
      freqValuesLoaded = row.getFloat(0);
      load = false;
    }
  }
}

class ToneInstrument implements Instrument   // Start of Instrument class
{

  Oscil sineOsc;
  Oscil fm;
  AudioOutput out;

  // constructors for this instrument
  ToneInstrument( float frequency, float amplitude, AudioOutput output ) {
    // equate class variables to constructor variables as necessary 
    out = output;
    // create new instances of any UGen objects as necessary
    sineOsc = new Oscil( frequency, amplitude, Waves.SINE); //sine aqui
    fm = new Oscil(10, 0.3, Waves.TRIANGLE);  //tri aqui ( 10, 2, Waves.SINE ) ex: frequencyModulation
    fm.offset.setLastValue(40);  //have to adjust values  was 10 was 40 was 15
    fm.patch(sineOsc.frequency);
  }

  // every instrument must have a noteOn( float ) method
  void noteOn( float dur ) {
    // and patch to the output
    sineOsc.patch( out );
  }

  // every instrument must have a noteOff() method
  void noteOff() {
    // and unpatch the output 
    // this causes the entire instrument to stop calculating sampleframes
    // which is good when the instrument is no longer generating sound.
    sineOsc.unpatch( out );
    fm.unpatch( out);
  }
}