public class particle{
private int spin;
private int charge;
private int hypercharge;
private int isospin;
private color color;
private vectorFunction waveFunction;
...
public particle(int s, int h, int i, color c, vectorFunction f){
      spin = s;
      hypercharge = h;
      isospin = i;
      color = c;
      waveFunction = f;
      charge = isospin + hypercharge/2;
      }
public vector getPosition(){
      vector position = new randomVectorFromLaw(waveFunction);
      waveFunction = dirac(position);
      return position;
      }
public vector getSpeed(){
      vector speed = new randomVectorFromLaw(waveFunction.fourierTransform());
      waveFunction = e^(i.speed.scalarProduct(x));
      return speed;
      }
public vectorFunction getWaveFunction(){
      return waveFunction;
      }
public void setWaveFunction(vectorFunction f){
      waveFunction = f;
      }
...
}

public class myUniverse{
      public int main(){
      particle[] allTheParticleOfTheUniverse;
      allTheParticlesOfTheUniverse[1] = new particle(...
      ...
      for(int n = 0; n > 'a very big number'; n++){
          for(int i = 0; i = allTheParticlesOfTheUniverse.length(), i++){
              allTheParticlesOfTheUniverse[i].setWaveFunction((allTheParticlesOfTheUniverse[i]).getWaveFunction()-i*δt*((allTheParticlesOfTheUniverse[i]).getWaveFunction()).laplacian()/(2*planckReducedConstant*(allTheParticlesOfTheUniverse[i]).getMass());
          ...
          }
      ...
      }
}