Κεφάλαιο 1 - Nemertes

ΑΝΑΠΤΥΞΗ ΚΩ∆ΙΚΑ ΜΟΡΙΑΚΗΣ ∆ΥΝΑΜΙΚΗΣ
protected void refreshGuiFromParameters()
{
MDParameters params = mdc.getSimulationParameters();
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setInt(textVAFFunction, MDParameters.vafFunction);
setInt(textGraphStep, MDParameters.GRAPH_STEP);
setInt(textSnapshotStep, MDParameters.SNAPSHOT_STEP);
setInt(textNeighborsStep, MDParameters.NEIGHBOR_STEP);
setInt(textMultithread,MDParameters.THREADS);
setInt(textXParticles, mdc.getXNumberOfParticles());
setInt(textYParticles, mdc.getYNumberOfParticles());
setInt(textZParticles, mdc.getZNumberOfParticles());
setInt(textTotalParticles, params.material.numberOfParticles);
//USING SI VALUES
setDouble(textTimeStep, MDParameters.timeStep);
setDouble(textInteractionTime, MDParameters.interactionTime);
setDouble(textParticleRadius, params.material.particleRadius);
setDouble(textDistanceCriterion, params.material.removalCriterion);
setDouble(textCohesiveCriterion, params.material.Ec);
setDouble(textBCCAcme, params.material.a);
setDouble(textMPF_D, params.material.MPF_D);
setDouble(textMPF_a, params.material.MPF_a);
setDouble(textMPF_r0, params.material.MPF_r0);
setDouble(textMPF_rc, params.material.MPF_rc);
setDouble(textAtomicMass, params.material.atomicMass);
setDouble(textMassOfAtom, params.material.m);
setDouble(textDesiredTemperature, params.material.desiredTemperature);
setDouble(textVcm, params.material.Vcm);
setDouble(textReflectivity, params.material.reflectivity);
setDouble(textLaserPower, params.laser.getP());
setDouble(textLaserPulse, params.laser.getTP());
setDouble(textLaserDeadTime, params.laser.getTD());
setDouble(textMpow2, params.laser.Mpow2);
setDouble(textΛ, params.laser.λ);
setDouble(text∆f, params.laser.δf);
setDouble(textΡ, params.laser.ρ);
setDouble(textRf0, params.laser.rf0);
setDouble(textLaserRadius, params.laser.radius);
setDouble(textAc, params.laser.ac);
setDouble(textB, params.laser.β);
//USING USUAL VALUES
setDouble(textUsualTimeStep, toFemto(MDParameters.timeStep));
setDouble(textUsualInteractionTime, toFemto(MDParameters.interactionTime));
setDouble(textUsualParticleRadius, toAngstrom(params.material.particleRadius));