@Override public boolean done() { return hasConverged(); }
public boolean done() { return hasConverged(); }
public boolean done() { return hasConverged(); }
public boolean done() { return hasConverged(); }
/** * Performs the iterative process. * Note: this method does not return anything because Java does not * allow mixing double, int, or objects */ public void evaluate() { iterations = 0; initializeIterations(); while (iterations++ < maximumIterations) { step(); precision = getPrecision(); if (hasConverged()) break; } finalizeIterations(); }
/** * Performs the iterative process. Note: this method does not return anything because Java does * not allow mixing double, int, or objects */ public void evaluate() { iterations = 0; initializeIterations(); while (iterations++ < maximumIterations) { step(); precision = getPrecision(); if (hasConverged()) { break; } } finalizeIterations(); }
/** * Performs the iterative process. Note: this method does not return * anything because Java does not allow mixing double, int, or objects */ public void evaluate() { iterations = 0; initializeIterations(); while (iterations++ < maximumIterations) { step(); precision = getPrecision(); if (hasConverged()) { break; } } finalizeIterations(); }
/** * Performs the iterative process. * Note: this method does not return anything because Java does not * allow mixing double, int, or objects */ public void evaluate() { iterations = 0; initializeIterations(); while (iterations++ < maximumIterations) { step(); precision = getPrecision(); if (hasConverged()) break; } finalizeIterations(); }