Examples of org.apache.commons.math3.util.Incrementor.incrementCount()

Class org.apache.commons.math3.util.Incrementor

Examples of org.apache.commons.math3.util.Incrementor.incrementCount()

org.apache.commons.math3.util.Incrementor.incrementCount()
Performs multiple increments. See the other {@link #incrementCount() incrementCount} method). @param value Number of increments. @throws MaxCountExceededException at counter exhaustion.

        double[] work2   = new double[nC];
        double[] work3   = new double[nC];




        // Evaluate the function at the starting point and calculate its norm.
        evaluationCounter.incrementCount();
        //value will be reassigned in the loop
        Evaluation current = problem.evaluate(problem.getStart());
        double[] currentResiduals = current.getResiduals().toArray();
        double currentCost = current.getCost();
        double[] currentPoint = current.getPoint().toArray();

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                if (firstIteration) {
                    delta = FastMath.min(delta, lmNorm);
                }


                // Evaluate the function at x + p and calculate its norm.
                evaluationCounter.incrementCount();
                current = problem.evaluate(new ArrayRealVector(currentPoint));
                currentResiduals = current.getResiduals().toArray();
                currentCost = current.getCost();
                currentPoint = current.getPoint().toArray();

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        RealVector currentPoint = lsp.getStart();


        // iterate until convergence is reached
        Evaluation current = null;
        while (true) {
            iterationCounter.incrementCount();


            // evaluate the objective function and its jacobian
            Evaluation previous = current;
            // Value of the objective function at "currentPoint".
            evaluationCounter.incrementCount();

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        double[] work2   = new double[nC];
        double[] work3   = new double[nC];




        // Evaluate the function at the starting point and calculate its norm.
        evaluationCounter.incrementCount();
        //value will be reassigned in the loop
        Evaluation current = problem.evaluate(new ArrayRealVector(currentPoint));
        double[] currentResiduals = current.getResiduals().toArray();
        double currentCost = current.getCost();

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                if (firstIteration) {
                    delta = FastMath.min(delta, lmNorm);
                }


                // Evaluate the function at x + p and calculate its norm.
                evaluationCounter.incrementCount();
                current = problem.evaluate(new ArrayRealVector(currentPoint));
                currentResiduals = current.getResiduals().toArray();
                currentCost = current.getCost();


                // compute the scaled actual reduction

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        RealVector currentPoint = lsp.getStart();


        // iterate until convergence is reached
        Evaluation current = null;
        while (true) {
            iterationCounter.incrementCount();


            // evaluate the objective function and its jacobian
            Evaluation previous = current;
            // Value of the objective function at "currentPoint".
            evaluationCounter.incrementCount();

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