Package org.apache.commons.math3.stat.descriptive

Examples of org.apache.commons.math3.stat.descriptive.MixedListUnivariateImplTest$Foo


    // param
    petiteContainer.defineParameter("foo.data", "data");

    // get bean
    Foo foo = (Foo) petiteContainer.getBean("foo");

    assertEquals("ctor null null", foo.result);
    assertEquals("bar", foo.bar.toString());
    assertEquals("data", foo.data);
  }
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    // param
    petiteContainer.defineParameter("foo.data", "data");

    // get bean
    Foo foo = (Foo) petiteContainer.getBean("foo");

    assertEquals("ctor bar null", foo.result);
    assertEquals("bar", foo.bar.toString());
    assertEquals("data", foo.data);
  }
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    // param
    petiteContainer.defineParameter("foo.data", "data");

    // get bean
    Foo foo = (Foo) petiteContainer.getBean("foo");

    assertEquals("ctor bar data", foo.result);
    assertEquals("bar", foo.bar.toString());
    assertEquals("data", foo.data);
  }
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package specialiseReturnType3;
import lib.specialiseReturnType3.Foo;
import java.util.*;
public class Main extends Foo {
  public static void main(String[] args) {
    Foo f = new Main();
    Collection c = f.getColl();
    System.out.println(c);
 
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package static2;
import lib.static2.Foo;
public class Main {
  public static void main(String[] args) {
    new Foo().foo();
  }
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        super(testName);
    }

    public void testThis() throws Exception {
        Asserter asserter = new Asserter(JEXL);
        asserter.setVariable("this", new Foo());
       
        asserter.assertExpression("this.get('abc')", "Repeat : abc");
       
        try {
            asserter.assertExpression("this.count", "Wrong Value");
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    public void testVariable() throws Exception {
        JexlEngine jexl = new JexlEngine();
        jexl.setSilent(true);
        Asserter asserter = new Asserter(jexl);
        asserter.setVariable("foo", new Foo());
        asserter.setVariable("person", "James");

        asserter.assertExpression("person", "James");
        asserter.assertExpression("size(person)", new Integer(5));
       
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        super(testName);
    }

    public void testThis() throws Exception {
        Asserter asserter = new Asserter(JEXL);
        asserter.setVariable("this", new Foo());
       
        asserter.assertExpression("this.get('abc')", "Repeat : abc");
       
        try {
            asserter.assertExpression("this.count", "Wrong Value");
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    public void testVariable() throws Exception {
        JexlEngine jexl = new JexlEngine();
        jexl.setSilent(true);
        Asserter asserter = new Asserter(jexl);
        asserter.setVariable("foo", new Foo());
        asserter.setVariable("person", "James");

        asserter.assertExpression("person", "James");
        asserter.assertExpression("size(person)", new Integer(5));
       
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                return false;
            }
            final int    n = FastMath.max(1, (int) FastMath.ceil(FastMath.abs(dt) / maxCheckInterval));
            final double h = dt / n;

            final UnivariateFunction f = new UnivariateFunction() {
                public double value(final double t) throws LocalMaxCountExceededException {
                    try {
                        interpolator.setInterpolatedTime(t);
                        return handler.g(t, getCompleteState(interpolator));
                    } catch (MaxCountExceededException mcee) {
                        throw new LocalMaxCountExceededException(mcee);
                    }
                }
            };

            double ta = t0;
            double ga = g0;
            for (int i = 0; i < n; ++i) {

                // evaluate handler value at the end of the substep
                final double tb = t0 + (i + 1) * h;
                interpolator.setInterpolatedTime(tb);
                final double gb = handler.g(tb, getCompleteState(interpolator));

                // check events occurrence
                if (g0Positive ^ (gb >= 0)) {
                    // there is a sign change: an event is expected during this step

                    // variation direction, with respect to the integration direction
                    increasing = gb >= ga;

                    // find the event time making sure we select a solution just at or past the exact root
                    final double root;
                    if (solver instanceof BracketedUnivariateSolver<?>) {
                        @SuppressWarnings("unchecked")
                        BracketedUnivariateSolver<UnivariateFunction> bracketing =
                                (BracketedUnivariateSolver<UnivariateFunction>) solver;
                        root = forward ?
                               bracketing.solve(maxIterationCount, f, ta, tb, AllowedSolution.RIGHT_SIDE) :
                               bracketing.solve(maxIterationCount, f, tb, ta, AllowedSolution.LEFT_SIDE);
                    } else {
                        final double baseRoot = forward ?
                                                solver.solve(maxIterationCount, f, ta, tb) :
                                                solver.solve(maxIterationCount, f, tb, ta);
                        final int remainingEval = maxIterationCount - solver.getEvaluations();
                        BracketedUnivariateSolver<UnivariateFunction> bracketing =
                                new PegasusSolver(solver.getRelativeAccuracy(), solver.getAbsoluteAccuracy());
                        root = forward ?
                               UnivariateSolverUtils.forceSide(remainingEval, f, bracketing,
                                                                   baseRoot, ta, tb, AllowedSolution.RIGHT_SIDE) :
                               UnivariateSolverUtils.forceSide(remainingEval, f, bracketing,
                                                                   baseRoot, tb, ta, AllowedSolution.LEFT_SIDE);
                    }

                    if ((!Double.isNaN(previousEventTime)) &&
                        (FastMath.abs(root - ta) <= convergence) &&
                        (FastMath.abs(root - previousEventTime) <= convergence)) {
                        // we have either found nothing or found (again ?) a past event,
                        // retry the substep excluding this value, and taking care to have the
                        // required sign in case the g function is noisy around its zero and
                        // crosses the axis several times
                        do {
                            ta = forward ? ta + convergence : ta - convergence;
                            ga = f.value(ta);
                        } while ((g0Positive ^ (ga >= 0)) && (forward ^ (ta >= tb)));
                        --i;
                    } else if (Double.isNaN(previousEventTime) ||
                               (FastMath.abs(previousEventTime - root) > convergence)) {
                        pendingEventTime = root;
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