Examples with NumberContext org.ojalgo.type.context.NumberContext used on opensource projects

Example 76 with NumberContext

use of org.ojalgo.type.context.NumberContext in project ojAlgo by optimatika.

the class SchurTest method testDiagonalCase.

@Test
public void testDiagonalCase() {
    final PhysicalStore<Double> tmpOriginalMatrix = PrimitiveDenseStore.FACTORY.rows(new double[][] { { 4.0, 3.0, 2.0, 1.0 }, { 0.0, 3.0, 2.0, 1.0 }, { 0.0, 0.0, 2.0, 1.0 }, { 0.0, 0.0, 0.0, 1.0 } });
    final ComplexNumber tmp00 = ComplexNumber.valueOf(4.0);
    final ComplexNumber tmp11 = ComplexNumber.valueOf(3.0);
    final ComplexNumber tmp22 = ComplexNumber.valueOf(2.0);
    final ComplexNumber tmp33 = ComplexNumber.valueOf(1.0);
    final Array1D<ComplexNumber> tmpExpectedDiagonal = Array1D.COMPLEX.copy(new ComplexNumber[] { tmp00, tmp11, tmp22, tmp33 });
    SchurTest.doTest(tmpOriginalMatrix, tmpExpectedDiagonal, new NumberContext(7, 6));
}

Example 77 with NumberContext

use of org.ojalgo.type.context.NumberContext in project ojAlgo by optimatika.

the class SchurTest method testPlanetMathCase.

/**
 * http://planetmath.org/encyclopedia/AnExampleForSchurDecomposition.html
 */
@Test
public void testPlanetMathCase() {
    final PhysicalStore<Double> tmpOriginalMatrix = PrimitiveDenseStore.FACTORY.rows(new double[][] { { 5, 7 }, { -2, -4 } });
    PrimitiveDenseStore.FACTORY.rows(new double[][] { { 1 / PrimitiveMath.SQRT_TWO, 1 / PrimitiveMath.SQRT_TWO }, { -1 / PrimitiveMath.SQRT_TWO, 1 / PrimitiveMath.SQRT_TWO } });
    final double tmp00 = -2;
    final double tmp11 = 3.0;
    final Array1D<ComplexNumber> tmpExpectedDiagonal = Array1D.COMPLEX.copy(new ComplexNumber[] { ComplexNumber.valueOf(tmp00), ComplexNumber.valueOf(tmp11) });
    PrimitiveDenseStore.FACTORY.rows(new double[][] { { tmp00, 9 }, { 0.0, tmp11 } });
    SchurTest.doTest(tmpOriginalMatrix, tmpExpectedDiagonal, new NumberContext(7, 5));
}

Example 78 with NumberContext

use of org.ojalgo.type.context.NumberContext in project ojAlgo by optimatika.

the class TridiagonalizeCase method testRandomBigComplexPrimitive.

@Test
@Tag("unstable")
public void testRandomBigComplexPrimitive() {
    BasicMatrix tmpSymmetricRandoml = PrimitiveMatrix.FACTORY.makeFilled(9, 9, new Normal());
    tmpSymmetricRandoml = tmpSymmetricRandoml.add(tmpSymmetricRandoml.transpose());
    final MatrixStore<BigDecimal> tmpBigA = BigDenseStore.FACTORY.copy(tmpSymmetricRandoml);
    final MatrixStore<ComplexNumber> tmpComplexA = ComplexDenseStore.FACTORY.copy(tmpSymmetricRandoml);
    final MatrixStore<Double> tmpPrimitiveA = PrimitiveDenseStore.FACTORY.copy(tmpSymmetricRandoml);
    final Tridiagonal<BigDecimal> tmpBigDecomp = Tridiagonal.BIG.make();
    final Tridiagonal<ComplexNumber> tmpComplexDecomp = Tridiagonal.COMPLEX.make();
    final Tridiagonal<Double> tmpPrimitiveDecomp = Tridiagonal.PRIMITIVE.make();
    tmpBigDecomp.decompose(tmpBigA);
    tmpComplexDecomp.decompose(tmpComplexA);
    tmpPrimitiveDecomp.decompose(tmpPrimitiveA);
    TestUtils.assertEquals(tmpBigA, tmpBigDecomp, new NumberContext(7, 14));
    TestUtils.assertEquals(tmpComplexA, tmpComplexDecomp, new NumberContext(7, 14));
    TestUtils.assertEquals(tmpPrimitiveA, tmpPrimitiveDecomp, new NumberContext(7, 14));
    if (MatrixDecompositionTests.DEBUG) {
        BasicLogger.debug("Big Q", tmpBigDecomp.getQ());
        BasicLogger.debug("Complex Q", tmpComplexDecomp.getQ());
        BasicLogger.debug("Primitive Q", tmpPrimitiveDecomp.getQ());
        BasicLogger.debug("Big D", tmpBigDecomp.getD());
        BasicLogger.debug("Complex D", tmpComplexDecomp.getD());
        BasicLogger.debug("Primitive D", tmpPrimitiveDecomp.getD());
    }
    TestUtils.assertEquals(tmpPrimitiveDecomp.getD(), PrimitiveDenseStore.FACTORY.copy(tmpBigDecomp.getD()), new NumberContext(7, 14));
    // TODO        JUnitUtils.assertEquals(tmpPrimitiveDecomp.getD(), PrimitiveDenseStore.FACTORY.copy(tmpComplexDecomp.getD()), JUnitUtils.EQUALS);
    TestUtils.assertEquals(tmpPrimitiveDecomp.getQ(), PrimitiveDenseStore.FACTORY.copy(tmpBigDecomp.getQ()), new NumberContext(7, 14));
// TODO        JUnitUtils.assertEquals(tmpPrimitiveDecomp.getQ(), PrimitiveDenseStore.FACTORY.copy(tmpComplexDecomp.getQ()), JUnitUtils.EQUALS);
}

Example 79 with NumberContext

use of org.ojalgo.type.context.NumberContext in project ojAlgo by optimatika.

the class StoreProblems method testP20110223.

/**
 * Peter Abeles reported a problem with ojAlgo his benchmark's C=A*BT test. The problem turned out be that
 * fillByMultiplying did not reset the destination matrix elements when doung "multiply right".
 */
@Test
public void testP20110223() {
    final int tmpDim = 9;
    final PhysicalStore<Double> tmpMtrxA = PrimitiveDenseStore.FACTORY.copy(MatrixUtils.makeRandomComplexStore(tmpDim, tmpDim));
    final PhysicalStore<Double> tmpMtrxB = PrimitiveDenseStore.FACTORY.copy(MatrixUtils.makeRandomComplexStore(tmpDim, tmpDim));
    final PhysicalStore<Double> tmpMtrxC = PrimitiveDenseStore.FACTORY.makeZero(tmpDim, tmpDim);
    PhysicalStore<Double> tmpExpected;
    PhysicalStore<Double> tmpActual;
    tmpMtrxC.fillByMultiplying(tmpMtrxA, tmpMtrxB);
    tmpExpected = tmpMtrxC.copy();
    tmpMtrxC.fillByMultiplying(tmpMtrxA, tmpMtrxB);
    tmpActual = tmpMtrxC.copy();
    TestUtils.assertEquals(tmpExpected, tmpActual, new NumberContext(7, 6));
    tmpMtrxC.fillByMultiplying(tmpMtrxA, tmpMtrxB.logical().transpose().get());
    tmpExpected = tmpMtrxC.copy();
    tmpMtrxC.fillByMultiplying(tmpMtrxA, tmpMtrxB.logical().transpose().get());
    tmpActual = tmpMtrxC.copy();
    TestUtils.assertEquals(tmpExpected, tmpActual, new NumberContext(7, 6));
    tmpMtrxC.fillByMultiplying(tmpMtrxA.logical().transpose().get(), tmpMtrxB);
    tmpExpected = tmpMtrxC.copy();
    tmpMtrxC.fillByMultiplying(tmpMtrxA.logical().transpose().get(), tmpMtrxB);
    tmpActual = tmpMtrxC.copy();
    TestUtils.assertEquals(tmpExpected, tmpActual, new NumberContext(7, 6));
}

Example 80 with NumberContext

use of org.ojalgo.type.context.NumberContext in project ojAlgo by optimatika.

the class SimpleEigenvalueCase method setUp.

@BeforeEach
@Override
public void setUp() {
    DEFINITION = new NumberContext(7, 14);
    EVALUATION = new NumberContext(7, 3);
    myBigAA = SimpleEigenvalueCase.getOriginal();
    myBigAX = SimpleEigenvalueCase.getMatrixV();
    myBigAB = SimpleEigenvalueCase.getMatrixV().multiply(SimpleEigenvalueCase.getMatrixD());
    myBigI = BasicMatrixTest.getIdentity(myBigAA.countRows(), myBigAA.countColumns(), DEFINITION);
    myBigSafe = BasicMatrixTest.getSafe(myBigAA.countRows(), myBigAA.countColumns(), DEFINITION);
    super.setUp();
}