Package cc.redberry.core.transformations.fractions

Examples of cc.redberry.core.transformations.fractions.NumeratorDenominator

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        return new ExpandNumeratorTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Product product, Transformation[] transformations) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor numerator = numDen.numerator;
        if (numerator instanceof Product)
            numerator = ExpandUtils.expandProductOfSums((Product) numDen.numerator, transformations);
        if (numDen.numerator == numerator)
            return product;
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        return new ExpandNumeratorTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Product product, Transformation[] transformations) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor numerator = numDen.numerator;
        if (numerator instanceof Product)
            numerator = ExpandUtils.expandProductOfSums((Product) numDen.numerator, transformations);
        if (numDen.numerator == numerator)
            return product;
View Full Code Here
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        return new ExpandDenominatorTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Product product, Transformation[] transformations) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor denominator = numDen.denominator;
        if (denominator instanceof Product)
            denominator = ExpandUtils.expandProductOfSums((Product) numDen.denominator, transformations);
        if (numDen.denominator == denominator)
            return product;
View Full Code Here
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        return new ExpandNumeratorTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Product product, Transformation[] transformations) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor numerator = numDen.numerator;
        if (numerator instanceof Product)
            numerator = ExpandUtils.expandProductOfSums((Product) numDen.numerator, transformations);
        if (numDen.numerator == numerator)
            return product;
View Full Code Here
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        return new ExpandAllTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Product product, Transformation[] transformations) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor denominator = numDen.denominator;

//        assert !isPositiveIntegerPower(denominator);
        if (denominator instanceof Product)
            denominator = ExpandUtils.expandProductOfSums((Product) numDen.denominator, transformations);
View Full Code Here
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        return new ExpandDenominatorTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Tensor product) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor denominator = ExpandTransformation.expand(numDen.denominator, transformations);
        if (numDen.denominator == denominator)
            return product;
        return Tensors.multiply(numDen.numerator, Tensors.reciprocal(denominator));
    }
View Full Code Here
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        return new ExpandNumeratorTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Tensor product) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor numerator = ExpandTransformation.expand(numDen.numerator, transformations);
        if (numDen.numerator == numerator)
            return product;
        return Tensors.multiply(numerator, Tensors.reciprocal(numDen.denominator));
    }
View Full Code Here
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        return new ExpandAllTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Product product, Transformation[] transformations) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor denominator = numDen.denominator;

//        assert !isPositiveIntegerPower(denominator);
        if (denominator instanceof Product)
            denominator = ExpandUtils.expandProductOfSums((Product) numDen.denominator, transformations);
View Full Code Here
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        return new ExpandNumeratorTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Product product, Transformation[] transformations) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor numerator = numDen.numerator;
        if (numerator instanceof Product)
            numerator = ExpandUtils.expandProductOfSums((Product) numDen.numerator, transformations);
        if (numDen.numerator == numerator)
            return product;
View Full Code Here
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        return new ExpandDenominatorTransformation(transformations).transform(tensor);
    }

    @Override
    protected Tensor expandProduct(Product product, Transformation[] transformations) {
        NumeratorDenominator numDen = NumeratorDenominator.getNumeratorAndDenominator(product, NumeratorDenominator.integerDenominatorIndicator);
        Tensor denominator = numDen.denominator;
        if (denominator instanceof Product)
            denominator = ExpandUtils.expandProductOfSums((Product) numDen.denominator, transformations);
        if (numDen.denominator == denominator)
            return product;
View Full Code Here
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Related Classes of cc.redberry.core.transformations.fractions.NumeratorDenominator

  • cc.redberry.core.transformations.expand.ExpandAllTransformation
  • cc.redberry.core.transformations.expand.ExpandDenominatorTransformation
  • cc.redberry.core.transformations.expand.ExpandNumeratorTransformation
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