Package cc.redberry.core.number

Examples of cc.redberry.core.number.Complex.multiply()

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                factor = factor.multiply((Complex) current);
            else if (current instanceof Product) {
                p = (Product) current;
                indexlessContainer.add(p.indexlessData);
                dataContainer.add(p.data, p.contentReference.getReferent(), p.indices);
                factor = factor.multiply(p.factor);
            } else if (current.getIndices().size() == 0)
                indexlessContainer.add(current);
            else
                dataContainer.add(current);
            if (factor.isNaN())
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            List<Tensor> newTensors = new ArrayList<>();
            factor = Complex.ONE;
            for (Tensor current : tensors) {
                current = toNumeric(current);
                if (current instanceof Complex)
                    factor = factor.multiply((Complex) current);
                else newTensors.add(current);
            }
            if (newTensors.isEmpty())
                return factor;
            indexlessContainer = new IndexlessWrapper();
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            for (Tensor current : newTensors) {
                if (current instanceof Product) {
                    p = (Product) current;
                    indexlessContainer.add(p.indexlessData);
                    dataContainer.add(p.data, p.contentReference.getReferent(), p.indices);
                    factor = factor.multiply(p.factor);
                } else if (current.getIndices().size() == 0)
                    indexlessContainer.add(current);
                else
                    dataContainer.add(current);
            }
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                    indexlessArray.add(tensor);
            }

            for (Tensor t : powersContainer)
                if (t instanceof Product) {
                    factor = factor.multiply(((Product) t).factor);
                    indexlessArray.ensureCapacity(t.size());
                    for (Tensor multiplier : ((Product) t).indexlessData)
                        indexlessArray.add(multiplier);

                } else if (t instanceof Complex) {
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                    indexlessArray.ensureCapacity(t.size());
                    for (Tensor multiplier : ((Product) t).indexlessData)
                        indexlessArray.add(multiplier);

                } else if (t instanceof Complex) {
                    factor = factor.multiply((Complex) t);
                    if (isZeroOrIndeterminate(factor))
                        return factor;
                } else
                    indexlessArray.add(t);
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        IndexlessWrapper indexlessContainer = new IndexlessWrapper();
        DataWrapper dataContainer = new DataWrapper();
        Product p;
        for (Tensor current : tensors) {
            if (current instanceof Complex)
                factor = factor.multiply((Complex) current);
            else if (current instanceof Product) {
                p = (Product) current;
                indexlessContainer.add(p.indexlessData);
                dataContainer.add(p.data, p.contentReference.getReferent(), p.indices);
                factor = factor.multiply(p.factor);
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                factor = factor.multiply((Complex) current);
            else if (current instanceof Product) {
                p = (Product) current;
                indexlessContainer.add(p.indexlessData);
                dataContainer.add(p.data, p.contentReference.getReferent(), p.indices);
                factor = factor.multiply(p.factor);
            } else if (current.getIndices().size() == 0)
                indexlessContainer.add(current);
            else
                dataContainer.add(current);
            if (factor.isNaN())
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            List<Tensor> newTensors = new ArrayList<>();
            factor = Complex.ONE;
            for (Tensor current : tensors) {
                current = toNumeric(current);
                if (current instanceof Complex)
                    factor = factor.multiply((Complex) current);
                else newTensors.add(current);
            }
            if (newTensors.isEmpty())
                return factor;
            indexlessContainer = new IndexlessWrapper();
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            for (Tensor current : newTensors) {
                if (current instanceof Product) {
                    p = (Product) current;
                    indexlessContainer.add(p.indexlessData);
                    dataContainer.add(p.data, p.contentReference.getReferent(), p.indices);
                    factor = factor.multiply(p.factor);
                } else if (current.getIndices().size() == 0)
                    indexlessContainer.add(current);
                else
                    dataContainer.add(current);
            }
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                    indexlessArray.add(tensor);
            }

            for (Tensor t : powersContainer)
                if (t instanceof Product) {
                    factor = factor.multiply(((Product) t).factor);
                    indexlessArray.ensureCapacity(t.size());
                    for (Tensor multiplier : ((Product) t).indexlessData)
                        indexlessArray.add(multiplier);

                } else if (t instanceof Complex) {
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