Package cc.redberry.core.indices

Examples of cc.redberry.core.indices.IndexType

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        return transform(product);
    }

    private static final void checkNotation(SimpleTensor gammaMatrix) {
        final IndexType[] types = TraceUtils.extractTypesFromMatrix(gammaMatrix);
        IndexType metricType = types[0];
        IndexType matrixType = types[1];
        if (gammaMatrix.getIndices().size() != 3
                || gammaMatrix.getIndices().size(metricType) != 1
                || gammaMatrix.getIndices().size(matrixType) != 2)
            throw new IllegalArgumentException("Not a gamma: " + gammaMatrix);
    }
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    private static final void checkNotation(SimpleTensor gammaMatrix,
                                            SimpleTensor gamma5Matrix,
                                            SimpleTensor leviCivita) {
        final IndexType[] types = TraceUtils.extractTypesFromMatrix(gammaMatrix);
        IndexType metricType = types[0];
        IndexType matrixType = types[1];

        if (gammaMatrix.getIndices().size() != 3
                || gammaMatrix.getIndices().size(metricType) != 1
                || gammaMatrix.getIndices().size(matrixType) != 2)
            throw new IllegalArgumentException("Not a gamma: " + gammaMatrix);
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        return transform(product);
    }

    private static final void checkNotation(SimpleTensor gammaMatrix) {
        final IndexType[] types = TraceUtils.extractTypesFromMatrix(gammaMatrix);
        IndexType metricType = types[0];
        IndexType matrixType = types[1];
        if (gammaMatrix.getIndices().size() != 3
                || gammaMatrix.getIndices().size(metricType) != 1
                || gammaMatrix.getIndices().size(matrixType) != 2)
            throw new IllegalArgumentException("Not a gamma: " + gammaMatrix);
    }
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    private static final void checkNotation(SimpleTensor gammaMatrix,
                                            SimpleTensor gamma5Matrix,
                                            SimpleTensor leviCivita) {
        final IndexType[] types = TraceUtils.extractTypesFromMatrix(gammaMatrix);
        IndexType metricType = types[0];
        IndexType matrixType = types[1];

        if (gammaMatrix.getIndices().size() != 3
                || gammaMatrix.getIndices().size(metricType) != 1
                || gammaMatrix.getIndices().size(matrixType) != 2)
            throw new IllegalArgumentException("Not a gamma: " + gammaMatrix);
View Full Code Here
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        return transform(product);
    }

    private static final void checkNotation(SimpleTensor gammaMatrix) {
        final IndexType[] types = TraceUtils.extractTypesFromMatrix(gammaMatrix);
        IndexType metricType = types[0];
        IndexType matrixType = types[1];
        if (gammaMatrix.getIndices().size() != 3
                || gammaMatrix.getIndices().size(metricType) != 1
                || gammaMatrix.getIndices().size(matrixType) != 2)
            throw new IllegalArgumentException("Not a gamma: " + gammaMatrix);
    }
View Full Code Here
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    private static final void checkNotation(SimpleTensor gammaMatrix,
                                            SimpleTensor gamma5Matrix,
                                            SimpleTensor leviCivita) {
        final IndexType[] types = TraceUtils.extractTypesFromMatrix(gammaMatrix);
        IndexType metricType = types[0];
        IndexType matrixType = types[1];

        if (gammaMatrix.getIndices().size() != 3
                || gammaMatrix.getIndices().size(metricType) != 1
                || gammaMatrix.getIndices().size(matrixType) != 2)
            throw new IllegalArgumentException("Not a gamma: " + gammaMatrix);
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            throw new IllegalArgumentException("Non natural degree.");

        if (unitaryMatrix.getIndices().size() != 3)
            throw new IllegalArgumentException("Not a unitary matrix: " + unitaryMatrix);
        IndexType[] types = TraceUtils.extractTypesFromMatrix(unitaryMatrix);
        IndexType metricType = types[0];
        if (!TensorUtils.isScalar(dimension))
            throw new IllegalArgumentException("Non scalar degree.");
        if (structureConstant.getName() == symmetricConstant.getName())
            throw new IllegalArgumentException("Structure and symmetric constants have same names.");
        SimpleTensor[] ss = {structureConstant, symmetricConstant};
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            throw new IllegalArgumentException("Non natural dimension.");

        if (unitaryMatrix.getIndices().size() != 3)
            throw new IllegalArgumentException("Not a unitary matrix: " + unitaryMatrix);
        IndexType[] types = TraceUtils.extractTypesFromMatrix(unitaryMatrix);
        IndexType metricType = types[0];
        if (!TensorUtils.isScalar(dimension))
            throw new IllegalArgumentException("Non scalar dimension.");
        if (structureConstant.getName() == symmetricConstant.getName())
            throw new IllegalArgumentException("Structure and symmetric constants have same names.");
        SimpleTensor[] ss = {structureConstant, symmetricConstant};
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        return transform(product);
    }

    private static final void checkNotation(SimpleTensor gammaMatrix) {
        final IndexType[] types = TraceUtils.extractTypesFromMatrix(gammaMatrix);
        IndexType metricType = types[0];
        IndexType matrixType = types[1];
        if (gammaMatrix.getIndices().size() != 3
                || gammaMatrix.getIndices().size(metricType) != 1
                || gammaMatrix.getIndices().size(matrixType) != 2)
            throw new IllegalArgumentException("Not a gamma: " + gammaMatrix);
    }
View Full Code Here
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    private static final void checkNotation(SimpleTensor gammaMatrix,
                                            SimpleTensor gamma5Matrix,
                                            SimpleTensor leviCivita) {
        final IndexType[] types = TraceUtils.extractTypesFromMatrix(gammaMatrix);
        IndexType metricType = types[0];
        IndexType matrixType = types[1];

        if (gammaMatrix.getIndices().size() != 3
                || gammaMatrix.getIndices().size(metricType) != 1
                || gammaMatrix.getIndices().size(matrixType) != 2)
            throw new IllegalArgumentException("Not a gamma: " + gammaMatrix);
View Full Code Here
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Related Classes of cc.redberry.core.indices.IndexType

  • cc.redberry.physics.feyncalc.DiracTraceTransformation
  • cc.redberry.physics.feyncalc.TraceUtils
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