Package r.data.RArray

Examples of r.data.RArray.Names

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            int depth = 0;
            if (LIMIT_VIEW_DEPTH) {
                depth = complexViewDepth(a) + complexViewDepth(b) + 1;
            }
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();
            RComplex res;
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            int depth = 0;
            if (LIMIT_VIEW_DEPTH) {
                depth = doubleViewDepth(a) + doubleViewDepth(b) + 1;
            }
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();
            RDouble res;
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            int depth = 0;
            if (LIMIT_VIEW_DEPTH) {
                depth = doubleViewDepth(a) + intViewDepth(b) + 1;
            }
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();
            RDouble res;
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            int depth = 0;
            if (LIMIT_VIEW_DEPTH) {
                depth = intViewDepth(a) + doubleViewDepth(b) + 1;
            }
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();
            RDouble res;
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            int depth = 0;
            if (LIMIT_VIEW_DEPTH) {
                depth = intViewDepth(a) + intViewDepth(b) + 1;
            }
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();
            RInt res;
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    public static final class EagerVectorArithmetic extends VectorArithmetic {

        @Override
        public RComplex complexBinary(RComplex a, RComplex b, ValueArithmetic arit, ASTNode ast) {
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();

            if (na == nb) {
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        }

        @Override
        public RDouble doubleBinary(RDouble a, RDouble b, ValueArithmetic arit, ASTNode ast) {
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();

            if (na == nb) {
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        }

        @Override
        public RDouble doubleBinary(RDouble a, RInt b, ValueArithmetic arit, ASTNode ast) { // TODO: int sequences
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();

            if (na == nb) {
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        }

        @Override
        public RDouble doubleBinary(RInt a, RDouble b, ValueArithmetic arit, ASTNode ast) { // TODO: int sequences
            int[] dim = resultDimensions(ast, a, b);
            Names names = resultNames(ast, a, b);
            Attributes attributes = resultAttributes(ast, a, b);
            int na = a.size();
            int nb = b.size();

            if (na == nb) {
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        }
        throw RError.getNonConformableArrays(ast);
    }

    public static Names resultNames(@SuppressWarnings("unused") ASTNode ast, RArray a, RArray b) {
        Names na = a.names();
        Names nb = b.names();
        if (nb == null) {
            return na;
        }
        if (na == null) {
            return nb;
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Related Classes of r.data.RArray.Names

  • r.nodes.exec.Arithmetic
  • r.nodes.exec.Arithmetic$EagerVectorArithmetic
  • r.nodes.exec.Arithmetic$LazyVectorArithmetic
  • r.nodes.exec.Comparison$ValueComparison
  • r.nodes.exec.ReadVector$GenericScalarSelection
  • r.nodes.exec.ReadVector$IntSelection
  • r.nodes.exec.ReadVector$LogicalSelection
  • r.nodes.exec.ReadVector$SimpleScalarStringSelection
  • r.nodes.exec.ReadVector$StringSelection
  • r.nodes.exec.ReadVector$Subscript
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