Examples of Transformation

cc.plural.math.Transformation
cc.redberry.core.transformations.Transformation
Transformation of tensor. @author Dmitry Bolotin @author Stanislav Poslavsky
cofh.repack.codechicken.lib.vec.Transformation
Abstract supertype for any 3D vector transformation
com.betfair.cougar.codegen.Transformation
com.cloudinary.Transformation
com.dragome.compiler.graph.transformation.Transformation
com.google.gwt.dev.jjs.impl.gflow.TransformationFunction.Transformation
com.volantis.map.sti.model.Transformation
Transformation element model class. Describes one transformation attributes.
de.capacis.jzeemap.transformation.Transformation
de.fhpotsdam.unfolding.geo.Transformation
net.sf.graphiti.model.Transformation
This class defines a transformation described with XSLT or with a Java class. @author Matthieu Wipliez
net.sf.nfp.mini.misc.Transformation
nexj.core.meta.integration.Transformation
A transformation takes data from a PropertyMap whose structure is described by the source TransformationEndpoint and puts it into a TransferObject described by the destination TransformationEndpoint.
org.andromda.core.configuration.Transformation
Stores the information about a transformation. Transformations are applied to model(s) before actual model processing occurs. @author Chad Brandon
org.apache.tomcat.websocket.Transformation
The internal representation of the transformation that a WebSocket extension performs on a message.
org.jitterbit.integration.data.entity.Transformation
Class that implements a transformation in the integration application. @author Torgil Zethson @author Emanuel Norrbin
org.openetcs.sysml2scade.suite.transformation.Transformation
purrpackagedemo.Transformation

Examples of cc.plural.math.Transformation


            Shader shader = getDefaultShader();
            Texture texture = gameObject.geometry.texture;
            Mesh mesh = gameObject.geometry.mesh;


            Transformation transformation = gameObject.getWorld();
            transformation.load(modelMatrix);


            texture.enable();
            {
                shader.enable();
                {

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Examples of cc.redberry.core.transformations.Transformation

                return t;


            return t instanceof Sum ? new Sum(newData, t.getIndices()) : new Expression(t.getIndices(), newData[0], newData[1]);
        }


        return __unsafe_mapping_apply__(t, new Transformation() {
            @Override
            public Tensor transform(Tensor t) {
                return optimizeDummies(t);
            }
        });

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Examples of cc.redberry.core.transformations.Transformation

        }


        // all types except sums and products are already processed at this point


        if (contractIndices) {
            return Transformation.Util.applyToEachChild(tensor, new Transformation() {
                @Override
                public Tensor transform(Tensor tt) {
                    return applyIndexMapping(tt, indexMapper);
                }
            });

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Examples of cc.redberry.core.transformations.Transformation

        }




        ArrayList<Transformation> allRules = new ArrayList<>(Arrays.asList(rules));
        allRules.add(0, EliminateMetricsTransformation.ELIMINATE_METRICS);
        Transformation simplification = new TransformationCollection(allRules);


        ArrayList<Expression> reducedSystem = new ArrayList<>();
        for (Tensor equation : zeroReduced) {
            int count = ITERATION_LIMIT;
            do {
                for (Expression solution : generalSolutions)
                    equation = solution.transform(equation);


                equation = ExpandTransformation.expand(equation, simplification);
                equation = simplification.transform(equation);
                equation = CollectNonScalarsTransformation.collectNonScalars(equation);
                if (!TensorUtils.containsSimpleTensors(equation, varsNames))
                    break;


            } while (count-- > 0);

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Examples of cc.redberry.core.transformations.Transformation

                indicator);


        StringBuilder sb;
        Tensor temp;
        String covariantIndicesString;
        Transformation n2 = new SqrSubs(Tensors.parseSimple("n_l")), n2Transformer = new Transformer(TraverseState.Leaving, new Transformation[]{n2});
        Transformation[] transformations = ArraysUtils.addAll(new Transformation[]{EliminateMetricsTransformation.ELIMINATE_METRICS, n2Transformer}, riemannBackground);
        for (i = 0; i < actualHatQuantities; ++i) {
            hatQuantities[i] = new Expression[operatorOrder + 1 - i];
            covariantIndicesString = IndicesUtils.toString(Arrays.copyOfRange(covariantIndices, 0, covariantIndices.length - i), OutputFormat.Redberry);
            for (j = 0; j < operatorOrder + 1 - i; ++j) {

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Examples of cc.redberry.core.transformations.Transformation

                Tensors.parseExpression("R_{l}^{l}= R")
        };




        Expression kronecker = (Expression) Tensors.parse("d_{l}^{l}=4");
        Transformation n2 = new SqrSubs(Tensors.parseSimple("n_l")), n2Transformer = new Transformer(TraverseState.Leaving, new Transformation[]{n2});
        Transformation[] common = new Transformation[]{EliminateMetricsTransformation.ELIMINATE_METRICS, n2Transformer, kronecker};
        Transformation[] all = ArraysUtils.addAll(common, riemansSubstitutions);
        Tensor temp;


        //Calculating Delta- tensors

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Examples of cc.redberry.core.transformations.Transformation

        }




        ArrayList<Transformation> allRules = new ArrayList<>(Arrays.asList(rules));
        allRules.add(0, EliminateMetricsTransformation.ELIMINATE_METRICS);
        Transformation simplification = new TransformationCollection(allRules);


        ArrayList<Expression> reducedSystem = new ArrayList<>();
        for (Tensor equation : zeroReduced) {
            int count = ITERATION_LIMIT;
            do {
                for (Expression solution : generalSolutions)
                    equation = solution.transform(equation);


                equation = ExpandTransformation.expand(equation, simplification);
                equation = simplification.transform(equation);
                equation = CollectNonScalarsTransformation.collectNonScalars(equation);
                if (!TensorUtils.containsSimpleTensors(equation, varsNames))
                    break;


            } while (count-- > 0);

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Examples of cc.redberry.core.transformations.Transformation

                return t;


            return t instanceof Sum ? new Sum(newData, t.getIndices()) : new Expression(t.getIndices(), newData[0], newData[1]);
        }


        return __unsafe_mapping_apply__(t, new Transformation() {
            @Override
            public Tensor transform(Tensor t) {
                return optimizeDummies(t);
            }
        });

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Examples of cc.redberry.core.transformations.Transformation

        }


        // all types except sums and products are already processed at this point


        if (contractIndices) {
            return Transformation.Util.applyToEachChild(tensor, new Transformation() {
                @Override
                public Tensor transform(Tensor tt) {
                    return applyIndexMapping(tt, indexMapper);
                }
            });

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Examples of cc.redberry.core.transformations.Transformation

                indicator);


        StringBuilder sb;
        Tensor temp;
        String covariantIndicesString;
        Transformation n2 = new SqrSubs(Tensors.parseSimple("n_l")), n2Transformer = new Transformer(TraverseState.Leaving, new Transformation[]{n2});
        Transformation[] transformations = ArraysUtils.addAll(new Transformation[]{EliminateMetricsTransformation.ELIMINATE_METRICS, n2Transformer}, riemannBackground);
        for (i = 0; i < actualHatQuantities; ++i) {
            hatQuantities[i] = new Expression[operatorOrder + 1 - i];
            covariantIndicesString = IndicesUtils.toString(Arrays.copyOfRange(covariantIndices, 0, covariantIndices.length - i), OutputFormat.Redberry);
            for (j = 0; j < operatorOrder + 1 - i; ++j) {

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