Package cc.redberry.core.parser.preprocessor

Examples of cc.redberry.core.parser.preprocessor.IndicesInsertion$SumTransformer

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                    return true;
                return false;
            }
        };

        IndicesInsertion insertion = new IndicesInsertion(IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                indicator);

        StringBuilder sb;
        Tensor temp;
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        }

        Expression Flat, WR, SR, SSR, FF, FR, RR, DELTA_1, DELTA_2, DELTA_3, DELTA_4, ACTION;

        //preprocessor for Flat, WR, SR, SSR, FF, FR, RR, counterterms
        IndicesInsertion termIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, IndicesUtils.getIndicesNames(upper)),
                matricesIndicator);

        Flat = (Expression) Tensors.parse(Flat_, termIndicesInsertion);
        WR = (Expression) Tensors.parse(WR_, termIndicesInsertion);
        SR = (Expression) Tensors.parse(SR_, termIndicesInsertion);
        SSR = (Expression) Tensors.parse(SSR_, termIndicesInsertion);
        FF = (Expression) Tensors.parse(FF_, termIndicesInsertion);
        FR = (Expression) Tensors.parse(FR_, termIndicesInsertion);
        RR = (Expression) Tensors.parse(RR_, termIndicesInsertion);
        ACTION = (Expression) Tensors.parse(ACTION_, termIndicesInsertion);
        Expression[] terms = new Expression[]{Flat, WR, SR, SSR, FF, FR, RR};

        //preprocessor for DELTA_1,2,3,4
        IndicesInsertion deltaIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                matricesIndicator);

        DELTA_1 = (Expression) Tensors.parse(DELTA_1_, deltaIndicesInsertion);
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                    return true;
                return false;
            }
        };

        IndicesInsertion insertion = new IndicesInsertion(IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                indicator);

        StringBuilder sb;
        Tensor temp;
View Full Code Here
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        }

        Expression Flat, WR, SR, SSR, FF, FR, RR, DELTA_1, DELTA_2, DELTA_3, DELTA_4, ACTION;

        //preprocessor for Flat, WR, SR, SSR, FF, FR, RR, counterterms
        IndicesInsertion termIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, IndicesUtils.getIndicesNames(upper)),
                matricesIndicator);

        Flat = (Expression) Tensors.parse(Flat_, termIndicesInsertion);
        WR = (Expression) Tensors.parse(WR_, termIndicesInsertion);
        SR = (Expression) Tensors.parse(SR_, termIndicesInsertion);
        SSR = (Expression) Tensors.parse(SSR_, termIndicesInsertion);
        FF = (Expression) Tensors.parse(FF_, termIndicesInsertion);
        FR = (Expression) Tensors.parse(FR_, termIndicesInsertion);
        RR = (Expression) Tensors.parse(RR_, termIndicesInsertion);
        ACTION = (Expression) Tensors.parse(ACTION_, termIndicesInsertion);
        Expression[] terms = new Expression[]{Flat, WR, SR, SSR, FF, FR, RR};

        //preprocessor for DELTA_1,2,3,4
        IndicesInsertion deltaIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                matricesIndicator);

        DELTA_1 = (Expression) Tensors.parse(DELTA_1_, deltaIndicesInsertion);
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                    return true;
                return false;
            }
        };

        IndicesInsertion insertion = new IndicesInsertion(IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                indicator);

        StringBuilder sb;
        Tensor temp;
View Full Code Here
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        }

        Expression Flat, WR, SR, SSR, FF, FR, RR, DELTA_1, DELTA_2, DELTA_3, DELTA_4, ACTION;

        //preprocessor for Flat, WR, SR, SSR, FF, FR, RR, counterterms
        IndicesInsertion termIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, IndicesUtils.getIndicesNames(upper)),
                matricesIndicator);

        Flat = (Expression) Tensors.parse(Flat_, termIndicesInsertion);
        WR = (Expression) Tensors.parse(WR_, termIndicesInsertion);
        SR = (Expression) Tensors.parse(SR_, termIndicesInsertion);
        SSR = (Expression) Tensors.parse(SSR_, termIndicesInsertion);
        FF = (Expression) Tensors.parse(FF_, termIndicesInsertion);
        FR = (Expression) Tensors.parse(FR_, termIndicesInsertion);
        RR = (Expression) Tensors.parse(RR_, termIndicesInsertion);
        ACTION = (Expression) Tensors.parse(ACTION_, termIndicesInsertion);
        Expression[] terms = new Expression[]{Flat, WR, SR, SSR, FF, FR, RR};

        //preprocessor for DELTA_1,2,3,4
        IndicesInsertion deltaIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                matricesIndicator);

        DELTA_1 = (Expression) Tensors.parse(DELTA_1_, deltaIndicesInsertion);
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                return false;
            }
        };

        IndicesInsertion insertion = new IndicesInsertion(IndicesFactory.createSimple(null, upper),
                                                          IndicesFactory.createSimple(null, lower),
                                                          indicator);

        StringBuilder sb;
        Tensor temp;
View Full Code Here
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        }

        Expression Flat, WR, SR, SSR, FF, FR, RR, DELTA_1, DELTA_2, DELTA_3, DELTA_4, ACTION;

        //preprocessor for Flat, WR, SR, SSR, FF, FR, RR, ACTION
        IndicesInsertion termIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, IndicesUtils.getIndicesNames(upper)),
                matricesIndicator);

        Flat = (Expression) Tensors.parse(Flat_, termIndicesInsertion);
        WR = (Expression) Tensors.parse(WR_, termIndicesInsertion);
        SR = (Expression) Tensors.parse(SR_, termIndicesInsertion);
        SSR = (Expression) Tensors.parse(SSR_, termIndicesInsertion);
        FF = (Expression) Tensors.parse(FF_, termIndicesInsertion);
        FR = (Expression) Tensors.parse(FR_, termIndicesInsertion);
        RR = (Expression) Tensors.parse(RR_, termIndicesInsertion);
        ACTION = (Expression) Tensors.parse(ACTION_, termIndicesInsertion);
        Expression[] terms = new Expression[]{Flat, WR, SR, SSR, FF, FR, RR};

        //preprocessor for DELTA_1,2,3,4
        IndicesInsertion deltaIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                matricesIndicator);

        DELTA_1 = (Expression) Tensors.parse(DELTA_1_, deltaIndicesInsertion);
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                    return true;
                return false;
            }
        };

        IndicesInsertion insertion = new IndicesInsertion(IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                indicator);

        StringBuilder sb;
        Tensor temp;
View Full Code Here
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        }

        Expression Flat, WR, SR, SSR, FF, FR, RR, DELTA_1, DELTA_2, DELTA_3, DELTA_4, ACTION;

        //preprocessor for Flat, WR, SR, SSR, FF, FR, RR, counterterms
        IndicesInsertion termIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, IndicesUtils.getIndicesNames(upper)),
                matricesIndicator);

        Flat = (Expression) Tensors.parse(Flat_, termIndicesInsertion);
        WR = (Expression) Tensors.parse(WR_, termIndicesInsertion);
        SR = (Expression) Tensors.parse(SR_, termIndicesInsertion);
        SSR = (Expression) Tensors.parse(SSR_, termIndicesInsertion);
        FF = (Expression) Tensors.parse(FF_, termIndicesInsertion);
        FR = (Expression) Tensors.parse(FR_, termIndicesInsertion);
        RR = (Expression) Tensors.parse(RR_, termIndicesInsertion);
        ACTION = (Expression) Tensors.parse(ACTION_, termIndicesInsertion);
        Expression[] terms = new Expression[]{Flat, WR, SR, SSR, FF, FR, RR};

        //preprocessor for DELTA_1,2,3,4
        IndicesInsertion deltaIndicesInsertion = new IndicesInsertion(
                IndicesFactory.createSimple(null, upper),
                IndicesFactory.createSimple(null, lower),
                matricesIndicator);

        DELTA_1 = (Expression) Tensors.parse(DELTA_1_, deltaIndicesInsertion);
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Related Classes of cc.redberry.core.parser.preprocessor.IndicesInsertion$SumTransformer

  • cc.redberry.core.indexgenerator.IndexGenerator
  • cc.redberry.core.indexgenerator.IndexGeneratorImpl
  • cc.redberry.core.indices.SimpleIndices
  • cc.redberry.core.performance.kv.OneLoopAction
  • cc.redberry.core.performance.kv.OneLoopInput
  • cc.redberry.core.utils.IntArrayList
  • cc.redberry.physics.oneloopdiv.OneLoopCounterterms
  • cc.redberry.physics.oneloopdiv.OneLoopInput
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