A B C D E F G I L M N O P R S T U V W

A

AbstractFeynCalcTransformation - Class in cc.redberry.physics.feyncalc

AbstractFeynCalcTransformation(DiracOptions, Transformation) - Constructor for class cc.redberry.physics.feyncalc.AbstractFeynCalcTransformation

AbstractTransformationWithGammas - Class in cc.redberry.physics.feyncalc

AbstractTransformationWithGammas(DiracOptions) - Constructor for class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

antiDeSitterBackground() - Static method in class cc.redberry.physics.oneloopdiv.OneLoopUtils

This method return the definition of the anti de Sitter background, with the cosmological constant denoted as La.

Averaging - Class in cc.redberry.physics.oneloopdiv

Averaging(SimpleTensor) - Constructor for class cc.redberry.physics.oneloopdiv.Averaging

B

Benchmarks - Class in cc.redberry.physics.oneloopdiv

This class contains several performance benchmarks of one-loop divergences calculation.

burnJVM() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

Warm up the JVM.

C

calculateOneLoopCounterterms(OneLoopInput) - Static method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

This method performs the calculation of the one-loop counterterms.

cc.redberry.physics - package cc.redberry.physics

Transformations and tools for calculations in high-energy physics.

cc.redberry.physics.feyncalc - package cc.redberry.physics.feyncalc

Transformations and tools for Feynman graph calculation.

cc.redberry.physics.oneloopdiv - package cc.redberry.physics.oneloopdiv

This package contains a number of classes which implement the algorithm for calculating the one-loop counterterms of an arbitrary Lagrangian.

checkNotation(SimpleTensor) - Static method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

checkNotation(SimpleTensor, SimpleTensor, SimpleTensor) - Static method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

clone() - Method in class cc.redberry.physics.feyncalc.DiracOptions

containsGammaMatrices(Tensor) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

containsGammaOr5Matrices(Tensor) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

createLine(int) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

cutAdj(Tensor[], int) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

D

defaultDimension() - Static method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

defaultTraceOfOne() - Static method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

del(Tensor[], int) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

del(List<Tensor>, int) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

DELTA_1() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns \Delta^{\mu ...} tensor, where dots mean 'matrix' indices.

DELTA_2() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns \Delta^{\mu\nu ...} tensor, where dots mean 'matrix' indices.

DELTA_3() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns \Delta^{\mu\nu\alpha ...} tensor, where dots mean 'matrix' indices.

DELTA_4() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns \Delta^{\mu\nu\alpha\beta ...} tensor, where dots mean 'matrix' indices.

deltaTrace - Variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

dimension - Variable in class cc.redberry.physics.feyncalc.DiracOptions

dimension - Variable in class cc.redberry.physics.feyncalc.UnitarySimplifyOptions

DiracOptions - Class in cc.redberry.physics.feyncalc

DiracOptions() - Constructor for class cc.redberry.physics.feyncalc.DiracOptions

DiracOrderTransformation - Class in cc.redberry.physics.feyncalc

DiracOrderTransformation(DiracOptions) - Constructor for class cc.redberry.physics.feyncalc.DiracOrderTransformation

DiracSimplifyTransformation - Class in cc.redberry.physics.feyncalc

DiracSimplifyTransformation(DiracOptions) - Constructor for class cc.redberry.physics.feyncalc.DiracSimplifyTransformation

DiracTraceTransformation - Class in cc.redberry.physics.feyncalc

Calculate traces of gamma matrices in D dimensions (D = 4 in case of gamma5 traces).

DiracTraceTransformation(DiracOptions) - Constructor for class cc.redberry.physics.feyncalc.DiracTraceTransformation

doDiracSimplify - Variable in class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

E

expandAndEliminate - Variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

expandAndEliminate - Variable in class cc.redberry.physics.feyncalc.DiracOptions

F

FeynCalcUtils - Class in cc.redberry.physics.feyncalc

FeynCalcUtils() - Constructor for class cc.redberry.physics.feyncalc.FeynCalcUtils

FF() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns the FF counterterms part

Flat() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns the Flat counterterms part

FR() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns the FR counterterms part

G

gamma5 - Variable in class cc.redberry.physics.feyncalc.DiracOptions

gamma5Name - Variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

gamma5StringName - Static variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

gammaMatrix - Variable in class cc.redberry.physics.feyncalc.DiracOptions

gammaMatrixStringName - Static variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

gammaName - Variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

generateSubstitution(int, SimpleTensor, SimpleTensor[]) - Static method in class cc.redberry.physics.feyncalc.PassarinoVeltman

Generates a substitution for tensor integral reduction via Passarino-Veltman method.

generateSubstitution(int, SimpleTensor, SimpleTensor[], Transformation) - Static method in class cc.redberry.physics.feyncalc.PassarinoVeltman

Generates a substitution for tensor integral reduction via Passarino-Veltman method.

getCounterterms() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Return resulting counterterms, i.e.

getF() - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

getHatF() - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

Returns \hat F^{...}_{..} expression

getHatQuantities(int) - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

Return the array of hat-quantities according to their position in the [HATK[],HATS[],HATW[], HATN[], HATM[]] array.

getInputParameter(int) - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

Return i-th input expression from the [iK, K, S, W, N, M] array.

getKnQuantities() - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

Returns the array of Kn expressions.

getL() - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

Returns an operator order as expression

getMatrixIndicesCount() - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

Returns the number of 'matrix' indices in the expressions

getNablaS() - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

getOperatorOrder() - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

Returns an operator order

getRiemannBackground() - Method in class cc.redberry.physics.oneloopdiv.OneLoopInput

graphFilter() - Method in class cc.redberry.physics.feyncalc.AbstractFeynCalcTransformation

graphFilter() - Method in class cc.redberry.physics.feyncalc.DiracTraceTransformation

guessTraceOfOne(Tensor) - Static method in class cc.redberry.physics.feyncalc.DiracOptions

I

isGamma(Tensor) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

isGamma5(Tensor) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

isGammaOrGamma5(Tensor) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

isZeroTrace(ProductOfGammas) - Method in class cc.redberry.physics.feyncalc.AbstractFeynCalcTransformation

L

leviCivita - Variable in class cc.redberry.physics.feyncalc.DiracOptions

leviCivita - Variable in class cc.redberry.physics.feyncalc.LeviCivitaSimplifyOptions

LeviCivitaSimplifyOptions - Class in cc.redberry.physics.feyncalc

LeviCivitaSimplifyOptions() - Constructor for class cc.redberry.physics.feyncalc.LeviCivitaSimplifyOptions

LeviCivitaSimplifyOptions(boolean) - Constructor for class cc.redberry.physics.feyncalc.LeviCivitaSimplifyOptions

LeviCivitaSimplifyTransformation - Class in cc.redberry.physics.feyncalc

Simplifies combinations of Levi-Civita tensors.

LeviCivitaSimplifyTransformation(SimpleTensor, boolean) - Constructor for class cc.redberry.physics.feyncalc.LeviCivitaSimplifyTransformation

Creates transformation, which simplifies combinations of Levi-Civita tensors in Euclidean or Minkowski space.

LeviCivitaSimplifyTransformation(SimpleTensor, boolean, Transformation) - Constructor for class cc.redberry.physics.feyncalc.LeviCivitaSimplifyTransformation

Creates transformation, which simplifies combinations of Levi-Civita tensors in Euclidean or Minkowski space.

LeviCivitaSimplifyTransformation(SimpleTensor, boolean, Transformation, Transformation) - Constructor for class cc.redberry.physics.feyncalc.LeviCivitaSimplifyTransformation

Creates transformation, which simplifies combinations of Levi-Civita tensors in Euclidean or Minkowski space.

LeviCivitaSimplifyTransformation(LeviCivitaSimplifyOptions) - Constructor for class cc.redberry.physics.feyncalc.LeviCivitaSimplifyTransformation

leviCivitaStringName - Static variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

M

main(String[]) - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

main(String[]) - Static method in class cc.redberry.physics.oneloopdiv.NonMinimalGravityBenchmark

mass - Variable in class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

matrixType - Variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

metricType - Variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

minkowskiSpace - Variable in class cc.redberry.physics.feyncalc.DiracOptions

minkowskiSpace - Variable in class cc.redberry.physics.feyncalc.LeviCivitaSimplifyOptions

momentum - Variable in class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

N

NonMinimalGravityBenchmark - Class in cc.redberry.physics.oneloopdiv

O

OneLoopCounterterms - Class in cc.redberry.physics.oneloopdiv

This class is a container of the calculated one-loop counterterms.

OneLoopInput - Class in cc.redberry.physics.oneloopdiv

This class is a container of input parameters for one-loop counterterms calculation.

OneLoopInput(int, Expression, Expression, Expression, Expression, Expression, Expression, Expression) - Constructor for class cc.redberry.physics.oneloopdiv.OneLoopInput

Constructs the OneLoopInput instance with specified operatorOrder (i.e.

OneLoopInput(int, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Transformation[]) - Constructor for class cc.redberry.physics.oneloopdiv.OneLoopInput

Constructs the OneLoopInput instance with specified operatorOrder (i.e.

OneLoopUtils - Class in cc.redberry.physics.oneloopdiv

overallSimplifications - Variable in class cc.redberry.physics.feyncalc.LeviCivitaSimplifyOptions

P

PassarinoVeltman - Class in cc.redberry.physics.feyncalc

preprocessor - Variable in class cc.redberry.physics.feyncalc.AbstractFeynCalcTransformation

R

RR() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns the RR counterterms part

S

setExpand(Transformation) - Method in class cc.redberry.physics.feyncalc.DiracOptions

setLowerMatrixIndex(SimpleTensor, int) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

setMandelstam(String[][]) - Static method in class cc.redberry.physics.feyncalc.FeynCalcUtils

setMandelstam(Tensor[][]) - Static method in class cc.redberry.physics.feyncalc.FeynCalcUtils

setMandelstam(Tensor[][], Tensor, Tensor, Tensor) - Static method in class cc.redberry.physics.feyncalc.FeynCalcUtils

setMandelstam5(String[][]) - Static method in class cc.redberry.physics.feyncalc.FeynCalcUtils

setMandelstam5(Tensor[][]) - Static method in class cc.redberry.physics.feyncalc.FeynCalcUtils

setMandelstam5(Tensor[][], Tensor, Tensor, Tensor, Tensor, Tensor) - Static method in class cc.redberry.physics.feyncalc.FeynCalcUtils

setMatrixIndices(SimpleTensor, Indices) - Static method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

setMatrixIndices(SimpleTensor, int, int) - Static method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

setMetricIndex(SimpleTensor, int) - Static method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

setUpperMatrixIndex(SimpleTensor, int) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

setUpRiemannSymmetries() - Static method in class cc.redberry.physics.oneloopdiv.OneLoopUtils

simplifications - Variable in class cc.redberry.physics.feyncalc.DiracOptions

simplifications - Variable in class cc.redberry.physics.feyncalc.LeviCivitaSimplifyOptions

SimplifyGamma5Transformation - Class in cc.redberry.physics.feyncalc

SimplifyGamma5Transformation(DiracOptions) - Constructor for class cc.redberry.physics.feyncalc.SimplifyGamma5Transformation

simplifyLeviCivita - Variable in class cc.redberry.physics.feyncalc.DiracOptions

SpinorsSimplifyOptions - Class in cc.redberry.physics.feyncalc

SpinorsSimplifyOptions() - Constructor for class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

SpinorsSimplifyOptions(String, String, String, String, String, String) - Constructor for class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

SpinorsSimplifyTransformation - Class in cc.redberry.physics.feyncalc

SpinorsSimplifyTransformation(SpinorsSimplifyOptions) - Constructor for class cc.redberry.physics.feyncalc.SpinorsSimplifyTransformation

SR() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns the SR counterterms part

SSR() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns the SSR counterterms part

structureConstant - Variable in class cc.redberry.physics.feyncalc.UnitarySimplifyOptions

swapAdj(Tensor[], int) - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

symmetricConstant - Variable in class cc.redberry.physics.feyncalc.UnitarySimplifyOptions

T

testGravityGhosts() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates ghosts contribution to the one-loop counterterms of the gravitational field in the non-minimal gauge.

testLambdaGaugeGravity() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates the main contribution to the one-loop counterterms of the gravitational field in the non-minimal gauge.

testMinimalFourthOrderOperator() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates one-loop counterterms of the fourth order minimal operator.

testMinimalSecondOrderOperator() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates one-loop counterterms of the second order minimal operator.

testMinimalSecondOrderOperatorBarvinskyVilkovisky() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates one-loop counterterms of the second order minimal operator in Barvinsky and Vilkovisky notation (Phys.

testNonMinimalGaugeGravity() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates the main contribution to the one-loop counterterms of the gravitational field in general the non-minimal gauge.

testSpin3Ghosts() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates ghosts contribution to the one-loop counterterms of the theory with spin = 3.

testSquaredVectorField() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates one-loop counterterms of the squared vector field in the non-minimal gauge.

testVectorField() - Static method in class cc.redberry.physics.oneloopdiv.Benchmarks

This method calculates one-loop counterterms of the vector field in the non-minimal gauge.

tokenTransformer - Variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

toString() - Method in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

toString(OutputFormat) - Method in class cc.redberry.physics.feyncalc.DiracOrderTransformation

toString(OutputFormat) - Method in class cc.redberry.physics.feyncalc.DiracSimplifyTransformation

toString(OutputFormat) - Method in class cc.redberry.physics.feyncalc.DiracTraceTransformation

toString() - Method in class cc.redberry.physics.feyncalc.LeviCivitaSimplifyTransformation

toString(OutputFormat) - Method in class cc.redberry.physics.feyncalc.LeviCivitaSimplifyTransformation

toString(OutputFormat) - Method in class cc.redberry.physics.feyncalc.SimplifyGamma5Transformation

toString(OutputFormat) - Method in class cc.redberry.physics.feyncalc.SpinorsSimplifyTransformation

toString(OutputFormat) - Method in class cc.redberry.physics.feyncalc.UnitarySimplifyTransformation

toString() - Method in class cc.redberry.physics.feyncalc.UnitarySimplifyTransformation

toString(OutputFormat) - Method in class cc.redberry.physics.feyncalc.UnitaryTraceTransformation

toString() - Method in class cc.redberry.physics.feyncalc.UnitaryTraceTransformation

traceOfOne - Variable in class cc.redberry.physics.feyncalc.AbstractTransformationWithGammas

traceOfOne - Variable in class cc.redberry.physics.feyncalc.DiracOptions

transform(Tensor) - Method in class cc.redberry.physics.feyncalc.AbstractFeynCalcTransformation

transform(Tensor) - Method in class cc.redberry.physics.feyncalc.DiracSimplifyTransformation

transform(Tensor) - Method in class cc.redberry.physics.feyncalc.DiracTraceTransformation

transform(Tensor) - Method in class cc.redberry.physics.feyncalc.LeviCivitaSimplifyTransformation

transform(Tensor) - Method in class cc.redberry.physics.feyncalc.SpinorsSimplifyTransformation

transform(Tensor) - Method in class cc.redberry.physics.feyncalc.UnitarySimplifyTransformation

transform(Tensor) - Method in class cc.redberry.physics.feyncalc.UnitaryTraceTransformation

transform(Tensor) - Method in class cc.redberry.physics.oneloopdiv.Averaging

transformLine(ProductOfGammas, IntArrayList) - Method in class cc.redberry.physics.feyncalc.AbstractFeynCalcTransformation

transformLine(ProductOfGammas, IntArrayList) - Method in class cc.redberry.physics.feyncalc.DiracOrderTransformation

transformLine(ProductOfGammas, IntArrayList) - Method in class cc.redberry.physics.feyncalc.DiracTraceTransformation

transformLine(ProductOfGammas, IntArrayList) - Method in class cc.redberry.physics.feyncalc.SimplifyGamma5Transformation

triggerCreate() - Method in class cc.redberry.physics.feyncalc.DiracOptions

U

u - Variable in class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

uBar - Variable in class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

unitaryMatrix - Variable in class cc.redberry.physics.feyncalc.UnitarySimplifyOptions

UnitarySimplifyOptions - Class in cc.redberry.physics.feyncalc

UnitarySimplifyOptions() - Constructor for class cc.redberry.physics.feyncalc.UnitarySimplifyOptions

UnitarySimplifyTransformation - Class in cc.redberry.physics.feyncalc

Applies simplification rules to combinations of unitary matrices.

UnitarySimplifyTransformation(UnitarySimplifyOptions) - Constructor for class cc.redberry.physics.feyncalc.UnitarySimplifyTransformation

UnitarySimplifyTransformation(SimpleTensor, SimpleTensor, SimpleTensor, Tensor) - Constructor for class cc.redberry.physics.feyncalc.UnitarySimplifyTransformation

Creates transformation with given definitions.

UnitaryTraceTransformation - Class in cc.redberry.physics.feyncalc

Calculates trace of unitary matrices.

UnitaryTraceTransformation(UnitarySimplifyOptions) - Constructor for class cc.redberry.physics.feyncalc.UnitaryTraceTransformation

UnitaryTraceTransformation(SimpleTensor, SimpleTensor, SimpleTensor, Tensor) - Constructor for class cc.redberry.physics.feyncalc.UnitaryTraceTransformation

Creates transformation with given definitions.

V

v - Variable in class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

vBar - Variable in class cc.redberry.physics.feyncalc.SpinorsSimplifyOptions

W

WR() - Method in class cc.redberry.physics.oneloopdiv.OneLoopCounterterms

Returns the WR counterterms part

A B C D E F G I L M N O P R S T U V W