include Directory Reference

Directory dependency graph for include:

Files
file	2HDM.h [code]
file	algebra.h [code]
file	algebraState.h [code]
	Class AlgebraState that represents the set of dinkin labels for a state in a semi simple Lie Algebra.
file	amplitude.h [code]
	Contains the mty::Amplitude object that stores the data of an amplitude calculation.
file	amplitudeInitializer.h [code]
	Contains utilities to initialize amplitudes and launch simplifications.
file	amplitudeSimplification.h [code]
	File containing all the simplification routines for MARTY.
file	bernoulli.h [code]
file	callback.h [code]
file	checkpoint.h [code]
	Contains checkpoints for doc brown's debugger procedure.
file	CKM.h [code]
file	colorSpace.h [code]
file	csldatahandler.h [code]
	Contains the handler of CSL data for doc brown's debugger.
file	datalist.h [code]
	Contains the template data comparator utility for doc brown's debugger.
file	dimensionalRegularization.h [code]
	Contains the mty::addLocalTerms() function and its dependencies to apply dimensional regularization in amplitudes.
file	diracology.h [code]
file	doc_brown_link.h [code]
	Contains macros for doc brown's debugger.
file	docbrown.h [code]
	Main utilities for doc brown's debugger.
file	doubleVector.h [code]
file	drawer.h [code]
file	expander.h [code]
	Contains the Expander class that expands the Lagrangian in perturbation to find all Feynman diagrams for a given process.
file	fermionChain.h [code]
file	fermionCurrent.h [code]
file	fermionFlow.h [code]
	File containing the ConjugationInfo class. Used for Majorana amplitudes.
file	fermionicField.h [code]
	Contains implementations for fermion (Weyl, Dirac, Majorana) for MARTY.
file	fermionOrder.h [code]
	Utilities for fermion ordering in amplitudes.
file	feynmanDiagram.h [code]
	Contains the mty::FeynmanDiagram class.
file	feynmanIntegral.h [code]
file	feynmanRule.h [code]
	Contains the FeynmanRule object for Feynman rules.
file	feynOptions.h [code]
	Contains the FeynOptions object used by the mty::Model class to set calculation options.
file	feynruleMomentum.h [code]
file	fileData.h [code]
	File data utility for doc brown's debugger.
file	filters.h [code]
	Contains built-in filters (Lagrangian and diagram filters) for the mty::FeynOptions object.
file	flavor.h [code]
file	gauge.h [code]
file	gauged.h [code]
file	gaugedGroup.h [code]
	File containing classes handling gauge groups.
file	generator.h [code]
file	ghostField.h [code]
	Contains implementation of the Ghost boson in MARTY.
file	goldstoneField.h [code]
	Contains implementation of Goldtone bosons in MARTY.
file	graph.h [code]
	Handles graphs for applying wick theorem. In this file lies the algorithm performing Wick contractions, i.e. that finds all different Feynman diagrams (with their numerical factor) that intervenes in a given process (i.e. correlation function).
file	group.h [code]
	Group objects handling different possible symmetry groups. For now only semi-simple groups have representations and product of representations.
file	groupIndices.h [code]
file	insertion.h [code]
file	interactionTerm.h [code]
	Class mty::InteractionTerm, general purpose container for Lagrangian terms in MARTY.
file	iterable.h [code]
file	jsonToPhysics.h [code]
	File that contains the JSONToHEP class, allowing to load a HEP model from a .json file.
file	kinematics.h [code]
	Contains the mty::Kinematics class.
file	lagrangian.h [code]
	Contains the Lagrangian class, that encapsulates all interaction terms for a model.
file	lha.h [code]
	File containing the utility class able to read a LesHouches Accord file (.lha), in particular for SM and SUSY parameters.
file	lhaBlocks.h [code]
	Contains an enumeration of LHA blocks.
file	lhaBuiltIn.h [code]
	Contains built-in read functions, updating directly SM and MSSM parameters from a .lha file.
file	lhaData.h [code]
	Contains all data containers for .lha files.
file	localTerms.h [code]
file	looptools_extension.h [code]
	File containing a little looptools extension in order to call functions of this librairy more easily from std::vector of data directly, with double, complex numbers of csl expressions.
file	looptools_init.h [code]
file	looptools_quad_extension.h [code]
file	marty.h [code]
file	matrix.h [code]
file	model.h [code]
	Contains the mty::Model class. It contains all objects in the theory. In particular QuantumField objects, Gauge, Flavor, Particle...
file	modelBuilder.h [code]
	File containing the ModelBuilder class.
file	modelData.h [code]
	First abstraction layer for a High-Energy Physics model.
file	momentumConservation.h [code]
	Helper class mty::MomentumConservater to apply momentum conservation in amplitudes to simplify them.
file	mrtError.h [code]
file	mrtInterface.h [code]
	Contains interface functions for the user.
file	mrtInterfaceCurrent.h [code]
	Contains interface functions for the user.
file	mrtlog.h [code]
file	mrtOptions.h [code]
file	mrtUtils.h [code]
file	MSSM.h [code]
	File containing MSSM input parameter and the base MSSM_Model class for SUSY models.
file	MSSMData.h [code]
file	mtylibrary.h [code]
file	mtyversion.h [code]
	Contains macros for MARTY's version in particular for doc brown's debugger.
file	PMSSM.h [code]
file	polarization.h [code]
	Contains PolarizationField, class representing polarization vectors in equations. Allows to compute polarization sums in cross-sections.
file	propagator.h [code]
file	QCD.h [code]
	Quantum Chromo-Dynamics model, mty::QCD_Model.
file	QED.h [code]
file	quantumField.h [code]
	Contains QuantumField and QuantumFieldParent, basic objects handling quantum fields as csl expression and physical properties.
file	quantumFieldTheory.h [code]
file	quantumNumber.h [code]
	Contains the QuantumNumber class.
file	representation.h [code]
	Classes handling irreducible representations of semi simple Lie algebras, using the Cartan formalism: highest weight state representations.
file	scalarField.h [code]
	Contains the implementation of the Scalar boson in MARTY.
file	semiSimpleAlgebra.h [code]
	Semi simple Lie algebras: calculations of highest weight representations, products and sums of representations.
file	SM.h [code]
	File containing the Standard Model itself as a mty::Model object.
file	spectrum.h [code]
	File containing the Spectrum class, handling numerical diagonalization for High-Energy physics models.
file	std_vector_implementation.h [code]
file	SU_N_algebra.h [code]
file	topology.h [code]
	Contains utilities to handle topologies for Feynman diagrams.
file	traceIdentities.h [code]
file	vectorField.h [code]
	Contains vector particles of MARTY: vector and gauge bosons, and the field strength object.
file	wick.h [code]
	csl compatible expression representing the operator <> of correlators in quantum field theory. Applies only on QuantumField, and uses WickCalculator to evaluate to expression (applying wick theorem).
file	wilson.h [code]
file	wilsonOperator.h [code]