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GLAC
1.0
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| ▼NIO | |
| CFieldIO | |
| ▼Nnlohmann | Namespace for Niels Lohmann |
| ▼Ndetail | Unnamed namespace with internal helper functions |
| Cconjunction | |
| Cconjunction< B1 > | |
| Cconjunction< B1, Bn... > | |
| Cexternal_constructor | |
| Cexternal_constructor< value_t::array > | |
| Cexternal_constructor< value_t::boolean > | |
| Cexternal_constructor< value_t::number_float > | |
| Cexternal_constructor< value_t::number_integer > | |
| Cexternal_constructor< value_t::number_unsigned > | |
| Cexternal_constructor< value_t::object > | |
| Cexternal_constructor< value_t::string > | |
| Cfrom_json_fn | |
| Chas_from_json | |
| Chas_non_default_from_json | |
| Chas_to_json | |
| Cis_basic_json_nested_type | |
| Cis_compatible_array_type | |
| Cis_compatible_integer_type | |
| Cis_compatible_integer_type_impl | |
| Cis_compatible_integer_type_impl< true, RealIntegerType, CompatibleNumberIntegerType > | |
| Cis_compatible_object_type | |
| Cis_compatible_object_type_impl | |
| Cis_compatible_object_type_impl< true, RealType, CompatibleObjectType > | |
| Cnegation | |
| Cpriority_tag | |
| Cpriority_tag< 0 > | |
| Cstatic_const | |
| Cto_json_fn | |
| Cadl_serializer | Default JSONSerializer template argument |
| ▼Cbasic_json | Class to store JSON values |
| Citer_impl | Template for a random access iterator for the basic_json class |
| Cjson_pointer | JSON Pointer |
| Cjson_reverse_iterator | Template for a reverse iterator class |
| ▼NParallel | Parallel contains all of the relevant methods for communicating between the lattices |
| CCommunicator | |
| CIndex | |
| CNeighbours | |
| CParallelParameters | |
| ▼Nstd | |
| Chash< nlohmann::json > | Hash value for JSON objects |
| CAction | The Action class |
| CCommunicator | Communicator holds methods for performing single link communication, which is need in the Action |
| Ccomplex | A complex number class, consisting of t |
| CCorrelator | Base class for observables |
| CEnergyDensity | Solely calculates the energy density as given by, \[ E = -\frac{1}{64|\Lambda|} \sum_{n\in\Lambda}\sum_{\mu<\nu} \big(\tilde{C}_{\mu\nu}(n)\big)^2. \] The \(F_{\mu\nu}\) is the clover |
| CExpLuscher | Uses method for exponentiating SU3 matrix found in Appendix A in https://arxiv.org/abs/hep-lat/0409106 |
| CFieldIO | Class for reading and writing lattice to file |
| CFlow | Class for applying gradient flow on lattice |
| CIndex | Class for contigious memory accessing |
| CLattice | A method for holding a lattice of type T |
| CLatticeActionChargeDensity | Method for calculating and storing the topological charge and energy density at every point of the lattice |
| CLuscherAction | An implementation of the Wilson gauge action, |
| CMasterSampler | Observable for calculating the plaquette, topological charge and energy |
| CMasterSamplerTopcXYZ | Observable for calculating the plaquette, energy and euclidean time topological charge |
| CNeighbourList | |
| CNeighbourLists | Class for storing the nearest closest neighbours of a processors |
| CNeighbours | Class for setting up the NeighbourList and stores them |
| CObservableStorer | A class for storing the observable data |
| CParallelParameters | ParallelParameters holds two groups and one communicator |
| CParameters | Parameter holding class |
| CPerformanceTests | |
| CPlaquette | Observable for calculating the plaquette |
| CSU2 | Class for holding \(\mathrm{SU}(2)\) matrices |
| CSU3 | Class for holding \(\mathrm{SU}(3)\) matrices |
| CSU3Exp | SU3 matrix exponentiation method that uses the method from https://journals.aps.org/prd/abstract/10.1103/PhysRevD.69.054501 |
| CSU3MatrixGenerator | Class for generating random SU3 matrices |
| CSuperSampler | Observable for calculating the Weinberg operator, plaquette, energy and euclidean time topological charge |
| CSysPrint | Class for printing run information |
| CSystem | System is the class that ties the program together. It initiates and sets up the sub-lattices, and performs holds the Metropolis algorithm |
| CTaylor2Exp | Taylor expansion of second order |
| CTaylor4Exp | Taylor expansion of second order |
| CTaylorExp | Uses a general Taylor polynomial to approximate the exponentiation of a SU(3) matrix |
| CTestSuite | Runs unit tests on the methods of GLAC |
| CTopologicalCharge | Solely calculates the topological charge as given by, \[ q(n_e) = \frac{1}{32\pi^2} \sum_{n \in N^3} \epsilon_{\mu\nu\rho\sigma} \mathrm{tr}\big[F_{\mu\nu}(n)F_{\rho\sigma}(n)\big], \] where \(n_e\) is the position in the lattice in Euclidean time. \(F_{\nu\mu}\) is the clover |
| CWilsonGaugeAction | An implementation of the Wilson gauge action, |
1.8.15