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TBTK
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TBTK
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Need a break? Support the development by playing Polarity Puzzles
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| ▼ TBTK | |
| ▼ Lib | |
| ▼ include | |
| ▼ Builders | |
| ► TBTK | |
| ModelFactory.h | |
| RealLattice.h | |
| ReciprocalLattice.h | |
| ▼ Core | |
| ► TBTK | |
| BasisStateSet.h | |
| BlockStructureDescriptor.h | |
| Boolean.h | Boolean number |
| BoundaryCondition.h | A set of HoppingAmplitudes , a SourceAmplitude, and an elimination Index, which together form a single linear equation that can be used to eliminate an Index from a larger set of linear equations |
| Complex.h | Complex number |
| Geometry.h | Contains geometric inforamtion about a Model |
| HoppingAmplitude.h | Hopping amplitude from state 'from' to state 'to' |
| HoppingAmplitudeList.h | List of HoppingAmplitudes |
| HoppingAmplitudeSet.h | HoppingAmplitude container |
| HoppingAmplitudeTree.h | Node in tree used by HoppingAmplitudeSet to store HoppingAmplitudes |
| Index.h | Physical index |
| IndexTree.h | Data structure for mapping physical indices to a linear index |
| Integer.h | Integer number |
| MatrixElement.h | Alias for HoppingAmplitude |
| Model.h | Container of Model related information |
| Natural.h | Natural number |
| OverlapAmplitude.h | Overlap amplitude between state 'bra' and 'ket' |
| OverlapAmplitudeSet.h | OverlapAmplitude container |
| Real.h | Real number |
| SingleParticleContext.h | The context for the single particle part of a Model |
| SourceAmplitude.h | Source amplitude for equations with a source term |
| SourceAmplitudeSet.h | SourceAmplitude container |
| Statistics.h | Enum class for Fermi-Dirac and Bose-Einstein statistics |
| Subindex.h | An entry in an Index |
| TBTK.h | TBTK initialization |
| ▼ DataManager | |
| ► TBTK | |
| DataManager.h | |
| ▼ Elements | |
| ► TBTK | |
| Atom.h | Atom.h |
| ▼ Exceptions | |
| ► TBTK | |
| ElementNotFoundException.h | |
| Exception.h | |
| IndexException.h | |
| ▼ FiniteDifferences | |
| ► TBTK | |
| BackwardDifference.h | HoppingAmplitudeList corresponding to a backward difference |
| CenteredDifference.h | |
| ForwardDifference.h | HoppingAmplitudeList corresponding to a forward difference |
| ▼ FourierTransform | |
| ► TBTK | |
| FourierTransform.h | Fourier transform |
| ▼ GUI | |
| ► TBTK | |
| DataManagerFrame.h | |
| DOSPanel.h | |
| HoppingAmplitudePanel.h | |
| ImagePanel.h | |
| IndexPanel.h | |
| LDOSPanel.h | |
| ParameterSliderPanel.h | |
| PropertyFrame.h | |
| ▼ ManyParticle | |
| ► TBTK | |
| BitRegister.h | Register of bits |
| ExtensiveBitRegister.h | Register of bits |
| FockSpace.h | |
| FockState.h | |
| FockStateRuleSet.h | |
| InteractionAmplitude.h | |
| InteractionAmplitudeSet.h | |
| LadderOperator.h | |
| ManyParticleContext.h | |
| ▼ Plotter | |
| ► TBTK | |
| ► Plot | |
| Coordinate.h | |
| Decoration.h | |
| Drawable.h | |
| Path.h | |
| PlotCanvas.h | |
| Plotter.h | |
| Point.h | |
| ▼ Plotter2 | |
| ► TBTK | |
| Canvas.h | |
| Canvas2D.h | |
| Canvas3D.h | |
| Plotter2.h | |
| PNGCanvas2D.h | |
| PNGCanvas3D.h | |
| ▼ RayTracer | |
| ► TBTK | |
| RayTracer.h | |
| ▼ Resource | |
| ► TBTK | |
| Resource.h | Read and write string resources from file, URL, etc |
| ▼ SpecializedSolvers | |
| ► TBTK | |
| ► RPA | |
| DualIndex.h | |
| ElectronFluctuationVertexCalculator.h | |
| LindhardSusceptibilityCalculator.h | |
| MatsubaraSusceptibilityCalculator.h | |
| MomentumSpaceContext.h | |
| RPASusceptibilityCalculator.h | |
| SelfEnergyCalculator.h | |
| SelfEnergyCalculator_old.h | |
| SusceptibilityCalculator.h | |
| ZFactorCalculator.h | |
| ▼ StatesAndOperators | |
| ► TBTK | |
| AbstractOperator.h | |
| AbstractState.h | |
| ArrayState.h | |
| BasicState.h | |
| DefaultOperator.h | |
| GaussianBasisGenerator.h | |
| GaussianState.h | |
| HartreeFockPotentialOperator.h | |
| KineticOperator.h | |
| NuclearPotentialOperator.h | |
| ParallelepipedArrayState.h | |
| StateSet.h | |
| StateTreeNode.h | |
| Sto3g.h | |
| UnitCell.h | |
| ▼ TBTK | |
| ► ArbitraryPrecision | |
| Complex.h | |
| Real.h | |
| ► Calculator | |
| Calculator.h | |
| ► FockStateMap | |
| DefaultMap.h | |
| FockStateMap.h | |
| LookupTableMap.h | |
| ► FockStateRule | |
| DifferenceRule.h | |
| FockStateRule.h | |
| SumRule.h | |
| WrapperRule.h | |
| ► Lattice | |
| ► D2 | |
| D2HexagonalPrimitive.h | |
| D2MonoclinicPrimitive.h | |
| D2OrthorhombicPrimitive.h | |
| D2TetragonalPrimitive.h | |
| OrthorhombicCentered.h | |
| ► D3 | |
| CubicBodyCentered.h | |
| CubicFaceCentered.h | |
| CubicPrimitive.h | |
| D3HexagonalPrimitive.h | |
| D3MonoclinicPrimitive.h | |
| D3OrthorhombicPrimitive.h | |
| D3TetragonalPrimitive.h | |
| HexagonalRhombohedralDiagonal.h | |
| MonoclinicBaseCentered.h | |
| OrthorhombicBaseCentered.h | |
| OrthorhombicBodyCentered.h | |
| OrthorhombicFaceCentered.h | |
| TetragonalBodyCentered.h | |
| TriclinicPrimitive.h | |
| BravaisLattice.h | |
| HexagonalPrimitive.h | |
| MonoclinicPrimitive.h | |
| OrthorhombicPrimitive.h | |
| TetragonalPrimitive.h | |
| ► Math | |
| All.h | Gives access to all components of TBTK::Math |
| ArrayAlgorithms.h | Implements Array algorithms |
| ► Models | |
| SquareLattice.h | Square lattice model |
| ► Property | |
| AbstractProperty.h | |
| Density.h | Property container for density |
| DOS.h | Property container for density of states (DOS) |
| EigenValues.h | Property container for eigen values |
| EnergyResolvedProperty.h | Base class for energy resolved Properties |
| GreensFunction.h | Property container for the Green's function |
| IndexDescriptor.h | Describes the index structure of data stored for several indices |
| InteractionVertex.h | |
| LDOS.h | Property container for local density of states (LDOS) |
| Magnetization.h | Property container for magnetization |
| Property.h | |
| SelfEnergy.h | |
| SpectralFunction.h | |
| SpinPolarizedLDOS.h | Property container for spin-polarized local density of states (spin-polarized LDOS) |
| Susceptibility.h | |
| TransmissionRate.h | |
| WaveFunctions.h | Property container for wave functions |
| ► PropertyExtractor | |
| ArnoldiIterator.h | |
| BlockDiagonalizer.h | Extracts physical properties from the Solver::BlockDiagonalizer |
| ChebyshevExpander.h | Extracts physical properties from the ChebyshevExpander |
| Diagonalizer.h | |
| ElectronFluctuationVertex.h | |
| ExactDiagonalizer.h | |
| Greens.h | |
| IndexTreeGenerator.h | |
| LindhardSusceptibility.h | |
| MatsubaraSusceptibility.h | |
| PatternValidator.h | |
| PropertyExtractor.h | Generates IndexTrees to be used as loop ranges and memory layout for Properties in the PropertyExtractors |
| RPASusceptibility.h | |
| SelfEnergy.h | |
| SelfEnergy2.h | |
| ► Quantity | |
| Base.h | Base Quantity |
| Constant.h | |
| Constants.h | |
| Derived.h | Derived Quantity |
| Quantity.h | Base class for Quantities |
| ► Solver | |
| AnalyticalContinuer.h | |
| AnalyticalContinuerContinuousFractions.h | |
| ArnoldiIterator.h | |
| BlockDiagonalizer.h | |
| ChebyshevExpander.h | Solves a Model using the Chebyshev method |
| Diagonalizer.h | Solves a Model using diagonalization |
| ElectronFluctuationVertex.h | |
| ExactDiagonalizer.h | |
| FLEX.h | |
| Greens.h | |
| HartreeFock.h | |
| LindhardSusceptibility.h | |
| LinearEquationSolver.h | Solves Hx = y for x, where H is given by the Model |
| LUSolver.h | Solves Mx = b for x, where M is a SparseMatrix |
| MatsubaraSusceptibility.h | |
| RPASusceptibility.h | |
| SelfEnergy.h | |
| SelfEnergy2.h | |
| Solver.h | Base class for Solvers |
| Susceptibility.h | |
| TimeEvolver.h | |
| ► Visualization | |
| ► MatPlotLib | |
| Argument.h | Argument to matplotlib |
| ColorMap.h | |
| ContourfParameters.h | Parameter container for plotting using the matplotlib function contourf |
| Interpreter.h | |
| matplotlibcpp.h | |
| PlotParameters.h | Parameter container for plotting using the matplotlib function plot |
| PlotSurfaceParameters.h | Parameter container for plotting using the matplotlib function plot_surface |
| Plotter.h | Plots data |
| ▼ Uncategorized | |
| ► TBTK | |
| BrillouinZone.h | |
| Field.h | |
| FieldWrapper.h | |
| ParallelepipedCell.h | |
| ParametrizedLine.h | |
| ParametrizedLine3d.h | |
| SpacePartition.h | |
| WignerSeitzCell.h | |
| ▼ Utilities | |
| ► TBTK | |
| ► Canvas | |
| Canvas.h | |
| AbstractHoppingAmplitudeFilter.h | Abstract HoppingAmplitude filter |
| AbstractIndexFilter.h | Abstract Index filter |
| AnnotatedArray.h | Array with additional information about its axes |
| Array.h | Multi-dimensional array |
| ArrayManager.h | |
| BandDiagramGenerator.h | |
| CArray.h | Container for a C style array |
| Communicator.h | Base class for classes that can communicate their status during execution |
| Convolver.h | Convolves multi-dimensional arrays |
| Exporter.h | Exports data to human readable format |
| FileParser.h | Reads and writes Model from and to text files |
| FileReader.h | Reads data from file |
| FileWriter.h | Writes data to file |
| Functions.h | Collection of physically relevant functions |
| GPUResourceManager.h | |
| HALinkedList.h | |
| IndexBasedHoppingAmplitudeFilter.h | |
| IndexedDataTree.h | Data structure for storing data associated with an index |
| Matrix.h | Custom matrix |
| MomentumSpaceContext.h | |
| MultiCounter.h | |
| NambuSpaceExtender.h | |
| PadeApproximator.h | |
| PadeApproximatorContinuousFractions.h | |
| ParameterSet.h | Set of parameters |
| Polynomial.h | |
| PropertyConverter.h | Converts Properties to AnnotatedArrays |
| PseudoSerializable.h | Base class for psudo-serializable objects |
| Range.h | Helper class for flattening nested looping |
| Serializable.h | Abstract base class for serializable objects |
| SerializableVector.h | |
| Smooth.h | Collection of functions for smoothing data |
| SparseMatrix.h | Sparse matrix |
| SpinMatrix.h | |
| Streamable.h | Abstract base class for classes that can be written to a stream |
| Streams.h | Streams for TBTK output |
| TBTKMacros.h | Precompiler macros |
| Timer.h | A Timer for measuring execution time |
| UnitHandler.h | Handles conversions between different units |
| Vector2d.h | Two-dimensional vector with components of double type |
| Vector3d.h | Three-dimensional vector with components of double type |
| VectorNd.h | N-dimensional vector with components of double type |
| WannierParser.h |
1.8.17