| ▼NTBTK | |
| ►NMath | |
| CArrayAlgorithms | |
| ►NModels | |
| CSquareLattice | Square lattice model |
| ►NProperty | |
| CAbstractProperty | Abstract Property class |
| CDensity | Property container for density |
| CDOS | Property container for density of states (DOS) |
| CEigenValues | Property container for eigen values |
| CEnergyResolvedProperty | Base class for energy resolved Properties |
| CGreensFunction | Property container for the Green's function |
| CLDOS | Property container for the local density of states (LDOS) |
| CMagnetization | Property container for magnetization |
| CProperty | Abstract Property class |
| CSpinPolarizedLDOS | Property container for spin-polarized local density of states (spin-polarized LDOS) |
| CWaveFunctions | Property container for wave function |
| ►NPropertyExtractor | |
| CArnoldiIterator | Extracts physical properties from the Solver::ArnoldiIterator |
| CBlockDiagonalizer | Extracts physical properties from the Solver::BlockDiagonalizer |
| CChebyshevExpander | Extracts physical properties from Solver::ChebyshevExpander |
| CDiagonalizer | Extracts physical properties from the Solver::Diagonalizer |
| CIndexTreeGenerator | Generates IndexTrees to be used as loop ranges and memory layout for Properties in the PropertyExtractors |
| CPatternValidator | Validates patterns that are passed to PropertyExtractor calls |
| ►CPropertyExtractor | Base class for PropertyExtractors |
| CInformation | |
| ►NQuantity | |
| CBase | Base Quantity |
| CDerived | Derived Quantity |
| CQuantity | Base class for Quantitis |
| ►NSolver | |
| CArnoldiIterator | Solves a Model using Arnoldi iteration |
| ►CBlockDiagonalizer | Solves a block diagonal Model using diagonalization |
| CSelfConsistencyCallback | |
| CChebyshevExpander | Solves a Model using the Chebyshev method |
| ►CDiagonalizer | Solves a Model using diagonalization |
| CSelfConsistencyCallback | |
| CLinearEquationSolver | |
| CSolver | Base class for Solvers |
| ►NVisualization | |
| ►NMatPlotLib | |
| CArgument | Argument to matplotlib |
| CColorMap | |
| CContourfParameters | |
| CPlotParameters | |
| CPlotSurfaceParameters | |
| CPlotter | Plots data |
| CAbstractHoppingAmplitudeFilter | |
| CAbstractIndexFilter | |
| CAnnotatedArray | Array with additional information about its axes |
| CArray | Multi-dimensional array |
| CAtom | |
| CBackwardDifference | HoppingAmplitudeList corresponding to a backward difference |
| CBitRegister | Register of bits |
| CBoolean | Boolean number |
| CBoundaryCondition | 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 |
| CCArray | Container for a C style array |
| CCenteredDifference | HoppingAmplitudeList corresponding to a centered difference |
| CCommunicator | Base class for classes that can communicate their status during execution |
| CComplex | Complex number |
| CConvolver | |
| CElementNotFoundException | |
| CException | |
| CExporter | Exports data on human readable format |
| CExtensiveBitRegister | Register of bits |
| CFileParser | |
| CFileReader | |
| CFileWriter | |
| CForwardDifference | HoppingAmplitudeList corresponding to a forward difference |
| ►CFourierTransform | Fourier transform |
| CForwardPlan | |
| CInversePlan | |
| CPlan | |
| CFunctions | |
| CGeometry | Contains geometric information about a Model |
| ►CHoppingAmplitude | Hopping amplitude from state 'from' to state 'to' |
| CAmplitudeCallback | |
| CHoppingAmplitudeList | List of HoppingAmplitudes |
| ►CHoppingAmplitudeSet | HoppingAmplitude container |
| CConstIterator | |
| CIterator | |
| ►CHoppingAmplitudeTree | Node in tree used by HoppingAmplitudeSet to store HoppingAmplitudes |
| CConstIterator | |
| CIterator | |
| CIndex | Physical index |
| CIndexBasedHoppingAmplitudeFilter | |
| CIndexDescriptor | Describes the index structure of data stored for several indices |
| ►CIndexedDataTree | |
| CConstIterator | |
| CIterator | |
| CIndexException | |
| ►CIndexTree | Data structure for mapping physical indices to linear indices |
| CConstIterator | |
| CInteger | Integer number |
| CLUSolver | Solves Mx = b for x, where M is a SparseMatrix |
| CMatrix | |
| CMatrix< DataType, 0, 0 > | |
| CMatrix< std::complex< double >, 0, 0 > | |
| CModel | Container of Model related information |
| CMultiCounter | Helper class for flattening nested loops |
| CNatural | Natural number |
| ►COverlapAmplitude | Overlap amplitude between state 'bra' and 'ket' |
| CAmplitudeCallback | |
| ►COverlapAmplitudeSet | OverlapAmplitude container |
| CConstIterator | |
| CIterator | |
| CParameterSet | |
| CPropertyConverter | Convert Properties to AnnotatedArrays |
| CPseudoSerializable | |
| CRange | One-dimensional range |
| CReal | Real number |
| CResource | Read and write string resources from file, URL, etc |
| CSerializable | |
| CSingleParticleContext | The context for the single particle part of a Model |
| CSmooth | |
| ►CSourceAmplitude | Source amplitude for equations with a source term |
| CAmplitudeCallback | |
| ►CSourceAmplitudeSet | SourceAmplitude container |
| CConstIterator | |
| CIterator | |
| CSparseMatrix | |
| CSpinMatrix | Matrix containing information about a spin |
| CStreamable | |
| CStreams | |
| CSubindex | An entry in an Index |
| CTimer | A Timer for measuring execution time |
| CUnitHandler | Handles conversion between different units |
| CVector2d | |
| CVector3d | |
| CVectorNd | |
1.8.17