This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

►CAbstract_Solver
CEigen_Diagonalize_Sparse_Matrix
CSLEPc_Solver
CAlong_Curve
CAtom
CAtoms_in_Boxes
CBinomial
►CBond_Type
CCoulomb_NN_Storage_Entry
CCdaggerC_Iterator
CCdaggerC_Iterator_SingleI
CCdaggerCdaggerCC_Iterator
►CCommunicator
CMPI_Communicator
CCoulomb_Matrix_Elements_Calculator
CDebug_Logger
►CDistribute_Block
►CDistribute_Block_Local
►CDistribute_Block_MPI
CDistribute_EV_List
CEigen_Band_Structure_Calculator
►CEigenvector_Printer
CEigenvector_Printer_Eigen
CEigenvector_Printer_SLEPc
CFermion_Double_Index
CFermion_Double_Index_Ref
►CFunction_Template< T >	Template for function of a single real variable
CFunction_Template_along_Axis< T >
CFunction_Template_from_Multivar< T >
►CHas_Print	Interface for classes that have a "print" function
CPeriodic_Vecs
CSelect_Orbitals_List
CIndex_Hash_Table< Key_Type >
CIndex_Hash_Table< Fermion_Double_Index >
CIndex_Hash_Table_Node< Key_Type >
►CIntegrable_Function	Interface for integrable functions
CIntegrable_Function_Product	Build Integrable_Function from product of other Integrable_Functions:
CIntFunc_exp	Example for integrable function with parameter exp(a*x):
CPrecompute_Coulomb_Onsite
CSlater_Orbital	Class to access Slater orbital wave function
►CIntegrator
CIntegrator_Riemann< D >	Integrator using Riemann sums
CIntegrator_Simpson< D >	Integrator using Simpson's rule
CIntegrator_VEGAS
CIntegrator_Discretization_Parameter	Interface for integrators
CIntegrator_Riemann< 0 >
CIntegrator_Simpson< 0 >
CList_Class< T >
►CList_Class< Atom >
CAtom_List
►CList_Class< Coulomb_NN_Storage_Entry >
CCoulomb_NN_Storage
►CList_Class< Coulomb_Onsite_Storage >
CCoulomb_Onsite_Storage_List
►CList_Class< double >
►CPotential	Structure to store values for the potational on each atom of a given structure
►CGenerate_Potential	Potential generator: interface with "generate(positionfile)" function
CConstant_Potential
CLinear_Potential
CParabolic_Potential
CParabolic_Potential_2d
CPotential_from_GTE
►CList_Class< int >
CFermion_Index
CSelect_Orbitals
►CList_Class< Integrator_Discretization_Parameter >
CIntegrator_Discretization
►CList_Class< Lattice_Bonds >
CLattice
►CList_Class< Manybody_Eigenvector_Element >
CManybody_Eigenvector
►CList_Class< Select_Orbitals >
CSelect_Orbitals_List
►CList_Class< Single_Lattice_Bond >
CLattice_Bonds	Bonds associated to one atom in a lattice (cf. Lattice)
►CList_Class< Slater_Orbital >
CSlater_Orbital_List
►CList_Class< Spectral_Line >
CSpectral_Line_List
►CList_Class< std::vector< Neighbor > >
CNeighbor_List
►CList_Class< TB_Parameter >
CTB_Parameter_List
►CList_Class< Tensor2d >
CStrain_Tensor_List
►CList_Class< Vec3d >
►CK_Point_List
CBand_Structure
CPeriodic_Vecs
►CList_Class< VFF_Parameter >
CVFF_Parameter_List
CList_Class_NoFind< T >
►CList_Class_NoFind< TB_Parameter_Id >
CTB_Parameter_Id_List
CList_of_supported_TB_Models
CMap< T >
CMultivar	Class to store the arguments for multi-variable function
CMultivar_Function_Template< T >	Template for function with multiple double variables
CNeighbor
►CNeighborhood_Criterion
CNeighborhood_Criterion_Distance
CNeighborhood_Criterion_Lattice
CNeighborhood_Criterion_vdW
CNeighborhood_Criterion_Vector
COrbital_Index
COrbital_Index::Orbnames	Names of orbitals
►COrganize_Blocks
►COrganize_Blocks_By_List
COrganize_Blocks_By_Orbital_List	A 'Organize_Blocks' class that can be read from a position file
CSparse_Matrix_Generator_Organize_By_List
CTB_Model_Slater_Koster
►COrganize_Blocks_Equal
CTB_Model_spdsstar
►COrganize_Blocks_Single
CHartree_Fock
CSparse_Matrix_Generator_From_File
►COrganize_Blocks_Single_Forward
CManybody_Hamiltonian
►CSparse_Matrix_Generator
CHartree_Fock
CManybody_Hamiltonian
CSparse_Matrix_Generator_From_File
CSparse_Matrix_Generator_Organize_By_List
►CTB_Model
CTB_Model_Slater_Koster
CTB_Model_spdsstar
CPPF_TB_Fit::Param_Constraint
CParameter_Map
►CParameter_Pointer_Function
CPPF_TB_Fit
CPPF_Test_Parabola
CPostscript_Printer
CQuaternion
CRandom_Access_Reader
CReader
CSample
CSingle_Lattice_Bond	A single bond
CSingle_Particle_Eigenvectors
CSingle_Particle_Spins
►CSize_Provider
►CManybody_Hilbert_Space
CFinite_Manybody_Hilbert_Space
CSelected_Manybody_Hilbert_Space
►CSelected_Manybody_States
CSelected_Manybody_States_with_Hash_Table
CSelected_Manybody_States_with_Maps
CSize_Provider_Zero
CSlater_Koster
CSlater_Koster_From_TB_Hopping_Parameter	Associate Orbitals to Slater-Koster matrix elements
CSlater_Koster_From_TB_Parameter	Associate Orbitals to Slater-Koster matrix elements
CSpectral_Line
CSurface_Passivation_Block_sp
CTao_Minimizer
CTB_Hopping_Parameter
CTB_Hopping_Parameter_List
CTB_Parameter
CTB_Parameter_Id	Structure that lets one identify a parameter by its name
►Ctemplate_Tensor2< T >	Class to store a rank-2 (complex) tensor, i.e., a matrix:
CSingle_GTE
►Ctemplate_Tensor2< std::complex< double > >
CQNANO_Matrix
►Ctemplate_Tensor3< T >	Class to store a rank-3 (complex) tensor, i.e., a matrix:
CDipole_Elements
►CTensor4	Class to store a rank-4 (complex) tensor:
CCoulomb_Matrix_Elements
CCoulomb_NN_Storage_Entry
CCoulomb_Onsite_Storage	Class to store precomputed onsite coulomb matrix elements
CVec3d	Class to store positions and to handle operations on 3d vectors
CVFF
CVFF_Parameter