File List

Here is a list of all documented files with brief descriptions:

[detail level 12345]

▼ TBTK
▼ calc
▼ TightBindingLib
▼ include
AbstractOperator.h	Abstract operator class from which other operators inherit
AbstractState.h	Abstract state class from which other states inherit
AmplitudeSet.h	HoppingAmplitude container
ArrayManager.h
BasicState.h
ChebyshevSolver.h	Solves a Model using the Chebyshev method
CPropertyExtractor.h	Extracts physical properties from the ChebyshevSolver
DefaultOperator.h	Default (dummy) operator class for indicating default behavior
Density.h	Property container for density
DiagonalizationSolver.h	Solves a Model using diagonalization
DOS.h	Property container for density of states (DOS)
DPropertyExtractor.h	Extracts physical properties from the DiagonalizationSolver
EigenValues.h	Property container for eigen values
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
Geometry.h	Contains geometric inforamtion about a model
GPUResourceManager.h	GPU resource manager
HALinkedList.h	Support data structure for ChebyshevSolver
HoppingAmplitude.h	Hopping amplitude from state 'from' to 'to'
Index.h	Data structure for flexible physical indices
Lattice.h	A Lattice allows for repeated replication of UnitCells
LDOS.h	Property container for local density of states (LDOS)
Magnetization.h	Property container for magnetization
Model.h	Model Hamiltonian
ModelFactory.h
ParameterSet.h	Set of parameters
ReciprocalLattice.h	A ReciprocalLattice allows for the creation of a momentum space Model from a UnitCells
SpinPolarizedLDOS.h	Property container for spin-polarized local density of states (spin-polarized LDOS)
StateSet.h	Container for States
StateTreeNode.h	Tree structure for quick access of multiple States
Streams.h	Streams for TBTK output
TBTKMacros.h	Precompiler macros
TimeEvolver.h	TimerEvolver for time evolution of ground state in respons to external field
TreeNode.h	Node in tree used by AmplitudeSet to store HoppingAmplitudes
UnitCell.h	Unit cell that act as container of States
UnitHandler.h	Handles conversions between different units
Util.h	Utilities
Vector3d.h	Three-dimensional vector with components of double type
▼ src
AbstractOperator.cpp
AbstractState.cpp
AmplitudeSet.cpp
BasicState.cpp
ChebyshevSolver.cpp
CPropertyExtractor.cpp
DefaultOperator.cpp
Density.cpp
DiagonalizationSolver.cpp
DOS.cpp
DPropertyExtractor.cpp
EigenValues.cpp
FileParser.cpp
FileWriter.cpp
HALinkedList.cpp
HoppingAmplitude.cpp
Index.cpp
Lattice.cpp
LDOS.cpp
Magnetization.cpp
Model.cpp
ModelFactory.cpp
ParameterSet.cpp
ReciprocalLattice.cpp
StateTreeNode.cpp
Streams.cpp
TimeEvolver.cpp
TreeNode.cpp
UnitCell.cpp
UnitHandler.cpp
Vector3d.cpp
▼ view
▼ python
plot1D.py	Plot line
plot2D.py	Plot surface
plotDOS.py	Plot density
plotEV.py	Plot eigenvalues
plotLDOS.py	Plot local density of states
plotMAG.py	Plot magnetization
plotSP_LDOS.py	Plot local density of states