File List

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

analytic1d.cpp	Definitions corresponding to analytic1d.hpp
analytic1d.hpp	Code related to fully analytical 1D RTA solutions
aux_cubic.hpp	This file contains some auxiliary code used for computing 1D Green's functions and related quantities using piecewise cubic interpolation
beyondRTA.cpp	Implements full BTE calculations defined in beyondRTA.hpp
beyondRTA.hpp	Code related to BTE calculations beyond the RTA
bulk_hdf5.cpp	Definitions corresponding to bulk_hdf5.hpp
bulk_hdf5.hpp	Functions to save and load data about a bulk system to an HDF5 file
bulk_properties.cpp	Definitions corresponding to bulk_properties.hpp
bulk_properties.hpp	Code related to bulk properties such as the specific heat
constants.hpp	Physical, mathematical and miscellaneous constants used in alma
cumulativecurves.cpp	EXECUTABLE THAT COMPUTES CUMULATIVE CONDUCTIVITY/CAPACITY CURVES
deviational_particle.hpp	Code used to describe deviational particles
dos.hpp	Code related to the phonon density fo states (DOS)
dynamical_matrix.cpp	Definitions corresponding to dynamical_matrix.hpp
dynamical_matrix.hpp	Code related to the dynamical matrix
exceptions.hpp	Exceptions used in ALMA
green1d.cpp	Definitions corresponding to green1d.hpp
green1d.hpp	Code for dealing with Green's functions for 1 dimension in real space
io_utils.hpp	Helper code to write calculation results into external files
isotopic_scattering.cpp	Definitions corresponding to isotopic_scattering.hpp
isotopic_scattering.hpp	Code implementing isotopic scattering according to Tamura's formula: S
kappa_crossplanefilms.cpp	EXECUTABLE THAT COMPUTES RTA CONDUCTIVITIES VS FILM THICKNESS
kappa_inplanefilms.cpp	EXECUTABLE THAT COMPUTES RTA IN-PLANE CONDUCTIVITIES VS FILM THICKNESS
kappa_Tsweep.cpp	Computes conductivities versus temperature
periodic_table.cpp	Definitions corresponding to periodic_table.hpp
periodic_table.hpp	Data about the elements in the periodic table
phononinfo.cpp	Writes phonon properties associated with HDF5 file to a text file
processes.cpp	Definitions corresponding to processes.hpp
processes.hpp	Detection and representation of allowed three-phonon processes
qpoint_grid.cpp	Definitions corresponding to qpoint_grid.hpp
qpoint_grid.hpp	Classes and functions used to manipulate grids in reciprocal space
sampling.cpp	Definitions corresponding to sampling.cpp
sampling.hpp	Classes and functions used for sampling from several distributions used in the MC scheme
shengbte_iter.cpp	Definitions corresponding to shengbte_iter.hpp
shengbte_iter.hpp	Code implementing the full BTE solution by the Omini-Sparavigna iterative method, as implemented in ShengBTE
shengbtepp.cpp	Emulate ShengBTE using the facilities in the ALMA library
steady_montecarlo1d.cpp	VRMC solver based on the Peraud-Hadjiconstantinou method [APL 101, 153114 (2012)]
steady_montecarlo1d_powersource.cpp	1D Monte Carlo solver for multilayer structures that uses a heat source with prescribed power density at the top and heat sink at the bottom instead of isothermal reservoirs
structures.cpp	Definitions corresponding to structures.hpp
structures.hpp	Definitions of the basic data-handling classes in ALMA
superlattice_builder.cpp	Builds HDF5 files describing binary superlattices, based on XML input
superlattices.cpp	Definitions corresponding to superlattices.hpp
superlattices.hpp	Code implementing the treatment of binary superlattices as a combination of an effective medium (virtual crystal) plus a source of elastic scattering
symmetry.cpp	Definitions corresponding to symmetry.hpp
symmetry.hpp	C++ interface to Atsushi Togo's spglib
transient_analytic1d.cpp	EXECUTABLE THAT COMPUTES TRANSIENT SINGLE-PULSE RESPONSES SEMI-ANALYTICALLY
utilities.hpp	Miscellaneous convenience resources
vasp_io.cpp	Definitions corresponding to vasp_io.hpp
vasp_io.hpp	Routines to load files coming from the VASP + Phonopy ecosystem
vc.cpp	Definitions corresponding to vc.hpp
vc.hpp	Code related to the virtual crystal approximation for alloys and isotopic mixtures
VCAbuilder.cpp	Builds HDF5 material files from XML input