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Xiehua's Projects

abinit icon abinit

The official github mirror of the Abinit repository. We welcome bug fixes and improvements. Note that most of the active developments are hosted on our https://gitlab.abinit.org/ server. Before embarking on making significant changes, please contact the Abinit group.

apd-analyser icon apd-analyser

InP/InGaAsP/InGaAs SAM-APD 1-dimensional simulator. You can use it to calculate punch-through and breakdown voltage

atompaw icon atompaw

Official github mirror of the AtomPAW repository. AtomPAW generates Projector Augmented-Wave setups for electronic structure codes.

ce-fortran icon ce-fortran

The Program and Compiler Database that accompanies the book "Introduction to Computational Economcis using Fortran"

cp2k icon cp2k

Quantum chemistry and solid state physics software package

dftbplus icon dftbplus

DFTB+ general package for performing fast atomistic simulations

elmerfem icon elmerfem

Official git repository of Elmer FEM software

elphbolt icon elphbolt

A solver for the coupled and decoupled electron and phonon Boltzmann transport equations.

epaw-xh icon epaw-xh

EPAW: A code for evolutionary optimization of PAW datasets especially for high-pressure applications

fasthenry2 icon fasthenry2

FastHenry is the premium inductance solver originally developed at M.I.T. on Unix platform. A de-facto golden reference standard, FastHenry extracts the inductances and resistances of any arbitrary 3D conductive geometry by solving the Maxwell equations in quasi-static regime. For more information, visit our website.

fortranparser icon fortranparser

Fortran 2008 parser of mathematical expressions, based on Roland Schmehl "fparser"

fpm icon fpm

Fortran Package Manager (fpm)

gds2mat icon gds2mat

Convert GDSII file features into (x,y) coordinates and layer number

gds2para icon gds2para

GDSII File Parsing, IC Layout Analysis, and Parameter Extraction

gds3d icon gds3d

Interactive 3D Layout Viewer for GDSII

gds3d-new icon gds3d-new

GDS3D is an application that can interpret so called IC layouts and render them in 3D. The program accepts standard GDSII files as input data. Along with the layout file, it requires a so called process definition file which contains the 3D parameters of the process being used. These files combined allow the

green-tea- icon green-tea-

Green's functions quantum transport solver based on ab-initio physical models

h5fortran icon h5fortran

Lightweight HDF5 polymorphic Fortran: h5write() h5read()

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