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develop
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feat/dftu-pw-port-v2
v3.11.0-beta5
v3.11.0-beta4
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develop
分支 (8)
标签 (98)
develop
dashboard
copilot/fix-test-github-actions-job
feature/openmp-hsolver
LTS
feat/tests-17-ds-dftu
ZhouXY-KML
feat/dftu-pw-port-v2
v3.11.0-beta5
v3.11.0-beta4
v3.11.0-beta.3
v3.11.0-beta.2
3.11.0-beta.1
v3.9.0.27
v3.9.0.26
v3.9.0.25
v3.9.0.24
v3.9.0.23
v3.9.0.22
v3.9.0.21
v3.9.0.20
v3.9.0.19
v3.10.1
v3.9.0.18
v3.9.0.17
v3.9.0.16
v3.9.0.15
v3.9.0.14
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develop
分支 (8)
标签 (98)
develop
dashboard
copilot/fix-test-github-actions-job
feature/openmp-hsolver
LTS
feat/tests-17-ds-dftu
ZhouXY-KML
feat/dftu-pw-port-v2
v3.11.0-beta5
v3.11.0-beta4
v3.11.0-beta.3
v3.11.0-beta.2
3.11.0-beta.1
v3.9.0.27
v3.9.0.26
v3.9.0.25
v3.9.0.24
v3.9.0.23
v3.9.0.22
v3.9.0.21
v3.9.0.20
v3.9.0.19
v3.10.1
v3.9.0.18
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v3.9.0.14
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README
--------------------------------------
 Purposes for this test directory is:
--------------------------------------
1, cover most features of ABACUS
2, autotest script to check if the version is correct.
 (reference result calculated by one core and saved in result.ref)
 (user can change NUMBEROFPROCESS value in integrate/general_info to test by multi cores)
--------------------------------------
 Folders in this directory
--------------------------------------
01_PW: KSDFT calculations in PW basis with multple k-point setting.
02_NAO_Gamma: KSDFT calculations in NAO basis with gamma-only k-point setting.
03_NAO_multik: KSDFT calculations in NAO basis with multiple k-point setting.
04_FF: Force fields, including Lennard-Jones potentials, Deep Potentials and Neuroevolution Potential.
05_rtTDDFT: Real-time TDDFT tests.
06_SDFT: Stochastic DFT tests.
07_OFDFT: Orbital-free DFT tests.
08_EXX: Hybrid functional and LR-TDDFT tests.
09_DeePKS: DeePKS tests.
10_others: Other tests such as LCAO in pw.
11_PW_GPU: KSDFT calculations in PW basis with multple k-point setting using GPU.
12_NAO_Gamma_GPU: KSDFT calculations in NAO basis with gamma-only k-point setting using GPU.
13_NAO_multik_GPU: KSDFT calculations in NAO basis with multiple k-point setting using GPU.
15_rtTDDFT_GPU: Real-time TDDFT tests using LCAO basis running on GPU.
16_SDFT_GPU: Integrate tests for stochastic DFT running on GPU. 
CMakeLists.txt: Cmake file for this directory.
integrate: Store acripts for integrte tests.
libxc: Examples related to LibXC, will be refactored soon.
performance: Examples related to performance of ABACUS, will be refactored soon.
PP_ORB: Collection of all the used pseudopotentials and numerical atomic orbitals.
README: This file
--------------------------------------
 How to run tests
--------------------------------------
1. Modify the file '/integrate/general_info' and set appropriate parameters.
2. Set the appropriate 'abacus' in the Autotst.sh.
3. Enter each integrate test directory, try this script for autotests
../integrate/Autotest.sh
4. if you want to focus on No.xxx example, such as 101_PW_OU:
cd 101_PW_OU and then type
./../integrate/Single.sh $parameter
# you can choose $parameter among "" (empty), debug or ref
# 'ref': generate result.ref file (the answer you need)
--------------------------------------
 Some comman names appear in the tests 
--------------------------------------
_PW plain wave bases
_NO numerical atoms orbitals bases
_NP expand numerical atoms orbitals in plane-wave basis
_OU old upf pseudopotential file
_15 SG15 pseudopotential file
_VW vwr pseudopotential file
_DJ DOJO pseudopotential file
_FD smearing methodL Fermi-dirac
_FX smearing method: Fixed occupations
_M2 smearing method: mp2
_MP smearing method: Methfessel-Paxton (MP)
_MV smearing method: Marzari-Vanderbilt
_SG smearing method: Gaussian
_SY turn on symmetry
_CG cg diagonalization method
_DA david diagonalization method
_S1 one spin channel
_S2 two spin channels
_S4 four spin channels
_GE genelpa diagonalization method
_SC scalapack diagonalization method
_RE relax calculation
_CR cell-relax calculation
_CF calculate and output force
_CS calculate and output stress
_MD molecular dynamics
_TD real-time TDDFT
_LR linear response TDDFT
_OH output Halmitonian matrix
_OB output bands file
_OD output DOS file
_OW output wave functions
_OC output charge density
_OK output kinetic energy density
_GO gamma_only method
_KP all K-Points method
_FM ferromagnetic nspin=2
_AF anti-ferromagnetic nspin=2 anti initial magnetism
_PU DFT plus U
_BS BSSE
_PL mixing_type plain mixing
_KK mixing_type kerker mixing
_PU mixing_type pulay mixing
_PK mixing_type pulay-kerker mixing
_BD mixing_type broyden mixing
_SO spin orbit coupling (SOC)
_XX EXX
_VD VDW (both d2 or d3)
_MG move ions method: cg
_MF move ions method: FIRE
_MB move ions method: bfgs
_MT move ions method: bfgs_traj
_1O first-order charge extrapolation
_2O second-order charge extrapolation
Orbital free DFT properties
_OF orbital free density functional theory (OFDFT)
_OP optimization method used in OFDFT
_KE kinetic energy functional used in OFDFT
_CO convergence check
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An electronic structure software based on either plane wave basis or numerical atomic orbitals. (https://github.com/deepmodeling/abacus-develop)
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