orca-quantum-chemistry
There are 44 repositories under orca-quantum-chemistry topic.
molmod/psiflow
scalable molecular simulation
QChASM/AaronTools.py
Python tools for automating routine tasks encountered when running quantum chemistry computations.
radi0sus/xyz2tab
Convert XYZ data to bond lengths & angles, calculate contacts, planes and dihedral angles and print tables
radi0sus/orca_uv
Plots absorption spectra from from ORCA output files
grimme-lab/orca.vim
Syntax highlighting for Orca input files in vim
radi0sus/orca_ir
Plots IR spectra from from ORCA output files
schneiderfelipe/scripts
A collection of scripts. Mostly computational chemistry.
ezpzbz/aiida-orca
AiiDA Plugin for ORCA
HaoZeke/wailord
An ORCA helper in python
JensKrumsieck/orca-input-file
Visual Studio Code Extension for ORCA inp-files
JensKrumsieck/orca-scripts
Some ORCA 5.0 scripts i use in my workflow
radi0sus/orca_orb
Analyzes the section 'LOEWDIN REDUCED ORBITAL POPULATIONS PER MO' in ORCA output files.
radi0sus/xyzalign
Align atomic coordinates in xyz files. Align one or more atoms to x-, y- and z-axes. Set origin to a selected atom or a centroid of selected atoms. Rotate atomic coordinates about arbitrary angles. Translate atomic coordinates.
schneiderfelipe/orcabas
🐰 Simple basis set parser for the ORCA quantum chemistry package
asterlingchem/Tutorials
A repository containing tutorials for electronic structure analysis
ChemParse/ChemParse
ORCA .out, GPAW .txt parser and many more
Daniele-Dondi/AutoChem
Virtual Chemical Reactor and scripts for automated quantum chemistry calculations
glibaniosr/ORCA_run
Script to help start and use ORCA quantum chemistry software
mukherjee07/ORCA-project-Li-ion-battery-material-discovery
These are important tools written for working with ORCA (a computational chemistry open source package) in a super-computing environment. They include multiple job submission scripts (BASH), multiple job cancellation (BASH), job setup with different geometries (in python), data extraction (BASH), final optimized geometry extraction (BASH) and
geoffreyweal/ORCA_Mechanism_Procedure
This article has been written to help chemists to run mechanistic studies in ORCA
glibaniosr/ORCA-read-for-glowfreqs
Python script to prepare .info files for the glowfreqs program from ORCA quantum chemistry calculations.
lukaswittmann/qube
QUBE (Quantum chemistry Utility for Benchmark Evaluation) is a Fortran-based tool designed for extracting energies from the output files of quantum chemistry calculations for large benchmark sets.
polyluxus/tools-for-orca.bash
Creating and submitting ORCA input; processing ORCA output.
radi0sus/orca_st
Easily transfer selected states from ORCA output files into tables
FrancescoCappelluti/EBS
Generalized Extended Broken Symmetry optimization
GES-compchem/GES-comp-echem
A python-based engine for computational chemistry calculations
gkxiao/xtb-scan
torsion scan at DFT//xTB-GNF2 theory level with xTB, ORCA and Gaussian
hbar-team/SPyCCI
The Simple Python Computational Chemistry Interface (SPyCCI) provides a simple interface to run calculation and analysis using a wide range of computational chemistry softwares.
HTY-DBY/orcacal
使用 python 调用 ORCA 进行理论化学的计算,并封装了常用计算方法。DFT/量子化学/理论计算/理论化学/第一性原理
NiklasTiede/FeedingORCAs
🐳 Simple Library serving as an Interface to connect the QM-Software ORCA with MongoDB.
nqhq-lou/ORCA_workflow
ORCA workflow on one workstation (not clusters).
fabianzott/get_data_BDE
Get data from ORCA and Gaussian output file for SMD(H2O)/DLPNO-CCSD(T)/CBS//(U)B3LYP-D3/6-31+G(d,p) level of theory
geoffreyweal/ORCA_Coalesce_Reactants_Procedure
This article provides information to allow users to determine the energy required or released when a metal coordinates with a ligand/organic molecule
radi0sus/plot-mb
Plots Mößbauer spectra from parameter files or ORCA output files
raghurama123/OrcaNotes
Sample inputs and notes for the quantum chemistry program Orca
SkyeAv/OrcaFunctionalHub
OrcaFunctionalHub facilitates molecular modeling and computational chemistry tasks using the Orca quantum chemistry package. The script automates the conversion of SMILES representations of molecules into 3D coordinates, performs geometry optimization, and executes time-dependent density functional theory (TDDFT) calculations.