Extension availability and public tutorial samples are listed separately below. The samples support the examples; installation requires a complete, validated QCBlender extension ZIP.
01 / Blender extension
0.1.0 Alpha
ALPHA
Available · Windows x64 · Alpha Preview
Download the self-contained extension ZIP or install from the remote repository below. Download URLs and digests are checked against the public Release.
The tutorial bundle does not duplicate the extension installer. Retain the license, source and attribution notices for each file.
INSTALLATION
Choose a ZIP or remote repository installation.
01
Check the environment
Use the validated Windows x64 and Blender 5.1.1 environment. Other platforms and versions require separate validation.
02
Install from disk
Open Preferences → Get Extensions → menu → Install from Disk. Choose the complete extension ZIP and enable QCBlender.
03
Check the scientific runtime
Run Check Scientific Runtime in the QCBlender add-on preferences, then start with P01 in the Chinese tutorial.
The complete extension includes the required scientific libraries. No separate Python environment is needed at runtime.
Install from the remote repository
After the public Release is available, use the complete index URL: https://notes.psiqaq.cn/QCBlender/index.json
Enable Allow Online Access under Edit → Preferences → System → Network.
Open Get Extensions → Repositories → + → Add Remote Repository and paste the complete URL above.
Sync the repository, search for QCBlender and install it. Confirm it is enabled under Add-ons, then run Check Scientific Runtime.
Before you begin
Compatibility & calculation scope
Other platforms and versions have not been validated here. Built-in wavefunction evaluation excludes ECP, complex orbitals and periodic systems. ORCA OUT/HESS supports existing properties and vibrations; GBW, ORCA JSON and .mwfn have no direct importer. See File formats for version and data conditions.
Validated
Windows x64 · Blender 5.1.1
Extension manifest
Blender ≥ 5.1.1 and < 5.2.0
Built-in evaluation
Nonperiodic, real-valued, all-electron HF/DFT
Calculation scope
Existing results and grid evaluation; no new SCF
Begin with P01
Make your first
orbital image.
A complete Chinese tutorial takes you from installation to saving a project, with focused topics for the next question.