DVRKing (web)
releasedSolve the 1D vibrational Schrödinger equation of a diatomic molecule in your browser: upload a potential energy curve, get the vibrational levels, spectrum and spectroscopic constants — no install.
DVRKing (web) runs the DVRKing sinc-DVR solver entirely in your browser through Pyodide — Python is downloaded into the page and your file never leaves your machine.
How to use it
- Prepare a CSV with two columns — internuclear distance
rand potential energyV. - Enter the reduced mass (in amu or electron masses).
- Optionally force the units of
randV; leave on detect to read them from the CSV. - Run. The first run downloads the Python runtime (~36 MB, cached afterwards); results are the vibrational levels, the spectrum and the spectroscopic constants in cm⁻¹, with a downloadable report.
Prefer the command line, or need the PDF report? The downloadable DVRKing program does the same from your terminal.
Run it here
Upload a CSV with two columns — internuclear distance r and potential energy V — and the solver runs in your browser. Nothing is uploaded anywhere: Python itself is downloaded into the page and your file never leaves your machine.
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Créditos
- Programmer: Rafael Ferreira Veríssimo