Overview

QMForge is a Python-based framework with a graphical user interface for analyzing and visualizing results from quantum chemistry calculations. It provides tools for extracting and interpreting computational chemistry data.

Key Capabilities

Data Analysis

Parse and analyze output files from various quantum chemistry packages. Extract energies, molecular orbitals, electron densities, and other computed properties.

Visualization

GUI-based visualization of molecular orbitals, electron density distributions, and other electronic structure properties. Supports interactive exploration of results.

Property Calculation

Compute derived properties from raw calculation data including bond orders, partial charges, and spectroscopic predictions.

Common Use Cases

• Visualizing molecular orbitals from DFT calculations
• Analyzing electron density distributions
• Comparing results across different computational methods
• Preparing figures for scientific publications

Resources

• Language: Python