DJMol

DJMol provides integration and orchestration of electronic-structure and molecular simulation codes to support molecular simulations and analysis in computational chemistry and materials science.

Key Features:

• Integrations with electronic-structure and MD codes: Integrates back-end codes including DFTB+, Siesta, Atomic Simulation Environment (ASE), and OpenMD.
• Common API: Provides a common application programming interface (API) to coordinate multiple modeling codes in the backend.
• Python interpreter integration: Embeds a Python interpreter to execute scriptable Python libraries such as Pymatgen.
• Modular and extendable architecture: Implements a modular system that can be extended with additional computational modules.
• Data analyzers: Includes data analyzers for interpreting and processing simulation results.
• Java and Python modules: Comprises Java and Python modules as part of the codebase.

Scientific Applications:

• Materials and chemical modeling: Modeling and analysis of molecular structures in materials science and chemistry research.
• Electronic-structure and molecular dynamics simulations: Running and combining electronic-structure and MD simulations via DFTB+, Siesta, ASE, and OpenMD.
• Workflow automation and post-processing: Automating simulation workflows and post-processing using Python libraries such as Pymatgen and built-in data analyzers.

Methodology:

Composed of Java and Python modules with an embedded Python interpreter, a common API, integration with DFTB+, Siesta, Atomic Simulation Environment, and OpenMD, and built-in data analyzers.