Overview

HEXOMAP is an advanced toolkit designed for high-energy X-ray diffraction, utilizing CUDA technology to deliver impressive 3D microstructure reconstructions. This near-field high-energy X-ray diffraction reconstruction toolkit is not only efficient but also highly accurate, making it a valuable asset for researchers and professionals in materials science. Although currently under development, HEXOMAP promises to enhance workflow with its user-friendly interface and evolving capabilities.

As it stands, the toolkit streamlines the installation and usage process, allowing users to harness the power of GPU-based reconstruction effectively. With a roadmap that indicates the public release of a stable API soon, HEXOMAP is well on its way to becoming a standard tool in the field.

Features

GPU Acceleration: Utilizes CUDA and pycuda for enhanced computational efficiency, enabling rapid data processing and analysis.
3D Microstructure Reconstruction: Produces high-fidelity 3D models, crucial for detailed materials analysis.
Easy Installation: Offers a straightforward setup process with comprehensive instructions for setting up dependencies and packages.
MPI Support: Enables the use of MPI for parallel processing, allowing for efficient handling of large datasets.
Example Notebooks: Provides Jupyter notebooks that guide users through the reconstruction steps, making it easier to understand the toolkit's capabilities.
Public Release Roadmap: Future updates promised, including a stable API and GUI/Web frontend, ensuring continued improvement and adaptation to user needs.
BSD License: Offers a permissive licensing model, promoting collaborative development and adaptation of the toolkit by the community.

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HEXOMAP