Trame Slicer

Overview

Trame-slicer is an innovative Python library that integrates the powerful components of 3D Slicer into the trame framework, providing users with a composable library that enhances the interaction with 3D medical data. This library leverages the Python wrapping of 3D Slicer, delivering a streamlined and efficient tool for handling various 3D visualization tasks. As it is designed for both Windows and Linux platforms, it opens up opportunities for a wide range of users interested in medical imaging and visualization.

With its current features still under development, trame-slicer offers a glimpse into the potential for greater integration with 3D Slicer’s capabilities. While using this library requires a degree of cautious experimentation, it certainly promises a unique approach to medical data processing and visualization.

Features

• File Loading Support: Allows limited loading of various file types including Volume files (DCM, NRRD, NIFTI), Model files (STL, OBJ), MRML/MRB files, and Segmentations (NRRD, NIFTI).

• 2D/3D Display Capabilities: Users can interact with their data through a 3D Slicer UI, providing intuitive manipulation of visualizations.

• Volume Rendering Options: Offers preset configurations for volume rendering, enhancing the visualization experience.

• Access to MRML Scene: Provides barebone access to the 3D Slicer MRML scene and core logic components, allowing for deeper manipulation of data.

• Installation Flexibility: The library can be set up in multiple ways, either through PyPI for a quick installation or directly from GitHub for those who prefer tweaking their installation.

• Ongoing Development: Work is in progress to streamline Slicer wheel generation and facilitate direct launches of trame-slicer servers from 3D Slicer, hinting at future expansions and improvements.

• Contributing Opportunities: The library welcomes contributions from the community, fostering an environment where users can actively participate in its development.

• Open License: Distributed with a permissive license, making it accessible for various use cases without complex restrictions.