You can post questions and discuss CRIMSON on our forum and mailing list
Make sure to check our publications page
Tutorials
Guides
Creating custom CRIMSON Solver Setup extensions using Python
Make sure to check our publications page
Tutorials
- Lecture 1: Introduction (pdf)
- Lecture 2: Introduction to CRIMSON interface (pdf)
- Lecture 3: Making a vessel (pdf)
- Lecture 4: Adding vessel branches (pdf)
- Lecture 5: Blending (pdf)
- Lecture 6: Mesh creation (pdf)
- Lecture 7: Boundary condition specification (pdf)
- Lecture 8: Running a steady analysis (pdf)
- Lecture 9: Result visualization (pdf)
- Lecture 10: Patient-specific modeling (pdf)
- Lecture 11: Mesh adaptation (pdf)
- Lecture 12: Deformable FSI simulation (pdf)
- Lecture 13: Advanced geometric modeling (pdf)
- Lecture 14: Custom solver set-up using Python (pdf)
- Lecture 15: Custom design of LPN boundary condition models: Netlists (pdf)
- Lecture 16: Boundary condition cross-talk and coordination using Python (pdf)
- Lecture 17: Upcoming features (pdf)
- Lecture 18: PC-MRI Boundary conditions (pdf)
- Please cite our upcoming article if you use this tool: Optimal B-spline Mapping of Flow Imaging Data for Imposing Patient-specific Velocity Profiles in Computational Hemodynamics, A. Gomez et al. IEEE TBME.
Guides
Creating custom CRIMSON Solver Setup extensions using Python
Videos:
- Creating a vessel centerline
- Manual vessel segmentation
- Automatic vessel segmentation
