CRIMSON
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    • Modern GUI Design
    • Comprehensive Segmentation Toolbox
    • Advanced Meshing Features
    • Graphical Specification of Boundary Conditions
    • Patient specific velocity profiles
    • Postprocessing
    • Custom Solver Setup via the CRIMSON Python Interface
    • Arbitrary Lagrangian Eulerian (ALE ) Methods
    • CRIMSON At a Glance
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Documentation (v. 2016.04.02)

You can post questions and discuss CRIMSON on our forum and mailing list

​Make sure to check our publications page

Tutorials
  • Try the MICCAI 2018 Tutorial
  • 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 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.
  • Lecture 19: CRIMSON particles (pdf)


​Guides
Creating custom CRIMSON Solver Setup extensions using Python

​Videos:
  • Creating a vessel centerline
  • Manual vessel segmentation
  • Automatic vessel segmentation
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