Declared-Context Operative Anatomy Environment
Neurosurgical anatomy in the operative field. An interactive learning environment engineered to reveal the anatomical why behind declared surgical decisions and executed actions. By interacting with the scene, you directly observe and experience the physical and anatomical consequences of every move. Not a flat textbook. Not a procedural checklist simulator. An interactive environment to reason from anatomy.
For education and training only; not for patient care.
Anatomy Behind Operative Actions
This platform is built as an educational guide to help learners explore how tissue anatomy shapes instrument design, surgical maneuvers, and physical tissue responses. Using simple 2D shapes and abstract models, it clarifies core anatomical mechanics without prescribing patient care.
The Clinical Tutor Left Panel
Functioning like a senior tutor standing at the surgeon's left, this panel displays real-time feedback, action logs, and verified ground truth. It explains the anatomical rationale behind the physical event unfolding on the central canvas.
The Operative Field Central 16:9 Canvas
Located in the center, this 16:9 canvas is where the physical event happens and develops. Abstract 2D tissue shapes stretch, separate, or deform under tool interaction, allowing you to observe immediate physical consequences in real time.
The Instrument Tray Right Panel
Positioned like the scrub nurse's tray at the surgeon's right, this panel holds the tools and physical action verbs. Selecting an instrument reveals how its geometry—its handle, active edge, and material flexibility—was designed to interact with tissue safely.
Operative Anatomy Atlas
Recommended learning path: start with Single-Tool Mechanics on the right, build to Multi-Tool Tasks in the middle, and anchor your reasoning in Pterional Ground Truth on the left.
Pterional Anatomical Ground Truth
Authoritative corridor reference text — encountered layer by layer through the full patient journey from clinic to OR.
Multi-Tool Anatomical Tasks
Anatomy driving multi-instrument surgical acts — interactive modules revealing co-dependent tool actions and tissue mechanics.
Single-Tool Anatomical Mechanics
13 VerbsAnatomy driving single instrument shape and action — basic physical grammar showing tool geometry, edge design, and material consequences.
Suboccipital Approach
Suboccipital craniectomy for access to the fourth ventricle and cerebellar hemispheres.
Interhemispheric Approach
Microsurgical path through the longitudinal fissure to access deep callosal lesions.
Transsphenoidal Approach
Endonasal corridor to the sellar region for pituitary tumor resection.
Assets Library
Launch analytical tools, review videos, and manage your cloud storage.
The Annotation & Authoring Suite is the unified authoring workspace of the NeuroSim platform — empowering creators to construct interactive vector canvases, multi-layered anatomical scenes, and physics-enabled meshes locked to a uniform 16:9 aspect ratio:
- Annotation Studio: Two-mode workspace (Edit Mode → Play Mode). Trace polygon overlays over clinical imagery, attach ground-truth notes, and simulate surgical instrument actions.
- Universal Surgical Shape Studio: Vector design studio for building complex multi-layered 2D anatomical structures, Z-stack layering, and customizable SVG path geometries.
- Mesh Generator: Automated pixel-to-vector extraction engine for converting raw medical imagery into deformable mass-spring physics meshes.
Projects export as self-contained HTML templates with embedded JSON metadata — directly bridging static clinical imagery into live AI Mentor-grounded interactive simulation modules.
Google Cloud Storage Console
Manage clinical simulation datasets, tensor graphs, and MRI scans in your europe-west1 bucket.
Lab Authorization Required
Security rules require clinical credentials to read or write simulation data in the Cloud Storage bucket.
Upload to Bucket
Drag and drop simulation files here, or browse files
Supports .h5, .json, .nii, .csv, .glb data formats