• Apple Vision Pro  DynamicHipVision

Dynamic Hip for Apple Vision Pro transforms calibrated pelvic-image analysis into an interactive spatial biomechanics experience.

The native visionOS app combines guided registration, bilateral biomechanics, volumetric reconstruction, immersive visualization, and reversible planning sensitivity.

FROM IMAGE TO SPATIAL MODEL

Import a pelvic image, calibrate scale, and complete the exact 19-point anatomical registration workflow. A concentric-circle selector supports point placement, while pan, zoom, nudging, undo, replacement, and next-point guidance preserve a consistent sequence.

After registration, Dynamic Hip generates a calibrated three-dimensional presentation derived from the measured geometry. When both femoral-head centres are available, the spatial origin is based on their current three-dimensional midpoint.

The anatomical model remains unobstructed so the landmarks, vectors, pressure field, and proposed geometry can be reviewed clearly.

SEE THE BIOMECHANICS IN SPACE

Volumetric and immersive views can display:

• Pelvic and femoral landmarks
• Femoral-head and proximal-femoral constructions
• Measurement lines, axes, arrows, and cylinders
• Bilateral load vectors in cyan
• Pressure and edge-loading vectors in red
• A spherical pressure field
• Current selected-area geometry in orange
• Uncommitted optimization targets in green
• Live updates after point, simulation, or planning changes

Use mixed, progressive, or full immersive presentation according to the review task. Floating controls can be hidden or revealed so the anatomy remains visible without unnecessary panels obscuring the model.

THREE SEPARATE OPTIMIZATION PATHWAYS

The Suggestions & Optimization Studio evaluates:

• Acetabular corrective-osteotomy sensitivity
• Proximal-femoral corrective-osteotomy sensitivity
• Hip-arthroplasty reconstruction sensitivity

Each pathway modifies only a temporary planning copy of the relevant geometry. Registered anatomy, original measurements, the source image, and the contralateral hip remain protected.

Dynamic Hip recalculates bounded candidates and compares:

• Load and pressure
• Contact-area estimates
• Estimated force and mean model stress
• Edge-loading sensitivity
• Coverage
• Offset and horizontal hip-centre position
• Reconstruction height
• Coronal alignment
• Cup-inclination sensitivity
• Head-diameter assumptions

Candidates with insufficient improvement or a minimum at a hard search boundary are rejected.

The “Best bounded model candidate” is only the accepted mathematical result within the selected pathway and programmed search limits. It is not an operation, implant target, or clinical recommendation.

BEFORE, OVERLAY, AND AFTER

• Before shows the active measured or simulated construction.
• Overlay combines orange current geometry, green candidate geometry, and correction arrows.
• After emphasizes the candidate while subduing the current construction.

Optional green candidate vectors support comparison with the active cyan load and red pressure field.

GUIDED SPATIAL CORRECTION

Pathway-specific guidance explains:

• Which anatomical region is being reviewed
• Which geometry is temporarily changed
• The direction and magnitude of the proposed correction
• The biomechanical values before and after
• The assumptions that remain unchanged
• The additional clinical and three-dimensional factors requiring independent verification

Guided controls can be used in the Optimization Studio and immersive presentation. A proposed candidate remains uncommitted until the user explicitly applies it to a reversible planning layer.

MEASUREMENTS, GRAPHS, AND EXPORT

Review bilateral coverage, lever-arm relationships, R/G5, P/G5, model-relative load and pressure, contact area, estimated force, estimated mean model stress, offset, height, centre displacement, and edge-loading sensitivity.

Original and advanced graphs remain available in dedicated windows for detailed before-and-after comparison.

Export text reports, CSV data, and annotated results for education, research documentation, and case review.

LOCAL-FIRST WORKFLOW

Images, points, measurements, simulations, and planning states are processed locally in the app. No clinical image or measurement is automatically uploaded to Orthopractis.

IMPORTANT

Dynamic Hip for Apple Vision Pro is an educational, measurement, documentation, and planning-sensitivity aid.

Its three-dimensional depth, load, pressure, stress, edge-loading, and optimization outputs are model-based estimates derived from a two-dimensional source image and explicit assumptions.

It is not CT segmentation, finite-element analysis, surgical navigation, implant selection, diagnosis, or a patient-specific prescription.

A qualified orthopaedic professional must verify every measurement and proposed candidate using the complete clinical and imaging context before any medical decision.