The current simulation capabilities produce a "raw" x-ray image. This is counter intuitive as the plate available looks like a free-movement digital plate. We should address this discrepancy and switch to a digital plate and digital response

Tunnel view, Sunrise view, Erect knee, Lateral Decubitus

Most of the interface is not purpose built for the jobs to be done by the user. We should redesign the app UI to better support a more intuitive workflow.

Add GRID to radiographic table and wall bucky

select improvements, fixes and additions to existing X-ray exams. This includes the addition of new simulations, patient poses, range of motion and other improvements.

Includes high-fidelity wall and table bucky models, with functional tube detents for realistic positioning and alignment behavior. Also, add more detector plates and find a way to control the detector plate in the Desktop version.

Enable at least AP and lateral views through detailed simulation of patient position, bone anatomy, and joint movement. Use Bontrager and Merryll's atlas as reference.

Enable at least Supine PA, Supine PA Axial (Caldwell), Supine Lateral, and Supine AP Axial (Towne) views through detailed simulation of patient position, bone anatomy, and joint movement. Use Bontrager and Merryll's atlas as reference.

Enable at least AP (or PA), posterior (or anterior) oblique (RPO/RAO), lateral, and lateral L5-S1 (spot 5) views through detailed simulation of patient position, bone anatomy, and joint movement. Use Bontrager and Merryll's atlas as reference.

Enable at least anterior oblique (RAO), and lateral views through detailed simulation of patient position, bone anatomy, and joint movement. Use Bontrager and Merryll's atlas as reference.

Enable at least AP open mount, AP Axial, AP axial oblique (LPO), PA axial oblique (RAO), and lateral views through detailed simulation of patient position, bone anatomy, and joint movement. Use Bontrager and Merryll's atlas as reference.

Any bugs that might affect the release

Enable at least AP, PA, PA Oblique (RPO), Anterior oblique (LAO), and lateral views through detailed simulation of patient position, bone anatomy, and joint movement. Use Bontrager and Merryll's atlas as reference.