PATIENT-FREE DEMONSTRATION CONTENT
3D Dicom Mobile 1.11.0 | Orthopractis

These files were mathematically generated. They contain no real patient data.
The phantom is not a scanner calibration standard, anatomy model or accuracy validation.

DICOM: 64 classic single-frame CT objects, Explicit VR Little Endian,
128 x 128 pixels, 1 mm pixel spacing and 1 mm slice spacing, signed 16-bit.
Synthetic intensities are illustrative and are not physical calibration measurements.
Import the SYNTHETIC_CT_PHANTOM directory with DICOM folder. Keep it separate
from OBJ files; the app expects one consistent DICOM series per folder.
Select CT-Bone or another display preset, then inspect Axial/Coronal/Sagittal slices.

OBJ: Demo_100mm_Rings_METRES.obj is a geometry-only object with outer diameter
100 mm. Coordinates are METRES. Leave Model coordinates are millimetres OFF.
Its authored origin is at the centre of the large ring; it is not at the bottom.
Import using Import files, choose the OBJ, then Fit view. Select Virtual cube 1
for a surface-placement demonstration on a physical supported ARCore device.
Enter AR, scan a textured surface, and tap a detected point or Place at +.
To rest the ring on a horizontal plane, add a local Y offset of +6 mm, with
zero rotation and scale 1. This is a geometric example, not a general alignment rule.

For the reference-image workflow, print the supplied reference-target PDF at 100%,
verify each full image is 40 mm wide, select the matching image target, and enter AR.

No external model, image or patient licensing is required for these generated demo files.
You may use them for this app's testing, training and marketing screenshots.
