Research
We identified a several similar user interfaces for Eye doctors such as Electronic Health Record (EHR) and ModMed. These interfaces have the following similar properties:
- Access the history of the examinations and compare how macular degeneration has developed over time
- Record relevant questions and answers
ModMed was closer to what we were looking for, because it allows the doctors to freely draw and annotate on the actual photo of the patient’s eye.
Based on the research, I iterated on the first prototype UI for doctors that allows assessment and image adjustment to present visual remapping to potential patients.
Previous User interface
The previous version of the Doctors' UI allowed the eye charts, and activate the warping effect while the patient experiences these changes in the VR viewpoint.
However. the key : hand-adjust the occluded area, which would allow more personalized adjustficiation for each participant. Also this version does not allow the doctors to adjust the conditions on each eye separately.


New Interface
I designed this interfaces and also programmed the drawing function.
History View
Doctors control the patient visualization through a web interface aimed at medical professionals to test and proscribe treatment. It provides access to features that affect a VR visualization in real-time.

Assessment View
Doctors can activate eye charts, hand-adjust the occluded area, and activate the warping effect while the patient experiences these changes in the VR viewpoint. This allows the necessary adjustment of the digital image and provides the medical professional with a range of tools needed to make VR-enhanced visualization beneficial for AMD patients. The design allows doctors to adjust the conditions on each eye separately.
The control interface allows the medical professional to import an Optical Coherence Tomography (OCT) image from the patient’s medical files. These images show the degenerated macular for a patient. With this information as a background, doctors can trace around the scotoma area and create a unique image that is then imported into the VR application.

The control interface also allows the medical professional to import an Optical Coherence Tomography (OCT) image from the patient’s medical files. These images show the degenerated macular for a patient. With this information as a background, doctors can trace around the scotoma area and create a unique image that is then imported into the VR application. This feature builds on traditional patient data and assessment methods but the drawing application allows the control application to send irregular-shaped scotomas to the VR visualization. The graphic image simulating the scotoma is generated and displayed in the patient interface. Doctors can still implement the warping effect, re-sizing and contrast features still apply.
Warp Control
Doctors can activate the warping effect while the patient experiences these changes in the VR viewpoint.

VR Training
Doctors can activate the warping effect while the patient experiences these changes in the VR viewpoint.
