The ideal patient-doctor consultation is affordable and looks like this: The patient puts on their AR-goggles and selects a perfect new face for their size, taste preference, personality, and while talking and smiling just to see how it works. The doctor sees it with them, and offers agreements or suggestions here and there to the patient. In 10 minutes, the final goal is defined 100% exactly, and can be followed by expertise combined with the best available 3D-surgery thatthe doctor might have too. The doctor and patient are in full mutual understanding. Both know how happy they'll be for the service rendering.

The company did a GREAT offering to the market!
I offer here two links:
1. A promo-video focusing on how efficient this relationship is: it's nice, it's the "overview"....
and next,

2. one of the patents that describes how the company Vectra presented its design for an Augmented reality visualization system and method for cosmetic surgery.

You'll find it refers to the design for an office based, mobile based, and implementation using 3D Meshes for common shapes and features (in this case breast augmentation).

It would be neat to learn more about their User interface graphics coding tools and in particular the alignment algorithms for achieving the perfect "fit" or look based on Bayesian analysis.

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If you are interested in providing products that give customers a handle on image adjustments, you need to make sure your code accomodates tools like Bayesian image analysis. The Journal of Applied Statistics offers some information you can download HERE

Coogle Patent HERE

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Special thanks Farida C. from www.facebook.com/groups/PO3Dinteractive

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