Facial Beauty Analysis
Facial beauty analysis is an increasingly popular tool used by plastic surgeons and cosmetologists, amongst others, to determine the objective “beauty” of an individual. Beauty is, of course a subjective description; what is considered “beautiful” by one person, or in one culture, may be considered: plain” or “ugly” by others.
However, numerous studies have been conducted in recent years that have led to a quantifiable definition of beauty. We now have a facial beauty analysis scale that grades an individual face from a data set of seventeen separate facial points. A complex mathematical algorithm based on facial recognition research, facial beauty analysis, subjective visual survey results and neo-classical art works provides the ten point scale.
Computer software devolved by Anaface studies an uploaded full face image, and rates each of the seventeen facial data points separately, combining the results to give a facial beauty analysis grade of one to ten. This facial beauty calculator can be used at several websites on the internet by those who are curious. The tool had proven to be an asset to plastic surgeons, and specialists in reconstructive surgery. Many people who are considering cosmetic surgery use facial beauty analysis to determine what areas of the face they wish to have changed. This software has the ability to show the end user what they would look like after the changes are made.
Facial Beauty Analysis–It’s All In The Math
Surprisingly enough, beauty is indeed mathematical. The facial beauty tests and the algorithms behind such software are based on Fibonacci numbers, and the work of Leonardo Di Vinci.
Briefly, Fibonacci numbers, as a set, are a sequence of numbers starting from One, wherein the next number in the series is the sum of the two previous numbers: 1, 1, 2, 3, 5, 8, etc. mathematicians discovered that after dividing a number in the series by the previous number, at a certain point, a set ratio emerged: the number known as “phi”, which is 1.618033… This is the Golden ratio. This is the number that Leonardo Di Vinci used to calculate his perfect male, the statue David.
Scientists them began examining architecture, art and statuary, and discovered that the closer a given object, or face, conformed to this golden ratio as a relationship between the parts and the whole, the more “beautiful” the object was said to be, subjectively. This golden ratio is also found in nature, particularly in flowers, as the Fibonacci sequence allows the most efficient arrangement of a given group of individual pieces. The sequence is also used in the design of efficient shipping containers and modular packaging.
Advertising firms and casting directors now use the facial beauty test extensively to choose models and actors. Cosmetologists use this to teach clients how to accentuate their best features and downplay the less perfect ones. Apparently, beauty is not as subjective as was once believed.
Facial hair styles, such as handle bar mustaches and mutton chop sideburns, are often used by men to disguise a lack of facial symmetry or define the angle of the jaw bone. Beards, both full and Van Dyke, can be trimmed and sculpted to achieve startling and often gratifying changes in appearance.
Aside from the commercial and medical uses, facial beauty analysis programs are now being used in certain states to prevent identity theft. While beards, sunglasses and theatrical makeup can appear to alter a face, the underlying structure isn’t changed. When a photograph is taken for a driver’s license, the computer saves this image.
Should someone apply for a change on their license the new image is compared by the software to the existing image, and the software can subtract the impact made by facial hair, makeup or glasses. Unless the individual has had cosmetic surgery, the computer will be able to match the two pictures with a high degree of accuracy, thereby preventing the most common forms of identity theft.
Analysis programs can also re-create what a face would have looked like based on the bone structure of a skull, coupled with carefully recorded average measurements of skin and muscle depth. This technology has been used by anthropologists and archeologists to recreate the faces of Neanderthal men and King Tutankhamen, for example.
Facial beauty analysis, and the facial recognition software related to it, allows computers to artificially age an image to show what a missing person might look like years after their disappearance. This innovative application has helped law enforcement officials find missing children years after they were taken, catch criminals in cold cases, and reconstruct the appearance of corpses so they can be identified.
Cosmetologists use facial beauty analysis not only to suggest the best makeup for people, but also to provide useful information and products to promote clear even skin tone. Freckles, acne and patches of discolored skin, or overall uneven skin tone, detract from the subjective perception of beauty. Makeup professionals often develop unique facial mask recipes for their clients in an attempt to correct skin tone issues and offset the effects of age induced flaccidity as well. Dentists, maxilla-facial surgeons and orthodontists use facial beauty analysis to help determine how the jaw should be re-aligned after an injury, as well as how tooth alignment can affect the overall symmetry of your face.
Most people are surprised when they find out that the characteristic they refer to as “beauty” is actually based on mathematics. Now that facial beauty analysis is being used in so many different ways, we can look forward to an ever increasing understanding of what beauty really is.