The present invention relates to a method for determining parameters relating to the coloration of a body zone of an individual, the method comprising the steps of: selecting a sample (10) for an individual amongst a set of samples (10), each sample (10) of the set being a sample representative of a body zone and having a reference colour distinct from the other samples (10), acquiring, by a sensor, an image, so-called initial image, imaging both the selected sample (10) and a corresponding body zone of the individual, processing the initial image, by a calculator, so as to obtain parameters relating to the coloration of the body zone of the individual.

There is provided herein a computer-implemented method for personalized matching of cosmetic, skincare and/or haircare products to a subject's skin/hair, the method including: obtaining input data of the subject, extracting a plurality of subject-specific skin/hair and skin/hair associated features/parameters from the input data, obtaining a name of a cosmetic, skincare and/or haircare product and/or a list of ingredients in a cosmetic, skincare and/or haircare product selected by the subject, applying a Quantitative Structure-Activity Relationship (QSAR) algorithm on the ingredients to obtain molecular and/or structural properties thereof, applying an AI algorithm on the plurality of extracted subject-specific skin/hair and skin/hair-associated features/parameters and on the molecular and/or structural properties of the skincare, haircare and/or cosmetic product to determine a degree of matching of the selected cosmetic product to the subject's skin/hair.

Methods, computer-readable media, and systems provide ways to capture and store in-game media content in a virtual experience, comprising: receiving a request to capture the in-game media content; capturing the in-game media content, associated with a temporary content identifier; storing the captured in-game media content in a temporary storage of the user device; detecting an overflow of a storage capacity of the temporary storage; in response to detecting the overflow of the storage capacity, prompting a developer to select a piece of the captured in-game media content to remove from the temporary storage via a callback function; in response to receiving developer selection of the piece of in-game media content to remove, removing the piece of in-game media content; and in response to no developer selection in response to the prompting, automatically selecting the piece of in-game media content to remove and removing the piece of in-game media content.

A computing device obtains from a user a reference image of an individual depicting a desired cosmetic appearance through application of makeup products on the individual. The computing device obtains makeup products available to the user and identifies facial features of the individual. First looks among a collection of looks are identified based on attributes of the facial features of the individual. The computing device identifies reference makeup products based on the makeup effects applied in the first looks. The computing device identifies second looks among the first looks, the second looks having associated makeup products among the reference makeup products that closely match the makeup products available to the user. The computing device identifies compatible makeup products based on the makeup products associated with the second looks. The computing device obtains an image of the user and performs virtual application of the compatible makeup products on the user.

A method for providing a traditional make-up service, includes displaying, by an electronic device, a plurality of standard person images with traditional make-up; displaying, by the electronic device, a user's facial image; displaying, by the electronic device, a standard person image having a high correlation with a result of analyzing the user's facial image among the plurality of standard person images based on the analysis of the user's facial image; and displaying, by the electronic device, the user's facial image with virtual make-up by user-customized make-up data based on the make-up reference data of the standard person image having the high correlation and the result of analyzing the user's facial image.

In at least one embodiment, a system for predicting a user's fit preference for an in-ear headphone is provided. The system includes an image detection device and at least one controller. The image detection device is programmed to capture at least one image of a user's ear. The at least one controller is programmed to detect one or more anatomical features on the least one image of the user's ear and to provide at least one selected in-ear headphone to the user based at least on the one or more anatomical features.