US20260278880
2026-09-17
Physics
G06T11/60
The system described integrates several technological processes to enhance the interaction between users and hairstylists. It employs a processor to obtain a user's face image and analyze it for facial features. Simultaneously, it processes natural language input from the user to extract desired hairstyle attributes. Combining these analyses, the system generates a three-dimensional hairstyle model tailored to the user's facial characteristics. The generated model is then superimposed on the face image and displayed to the user, offering a realistic preview of potential hairstyles.
Traditional methods for selecting hairstyles often rely on static images or vague descriptions, leading to miscommunication and dissatisfaction. These methods lack the ability to integrate detailed facial analysis with the user's verbal description of a desired hairstyle. The new system addresses these shortcomings by creating a realistic, personalized three-dimensional hairstyle model that aligns with the user's facial features. This approach not only improves the accuracy of hairstyle previews but also enhances the communication of style preferences to hairstylists.
The system's processor performs multiple functions: it analyzes the user's face image to extract facial features such as face contour and positions of facial elements like eyes and mouth. It also classifies the face shape into categories like round or oval. Concurrently, the processor interprets the user's natural language input to identify hairstyle features, including length, style, and specific attributes like bangs. Using this data, a customized three-dimensional hairstyle model is generated, providing realistic shading and texturing to simulate hair volume and texture.
Once the three-dimensional hairstyle model is created, it is superimposed on the user's face image for display. The system presents multiple hairstyle options based on this model, allowing users to visually compare different styles. This interactive feature aids in selecting the most suitable hairstyle, enhancing user satisfaction by providing a clear visual representation of potential outcomes. The selected hairstyle can then be shared with a hairstylist, ensuring that the professional receives an accurate depiction of the user's choice.
The system combines hardware and software components to perform its functions, utilizing processing units such as CPUs and GPUs. Key terms include "face image," referring to digital data of the user's face, and "natural language input," which encompasses user-provided text or speech describing desired hairstyles. The system's ability to analyze and interpret these inputs into a three-dimensional model represents a significant advancement in personalized hairstyle selection and communication with hairstylists.