Angle rotation real-time matching method based on try wearing of 3D (three dimensional) glasses

Abstract

The invention provides an angle rotation real-time matching method based on try wearing of 3D (three dimensional) glasses. The angle rotation real-time matching method based on the try wearing of the 3D glasses includes steps: S1, capturing a picture of a human face through a camera, performing 3D registration on the human face, and building an initial 3D coordinate of the human face; S2, obtaining an initial glasses model through modeling; S3, scaling, shifting and rotating the initial 3D coordinate of the human face so as to obtain a standard human face image; S4, scaling, shifting and rotating the initial glasses model along with changes of the initial 3D coordinate of the human face in real time so as to obtain a standard glasses model; S5, placing the standard glasses model on the standard human face image so as to achieve image synthesis; S6, superposing the standard glasses model and the standard human face image so as to generate a demonstration image. The angle rotation real-time matching method based on the try wearing of the 3D glasses can achieve real-time following and matching of the try wearing of the 3D glasses even when the human face is rotated at a small angle, does not need a special device, and is convenient to use, low in cost, and good in effect.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

Login to View More

AI Technical Summary

Benefits of technology

Inventions described earlier had several benefits compared to existing methods like grey scale calculations. They found that they could calculate faces from their surroundings instead of just looking upwardly through them. These improvements made it easier for users to see how much space was left behind while still being able to experience physical reality without having to connect any computer network.

Problems solved by technology

This patents describes three main types of techniques for simulating physical movements during simulation sessions (virtual reality). These techniques involve creation or modification of an object like a computer screen image displayed on top of another display system called LCD TV) without requiring special devices like kinetestones or cameras attached to them. However, these solutions suffer from certain drawbacks including limited usable space due to their complexity, difficulty connecting to databases, lack of interactive experiences, difficulties adjusting the design content within each session, potential issues related to water markings caused by light reflection, and challenges associated with changing software versions over multiple platforms.

Images