3D finger modeling nail art configuration simulation system

Abstract

A 3D finger modeling and nail art configuration simulation system includes a database module, a 3D scanning module, a processing module, an operation module, and a display module. The database module includes a graphics database and a hand shape database. The 3D scanning module acquires 3D finger graphics. The processing module acquires gel nail graphics according to operation instructions and performs graphic configuration and surface fitting calculations. The display module displays the simulation result formed by combining the gel nail graphics with the 3D finger graphics. This achieves a structure that configures gel nail graphics based on 3D finger graphics and displays the simulation result.

Claims

1. A three-dimensional finger modeling nail art configuration simulation system, comprising at least: A database module includes a graphic database and a hand shape database. The graphic database stores a plurality of gel nail images, and the hand shape database stores a three-dimensional finger image. A three-dimensional scanning module is electrically connected to the database module and is used to scan a user's finger to obtain the three-dimensional finger image. A processing module is electrically connected to the database module and the three-dimensional scanning module and is used to receive the three-dimensional finger image and store it in the hand shape database. It also retrieves the gel nail images from the graphic database and performs graphic configuration calculations according to an operation command, so that the selected gel nail images are positioned at the corresponding positions of the three-dimensional finger images. Furthermore, the processing module performs surface fitting calculations based on the surface contour information of the three-dimensional finger images, so that the selected gel nail images are fitted to the corresponding nail surface. An operation module electrically connected to the processing module is used to generate the operation command; and a display module electrically connected to the processing module is used to display a simulation result formed by combining the gel nail graphics with the three-dimensional finger graphics; thereby, the three-dimensional finger graphics are obtained through the three-dimensional scanning module, and the gel nail graphics are configured by the processing module according to the surface contour information of the three-dimensional finger graphics, thus achieving the structure of a three-dimensional finger modeling nail configuration simulation system.

2. The nail art configuration simulation system for 3D finger modeling as described in claim 1, wherein the operation instructions include graphic selection operation, movement operation, scaling operation, rotation operation and mirroring operation.

3. The nail art configuration simulation system for three-dimensional finger modeling as described in claim 1, wherein the processing module adjusts the proportions of the gel nail graphics according to the geometric dimensions of the three-dimensional finger graphics to accommodate the finger sizes of different users.

4. The nail art configuration simulation system for three-dimensional finger modeling as described in claim 1, wherein the processing module performs geometric deformation calculations based on the surface contour information of the three-dimensional finger graphic, so that the gel nail graphic conforms to the curvature of the nail surface.

5. A nail art configuration simulation system for 3D finger modeling as described in claim 1, wherein the display module supports switching between multiple viewpoints to present the combined effect of the gel nail graphics and the 3D finger graphics.

6. The nail art configuration simulation system for three-dimensional finger modeling as described in claim 1, wherein the operation instruction includes a scanning instruction, the processing module controls the three-dimensional scanning module to scan the user's finger according to the scanning instruction to generate the three-dimensional finger graphic, and stores the three-dimensional finger graphic in the hand shape database.

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