Image processing method for tile line connection

Abstract

The invention discloses an image processing method for tile line connection, which comprises the following steps: acquiring an original scanning image of a tile, and preprocessing the original scanning image to obtain a restored image of which the specification is the same as that of the tile; segmenting or copying the restored image to obtain a plurality of segmented layout images with the same size; randomly selecting one segmented layout image, determining a texture connection node of the segmented layout image, enabling the positions of the nodes on each side of the segmented layout image to be the same, adjusting the texture of the segmented layout image, and enabling the texture of the node on each side to be naturally connected with the texture at the center position of the layout; and covering the frame texture of the adjusted segmented layout image to the frame of the whole restored image, and adjusting the textures in the remaining segmented layout images until the node texture on the edge of each segmented layout image is naturally connected with the texture at the center position of the layout of the segmented layout image. According to the image processing method provided by the invention, when any layout of the ceramic tiles is adjacently paved at any position and direction on the same plane, the connection of product textures can be realized, and the loss of manpower and material resources caused by the realization of the connection textures is reduced.

Description

technical field [0001] The present invention relates to the technical field of image processing, and in particular to an image processing method, device, terminal equipment and computer-readable storage medium for ceramic tiles. Background technique [0002] At present, the traditional "one stone with multiple sides" tile products in the tile industry can no longer meet the needs of modern space applications. The design and production of the product texture are basically based on the stone texture. Although this method retains the natural stone However, in the actual space application, it is difficult to meet the space paving effect expected by customers. Because, after the texture of natural stone has been cut in the layout, it must be paved in accordance with the sequence of the layout and the direction indicated by the arrow on the back of the tile during construction. Once the layout is out of order or the direction of paving is wrong in this process, it will affect the...

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Problems solved by technology

[0002] At present, the traditional "one stone with multiple sides" tile products in the tile industry can no longer meet the needs of modern space applications. The design and production of the product texture are basically based on the stone texture. Although this method retains the natural stone texture, but in the actual space application, it is difficult to meet the space paving effect expected by customers

Because, after the texture of natural stone has been cut in the layout, it must be laid in accordance with the order of the layout and the direction indicated by the arrow on the back of the tile before the texture can be connected.

Once the layout is out of order or the direction of the paving is wrong in this process, it will affect the overall effect and use effect of the final space paving, and it is difficult to meet the customer's expectations

Although most of the existing ceramic tile products have a joint pattern design, this joint pattern also needs to be combined and connected in a specific order, including the arrangement and combination according to the layout order and the indicated direction. The construction personnel need to spend a lot of effort to check during the laying process. The sequence and direction of the layout lead to a waste of manpower during construction; and the ceramic tile products designed by the sequential pattern design method are placed together. The process of packaging such ceramic tile products is cumbersome and error-prone. A large number of manual checks will further cause a waste of various resources

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