Automatic size and putting position calculation method and device, equipment and medium

Abstract

The invention discloses a size and putting position calculation method and device, terminal equipment and a computer readable storage medium. The method comprises the following steps of: setting a putting plane; determining a putting area according to a preset two-dimensional coordinate system and two putting points selected on the putting plane; obtaining a length size and a width size of the putting area on the basis of the preset two-dimensional coordinate system; obtaining a maximum length size and a maximum width size respectively smaller than the length size and the width size of the putting area from a standard size database to serve as a length size and a width size of a cuboid part; and determining a putting position of the cuboid part according to a midpoint and length and widthdirections of the putting area. According to the method, the size and the putting position of the cuboid part are automatically determined, so that tedious manual operations are decreased, the development efficiency is improved and the using experience of users is enhanced.

Description

technical field [0001] The invention relates to the field of computer graphics, in particular to an automatic calculation method, device, terminal equipment and computer-readable storage medium for size and placement position. Background technique [0002] The mold is a tool used for batch molding such as injection molding and die-casting in industrial production. The mold is composed of hundreds of different parts, and the shape of the parts is mostly cuboid (such as wear-resistant blocks, balance blocks, etc.). The position of the above-mentioned cuboid parts is crowded. When designing mold drawings, the user generally needs to use a measuring tool to measure the length and width dimensions of the measurement area in the area where the cuboid parts are to be placed, and then manually open the function selection of the cuboid parts to be smaller than the length of the placement area. The dimensions and specifications of the wide-sized cuboid parts, and then select the place...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned three-dimensional software measurement tools are cumbersome to operate (such as figure 1 , it takes more than 12 mouse clicks to draw a cuboid part), and more than 6 mouse clicks are required to measure the size of the placement area. The user needs to write down the measured size and then select a size smaller than the length and width of the placement area in the cuboid drawing function. Easy to operate wrong, resulting in repeated operations and low efficiency

[0005] Due to the cumbersome operations above, in the actual design process, in order to complete the design faster, the designer directly draws the size of the cuboid in the placement area, resulting in the size of the cuboid part being a non-standard part size, which cannot be sold in the market. Buying standard parts online can only be made to order, and the cost of making to order is very high, which runs counter to the current popular standardized design concept

Images