工业领域是现阶段计算机图形图像处理技术应用 的主要领域之一，它在工业领

工业领域是现阶段计算机图形图像处理技术应用 的主要领域之一，它在工业领域发挥的作用主要有以下几个方面。第一计算机图像处理技术在现实应用的过程中，能够利用相关的软件进行真实场景的模拟， 通过参数的调整，表现出同一产品在不同阶段或者是不 同场景下的应用情况，能够较好地对产品的性质进行推 演，为产品设计工作提供一定的数据支持，对产品进行 优化的同时，降低产品研发、生产成本。第二，立体化 产品的表现。除了对产品性质进行检测之外，图形图像 处理技术也能够对产品进行更加立体化的表现，可以利用三维技术在商家进行产品制造时，对 产品进行立体化的表现，通过贴图、渲染等步骤，使产 品能够更加直观地进行展示，而这一技术也不仅仅应用 于日常生活产品的设计工作中，也应用于航天等高新技 术领域的生产研发工作中[14］ 。第三，对产品表现效果进 行进一步优化与改进。如，在进行印刷电路工作时，相 关人员可以使用 CAM 等技术，对信息进行分类以及重 组，进行相应三维模型的制作，能够进一步地提升图形 图像的视觉效果

The industrial field is one of the main application fields of computer graphics and image processing technology at this stage. Its role in the industrial field mainly includes the following aspects. First, in the process of practical application, computer image processing technology can use relevant software to simulate the real scene, show the application of the same product in different stages or different scenes through parameter adjustment, better deduce the nature of the product, and provide some data support for product design, While optimizing products, reduce product R & D and production costs. Second, the performance of three-dimensional products. In addition to detecting the nature of products, graphics and image processing technology can also perform more three-dimensional performance of products. Three dimensional technology can be used to perform three-dimensional performance of products during product manufacturing by merchants, so that products can be displayed more intuitively through mapping, rendering and other steps, This technology is not only applied to the design of daily life products, It is also used in the production and R & D work in aerospace and other high-tech fields [14]. Third, further optimize and improve the product performance effect. For example, when working on printed circuit, relevant personnel can use cam and other technologies to classify and reorganize information and make corresponding three-dimensional models, which can further improve the visual effect of graphics and images

The industrial field is one of the main fields in which computer graphics and image processing technology is applied at present, and its functions in the industrial field mainly include the following aspects. First, in the process of practical application, the computer image processing technology can use relevant software to simulate the real scene. By adjusting the parameters, it can show the application of the same product in different stages or different scenes. It can better deduce the nature of the product, provide certain data support for product design, optimize the product and reduce the cost of product development and production. Second, the performance of three-dimensional products. In addition to detecting the properties of products, graphics and image processing technology can also show the products in a more three-dimensional way. Three-dimensional technology can be used to show the products in a three-dimensional way when manufacturers manufacture products. Through steps such as mapping and rendering, the products can be displayed more intuitively, and this technology is not only applied to the design of daily life products, but also applied to the production and research and development of aerospace and other high-tech fields [14]. Third, further optimize and improve the product performance. For example, when working on printed circuit, relevant personnel can use CAM and other technologies to classify and regroup information and make corresponding 3D models, which can further improve the visual effect of graphics and images.