The Application and Prospects of Digital Visualization in Urban Public Building Space Design

With the development and innovation of digital information technology, digital visualization plays an increasingly important role in the design of urban public building spaces. This paper explores the application of digital visualization technology in the design of urban public building spaces and looks ahead to future trends. Firstly, it analyzes the challenges in the design of urban public building spaces, including extensive professional involvement, complex functional layout requirements, rational emergency evacuation routes, multidimensional analysis of architectural spatial environments, and appropriate selection of decorative materials. Next, it introduces the applications of digital visualization technology in showcasing visual design and expression, optimizing spatial functional layouts, enhancing the rationality of evacuation routes, analyzing dynamic environmental impacts and energy consumption, and improving the effectiveness of material selection in the design of urban public building spaces. Lastly, it discusses the prospects of extended reality (XR) technology, interactive design using data platforms, and AI technology in the design of public building spaces. It is hoped that this paper provides inspiration and reference for the deeper application of digital information technology in the field of architecture. .

Evaluating Methods of Visual Assistance for Workers to Improve Quality and Usability in Individualized Kitchen Cabinet Assembly

In times of digitalisation, visual assistance systems in assembly are increasingly important. The design of these assembly systems needs to be highly complex to meet the requirements. Due to the increasing number of variants in production processes, as well as shorter innovation and product life cycles, assistance systems should improve quality and reduce complexity of assembly processes. However, many large kitchen manufacturers still assemble kitchen cabinets manually, due to the high variety of components, such as rails and fittings. This paper focuses on the analysis and evaluation of virtual assistance systems to improve quality and usability in individualised kitchen cabinet assembly processes at a large German manufacturer. A solution is identified and detailed.

The Application of NURBS Modeling Method to Visualization in Engineering Design

A modeling method is proposed, which combines texture mapping, LOD and geometric modeling. The theory and the application of NURBS in geometric modeling are presented. The methods of NURBS commonly used in the visualization in engineering design are discussed. Some examples are presented.

A creative design of robotic visual tracking system in tailed welded blanks based on TRIZ

According to the main tools of TRIZ, the theory of inventive problem solving, a new flowchart of the product conceptual design process to solve contradiction in TRIZ is proposed. In order to realize autonomous moving and automatic weld seam tracking for welding robot in Tailed Welded Blanks, a creative design of robotic visual tracking system bused on CMOS has been developed by using the flowchart. The new system is not only used to inspect the workpiece ahead of a welding torch and measure the joint orientation and lateral deviation caused by curvature or discontinuity in the joint part, but also to record and measure the image size of the weld pool. Moreover, the hardware and software components are discussed in brief.

Interpretation of Visual Culture in Architectural Design

Before the invention of characters, human beings used images to convey information and express ideas, and such a mode of transmission has still been maintained and even presented in more diversified forms with the passage of time. Architecture is a significant branch of visual art, it meets functional needs of daily use, and also reflects social culture and its development tendency. This paper analyzed the relationship between architectural design and visual form, explored the expression means of architectural cultures, so as to grasp the development context of history precisely, enrich architectural design and make it a motive of social cultural development.

基于TouchDesigner视觉编程技术的粤剧数字化设计创新

目的探究TouchDesigner视觉化编程技术于粤剧当代发展中的数字化设计创新路径。方法分析粤剧的数字化发展现状,探讨TouchDesigner视觉化编程技术与粤剧的数字化转换关系,从而研究粤剧的可数字化元素及TouchDesigner技术的数据转换方法。分析当下数字技术介入粤剧的研究现状,并总结特点与不足,从中发现TouchDesigner编程技术之于粤剧的数字化创新突破口。最后通过TouchDesigner介入粤剧的数字化设计实践与案例剖析,探索多元交互与沉浸式表现技术中的粤剧多重感官体验形式,探究粤剧数字化设计的多维表达方式。结论为粤剧的当代发展提供一种融媒体、跨感官的交互式数字化设计创新方法,实现粤剧数字化创新表达,同时,也为传统文化的数字化设计注入中国式血液,进而引发对未来智能场景下粤剧数字化设计创新的新思考。

On the Teaching of Decorative Painting for the Major of Visual Communication Design

On the basis of analyzing characteristics of decorative painting, this paper analyzed problems in the teaching of decorative painting in the major of visual communication design, and proposed corresponding strategies of adjusting teaching contents, changing the mode of teaching, and updating the teaching thought. Moreover, all teachers are expected to adapt to the development of the times, enhance the cultivation of their own qualities besides the professions and also the training of relevant design skills, improve the teaching quality, arrange the teaching contents and divisions properly as well as homework flexibly, and cultivate students' abilities of applying decorative paintings into the visual communication design, so as to improve their cultural quality and aesthetic capacity.

Electromagnetic System Design and Visual Simulation

An electromagnet design system is developed using Visual C++ language and OpenGL technology to visualize parametric 3D model. The system consists of primary design, optimization design, dynamic and static characteristics, and visual simulation. All empirical parameters and curves used in design process are stored in database. Through human-computer interactions, an electromagnetic system can be designed conveniently with the results and characteristics curves displayed in graphic model. Using this system can greatly shorten the process of product design, and the results satisfy technical requirements.

新时代“红色交通线”价值可视化设计研究

目的基于交通文化资源传播的多样性、泛在性、共享性与有效性需求,将红色交通线在特定历史时期及当代的价值引领作用以资源可视化的方式呈现,促进对交通文化的传承和发扬。方法以“可视化文化符号+产品载体”的形式,借助数字化技术实现数据可视化及文化资源物化衍生,以揭示红色交通文化的发展脉络和新时代交通的变迁。涵盖了文化重构、品牌构建、可视化表达、产品设计、周边开发及营销管理等方面,以及系统化的交通文化产品研发途径。结果通过红色交通文化视觉性创意设计实践研究,探寻有效的文化重塑设计方法,以物化手段助力文化推广,实现对红色交通文化当代传承、价值传播的补充。结论以数字化手段提高抽象文化精神在社会普及过程中的接受度。有利于弘扬爱国主义传统、构建集体记忆,对深入研究和探讨红色交通文化,使其在当代得以活化、物化地发扬,以及增强文化自信都具有重要的理论和实践意义。

地震产品与信息可视化平台设计与实现

地震信息可视化表达可有效地减轻地震灾害损失。地震产品与信息可视化平台基于JavaEE开发,后端采用SpringMVC,前端采用REAT框架,业务信息通过ActiveMQ消息中间件传输,实现了多个地震信息产出平台的数据自动汇集。面向不同用户对象时,通过内容重构形成用户所需地震信息产品,并采用匹配的可视化手段,实现各类数据资源面向不同用户对象的可视化集成展示,提升了地震产品与信息的服务效能。

基于文化场域理论的武当文创产品设计研究

目的以文化场域理论为指导,梳理武当山文化场域中的符号类型与文化意象,探索武当山文创视觉设计新思路,为传统武当文化意象的推陈出新提供指引,并与新时代审美相融合。方法将武当山文创视觉设计分为四个层级,通过不同层级下的视觉语言,运用解构与重构、变异与重组等方法,提取出视觉符号并结合设计实践,构建符合新时代传播要素及文化赋能的创新理论框架。结果提炼出武当山文化场域内特有的文化符号和意象并融入设计中,得到一系列具有武当文化独特精神与韵味的文创产品设计。结论基于场域视角研究武当道教文化的视觉元素符号,可以更全面地挖掘和展示武当的文化特色,能从历史脉络与人文习俗中凝练文化符号,将传统与现代的审美特征相结合,为文化符号赋予趣味性和灵动性,从而清晰有效地向大众传播武当文化。