Auspicious Patterns and 3D Models Applied in the Creation of Personalized Products

Auspicious patterns are an important manifestation of traditional crafts aesthetics for Chinese culture, and it not only exhibits the clever tricks of folk art, showing more personality and characteristics of Chinese culture in the humanities and arts aesthetic concerns. It shows the traditional aesthetics, based on the harmonious and success, constructed by intelligence and humbleness, shaped by symmetry and balance. This thesis contains two topics: they are the 2D image materialization and the 3D model flattening. First is analyzing the image of the auspicious pattern, and transformed the 2D image into a solid model. The second is through the mathematical operation skills of the geometric model, the existing auspicious 3D model of the triangular mesh is scaled, appropriately rotated and divided to form a flattening model of different visual effects. Finally, these models by means of other modeling software were combined into a new 3D model, then through the 3D printer to quickly print out part of the unique personalized products, to promote the natural beauty of traditional Chinese culture.

Study on Traditional Architectural Decoration Patterns of Temple of the Three Sus

Temple of the Three Sus,which was first established during the Yuan Dynasty,features a natural,unrestrained,and classically elegant garden architectural style.This paper discusses the multiple characteristics and meanings of traditional architectural decorative patterns at Temple of the Three Sus from a semiotic perspective.First,it analyzes the denotative aspects of these patterns,including their stylistic forms,structural frameworks,and craftsmanship techniques.Second,the paper classifies the traditional architectural decorative patterns of the Temple of the Three Sus based on the types of sources of these patterns and interprets the implied meanings of each.Finally,the paper explores the application of these traditional decorative patterns in modern urban design,specifically in Meishan City,discussing the inheritance and innovation of these patterns in contemporary urban design and emphasizing the importance of integrating tradition with modernity.

Calculation of Taper Rolling Time in Plan View Pattern Control Process

The forward slip model with adhesion was used to derive the formula of calculating taper rolling time. The relation between the rolling time and the taper length and the relation between the rolling time and the taper thickness can be obtained. The numerical solution for this formula was used on site. According to the simulation result, the roll gap value should be changed linearly with rolling time.

Evaluation and Improvement of an Organizational Resource Applying Strategy Patterns

For any software company that frequently performs quality assurance activities devoted to measurement, evaluation (ME) and change/improvement (MEC) projects, ME and MEC strategies can be valuable organizational assets. In this paper, we analyze the improvement of a ME strategy, which can be considered an organizational resource to be applied to quality assurance activities. This resource is called the GOCAME (Goal-Oriented Context-Aware Measurement and Evaluation) strategy. AME/MEC strategy embraces the next three integrated capabilities: 1) the ME/MEC domain conceptual base and framework;2) the process perspective specifications;and, 3) the method specifications. The improvement of GOCAME was performed instantiating two strategy patterns. A strategy pattern is a reusable solution to recurrent problems in ME/MEC projects. For an improvement goal, the selected MEC strategy pattern allows instantiating in a project a set of tailored activities and methods for measurement, evaluation, analysis and change. Particularly, we instantiate the GoME_1QV (Goal-oriented Measurement and Evaluation for One Quality View) strategy pattern to understand the GOCAME current quality state and compare it with the so-called GQM+ Strategies. First, this evaluation and analysis allows us to know the GOCAME strengths and weaknesses with regard to the quality of the three capabilities. Second, we instantiate the GoMEC_1QV (Goal-oriented Measurement, Evaluation and Change for One Quality View) strategy pattern to improve the GOCAME current state, producing as result a new version of the GOCAME strategy.

Derivation of Simplified Models of Plan View Pattern Control Function for Plate Mill

The plan view pattern control theoretical models were simplified. Under the condition of constant volume for the plan view pattern compensation, the relation between the thickness and the length can be simplified to the linearity in the segment for the plan view pattern control function. The compensation volume can be dispersed for easy calculation. By comparing the model calculation result with the actual result, it was concluded that the simplified model can be used for the online control process.

Width Compensation and Correction for the Plan View Pattern Control Function on Plate Mill

Research works on width compensation and correction were carried out in order to eliminate the effects of the PVPC （ plan view pattern control） on width accuracy of plate mill. The thickness correction calculation formula was derived for compensation the width deviation caused by PVPC function, and the formula is unified under the thinning and thickening conditions. In order to improve the width calculation accuracy, width spread calculation process was modified with dividing one large reduction pass to several small reduction calculation steps. The thickness wedge was simplified to rectangle based on the volume constant principle, and the width spread model for PVPC was constructed. The width compensation and correction for the PVPC functions are used for the online control process, and the Product dimension accuracy is improved. With the decrease of Crop losses, the Droduct yield was increased with 0. 2%.

Automatic three-dimensional reconstruction based on four-view stereo vision using checkerboard pattern

An automatic three-dimensional(3D) reconstruction method based on four-view stereo vision using checkerboard pattern is presented. Mismatches easily exist in traditional binocular stereo matching due to the repeatable or similar features of binocular images. In order to reduce the probability of mismatching and improve the measure precision, a four-camera measurement system which can add extra matching constraints and offer multiple measurements is applied in this work. Moreover, a series of different checkerboard patterns are projected onto the object to obtain dense feature points and remove mismatched points. Finally, the 3D model is generated by performing Delaunay triangulation and texture mapping on the point cloud obtained by four-view matching. This method was tested on the 3D reconstruction of a terracotta soldier sculpture and the Buddhas in the Mogao Grottoes. Their point clouds without mismatched points were obtained and less processing time was consumed in most cases relative to binocular matching. These good reconstructed models show the effectiveness of the method.

Cultural Influence on Text Structures──A Comparative Study of Chinese and German Routine Narratives

Culturalexchangesenablepeopletorecognizedifferencesbetweentextstructuresindifferentlanguages.Asearlyasthe60's,Kaplanalreadypointedouttheinfluencethatculturehadupontextstructures,butculturalfactorshavenotyetreceiveddueattentioninmanylinguisticwritings...

基于Spring MVC框架的Web研究与应用

MVC是软件工程中的一种经典软件架构模式。文章在分析MVC架构基本组成和原理的基础上,详细介绍了Spring MVC架构的组成原理、应用配置;最后,以一个应用案例,详细说明了Web请求在SpringMVC框架中的流转生命周期。

基于Spring的MVC框架设计与实现

为构建高效、灵活且易于使用的模型-视图-控制器(MVC)模式实现机制,提出一种基于Spring框架的MVC框架。该框架使用JSP技术构建视图层,采用总体控制与局部控制相结合的方法增强控制层的功能,采用O/RMapping类完成数据访问操作。基于IOC/AOP技术实现事务管理,并应用该框架开发网络收藏夹。

Model-View-Controller设计模式实例研究

从MVC的起源谈起,以一个十分简单的Java例子来说明MVC的设计方式,最后以图解的方式揭示了MVC在实际运用中所采用的具体做法。

Windows Phone数据访问技术研究

在移动互联网时代,必须有效解决智能终端设备如何访问关系数据库中的数据问题。Windows Phone给出的解决方案是,首先利用对象关系映射技术为关系数据库建立实体对象模型;然后使用REST风格的WCF数据服务封装实体对象上下文,Windows Azure可作为发布该服务的载体;最后遵循开放式数据协议的规范查询及操作数据。对相关技术进行了较深入的研究,并使用MVVM模式给出了一个具体的实例,论证了该方案的可行性。由于智能终端可以通过开放数据协议访问和操作部署在Windows Azure中的WCF数据服务,结果以XML的形式返回,从而使得Windows Phone数据访问的模式可以扩展到使用其它操作系统的智能终端平台,如Android、IOS等。

Perceptible landscape patterns reveal invisible socioeconomic profiles of cities

Urban landscape is directly perceived by residents and is a significant symbol of urbanization development.A comprehensive assessment of urban landscapes is crucial for guiding the development of inclusive,resilient,and sustainable cities and human settlements.Previous studies have primarily analyzed two-dimensional landscape indicators derived from satellite remote sensing,potentially overlooking the valuable insights provided by the three-dimensional configuration of landscapes.This limitation arises from the high cost of acquiring large-area three-dimensional data and the lack of effective assessment indicators.Here,we propose four urban landscapes indicators in three dimensions(UL3D):greenness,grayness,openness,and crowding.We construct the UL3D using 4.03 million street view images from 303 major cities in China,employing a deep learning approach.We combine urban background and two-dimensional urban landscape indicators with UL3D to predict the socioeconomic profiles of cities.The results show that UL3D indicators differs from two-dimensional landscape indicators,with a low average correlation coefficient of 0.31 between them.Urban landscapes had a changing point in2018–2019 due to new urbanization initiatives,with grayness and crowding rates slowing,while openness increased.The incorporation of UL3D indicators significantly enhances the explanatory power of the regression model for predicting socioeconomic profiles.Specifically,GDP per capita,urban population rate,built-up area per capita,and hospital count correspond to improvements of 25.0%,19.8%,35.5%,and 19.2%,respectively.These findings indicate that UL3D indicators have the potential to reflect the socioeconomic profiles of cities.

基于System View的眼图仿真系统

利用SystemView动态仿真软件,建立获取眼图的仿真系统观察眼图,定性的分析码间干扰及噪声对基带传输系统的影响。

基于Java/Swing的通用文件管理器设计模式

文件管理器的设计必须考虑众多因素及其相互之间的关联,因此如何选择有效的设计模式是非常重要的。在燕星文件存储系统中,基于Java/Swing技术设计并实现了客户端文件管理器,它由三种设计模式组合而成:模型-视图-控制器模式(MVC)、对象树模式和主控者模式。文章分别讨论了这三种设计模式,它们共同构成了一种通用的文件管理器设计模式。

MVC设计模式在Swing开发的实际运用

描述了由于Struts框架的局限性,而开发的基于Applet和Application为前台程序的MVC设计框架。详细地讲解了在框架中各个模块的划分和功能,阐述了各个模块的实现逻辑,以及如何利用Java面向对象的优势来编写代码,并分析了该框架的优势和缺陷。同时也在文中列出了部分实现代码。

“国潮”背景下文创产品的设计思路

目的分析“国潮”文化元素的特征,探究“国潮”文化元素在文创产品设计中的应用策略,为设计师提供更多的思路,从而提高文创产品设计水平,增强文化自信。方法采用文献资料法和案例法进行研究,在文化主题、形式风格和表现手法这三个方面探讨了“国潮”文化元素在文创产品设计中的应用,同时也论述了“国潮”应用的几点原则。结论文创产品设计师应该充分认识到传统文化的重要价值,在文化主题、形式风格和表现手法这三个方面借鉴“国潮”文化元素,并遵循实用性原则、时尚性原则和艺术性原则,从而提升文创产品的生命力。

整体系统观视域下中国式环境法治现代化的宏观样态与建构方案

作为中国式现代化新道路与生态文明法治交融的产物,中国式环境法治现代化对于整体系统观的理论期许主要表现在应以习近平生态文明法治理论作为根本思想指南、从马克思主义的唯物辩证法中汲取养分以及将“天人合一”的环境伦理观作为其历史脉络三个维度。在宏观样态方面,整体系统观在中国式环境法治现代化中的融入主要体现在绿色低碳理念与经济发展需求深度融合的理念锚定、人际同构型环境利益公平分配格局的目标构筑和“环境权利—环境权力”二元架构均衡配置的范式转变三个场域。在新的历史交汇点上,中国式环境法治现代化应坚持以“整体系统观”作为“元理论”的方法支撑和价值指引,构建彰显环境法治现代化新内涵与新要求、多维度拓展环境法治现代化新道路的有机系统性方案。

皮革服饰吉祥图案纹样视觉艺术性设计创新策略

吉祥图案纹样具有独特的审美价值和文化内涵,将其应用到皮革服饰中,能够给皮革服饰视觉设计带来新的灵感来源。为此,本文研究了皮革服饰吉祥图案纹样视觉艺术性设计创新策略。首先阐述了吉祥图案纹样视觉含义和皮革服饰纹样视觉艺术性设计的概念;其次,分析了吉祥图案纹样在皮革服饰纹样设计中的艺术价值;最后,确定皮革服饰吉祥图案纹样视觉艺术性设计原则,分别从视觉含义角度、感官感受角度、工艺融合角度研究吉祥纹样的视觉艺术性设计创新策略。该文章旨在助力吉祥图案纹样在皮革服饰中的创新应用,提升皮革服饰的行业竞争力。

桃源刺绣瑞兽纹的研究与再设计

被誉为“湘绣之魂”的桃源刺绣是洞庭湖西部的一颗璀璨明珠,其历史悠久,最早可溯源至夏商时期。桃源刺绣题材丰富,以历史或戏曲人物、花鸟瑞兽等为主。瑞兽纹作为桃源刺绣的代表性纹样有着丰富的文化内涵,也映照着对应时期下民众的精神诉求。而作为湖南省新晋省级非遗项目,桃源刺绣的传承现状与影响力有待改善与加强。文章通过文献查阅与实地调研对桃源刺绣瑞兽纹样相关资料进行收集与整理,并分别对麒麟纹、貔貅纹、狻猊纹的文化内涵进行解读。对极具代表性的桃源刺绣瑞兽纹样进行色彩、造型、构图三要素的提取与分析,再基于CGM模型进行研究与再设计,以此探索桃源刺绣新的传承保护与再设计形式。