Network Garment Style Design System with Remote Information Access and Auto-Connecting Technology

A Network Garment Style Design System (NGSDS) is proposed to enable the remote style structure drawing design of garment. After the development of the system structure based on network that consists of client end and server end at two remote places, a multi-layer part database based on Oracle platform is presented to store information of different parts of garment style. With the acquirement of remote design data at server end using Http technology, the style design is ultimately implemented at the client end using Auto-connecting algorithms. One empirical example is given to show the implementation of the NGSDS.

Study on the Application of Industrial Style Design in Railway Station Buildings along the Zhengzhou-Wanzhou High Speed Railway

With the improvement of economy and living quality,station buildings of high speed railway are no longer just a space to filfill the transport finction.As a business card of cities,station buildings of high speed railway prefer unique interior design,so the industrial style design featuring simplicity and variety gradually becomes a design trend.Taking the interior design of Changgebei Railway Station and Fangcheng Railway Station as an example,the paper analyzes the application of the industrial style design to high speed railway station buildings in three aspects:project overview,interior design and key issues of construction,and then reflects on and sums up the advantages and disadvantages of the design and construction.The two station buildings,among a very small quantity of station buildings nationwide where the industrial style design is adopted,provide experience and lessons while exploring a new direction for fiuture interior design of station buildings of high speed railway.

基于Style 3D针织运动装虚拟设计与应用

基于Style 3D虚拟服装试衣软件,通过对虚拟试衣技术现状的分析,以针织运动装作为虚拟试衣对象,从四个部分进行展开,包含人体建模,版片的三维排布与缝合,运动装面料仿真与试穿效果展示,以及驳样改款与模块组合。借助于三维面料扫描技术获取面料材质纹理和相关辅料配件,进一步丰富针织运动装的装饰效果。3D快速驳样改款和虚拟展示能有效地优化设计过程,针织运动装模块组合模拟应用适应快时尚节奏下改款搭配的需求,根据现有版型快速驳样改款亦是对传统设计与展示模式的一种突破。

基于多尺度扩张注意力的Styleformer汽车造型设计

为了提升汽车设计图像的质量,开发了两个专门的数据集并通过多尺度扩张注意力机制优化现有的图像生成模型,以便捕获汽车的主体特征和结构细节.首先,创建了“WhiteCarSet”和“WhiteCarContour”数据集,分别聚焦于汽车的本体特征采集和汽车轮廓的精确收集.其次,针对图像生成模型,我们对Styleformer进行了改进,引入了多尺度扩张注意力操作,以增强模型捕获长距离依赖和理解对象全局结构的能力.在多个数据集上的实验结果显示,改进后的模型FID值相较于传统模型实现了15.57%的提升.在相同的改进模型Styleformer-M而数据集不同的情况下,使用我们开发的数据集,FID值比其它数据集提高了约22.29%.

Headwear design:Relationship between the headwear and the overall styling

This article examines the relationship between headwear design and overall clothing styling,emphasizing the importance of headwear in conveying personal style and cultural identity.It traces the evolution of Chinese and Western headwear throughout history,highlighting the interplay between headwear and the wearer's personal charac-teristics,life events,and cultural background.The article concludes by emphasizing that headwear design is not only a reflection of fashion,but also a manifestation of cultural depth and individuality.

The computer-aided design method of cabinet based on style imagery

Due to the practical problems of the high costs and the long development cycle of China’s cabinet production,a computer-aided design method of the cabinet based on style imagery is proposed.According to the principle of the conjoint analysis method, the rough set theory and the weight coefficient of different components of the cabinet,a multi-dimensional model of style imagery to evaluate the cabinet is built. Then the related constants of style imagery are calculated and the cabinet components library is also built by the three-dimensional modeling.Finally,with recombinant technology and the mapping model between cabinet style and external characteristics,the prototype system based on Visual Studio is proposed.This system actualizes the bidirectional reasoning between product style imagery and the shape features,which can assist designers to produce more creative designs,greatly improve the efficiency of cabinet development and increase the profits of companies.

基于Style 3D的一片袖造型结构变化设计应用

衣袖的结构变化非常丰富,不同的结构可以给服装带来不同的穿着效果。通过分析一片袖的特征及结构设计要素,利用Style 3D虚拟试衣技术实现衣袖和衣身的组合设计,可提高服装结构设计的效率,较为具象化地展现了衣袖结构变化对服装款式设计的影响。

基于Style 3D虚拟仿真技术的袖子样板设计

袖子作为服装结构中的重要部分,绘制样板不仅要考虑人体尺寸,还要考虑面料特性和服装整体造型的美观性。为了设计出更符合要求的袖子样板,运用二维CAD调整袖山吃势和袖山高,绘制不同的袖子造型结构图,将绘制的二维样板导入Style 3D系统进行模特虚拟试穿,直观地体现不同袖子结构穿着效果。Style 3D虚拟仿真技术为服装样板设计提供了很好的验证方法,对比样衣制作节省了90%的时间,同时节省了人力和原材料成本。此外,服装3D虚拟设计方法还可以运用至高校技术研发和教学,为服装行业实现碳达峰、碳中和提供思路。

Application of Garden Design Style in Tang Dynasty to the Design of Modern City Public Gardens: A Case Study of Tang Paradise

Public garden, as a type of Chinese classical garden, is an important historical heritage and cultural landscape of the current traditional city. However, under the background of modern urbanization, urban living environment is out of the traditional history and culture and facing such issue as cement jungle. In order to improve the living environment and make the city coordinate with the natural environment, the development of modern urban gardens needs inheritance and development of traditional garden practices. The planning and design methods with scientific guidance were studied in this paper through exploring the application of garden design style in Tang Dynasty in the design of modern city public gardens, so as to inherit the classical garden culture and create a city open space that meets the needs of contemporary citizens as well.

基于StyleGAN的草图生成产品设计效果图方法研究

目的解决当前产品设计表达中存在对设计师要求高、设计思维具有局限性、设计周期长等问题。方法提出基于StyleGAN的草图快速生成产品效果图像的方法,该方法利用图像变形技术,将不同程度的产品草图生成真实产品效果图像。结果该方法可有效地满足设计师创作需求,也能为没有绘画基础的用户生成高质量的产品设计方案。结论将基于深度学习的StyleGAN模型应用于草图生成真实产品效果图像中,能快速、高效地完成产品设计表达过程,为产品设计表达提供了一个基于深度学习技术的参考框架,也是传统产品设计在人工智能时代的一次创新性探索。

Finite Element Analysis and Optimal Design Based on ANSYS in a XH2408 Gantry Style NC Machining Center

ANSYS, the software of construction analysis, is used to analyze static and dynamic performances of a XH2408 gantry style numerical control （NC） milling machining center and optimize its construction using the finite element method. First, a finite element model is established and the static and dynamic analysis are completed as constraints and loads applied on the finite element model. It is found that both spindle box and gantry are the worst components of assembly in performance. Secondly, the spindle box and gantry are chosen as objects of optimal design separately, aiming to improve their performance. The optimal plans are accomplished on the basis of the minimum volume for the spindle box and the maximum inherent frequency for the gantry subject to the constrains. Finally, the machine tool improved is analyzed statically and dynamically based on the optimal results of the spindle box and gantry. The results show that optimal design with the finite element method increases static and dynamical performances of the XH2408 gantry style numerical control milling machining center and the technique is effective and practical in engineering applications.

Research on Teaching Method of Packaging Design Course Based on Chinese Style

The teaching of Packaging Design started late in China,but develops fast.After experiencing the changes of economy,politics and culture,it has entered a new era of self-publicity.The Chinese style has come out quietly with a strong momentum.The contents of packaging design in the new era pay more attention to the spiritual level,and become a bridge between the society and people,forming an aesthetics concept with the spirit of the Chinese people.Based on the application of Chinese style in the course of Packaging Design,this paper discusses the characteristics of Packaging Design with Chinese style and the problems of traditional Packaging Design,and puts forward how to better apply Chinese elements in Packaging Design.

Research on the Design of College English Lessons Based on Hybrid-styled Teaching

At present,our society has gradually developed into an Internet-based society.Driven by the development of the Internet,many areas including education have begun to reform and innovate.Many colleges and universities in China have always adopted the traditional teaching methods,for instance,using a unidirectional teaching method or teaching in a fixed place.In the era of Internet,these methods fail to meet the needs of both parents and students.Subsequently,with the emergence of Internet Plus technology,the limitations that were originally found in the development of English teaching in colleges and universities can be overcome.By combining virtuality and reality,a new mode of simultaneous online and offline teaching has been realized,making English teaching no longer affected by the limitation of space.

The influence of the designing styles of the furniture in the Ming Dynasty on the modern furniture

As the development of the current building activities continues to become mature, now the requirements on the indoor design activities will also be promoted. Compared with the interior design activities, the furniture is one of the important factors in the process of the interior decoration. The choice of the appropriate furniture not only can effectively improve the quality of the interior design activities, but also can fully meet the specific application needs of the people. This paper starts from the analysis of the specific requirements on the design and production of the modern furniture. And combined with the analysis of the specific characteristics and the connotation of the design styles of the furniture in the Ming Dynasty, the author further explores the specific influence of the design styles of the Ming Dynasty furniture on the modern furniture.

Practice and Features of Neo-Chinese Style in Rural Landscape in Zhejiang Province

Neo-Chinese style is popular nowadays and it is wildly used in rural landscape,with only few theories.Under the background of rural revitalization,this paper discussed practice types and design features of neo-Chinese style in rural landscape.Some typical and famous villages of Ningbo,Quzhou and Lishui cities in Zhejiang Province were chosen as cases in this paper.It is committed to providing some theories,inheriting rural culture and promoting rural revitalization.

基于Style3D 技术的虚拟服装设计方法

基于国家“十四五”数字经济发展规划,时尚行业加速数字化转型,虚拟服装逐渐成为服装品牌新兴的发展领域。以虚拟服装设计方法为研究对象,借助Style 3D数字技术并结合国潮时装实际设计案例,重点阐述了虚拟国潮时装的数字化设计方法及建模流程。研究表明,虚拟服装设计方法相较于传统服装设计更具有高效性、创新性、环保性及社交性,可为服装企业产品开发与革新开拓设计思路,提供理论依据。

Style 3D虚拟仿真软件在服装设计课程教学中的应用

文章首先对服装设计专业虚拟仿真教学发展趋势及所使用的3D软件进行概述,其次结合虚拟仿真实践教学案例与教学成果进一步分析,提出“新文科”背景下需改革传统的服装设计课程模式,以增强学生综合艺术素质,提升课程实效性与教学质量效果。

基于Style 3D“国潮”旗袍研究与设计

旗袍本身塑造了经典的国潮元素。在“国潮风”盛行的趋势下,旗袍与其他传统元素经过文化耦合的过程形成改良旗袍,以现代时尚设计的方式延续着中国文化精神,保持了传统服装的时代气息与审美活力。文章运用个案分析、理论研究与设计实践并行的方法对“国潮”旗袍进行图案元素与款式特征的梳理与总结,并在Style 3D中进行数字化虚拟试衣,还原“国潮”旗袍设计的真实效果。根据服装品牌的调研发现,“国潮”旗袍突出艺术特征的表现形式主要集中在国潮图案元素的应用及旗袍款式的改良。“国潮”旗袍的图案题材大多取自中国传统纹样、神话故事、古建筑文化等,以独特的方式展现一个国家灿烂的文化遗产,同时表达了文化认同的强烈情感。通过对“国潮”旗袍图案元素“具象化、生活化、故事化”再设计,重塑旗袍的新时代审美与气质形象,让传统服饰更好地融入大众生活,推动旗袍的良性发展。此外,“国潮”旗袍款式的改良主要在基础廓形上进行修改,以中西联袂的典型裁剪方式探索并赋予传统旗袍独特的风格。

基于数量化理论Ⅰ的女西服款式感性评价

为了设计出符合消费者感性需求的服装产品,以女西服为研究对象,提出感性工学与数量化理论Ⅰ相结合的款式设计研究方案。首先通过语意差异法获取消费者对女西服样本的感性评价,利用SPSS软件对感性评分进行分析,提取感性因子,创建女西服二维感性分布空间。同时分析款式特征,归纳出女西服主要设计要素,在此基础上应用数量化理论Ⅰ,通过线性回归分析得出感性因子与设计要素之间的关联预测,并构建数学模型。经验证,该模型实测值与预测值之间拟合度较高,符合正态分布要求,模型有效可行。最后通过案例设计与验证,进一步证明该模型能够实现人的感性需求与女西服设计要素之间的有效转换,对女西服款式设计与感性评价提供一定借鉴作用。

风格迁移、指令设计与“世界模拟器”——兼论Sora模型产出艺术杰作的可能

随着生成式人工智能技术在机器监督学习和对抗神经网络的推动下不断升级,程序化算法对当代艺术创作的影响也逐渐加大。回溯人工智能技术在作品生成方面的路径与方法,有助于理解人工智能艺术不同于传统艺术的新特征。通过细审艺术风格迁移的技术迭代现象,可以发现人机交互界面上隐形存在的深层指令设计问题。围绕指令文本做出的无休止调整,在增强艺术创作的游戏化体验时,迎来了动态的涌现现象。作为世界模拟器之一的Sora模型,能够部分地呈现运动中的物理世界,却无法模拟情感动态,艺术杰作难以产出。