谁是解云？
Jeyun (Sound: /ˈjejʊn/ Written: Jത ) = 解：”Jie/Je/J” + 云：”Cloud”
I’ve been asked to “explain yourself in one sentence” but keep getting “it’s not specific enough” all the time, being asked to explain again and again about the detail. I’m 100% sure I can explain each piece of my work in one sentence, but being specific about myself is almost impossible and paradoxical. I just […]
Abstract This article explores the dominance of ocular-centric culture in art, design, and architecture, which often overshadows non-visual forms of participation. This bias extends its influence into sound and music, traditionally limiting audience interactivity and reinforcing a linear, static mindset. The widespread acceptance of this sensory bias, both by audiences and creators within the industry, […]
Intro This is a story about deviations, errors, and recursions. In late 2018, when I was preparing my portfolio for master degree, I was thinking about a question – it’s a common thing when we consider issues in a perfect condition and introduce imperfections later as we move into physical world. Errors are always defined […]
这是一个关于误差的故事，也是一个关于套娃的故事。
Architecture education, architectural design, media, and digital fabrication—these domains, though part of a cohesive system, often appear disconnected from one another. The gap between architectural education and practical reality widens due to the constraints of traditional mediums and tools. While education claims to prepare future architects, students may spend decades achieving professional competence. The tools […]
2019 深港城市/建筑双城双年展 无名之城 作者：陈娱， 吴岩，谢雨帆 展览时间： 2019.12.22 – 2020.03.08 深圳市当代艺术与城市规划馆 – 城市升维 – 无名之城（D20) 《九城万未》描绘人类如何为了将城市的占地交还给大自然，把地球重新变成一个回归自然之星体的探索过程。故事的主人公在经历了多个迷人却烦恼的季节之后，终于找到了这种回归的方式，同时也发展起能在一瞬间将城市压缩、传送、铺陈到新星球上新地点的方法。虽然只是一个短篇小说，但内容却不啻为人与建筑、与城市关系的百科全书，无数种无法描述的城市形态和未知生物在小说中轮替出现。 《无名之城》受《九城万未》激发，展现了四组完全属于未来的城市的超级形态，这些形态有的完全不符合物理学的基本规则，能自由潜入地下、或者急驰到无垠的天空，有的能依附在其他生物的体内。在故事中的“水晶季”，地球奔向永恒之前的最后一个季节到来的时候，大地上人工制造的万物都开始真正的收缩，褪色，趋于透明……城市中的人，属于我们这一代的人类，也将伴随这种过程永远地逝去。但逝去并不意味着死亡。恰恰相反，它是一种诞生。新的自然-人之关系，新的城市-建筑之形式，将在宇宙的其他地方被自然地创造出来。
“GAP +” Architectures of Sound 2019 CAFA SoA A9 Studio Graduate Design, 1st Award 2019 China 8+ Joint Graduate Design “Kulangsu Project” 2020 Gensler Diversity Scholarship 2020 YTAA Asia (Young Talent Architect Award) Shortlisted Instructor: Yufang Zhou, Huanyu Wang, Wendong Wang, Zigeng Wang Designer: Jeyun This project explores the mixing mechanism of sonic space. By […]
This is a brief research project during my Bachelor graduate design. I worked on several derivatives of Binary Tree algorithm, which was implemented to generate grid system for my project “GAP+”(https://jeyun.cloud/gap/).
This is a brief research project during my Bachelor graduate design. I worked on several derivatives of Binary Tree algorithm, which was implemented to generate grid system for my project “GAP+”(https://jeyun.cloud/gap/).
Self-Organizing 基础行为的自组织系统是我在2017下半年开启的个人项目。 这一系统从经典生长原型DLA以及Differential Growth中抽离了四种基础行为并重组：生长、死亡、吸引、排斥。通过判定单体周边环境的密度分布给予不同权重及生长方向，再通过场的调节加强不均匀分化，使族群不断增殖。 详情见推送： 【算法】基础行为的自组织|Self-Organizing | 20170924-20171227 行为 – 系统 它是一个基于密度的系统，自我生长增殖以占据整个空间。整个系统基于两类个体：种子与母体 ——他们遵循着相应的两套行为。随着系统发展，个体与周边关系的变化，个体的类型在种子与母体之间相互切换。 生长与死亡的行为，表现出类似DLA的特征，即外部细胞更容易累积生长。 吸引与排斥的行为，则表现出类似Differential Growth的特征，即粒子之间保持着一定距离，并且系统会因此逐渐膨胀。 当粒子之间相距过近，其间会产生排斥以保持距离，同时，密度较小的“种子”粒子则会将周边吸引，这样一来密度发生了分化，形态的分支得以产生。我将吸引与排斥称为“动态行为”，即借此使不断累加的系统具有动态特征，比DLA具有更高的可塑性。 这些行为，都是相互对立的极点，假如任意一个行为消失，系统都不成立，变得不平衡且单极化，失去自组织的生长特性 —— 正是这种摇摆不定的中间态发展了系统，而从中也产生了智能。 系统 – 原型 当我们调整行为的参数比重，整个系统的发展模式会明显靠近这一行为所对应的原型——高动态值的系统呈现出Differential的碰撞与排斥特征；低动态值的系统则呈现出类DLA的累积特征；高度分化的系统在同一尺度下具有更多分支，低分化的系统则主要由母体例子组成。 Based on the above, the system is a mixture of several prototypes, from which we extract individual behaviors. By controlling weight of behaviors, we can control the weight of prototypes, adapt […]
Self-organizing is a generative project I launched since 2017 September. The whole system is based on 4 basic behaviours – growth and death abstracted from DLA system, as well as repelling and attracting abstracted from Differential Growth. Behaviors are applied to particles according to density. It’s a hybrid system of basic behaviors, which produce diversified […]
Intro About in 2016, accidently by a workshop held in CAFA, Chritoph Klemmt presented his research on Cell Based Venation Systems and works from Andy Lomas and Deskriptiv, since then I was deeply attracted by generative form and beauty of self-organizing – in which Differential Growth – a typical algorithm took far-reaching impact on my […]
Research from 2017 to 2018, mainly about classical differential growth in C# and collision method.
2017到2018期间完成的关于Differential Growth的一系列研究。
