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▲【明】黄克晦《金陵八景图》

项目以天下乐·鹭洲二水为立意，取永乐大典中的礼乐为灵感，旨在描绘一幅现代南京河西的美好画面。相传在南朝年间，有异鸟飞临，官府认定此处为凤凰栖息的宝地，下令修建了一座巍峨的凤凰台。

The project site is located in the White Egret Island, there is a strange bird flying, the government identified this as the phoenix perched on the precious land, ordered the construction of a lofty Phoenix Terrace.

▲此图由朱育帆一语景观工作室提供

其中“两宜来”便是此次艺术装置的落位点，在整个项目的文化定位：”梧桐树下的金陵文艺复兴“的指导下，拟在此处打造一处艺术装置来呼应此定位。

Among them, "Liang Yilai" is the location of this art installation. Under the guidance of the cultural positioning of the entire project: "Jinling Renaissance under the Wutong Tree", it is planned to create an art installation here to echo this positioning.

▲此图由朱育帆一语景观工作室提供

点位落于下沉庭院的位置，三面环水，四面由玻璃幕墙围合，室内外相互延伸通透，是视觉的聚焦点。

The site is located in a sunken courtyard, surrounded by water on three sides and enclosed by glass curtain walls on four sides. The interior and exterior are mutually extended and transparent, making it a visual focal point.

鳞片样式提取

Scale Style Extraction

凤凰羽毛

法国梧桐叶

基础鳞片生成

“凤凰鸣矣，于彼高冈，梧桐生矣，于彼朝阳。”基础鳞片是通过提取凤凰羽毛的规律排列和法国梧桐叶的元素，与整体凤凰的设计理念相互呼应，又能够赋予其更多细节和观赏性。

"The phoenix sings in the high hills, and the phoenix trees grow in the rising sun." The basic scales are extracted from the regular arrangement of phoenix feathers and elements of the French plane tree leaves, echoing the overall phoenix design concept, and giving it a more Lots of details and fun to watch.

02 研发

凤凰造型分析

Phoenix Styling Analysis

▲曲率分析

艺术装置为大型三维异形曲面，围绕楼梯和步道布置，模拟凤凰来仪的动态，脊部曲率较大，在布置鳞片的时候需要特殊考虑，其余位置均较为平滑。

The art installation is a large three-dimensional irregular curved surface, arranged around stairs and walkways, simulating the dynamics of a phoenix arriving. The ridge has a large curvature, which requires special consideration when arranging the scales, while the rest of the surface is relatively smooth.

生成过程

generation process

鳞片疏密对比

Comparison of scale sparsity

不同的疏密决定着在相同角度下会有不同的视觉感受，鳞片越疏缝隙越大，造型韵律越受影响；鳞片越密集，意味受光面积越大，线条亦流畅，形体越饱满。

Different densities determine different visual experiences at the same angle. The sparser the scales, the larger the gaps, and the more affected the rhythm of the shape. The denser the scales, the larger the light-receiving area, the smoother the lines, and the fuller the shape.

参数化设计

parametric design

通过参数化手段，对曲以进曲面行优化，根据形体走向，局部反向，滚弯，填补鳞片；对鳞片规格及旋转角度进行分析，对大小及角度进行干扰，实现方案以及数据输出可视化。

Through parametric means, the curved surface is optimized, and according to the direction of the shape, local reversal, rolling and scale filling are performed; the scale specifications and rotation angles are analyzed, and the size and angle are interfered with to achieve visualization of the plan and data output.

龙骨生成

Keel generation

▲ 投影线布置优化

▲龙骨生成动图展示

为了减少现场施工误差，我们把重心放在龙骨上，希望它不仅仅是作为结构支撑，同时能够起到精准定位作用，所以我们把龙骨做成了平面的，可以通过CNC切割，在上面进行开槽和编号，这样能够保准在现场与景观的交接，装置本身与楼梯和步道的交接，龙骨与鳞片的交接都能够输出精准的数据和定位。

In order to reduce on-site construction errors, we focus on the keel, hoping that it will not only serve as a structural support, but also play a role in precise positioning. Therefore, we made the keel flat, which can be cut by CNC and slotted and numbered on it. This ensures that accurate data and positioning can be output at the intersection with the landscape on site, the intersection between the device itself and the stairs and walkways, and the intersection between the keel and the scales.

整体鳞片分布

Overall scale distribution

▲鳞片规格

鳞片按照形态、大小尺寸分为九种规格，由于曲面的曲率和形态变化，经过多次尝试，最终敲定为以上九种规格，通过参数化的运用，这一过程能够快速的实现可视化和数据化，在方案推敲过程中节省了很多时间。

The scales are divided into nine specifications according to the form and size dimensions, due to the curvature of the surface and morphological changes, after many attempts, the final finalized for the above nine specifications, through the use of parameterization, the process can be quickly visualized and data, in the scheme of the process of deduction to save a lot of time.

鳞片角度分析

Scale angle analysis

局部反转鳞片

noise干扰

▲鳞片角度参数化控制

通过参数化的方式，一个是使鳞片顺应造型趋势，另一个是对鳞片进行干扰控制，可以及时看到相互之间的变化关系，能够针对重要位置进行局干扰，同时控制人行位置的鳞片尽可能贴平，使整个装置做到可远观，可近“玩”。

Through parameterization, one is to make the scales conform to the modeling trend, and the other is to control the interference of the scales. The changing relationship between each other can be seen in time, and local interference can be carried out on important positions. At the same time, the scales at the pedestrian position are controlled to be as flat as possible, so that the whole device can be viewed from a distance and "played" up close.

鳞片规格打样

Scale Specification Proofing

前期通过打样，推敲鳞片的形态、规格、表面颜色、光泽度、边角圆润处理，同时在前期进行了鳞片批量喷色的流水线实验，一块鳞片从切割到出厂经历了至少十道工序，过程中针对油漆涂层的厚度、色差，进行了抽样检查，尽可能保证表面效果的统一。

In the early stage, through proofing, we considered the shape, specifications, surface color, glossiness, and rounded corners of the scales. At the same time, we conducted an assembly line experiment for batch spraying of scales. A piece of scale goes through at least ten processes from cutting to delivery. During the process, random inspections were carried out on the thickness and color difference of the paint coating to ensure the uniformity of the surface effect as much as possible.

3D打印模型

3D printed models

初期局部1：1打样

Initial partial 1:1 proofs

效果呈现

rendering

灯光设计方案

Lighting Design Solutions

03 呈现