背景

建筑原型为读书期间就很喜欢的建筑方案，成长的巢居 / 加州大学伯克利分校环境设计学院 + 隈研吾建筑都市设计事务所，木质的建筑结构配合半透明的朦胧表皮形成独特的美。这也是我上传的首个作品，有任何问题与建议请留言反馈我会努力完善。

The architectural prototype is inspired by a design scheme that I have loved since my study days, "Nest for Growth" / College of Environmental Design, University of California, Berkeley + Kengo Kuma & Associates. The wooden structure combined with the translucent, hazy exterior creates a unique beauty. This is also my first uploaded work. Please feel free to leave any comments or suggestions for improvement, and I will strive to refine it.

打印材料：如下图所示模型由多部分分件打印，在打印配置中可打印各个部分内容，灯具兼容官方001灯套件。

• 蓝色框部分建议透明pla
• 黄色框部分建议褐色pla（无广告赞助耗材品牌不做推荐）

Printing Materials Recommendation:

The model depicted below is designed to be printed in multiple parts for optimal results. The lighting fixtures are compatible with the official 001 light kit. Here are the recommended materials for the different sections, keeping in mind that no specific brand of consumables is being endorsed:

• Blue Box Section (Transparent Parts): It is suggested to use transparent PLA for the parts highlighted in the blue box. Transparent PLA allows for a clear and see-through appearance, which is ideal for showcasing intricate details or creating a unique aesthetic.
• Yellow Box Section (Non-Transparent Parts): For the parts outlined in the yellow box, a brown PLA is recommended. Brown PLA offers a warm and earthy tone that can complement various design themes or simply add visual interest to the model.

• Pillar 主体结构部分

  设计大量自建支撑实现跨度，可以忽视studio中提示悬空，支撑预留缝隙拆除简单，使用尖嘴钳夹住后轻微旋转即可，但需拆除支撑时注意过程中避免撞断其他构件，尤其是底部杆件。下图红色部分为需要拆除的自建支撑。

  开源项目：MINI 建筑复刻-成长的巢居- pillar支撑拆除_哔哩哔哩_bilibili

   

• 

• Pillar - Main Structure Section

  The main structure incorporates a substantial amount of custom-built supports to bridge the span, allowing you to disregard any overhang warnings in the printing studio. These supports feature预留缝隙 (pre-determined gaps) for straightforward removal; simply grasp them with a pointed pliers and gently twist. However, during removal, take care not to bump or break other components, particularly the bottom rods.

• Foot 基座部分

  采用绒毛打印丰富整体质感，内部为自建方形支撑需在打印后拆除。图左为支撑拆除前。

  

  Foot - Base Section

  To enrich the overall texture, the base is printed with a fluffy material. Internally, it is reinforced with custom square supports that need to be dismantled after printing.

• light 灯座部分

  采用常规打印以保证螺纹正常使用，建议与基座部分分盘打印。

  Light - Socket Section

  For proper functionality of the threading, this section is printed using standard printing methods. It is advisable to print it separately from the base to ensure the best possible outcome.

• Surface 表皮部分

  采用透明pla材质打印，无需额外支撑，建议设置打印速度为50%，随打印速度提高成品透明度会下降。

  Surface - Exterior Shell

  Crafted from transparent PLA, this section requires no additional support during printing. To maximize transparency, it is recommended to set the print speed at 50%, as increasing the speed can result in reduced transparency in the final product.

• Roof 屋顶部分

  采用透明pla材质打印，建议开启树状支撑，也可勾选仅支撑关键区域时不会生成支撑，测试时悬垂位置会出现部分问题，建议设置打印速度为50%，随打印速度提高成品透明度会下降。

  Roof - Roofing Section

  The roof is also printed using transparent PLA. It is recommended to enable tree-like supports or select the option to support only critical areas to minimize unnecessary supports. Note that during testing, some challenges may arise in the overhanging areas. To preserve transparency, it is advisable to maintain a print speed of 50%, remembering that raising the speed can compromise the clarity of the finished roof.

ps：迭代测试稿