Generate walls from reference lines  

Control wall thickness and height with modifiers

Where untilless mesh modelingedit withWhether you can do it is greatly related to work efficiency in modeling. 

If you want to create a wall-like mesh with thickness and height, which frequently occurs in architectural visualization, model only the reference line of the wall,Thicknessorheightofcontrol with modifiersIf possible, work efficiency will increase at once. 

Enter the shape of the room with a single line

For example, let's assume a room composed only of vertices and edges as shown below.

Extend the vertices to create the shape of the room.

It is OK not to stick the surface.

add modifier

First, add a Screw modifier to control the height.

At this stage, it's okay if the model looks broken.

If you change the settings of the Screw modifier to the following, a thin wall will stand up. 

  • Angle: 0° 
  • Screw: Enter the wall height. This time, it was set to 2.7m. 
  • Axis: Z 
  • Steps: 1 
  • Smooth Shading in Normals: Uncheck 

Then add a Solidify modifier to control the thickness.

hereThickness(Thickness) is set to 15 cm.
Even Thicknessalso check the

Thickness has been added to the wall, but some faces have flipped. 

Go back to the Screw modifier settings and in NormalsCalculate Ordercheck box. 

The Flip has been fixed. 

These steps determine the wall height and thickness.Control by numerical input of modifierIt is now possible.single lineandEdit Wall ShapeI think you can do it, and work efficiency will go up a lot. thisCopy single lineCreate floors and ceilingscanSo I recommend it. 

Tips for this timeChris P.I'm referring to your video. For those who are pursuing Blender's parametric modeling, very useful information has been published. Below is a link to Chris P's channel. 

https://www.youtube.com/channel/UCEhvBzn6O_XEBKLnAfG4kBg

Contact

We welcome project inquiries and consultation.

  • Planning and design of architecture, interiors, and exhibition spaces
  • Planning and design of furniture, products, and objects
  • Product development using recycled and unused materials
  • Digital fabrication support using 3D printing, CNC, and related technologies
  • 3DCG visualization for architecture, interiors, and products
  • Simulation and parametric study support using Grasshopper and Python

Early-stage and concept-phase inquiries are also welcome.

Even if the outline of your project is not yet fully defined, please feel free to get in touch.

営業・勧誘目的の送信について

本フォームは、当社へのご依頼、製品に関するお問い合わせ、取材・協業等のご相談を目的としています。

当社が依頼していない営業・広告・宣伝・勧誘を目的とした送信を固く禁止します。

上記に反して営業目的の内容が送信された場合、当社に発生する確認・対応等の費用について、1件あたり10,000円を基準として請求する場合があります。

なお、製品の取扱い、共同開発、具体的な協業のご相談は対象外です。

en_USEN