Doo-Sabin mesh subdivision based on a generalization of bi-quadratic uniform B-splines, as opposed to the more commonly used Catmull-Clark subdivision, which is based on generalized bi-cubic uniform B-splines. We can create a Doo-Sabin mesh subdivision using Blender Geometry Nodes with just two nodes.
Doo-Sabin mesh subdivision using Blender Geometry NodesRead More »
Using the Collection Info node in Blender Geometry Nodes, we can access any object located in a specific collection. By accessing objects in a collection by index, we can easily change the current displayed object, simulating a sequential object scrolling.
Sequentially iterating through objects in a collection using Blender Geometry NodesRead More »
Using the Edge Angle node, which allows us to determine the angle on a common edge of two neighboring polygons, we can easily create an analogue of the “shade autosmooth” function – automatically turning on a smooth shading depending on the polygons angle.
Creating procedural ceramic material with cracked texture by artist B.
With Geometry Nodes in Blender, we can control the geometry of the mesh, focusing on its bending – the angle between adjacent polygons. This allows, for example, to separate the smooth “organic” geometry and sharp “hard surface” geometry.
Controlling the angle between polygons using Blender Geometry NodesRead More »
Creating procedural checkered kitchen marble floor material in Blender by Ryan King Art.
Creating procedural desert rocks in Blender by Ryan King Art.
Part I
Creating procedural brushed aluminum material in Blender by artist B.
Most Blender modifiers can be realized using Geometry Nodes. For example, to make meshes “spherical” we can realize the Cast To Sphere modifier with only 5 geometry nodes.
Simple Cast To Sphere modifier in Blender using Geometry NodesRead More »
.blend file on Patreon