Meshroom is a simple to use one-click open source photogrammetry solution which allows you to explore the process of 3D scanning in-depth if you want to. We talked to the Meshroom developer team during FMX.

trefoil knot blender animation nodes

Animation Nodes in Blender 2.8 can make math less daunting than usual. In the first part of this series Frederik Steinmetz shows how to convert a mathematical formula into an animation nodes tree that procedurally creates the famous trefoil knot.

blender cycles documentation

I'm just going to claim: "If you work with cycles on a fairly regular basis, you need The Cycles Encyclopedia." And here is why:

blender advanced fx

A 3-day long, all-round live training course on the more technical subjects of Blender 2.8. From getting to know the Cycles render engine inside out to simulation systems and the allmighty Animation Nodes addon. We expect participants to already know Blender’s basics.

blender 2.8 camera widgets

In Blender 2.8 the camera got viewport widgets as well. One to change the focal length which is always on and one to change the focal plane which needs to be activated first. Gottfried Hofmann gives a quick overview.

lamp texture cycles blender

Hurray, the long-awaited update for The Cycles Encyclopedia is finally out. As promised it is free for every user who has already purchased the book. All updates refer to the official Blender 2.79b release. Here is what we added:

blender 2.8 animation nodes epitrochoid

An Epitrochoid is another example of a figure that can be created in Blender using the Animation Nodes addon and a bit of math. Frederik Steinmetz shows how to save a lot of node-wrangling by placing the formulas right inside an expression node.

Blender 2.8 Light Widgets

In Blender 2.8 light objects in the viewport have widgets that allow for a point-and-shoot lighting workflow, easy resizing and more. Gottfried Hofmann guides you through all of them.

blender principled sss scale

Subsurface scattering (SSS) is an essential tool to make organic materials look real. They are probably most commonly used in human skin, but they pretty much apply for any living object, as well as some inanimate ones. Our skin consists of several layers, which all have different colors. Contrary to plastic they are also very heterogenous, meaning they consist of cells, blood, collagen and more. As a result light that penetrates the surface gets scattered.

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