Triplanar texturing tutorial

The Triplanar allows you to specify different textures for each 6 axis. Combined with the latest Object Space feature letting you project on either base or deformed geometry, Triplanar becomes the node of choice to lookdev complex models such as landscapes. Click-through to learn more. Clarisse Wiki documentation on Triplanar Texture Stretched textures on vertical triangles is one of a million possible bugs when texturing terrain with shaders. To fix it we need to recalculate texture coordinates in 3 projections: x, y and z. The main algorithm to apply triplanar texturing of a 3D terrain with shaders is as following: Artists can apply textures using masks and it is a simple task to blend textures together in the desired way using these masks. The situation is more complicated if we want to texture a terrain that is not known to us beforehand. This requires procedural texturing, where we must select and apply textures based on the features of the geometry alone. Lots of graphics/shader programming tutorials in addition to "normal" C# tutorials. Normally part of a series. I got triplanar texturing working with Bump and Spec! Should I put on the asset store? the sides have that layered rock texture while the top has a mossy one. the shader is set Texturing can involve the usage of repeatable maps, called tiled textures. They are either helpful to : optimize memory usage for certain cases, establish a base texture to work with. build quick detail in your sculpting software (alphas or displacement), You can then tweak them in your renderer in no time, and get creative! Christophe makes note that he is using Redshift in the example, hence the use of Redshift's Curvature node. Other renderers will have a node that can be used similarly, and other 3D application have triplanar projections. So the techniques are a foundation that can be used with other workflows. alTriplanar Node maya texturing tutorial redshift The world surface scan (WSS) library is designed