Use the component design system to alter character hairstyles with different fringes, bodies, and ponytails. On the other hand, hair is divided into base, top, rear, bangs and accessory parts for optimal mixing. The beard is composed of mustache, goatee, sideburns, soul patch and other accessories. Imported assets assigned to a corresponding facial area automatically conforms to the underlying surfaces. Group and Style items can be replaced with a single click to quickly test out different variations.
Users can add select hair parts and accessories, combine elements into groupings, and compose them together to form a cohesive look.
Smart Hair’s component-based design offers an easy and effective way to manage 3D hair, brow and beard assets. Design components allow you to freely assemble different custom hair and beard elements into unique hairstyles, while the beard and brows can dynamically conform to any facial movement. The highly flexible color gradients and specular variations are powered by the Smart Hair shader. The card-based hair meshes are intricate in detail, economical in texture resolution, and efficient for real-time rendering. Use Update after applying the material to an object, or after adding channels to the object.The embedded Smart Hair system is designed to provide the most realistic, yet performance-friendly hair, brows, and beard for digital humans in games and films. Refreshes the contents of the Channel Name drop-down list. Lets you can specify that the map will use either the Red, Green, or Blue sub-channel of the specified map channel, or all sub-channels.Īfter assigning the material with the Vertex Color map to an object with named map or vertex-color channels (see Channel Info Utility), you can click Update, and then, from this drop-down list, choose a named map channel from the object.
Map Channel cannot be set to a negative value, thus the map doesn't support rendering of the vertex illumination (–1) or vertex alpha (–2) channel.You can change these colors with a tool such as VertexPaint modifier. Thus, at UV=0,0 (the lower-left corner of the map), the coloring is black at UV=1,0, the coloring is red, and at UV=1,1 (the upper-right corner), the coloring is yellow (red + green=yellow). By default, the vertex coloring in map channel 1 is a color gradient derived from the UVW texture coordinates by converting UVW values to RGB values.To resolve this, apply vertex coloring to that channel. If you set Map Channel to a channel that doesn't contain any vertex coloring data, attempting to render will generate a Missing Map Coordinates error message.Lets you specify which map channel to use.
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