Dynamically and photorealistically simulate and render liquids. Developed from Naiad technology, the platform fully integrates with Maya and is easy to use. You can choose whether to mesh liquids with a new particle surfacer or render voxels directly. Export particles, voxels, and meshes to a native file format, or to selected industry-standard file formats.
Generate curves, spheres, and custom geometry on the surface of polygon meshes. Create and groom hair, fur, and feathers on characters. Populate large landscapes with grass, foliage, trees, rocks, and debris trails. Handle large amounts of instanced data that would slow down a system if loaded in memory, and preview rendered effects interactively in Viewport 2.0.
Create large-scale, highly realistic dynamic and kinematic simulations with the enhanced open-source Bullet plug-in delivered in conjunction with AMD. Simulate both soft and rigid bodies in a single system. Take advantage of continuous 3D collision detection. Create compound collision shapes from multiple meshes, and produce better collisions with concave shapes. Integrates with Maya Forces, and supports rigid sets for increased scalability.
Produce high-quality, production-ready bound characters in less time with an innovative new skinning method that binds complex geometry to skeletons. Handle non-watertight geometry and meshes with non-manifold or overlapping components. The resulting weights are compatible with existing skinning methods in Maya and suitable for use in game engines.
More easily optimize meshes for cleaner deformations and better performance. The Quad Draw tool integrates a Relax and Tweak feature with Soft Selection and an interactive Edge Extend tool.
Enjoy more reliable polygon modeling. An efficient library enables faster, more consistent Boolean operations on polygon geometry. Produce better bevels with an extended Bevel tool. A more deeply integrated Modeling Toolkit streamlines polygon modeling workflows.
This feature is open-sourced by Pixar and incorporates technology from Microsoft Research. Use both parallel CPU and GPU architectures for faster draw performance when deforming. Interactively view displacement maps without the need to render. Closely match subdivision surfaces generated in Pixar's RenderMan renderer.
A multithreaded unfolding algorithm and new selection workflows enable you to quickly create and edit complex UV meshes and get high-quality results. Easily toggle checkerboard and compression shaders to visualize UV distribution. Maya supports loading, visualizing, and rendering UDIM and UV tagged texture sequences, for a more streamlined workflow with Mudbox 3D digital sculpting and texture painting software and certain other applications.
Preserve creative intent throughout lighting and rendering workflows with a sophisticated new color management system. Use the simple linear workflow provided out of the box, or customize the system to suit your color pipeline.
Easily create advanced HLSL, GLSL, and CgFX viewport shaders with the ShaderFX real-time visual shader editor. Create shader networks by connecting different nodes with a click-drag workflow. Select floating-point values, mathematical operations, texture maps, normal maps, and color nodes. Visualize materials in real time, and drill down into the inner workings of each basic node.
Render Ptex texture files in mental ray for Maya. Eliminate the need to create and assign UVs to meshes by creating Ptex files in Mudbox 2015 3D digital sculpting and texture painting software or certain other texture painting applications and rendering them in mental ray for Maya.
*This feature is exclusively available as part of the Maya 2015 Extension 1 release to customers on active Maintenance or Desktop Subscription.