Maya 3D animation software offers a comprehensive creative feature set for 3D computer animation, modeling, simulation, rendering, and compositing on a highly extensible production platform. Maya has next-generation display technology, accelerated modeling workflows, and tools for handling complex data.

Facilities and software features of Autodesk Maya:
-Advanced design three-dimensional models
-simulate a variety of natural and environmental elements such as climate change, water and liquids, fire, plants and …
-having a variety of tools for modeling and data management
-the possibility of transferring the properties of one object to another object
-Design Clothes, hair and sex and different scenarios
-Coordination with other software modeling and animating
-Supports mathematical model NURBS (short for Non-uniform rational B-spline)
-ability to combine elements of two-dimensional and three-dimensional models
-Ability to use scripting programming language and MEL (stands for Maya embedded language) and ++ C and Python in the development of software

Maya 2020 release highlights include:

Over 60 animation features and updates to the graph editor and time slider.
Cached Playback: Experience faster animation playback and more predictable results with new preview modes, layered dynamics caching, and more efficient caching of image planes.
Animation bookmarks: Mark, organize, and navigate through specific events in time and frame playback ranges.
Arnold GPU: Access Arnold 6 for production rendering on the CPU and GPU.
Bifrost for Maya: Significant performance improvements, Cached Playback support, and new MPM cloth constraints bring even more power to the visual programming environment.
Viewport improvements: Interact with and select dense geometry or a large number of smaller meshes faster in the viewport and UV editors.
Modeling enhancements: Spend more time modeling and less time cleaning up your models, with new Remesh and Retopologize features.
Rigging improvements: Simplify rig and character TD work with matrix-driven workflows, nodes for precisely tracking positions on deforming geometry, and a new GPU-accelerated wrap deformer.