| ▼Math API | Math-related functions and classes, for example, vectors and matrices |
| Math API Assertions | Assertions |
| Bounding Box Class | An axis-aligned N-dimensional bounding box class template of fixed dimension with supporting functions |
| Color Class | Standard RGBA color class with floating point elements and operations |
| ▼Math Functions | The math API provides functions and function templates that act on simple types or generic container and vector concepts |
| ▼Basic Math Functors in the Math API | Basic math functors in the Math API |
| Generic Functions in the Math API | Generic functions in the Math API targeted to static vector-like sequences |
| ▼Fast Approximations for float Math Functions | Fast approximations for math functions on limited precision floats |
| ▼Basic Math Functors in the Math API | Basic math functors in the Math API |
| Generic Functions in the Math API | Generic functions in the Math API targeted to static vector-like sequences |
| ▼Matrix Class | A NxM-dimensional matrix class template of fixed dimensions with supporting functions |
| Internal Storage Classes for Matrices | Storage class for matrix templates with support for xx, xy, xz, etc., members for appropriate dimensions |
| Spectrum Class | Spectrum class with floating point elements and operations |
| ▼Math Vector Class | Math vector class template of fixed dimension with generic operations |
| Internal Storage Class for Math Vector | Storage class for math vectors with support for x, y, z, and w members for appropriate dimensions |
| Versioning of the Math API | The Math API has a major and minor version number and an optional qualifier |
| ▼Base API | Basic types, configuration, and assertion support |
| Base API Assertions | Assertions and static assertions |
| Configuration of the Base API | Configuration macros for platform, compiler, etc |
| Memory Management | The memory management provides an interface for allocators including a default implementation |
| Interface Framework Technology | The classes provided here support conventional modern C++ library design principles for component software to achieve binary compatibility across shared library boundaries and future extensibility |
| Logging | Logger interface and severity levels |
| Multithreading Support | Primitives useful for multithreaded applications, for example, atomic counters, condition variables, and locks |
| Plugin Support | Support for dynamically loaded plugins |
| ▼Basic Types | Platform-independent types |
| Specializations for numeric_traits | The number traits class is specialized for number types defined in this API, such as mi::Uint32 and mi::Float64 |
| Versioning of the Base API | The Base API has a major and minor version number and an optional qualifier |
