Blender vs Bonnie++

Blender is a free, open-source desktop suite for 3D creation on Linux, macOS and Windows. It covers modeling, sculpting, UV editing, rigging, animation, simulation, rendering, compositing, motion tracking, video editing and game asset creation. Modeling tools include modifiers, UV unwrapping and mesh editing; sculpting includes 20 brush types, multi-resolution work, dynamic topology and mirrored sculpting. Animation features include rigging, a pose editor, non-linear animation and forward and inverse kinematics. Users can draw in 2D in a 3D viewport and combine 2D and 3D work. The built-in Cycles renderer supports CPU and GPU rendering, real-time viewport previews, PBR shaders, HDR lighting and VR rendering. Blender also includes camera and object tracking with masking and live scene previews. Advanced users can customize the application and build tools or add-ons through its Python API. Blender is licensed under the GNU GPL and owned by its contributors. It can run without installation or an internet connection, including from a USB stick or desktop folder.

Bonnie++ is a free, command-line benchmark suite for measuring filesystem and disk I/O performance on Linux. It exercises sequential input and output, rewrites, random seeks, and file operations including creation, stat, and deletion of many small files. The project describes these workloads as useful for investigating I/O bottlenecks in I/O-intensive applications, including database work, and for simulating file activity associated with Squid or INN. Bonnie++ can test more than 2 GB of storage on a 32-bit machine. Its -D option enables direct I/O for bulk tests, while -b calls fsync after each write and syncs the directory after file creation or deletion. Semaphore support can synchronize multiple instances. Results can be emitted as plain text or CSV, with companion tools to convert CSV into HTML or formatted plain text. The project is licensed under GPL version 2.0, and the repository includes source code and Debian, RPM, and Sun-related packaging files. Its documentation warns against running the benchmark on live production machines because it can affect services and consume disk space or inodes.