- Blender is a professional free and open-source 3D computer graphics software product used for creating animated films, visual effects, art, 3D printed models, interactive 3D applications and video games. Blender's features include 3D modeling, UV unwrapping, texturing, raster graphics editing, rigging and skinning, fluid and smoke simulation, particle simulation, soft body simulation, sculpting, animating, match moving, camera tracking, rendering, video editing and compositing. It further features an integrated game engine.
Blender is best known as a popular open source 3D modelling program.
- 1 Installation
- 2 GPU Rendering
- 3 Professional Rendering Plugins
- 4 Troubleshooting
- 5 See also
Install the package.
Blender only officially supports only the proprietary drivers from both AMD (for GCN cards: AMDGPU; For pre-GCN cards: ATI) and NVIDIA. After installing the proprietary drivers, one can select the graphics card as a compute device under File > User Preferences > System.
Professional Rendering Plugins
Blender is becoming increasingly well known in the professional industry. As such, there are now alternative rendering methods to the Blender Render and Cycles, in the form of plugins. This should serve as a list of the major professional rendering plugins that are released or upcoming for Linux.
LuxCoreRender is an open source rendering method that can also make use of OpenCL to render. To make use of it, simple install the ( AUR) package, Then enable the LuxCoreRender addon in the User Preferences box in Blender.
RenderMan is a Linux compatible proprietary rendering plugin that is free for use with blender under a non-commercial license. See the Renderman page for setting it up with blender.
Pro-Render is an open source Blender rendering plugin from AMD that will allow any machine using an OpenCL 1.2 compatible AMD GPU the ability to create realistic GPU renders, allowing for faster work compared to the CPU.
Blend4Web is an open source framework for creating and displaying interactive 3D graphics in web browsers. It contains a Blender add-on to create and export 3D scenes directly into the web. A Blend4Web-specific profile can be activated in the add-on settings. When switching to this profile, the Blender interface changes so that it only reveals settings relevant to Blend4Web. See the documentation on how to install Blend4Web SDK.
Verge3D for Blender is a real-time renderer and a toolkit from the original creators of Blend4Web. Contains Puzzles visual editor to allow creating interactive web applications without coding.
Blender is slow to select objects
When using onboard Intel graphics it may take 5-10 seconds to select an object. Change Selection in File > User Preferences > System to OpenGL Occlusion Queries.
Blender UI graphical corruption on AMDGPU driver
You may experience graphical corruption on the Blender user interface. Until this is fixed, the workaround is to use Triple Buffering for blender, that however may increase VRAM usage. This can be enabled by going to File > User Preferences > System, changing the Window Draw Method to Triple Buffering.
Another workaround for this bug is to use the development version of Blender (AUR). This fixes the graphical corruption on AMDGPU drivers without needing to enable Triple Buffering.
Blender does not show the AMD card as an OpenCL rendering device
Blender only supports the official AMD proprietary drivers for rendering with OpenCL, meaning you will need to install one of the following AMD OpenCL drivers:
- Install AMDGPU#AMDGPU PRO
- Install AUR driver alongside the open source AMDGPU driver
After installation, the AMD GPU should now appear as a selectable device under File > User Preferences > System > Compute Device.
If fonts look small or blurry, their size can be increased (by a point or two) in User Preferences > Themes > Text Style. Selecting a bold font family as Interface Font in User Preferences > Themes > System can also greatly decrease blurriness.