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Whether you are developing for high-end PCs, consoles, or mobile devices, these methods are critical for delivering visually rich, smooth-running applications. Managing memory bandwidth On mobile devices, GPU performance is often limited by memory bandwidth, which impacts both energy consumption and thermal performance.
Additionally, the modern backend can implement rendering methods , such as forward clustered, mobile, and more in the future (such as deferred clustered, cinematic, etc.). and is intended to run on very old PC hardware as well as most older (still working) mobile phones. Mesh streaming : Models are loaded as low detail (few vertices).
Import: Fix usages of mesh simplification functions in float=64 builds ( GH-67853 ). Rendering: Use proper indices for lights, decals, and reflection probes in mobile scene shader ( GH-70929 ). Rendering: Visual instance layers are regarded during shadow culling ( GH-70638 ). iOS: Fix contentScaleFactor ( GH-70478 ).
Rendering: Portal occlusion culling. Portal occlusion culling. Up till now a significant missing feature in the renderer has been the ability to cull (prevent rendering) objects that are within the camera view, but occluded by another object (for instance a wall). Core: Promote object validity checks to release builds.
April Towards the end of 2023 we announced a collaboration with Google and The Forge to improve the performance of our Vulkan mobile backend. The PvP auto-battler with a medieval fantasy theme has quickly gained popularity with content creators! The work concluded in April, with the matching PR being split into the 4.3
Import: Fix usages of mesh simplification functions in float=64 builds ( GH-67853 ). Rendering: Use proper indices for lights, decals, and reflection probes in mobile scene shader ( GH-70929 ). Rendering: Visual instance layers are regarded during shadow culling ( GH-70638 ). iOS: Fix contentScaleFactor ( GH-70478 ).
This adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon. back in 2020!
This adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon. back in 2020!
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon.
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon.
This adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon. back in 2020!
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. For more advanced use cases, you can use TextMesh to generate 3D meshes from font glyphs, so you can add WordArt to your scenes ;). Anything behind the polygon will be culled from view.
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon.
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon.
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon.
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon.
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon.
This adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Following on from the addition of OccluderShapeSphere in 3.4 , lawnjelly now brings us a more adaptable and easy way to add basic occlusion culling in the form of the OccluderShapePolygon. back in 2020!
For low-end systems or mobile devices, we provide a more classical lightmapping workflow. Still, this workflow is easy and efficient as 3D objects get a second set of UVs generated on import, and baking works with instantiated meshes, scenes and even GridMaps. The 3D asset workflow has also seen great improvements.
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Physics: Allow CollisionObject to show collision shape meshes ( GH-45783 ). Rendering: Various fixes to light culling ( GH-46694 ). The main changes coming in Godot 3.2.4
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Physics: Allow CollisionObject to show collision shape meshes ( GH-45783 ). Rendering: Various fixes to light culling ( GH-46694 ). The main changes coming in Godot 3.3
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Physics: Allow CollisionObject to show collision shape meshes ( GH-45783 ). Rendering: Various fixes to light culling ( GH-46694 ). The main changes coming in Godot 3.3
Several new optimization techniques are also at your disposal, such as occlusion culling , automatic mesh LOD , and manual HLOD using visibility ranges , made possible by Joan Fons ( JFonS ), and Juan. The new NavigationServer supports fully dynamic environments and on-the-fly navigation mesh baking. has been added by Je06jm.
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