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Add transparency support for LightmapGI Currently when baking lightmaps users have to choose between transparent objects casting shadows as if they were fully opaque, or not casting shadows at all. This has been a major limitation in both the quality of lightmap baking and the ergonomics of the lightmap baking workflow.
Implement Particle Shaders, with support for: Sorting, Collision and Soft Particles. It must be pre-baked for dynamic scenario geometry, but it offers support for full dynamic lights and dynamic objects. It works by implementing voxel cone tracing in a way that is friendlier with low end GPUs and high end mobile.
So many games have that question baked into their core. If the frame rate drops too much, or there’s a problem with the floor collision, and you fall off the map, it can be extra bad for the player. A collision glitch like that in a PC game that may be funny or silly is a lot more intense in VR.” Does it feel good when playing?
Physics: Many fixes to one-way collisions. Fixes to KinematicBody collisions. Cylinder collision shape for GodotPhysics. It was reusing parts of the code for baking GIProbes, and that made it quick but not great in terms of quality. Many fixes to one-way collisions. One-way collisions prior to Godot 3.3
Multiple fixes to one-way collisions , handling many cases where collisions would not work reliably. A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Multiple fixes to one-way collisions (new in beta 6).
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Multiple fixes to one-way collisions. Physics: Fix multiple issues with one-way collisions ( GH-42574 ). Physics: Allow CollisionObject to show collision shape meshes ( GH-45783 ).
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Multiple fixes to one-way collisions. Physics: Fix multiple issues with one-way collisions ( GH-42574 ). Physics: Allow CollisionObject to show collision shape meshes ( GH-45783 ).
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Multiple fixes to one-way collisions. Physics: Fix multiple issues with one-way collisions ( GH-42574 ). Physics: Allow CollisionObject to show collision shape meshes ( GH-45783 ).
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Multiple fixes to one-way collisions. Physics: Fix multiple issues with one-way collisions ( GH-42574 ). Rendering: Disable lights for objects with baked lighting ( GH-41629 ).
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Physics: Bullet: KinematicBody compound shape collision fix ( GH-56801 ). Fixes a lot of issues with KinematicBody collisions at the intersection between meshes when using Bullet.
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Multiple fixes to one-way collisions. Physics: Fix multiple issues with one-way collisions ( GH-42574 ). Rendering: Disable lights for objects with baked lighting ( GH-41629 ).
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Physics: Bullet: KinematicBody compound shape collision fix ( GH-56801 ). Fixes a lot of issues with KinematicBody collisions at the intersection between meshes when using Bullet.
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Physics: Bullet: KinematicBody compound shape collision fix ( GH-56801 ). Fixes a lot of issues with KinematicBody collisions at the intersection between meshes when using Bullet.
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Physics: Bullet: KinematicBody compound shape collision fix ( GH-56801 ). Fixes a lot of issues with KinematicBody collisions at the intersection between meshes when using Bullet.
A long-standing Bullet regression has finally been fixed ( GH-56801 ), solving issues with KinematicBody collisions on edges (e.g. The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. seen as small bumps between tiles on a GridMap).
A new software skinning for MeshInstance to replace the slow GPU skinning on devices that don't support the fast GPU skinning (especially mobile). Multiple fixes to one-way collisions. Physics: Fix multiple issues with one-way collisions ( GH-42574 ). Rendering: Disable lights for objects with baked lighting ( GH-41629 ).
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Physics: Bullet: KinematicBody compound shape collision fix ( GH-56801 ). Fixes a lot of issues with KinematicBody collisions at the intersection between meshes when using Bullet.
This seemed like a great idea at the beginning, but ended up giving us many problems, such as: Bad performance on old mobile/desktop hardware which wasn't designed for the more modern rendering techniques being used. Incompatibility with older mobile devices which do not support OpenGL ES 3.0. On mobile, as OpenGL ES 3.0
The new NavigationServer adds support for obstacle avoidance using the RVO2 library, and navigation meshes can now be baked at runtime. Physics: Bullet: KinematicBody compound shape collision fix ( GH-56801 ). Fixes a lot of issues with KinematicBody collisions at the intersection between meshes when using Bullet.
Just set up the probe bounds and do a fast pre-bake of static objects. For low-end systems or mobile devices, we provide a more classical lightmapping workflow. For low-end systems or mobile devices, we provide a more classical lightmapping workflow. The only downside is that it requires medium to high-end hardware to work.
Last but not least, lightmaps baking is now done using the GPU to speed up the process significantly. Those now come with support for attractors, collision , trails , sub-emitters and manual emission. This included adding new collision shapes, cylinder and heightmap , as well as re-implementing SoftBody nodes. GDExtension.
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