This is the first dev snapshot for 4.4! During the beta and release candidate stages of 4.3, we accumulated a lot of PRs that were of great quality, but deemed too risky to include in 4.3. We have begun merging those PRs now and have quickly gathered a lot of changes that warrant a dev release! Many of the changes in this release are bug fixes that will be backported to Godot 4.3 and released in 4.3.1! So please test this release well so we can be confident with the changes and release 4.3.1 with them as soon as possible. Keep in mind that while we try to make sure each dev snapshot is stable enough for general testing, this is by definition a pre-release piece of software. Be sure to make frequent backups, or use a version control system such as Git, to preserve your projects in case of corruption or data loss. Jump to the Downloads section, and give it a spin right now, or continue reading to learn more about improvements in this release. You can also try the Web editor or the Android editor for this release. If you are interested in the latter, please request to join our testing group to get access to pre-release builds. Jump to the Downloads Downloads section try the Web editor Web editor Android editor our testing group The original cover illustration is from Gourdlets, an easygoing sandbox game about building towns for cute vegetable folks. Developed in Godot 4 by AuntyGames, it was recently released on Steam to critical acclaim. You can follow the developer on Twitter, TikTok, and Instagram. The original cover illustration is from Gourdlets Gourdlets an easygoing sandbox game about building towns for cute vegetable folks. Developed in Godot 4 by AuntyGames, it was recently released on Steam to critical acclaim. You can follow the developer on Twitter, TikTok, and Instagram. AuntyGames on Steam Twitter TikTok Instagram Highlights After just 10 days of development, we are bringing you a bunch of fixes and improvements, some of which are fairly massive new features! Metal rendering backend We hinted that a Metal backend was in the works and it is finally here (GH-88199), thanks to the exceptional work of Stuart Carnie! GH-88199 Stuart Carnie Metal is a low-level graphics API similar to Vulkan or D3D12. Godot currently supports using Vulkan or D3D12, but neither of those are available on macOS and iOS, so we use a library called MoltenVK to run Vulkan over Metal. MoltenVK is great and has worked well for us. However, having our own Metal implementation is more efficient and allows us to have a greater control over what features we support and what performance tradeoffs we make. MoltenVK Early results show that the Metal backend on macOS is at least as fast as the Vulkan backend and in many cases, much faster. Right now, we only support Metal on Apple Silicon (ARM) devices. That includes all iOS devices and the M1/M2/M3 Macs. Intel-based Apple devices will continue to work with the MoltenVK backend. Currently, this limitation is due to the fact that few contributors working in this area have access to non-Apple Silicon devices. 3D physics interpolation Godot 4.3 came with physics interpolation for 2D nodes, and now the 3D counterpart has been merged (GH-92391), with Ricardo Buring continuing the forward-porting of lawnjelly’s Godot 3.x implementation. Not only that but support for MultiMeshes has also been merged (GH-91818)! GH-92391 Ricardo Buring lawnjelly GH-91818 Physics interpolation is a technique that allows you to run your physics update at a very low FPS while maintaining smooth movement. This allows you to both save CPU overhead and make your game look much smoother. Lightmap bicubic sampling Bicubic sampling is a method for reading from a lightmap that smooths our sharp edges. It is especially useful when you bake lightmaps with shadows at a low texture resolution. We supported this in Godot 3, and have now brought it back in GH-89919, courtesy of BlueCube3310. GH-89919 BlueCube3310 Bicubic sampling comes with a small run-time performance cost on the GPU, so it can be disabled in a project setting if needed. Combined with new antialiasing for direct light samples (GH-95828), low resolution static shadows now look much better in lightmaps. GH-95828 Betsy texture compressor The Betsy texture compressor is a tool to compress images into various GPU texture formats. Currently, compressing images for the GPU (in Godot using the “VRAM Compressed” import setting) can be quite slow. Betsy is a texture compressor that runs on the GPU and is able to compress images significantly faster than our current compressors. This reduces import time dramatically. Betsy While Betsy was written a few years ago by Matias N. Goldberg, we are just beginning to integrate it into the engine now (GH-91535), thanks to the effort of BlueCube3310. Currently it is only implemented for HDR images set to “high quality”. However, soon we will extend it to many more compression types and begin to use it internally for things like lightmaps. Matias N. Goldberg GH-91535 BlueCube3310 The improvement is most obvious when importing HDRIs, here are a few examples from the PR: Image

CVTT

Betsy



Symmetrical garden 8k .hdr with mipmaps

92.4s

475ms



Cobblestone Street Night .hdr 4k with mipmaps

26.5s

217ms



Laufenurg Church 8k .hdr with mipmaps

99.3s

440ms



Little Paris 8k .hdr with mipmaps

92.7s

467ms Image

CVTT

Betsy



Symmetrical garden 8k .hdr with mipmaps

92.4s

475ms



Cobblestone Street Night .hdr 4k with mipmaps

26.5s

217ms



Laufenurg Church 8k .hdr with mipmaps

99.3s

440ms



Little Paris 8k .hdr with mipmaps

92.7s

467ms Image

CVTT

Betsy Image Image CVTT CVTT Betsy Betsy Symmetrical garden 8k .hdr with mipmaps

92.4s

475ms Symmetrical garden 8k .hdr with mipmaps Symmetrical garden 8k .hdr with mipmaps Symmetrical garden 8k .hdr with mipmaps 92.4s 92.4s 475ms 475ms Cobblestone Street Night .hdr 4k with mipmaps

26.5s

217ms Cobblestone Street Night .hdr 4k with mipmaps Cobblestone Street Night .hdr 4k with mipmaps Cobblestone Street Night .hdr 4k with mipmaps 26.5s 26.5s 217ms 217ms Laufenurg Church 8k .hdr with mipmaps

99.3s

440ms Laufenurg Church 8k .hdr with mipmaps Laufenurg Church 8k .hdr with mipmaps Laufenurg Church 8k .hdr with mipmaps 99.3s 99.3s 440ms 440ms Little Paris 8k .hdr with mipmaps

92.7s

467ms Little Paris 8k .hdr with mipmaps Little Paris 8k .hdr with mipmaps Little Paris 8k .hdr with mipmaps 92.7s 92.7s 467ms 467ms Dev1 also brings optimizations to other stages of loading HDRIs that should make them much faster across the board: Optimize converting half float and full float formats (~10× improvement) (GH-92291).
Optimize loading HDRIs (~25× improvement) (GH-95291). Optimize converting half float and full float formats (~10× improvement) (GH-92291). GH-92291 Optimize loading HDRIs (~25× improvement) (GH-95291). GH-95291 Optimizations Contributors have been hard at work on various optimizations across the engine. Now that Godot 4 is being used more and the core feature set is feeling stable, we can turn our minds to optimizing the existing features. Many optimizations were finished and tested before the 4.3 release but were too late to merge. So now we get them all in one big batch. Here are a few: Core: Reduce memory allocations when formatting strings (GH-94558). This makes formatting strings about 2× faster.
Core: Optimize Array.insert (GH-94353). This makes inserting new elements into an Array about 10× faster on average.
Core: Optimize String.insert (GH-92555).
Core: Optimize String.join (GH-92550).
Core: Optimize String.replace (GH-92546).
Import: Disable normal raycaster by default (GH-93727). This makes importing meshes with LODs approximately 2× faster. We expect that the quality of imported LODs will be the same. If you notice any issues, please let us know. You can re-enable the raycaster in the object’s import settings under lods/raycast_normals.
Editor: Optimize editor grid recalculation (GH-92734).
Editor: Optimize closing the editor settings (GH-95704).
Rendering: Optimize meshes for vertex cache (GH-94241). In scenes with a lot of geometry, this can result in a 20% improvement in frame time.
Rendering: Optimize materials with ambient_light_disabled (GH-92213). Core: Reduce memory allocations when formatting strings (GH-94558). This makes formatting strings about 2× faster. GH-94558 Core: Optimize Array.insert (GH-94353). This makes inserting new elements into an Array about 10× faster on average. Array.insert GH-94353 Core: Optimize String.insert (GH-92555). String.insert GH-92555 Core: Optimize String.join (GH-92550). String.join GH-92550 Core: Optimize String.replace (GH-92546). String.replace GH-92546 Import: Disable normal raycaster by default (GH-93727). This makes importing meshes with LODs approximately 2× faster. We expect that the quality of imported LODs will be the same. If you notice any issues, please let us know. You can re-enable the raycaster in the object’s import settings under lods/raycast_normals. GH-93727 lods/raycast_normals Editor: Optimize editor grid recalculation (GH-92734). GH-92734 Editor: Optimize closing the editor settings (GH-95704). GH-95704 Rendering: Optimize meshes for vertex cache (GH-94241). In scenes with a lot of geometry, this can result in a 20% improvement in frame time. GH-94241 Rendering: Optimize materials with ambient_light_disabled (GH-92213). ambient_light_disabled GH-92213 And more! There are too many exciting changes to list them all here, but here are a few more. Editor: Fix uid:// paths fail to load at editor startup (GH-95689).
Editor: Correct rotation gizmo plane math for off-center perspective view (GH-95402).
Editor: Make viewport grid visible on all three planes in orthogonal camera view (GH-93869).
Editor: Expose GDScript syntax highlighter to editor plugins (GH-95764).
Rendering: Fix generated light probes placing too close to manual light probes (GH-83497).
Rendering: Antialias direct light samples in LightmapperRD (GH-95828).
Rendering: Add fixed fog to the sky in the Compatibility renderer (GH-95662).
Rendering: Implement visual layers for DirectionalLight3D (GH-95379).
Rendering: Fix LightmapGI not taking environment sky rotation into account when baking (GH-95000).
Import: Add support for loading less common DDS formats (GH-86204).
Import: Add option to export Geometry Nodes Instances in Blender importer (GH-87735).
Android: Memory cleanup and optimization (GH-94799).
Core: Handle the smoothstep degenerate case of empty range (GH-93149).
Navigation: Add triangulation partition option to 2D navigation mesh baking (GH-92560).
XR: OpenXR: Add support for visibility mask (GH-91750).
Physics: Fix SoftBody3D pinned points breaking when reloading scene (GH-86310). Editor: Fix uid:// paths fail to load at editor startup (GH-95689). uid:// GH-95689 Editor: Correct rotation gizmo plane math for off-center perspective view (GH-95402). GH-95402 Editor: Make viewport grid visible on all three planes in orthogonal camera view (GH-93869). GH-93869 Editor: Expose GDScript syntax highlighter to editor plugins (GH-95764). GH-95764 Rendering: Fix generated light probes placing too close to manual light probes (GH-83497). GH-83497 Rendering: Antialias direct light samples in LightmapperRD (GH-95828). GH-95828 Rendering: Add fixed fog to the sky in the Compatibility renderer (GH-95662). GH-95662 Rendering: Implement visual layers for DirectionalLight3D (GH-95379). GH-95379 Rendering: Fix LightmapGI not taking environment sky rotation into account when baking (GH-95000). GH-95000 Import: Add support for loading less common DDS formats (GH-86204). GH-86204 Import: Add option to export Geometry Nodes Instances in Blender importer (GH-87735). GH-87735 Android: Memory cleanup and optimization (GH-94799). GH-94799 Core: Handle the smoothstep degenerate case of empty range (GH-93149). GH-93149 Navigation: Add triangulation partition option to 2D navigation mesh baking (GH-92560). GH-92560 XR: OpenXR: Add support for visibility mask (GH-91750). GH-91750 Physics: Fix SoftBody3D pinned points breaking when reloading scene (GH-86310). GH-86310 Changelog 99 contributors submitted 228 improvements for this new snapshot. See our interactive changelog for the complete list of changes since 4.3-stable. 99 contributors 228 improvements interactive changelog interactive changelog This release is built from commit 28a72fa43. 28a72fa43 Downloads Download Godot 4.4 dev1 Download Godot 4.4 dev1 Standard build includes support for GDScript and GDExtension. Standard build .NET build (marked as mono) includes support for C#, as well as GDScript and GDExtension. .NET build mono See also C# platform support. See also C# platform support. C# platform support While engine maintainers try their best to ensure that each preview snapshot and release candidate is stable, this is by definition a pre-release piece of software. Be sure to make frequent backups, or use a version control system such as Git, to preserve your projects in case of corruption or data loss. a pre-release piece of software Known issues There are currently no known issues introduced by this release. With every release we accept that there are going to be various issues, which have already been reported but haven’t been fixed yet. See the GitHub issue tracker for a complete list of known bugs. known bugs Bug reports As a tester, we encourage you to open bug reports if you experience issues with this release. Please check the existing issues on GitHub first, using the search function with relevant keywords, to ensure that the bug you experience is not already known. open bug reports existing issues on GitHub In particular, any change that would cause a regression in your projects is very important to report (e.g. if something that worked fine in previous 4.x releases, but no longer works in this snapshot). Support Godot is a non-profit, open source game engine developed by hundreds of contributors on their free time, as well as a handful of part or full-time developers hired thanks to generous donations from the Godot community. A big thank you to everyone who has contributed their time or their financial support to the project! generous donations from the Godot community their time their financial support If you’d like to support the project financially and help us secure our future hires, you can do so using the Godot Development Fund platform managed by Godot Foundation. There are also several alternative ways to donate which you may find more suitable. Godot Development Fund Godot Foundation alternative ways to donate Clay John Also published here here Photo by Fikri Rasyid on Unsplash Fikri Rasyid Unsplash

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Godot 4.4: Metal Rendering Backend, 3D Physics Interpolation, and More

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