builds/README.md

tinqs/builds

Build artifacts for the Tinqs stack — engine editor binaries (+ their GodotSharp C# bindings). Binaries and GodotSharp are stored via Git LFS (see .gitattributes). Source lives in tinqs/engine, tinqs/ariki-game, tinqs/ariki-sim. See manifest.json for exact versions.

Use tinqs pull / tinqs push, never raw git — these are LFS-heavy.

Installing / updating the engine

Don't copy files by hand — run the update-engine skill (it lives in the game repo, which everyone has): tinqs.com/tinqs/ariki-game · .agents/skills/update-engine. Hand it to your agent; it tinqs pulls ariki-game + builds, installs the binary + GodotSharp into ../engine/bin/, wipes stale caches, and verifies. Covers macOS + Windows.

⚠️ The one rule: binary + GodotSharp are a MATCHED PAIR

Each engine binary ships with a GodotSharp/ folder (Godot's C# bindings) generated from that exact engine build. You must install them together and replace any old GodotSharp.

• The engine does NOT regenerate GodotSharp at runtime. If it's missing you get a .NET assemblies not found dialog pointing at engine/bin/GodotSharp/Api/Debug.
• A stale GodotSharp (from an older engine) against a newer binary throws Wrapper class not found for type: Terrain3D → terrain renders as water, animals don't animate.

This matters now because Terrain3D and agent_skinned are native engine modules (no separate addons/terrain_3d GDExtension .framework). Built-in module classes need their wrappers baked into GodotSharp, so GodotSharp had to be regenerated — and must ship here alongside the binary.

Current contents

Platform	Engine	Terrain3D	GodotSharp shipped?
engine/macos-arm64/	4.7.2 (b0daf759) — GPU-driven MultiMesh culling Stage A+B+B2+C (HZB occlusion, default off) + static cache single-sample / hard-filter options + true Metal GPU profile + parallel shadow fill, on top of the shadow diet, get_video_adapter_memory(), device-lost diagnostics	built-in module	✅ yes (GodotSharp/)
engine/windows-x64/	4.7.2 (b1bc0aef) — upstream bugfixes + static shadow cache (no memory query yet)	built-in module	✅ yes (GodotSharp/)

Mac is engine b0daf759 as of 2026-10-05 late evening (--version prints 4.7.2.stable.mono.custom_build.b0daf759b): GPU culling Stage C (previous-frame depth-pyramid occlusion, default off), zero per-frame cull uploads, static-cache single-sample + hard-filter options (default = unchanged), true per-pass Metal GPU profile, parallel shadow instance fill, on top of Stage B2 CPU band skip for GPU-culled MultiMeshes (the x4.7 draw explosion of gpucull veg on is gone; the path still stays off by default) on top of everything 51ed21d5 had (shadow diet incl. tile budget / live caster size cull / inverted-contract switch, video adapter memory query, GPU device-lost diagnostics) plus GPU-driven MultiMesh culling Stage A (compute frustum cull + indirect draws, multimesh_set_gpu_cull) and Stage B (per-instance GPU LOD bands, multimesh_set_gpu_lods), real Metal GPU timestamps (renderGpuMs), staggered far cascades, fit-to-visible-depth (SDSM-lite, default off), the Metal argument-buffer copy-queue stall fix and the Vulkan breadcrumb barrier fix (#185). Windows is b1bc0aef (2026-09-28, 4.7.2 + static shadow cache) and gets all of the above when Forge rebuilds from main - do not pin required_engine_build before that. Windows is b1bc0aef (2026-09-28, 4.7.2 + static shadow cache) and gets the memory query when Forge rebuilds from main. The engine source repo stays private. Check manifest.json for sha256. The 4.7 Windows cutover handoff is resolved: .agents/handoffs/forge-windows-4.7.md.

Long-term: CI (Gitea Actions) builds on push and publishes here / to S3 — docs/ai/plans/build-pipeline-architecture-2026-06-07.md.