load.nut constructed about thirty modules by name, so any build that trimmed
one crashed at bind time. That is the only reason the browser runtime needed a
second root script, load_web.nut, listing the WASM-surviving subset by hand:
two files to keep in step with the link list, and no way to express any other
subset.
The boot script now walks eve.moduleList, generated at configure time from the
same manifest that produces the link list, and guards optional modules with
has_module(). The two frame drivers share one eve_frame(): desktop runs the
while loop at the bottom of load.nut, the browser leaves it to
emscripten_set_main_loop through the new eve.hostDrivesFrames flag rather than
a separate script. load_web.nut is gone.
EVENGINE_WEBGPU_TRIM is gone as well. What was a special case is now the "web"
profile, and the two remaining uses that really meant "is this Emscripten" say
so directly. Third-party groups the WASM aggregate does not build resolve to
nothing there, matching the list it linked before.
graphics now treats font as an optional dependency rather than a hard one:
graphics/Font.cpp is its only user and was already excluded on WASM. Turning
font off excludes that file everywhere, so the rule no longer depends on the
platform.
Verified: full-profile link line still identical to before the manifest work;
web profile resolves to exactly the module set the old REMOVE_ITEM list left;
a 3d-profile binary boots and runs the basic example, reporting avatar and
dialogue absent and the rest present; example smoke suite unchanged at 19/9.
Co-authored-by: 西风逍遥游 <sunxfancy@gmail.com>
Add data-driven procedural dialogue to eve.Dialogue:
- Variables: setVar/getVar*/hasVar/clearVar/clearVars with global and
scene scopes; the scene scope auto-clears when the selected Scene host
changes (polled in update()).
- Conditions: structured tables ({var,op,value} with eq/ne/gt/ge/lt/le/
has/missing, all/any/not, script predicates) + evalCondition().
- Line pools: loadPoolsFromTable() with weight/when/meta/tags, seeded
weighted selection (setRandomSeed), per-pool no-repeat history, and
playLine()/playPool() that resolve {var} interpolation or i18n keys and
auto-apply meta.expression/motion to bound avatars.
- .dnut authoring format compiled by a new C++ parser (DnutParser):
loadPoolsFromDnut(source, path) / loadPoolsFromDnutFile(path); parse
errors surface path:line via getLastPoolsError(). The previous Squirrel
compiler script and its engine wiring are removed.
- Example (examples/dialogue) uses pools.dnut with mood/hour variables,
scene-scope auto-clear demo, and hot reload via eve_asset_reload.
- Tests: C++ unit tests (dialogue_proc.cpp) covering variables,
conditions, pools, selection/dedupe, meta, i18n, scene auto-clear and
the .dnut parser; Squirrel integration test for the script-facing API.
- Docs: design doc updated with the new content model / API / format.
Add the scene_director Squirrel kit (src/scripts/scene_director.nut) with
spawn/move/scale/rotate/remove/material/lighting/camera/cameras/info/modify/
reset, embedded into the engine and exposed to host games as
eve.sceneDirectorScript. New MCP tools (eve_scene_director_install/status,
eve_scene_reset, eve_scene_modify, eve_scene_info, eve_camera_generate) are
thin dispatchers over the kit, so agents can place props, set lighting,
frame cameras, inspect truth and reset the stage through MCP alone.
The kit's cross-references are written explicitly as scene_director.<field>
to avoid Squirrel table-closure his resolution, and cameras() uses a
fixed 6-way compass table (no math-lib dependency) so it works both in the
engine and in plain ssq test VMs.
- Added support for the WebGPU backend in the CMake configuration, enabling builds for Emscripten and native Dawn.
- Implemented conditional compilation for WebGPU-specific features, including shader management and file system handling.
- Updated the build process to exclude unnecessary modules and dependencies for WebGPU, optimizing the engine for browser environments.
- Enhanced the installation script to include WebGPU-related files and directories in the output.
- Refactored existing modules to accommodate WebGPU, ensuring compatibility and performance improvements across the engine.
- Introduced new compile options and configurations tailored for WebGPU builds, including handling of third-party libraries and assets.
- Updated the math module to include vector and matrix operations, noise generation, Bezier curves, and random number utilities.
- Introduced the tensor module, providing TensorFlow 2-style eager execution and graph building capabilities.
- Enhanced documentation to reflect the new features in the math and tensor modules, including usage examples and API references.
- Modified CMakeLists.txt to include the new math and tensor modules, ensuring proper build configurations.
Co-authored-by: Cursor <cursoragent@cursor.com>
西风逍遥游