andrew
a6b2505242
Add detailed design and implementation scaffolding for TiltedEvolution-style animation synchronization. New documentation: animation-architecture-alignment.md, animation-sync-analysis.md, f4-animation-descriptor.md, phase1-3-completion-report.md and updates to dev-log.md describing Phase 1-3 progress. Plugin: introduce F4AnimationDescriptor (plugin/include/F4AnimationDescriptor.h, plugin/src/F4AnimationDescriptor.cpp) and extend remote state handling (plugin/include/F4TRemotePlayerState.h). Integrate protocol/state extensions and refactor points: plugin/src/F4TNetworking.cpp now parses optional actorStateFlags and actionEvents; proxy controller and animation sync files (F4TProxyActorController.cpp, F4TProxyAnimationSync.cpp) updated to support descriptor-based bulk variable snapshots and actor state replication. Server/tools: update server/dev_server_app.py and server/fake_client.py to handle and display the new optional fields. These changes are additive and backward-compatible and set up phases for action capture, dynamic proxy spawn, and action-replay integration.
Fallout4Together Plugin
This is the native Fallout4Together plugin using CommonLibF4.
Requirements
- XMake [3.0.0+]
- C++23 Compiler (MSVC or Clang-CL)
Getting Started
git clone --recurse-submodules https://github.com/libxse/Fallout4Together
cd Fallout4Together
Build
To build the project, run the following command:
xmake build
Note: This will generate a
build/windows/directory in the project's root directory with the build output.
Build Output (Optional)
If you want to redirect the build output, set one of the following environment variables:
-
Path to a Mod Manager mods folder:
XSE_FO4_MODS_PATHor
-
Path to a Fallout 4 install folder:
XSE_FO4_GAME_PATH
Project Generation (Optional)
If you use Visual Studio, run the following command:
xmake project -k vsxmake
Note: This will generate a
vsxmakeXXXX/directory in the project's root directory using the latest version of Visual Studio installed on the system.
Alternatively, if you do not use Visual Studio, you can generate a compile_commands.json file for use with a laguage server like clangd in any code editor that supports it, like vscode:
xmake project -k compile_commands
Note: You must have a language server extension installed to make use of this file. I recommend
clangd. Do not have more than one installed at a time as they will conflict with each other. I also recommend installing thexmakeextension if available to make building the project easier.
Upgrading Packages (Optional)
If you want to upgrade the project's dependencies, run the following commands:
xmake repo --update
xmake require --upgrade
Documentation
Please refer to the Wiki for more advanced topics.