loyal-studio
Honami-Animation-System
Honami is a visual, UI-first animation system for Unity 6 that replaces Mecanim with timeline editors, node graphs, and a zero-allocation runtime, letting animators author animations with almost no code.
AI 仓库情报摘要
FR-AI / ANALYSIS为什么值得关注
它提供了可插拔的输入抽象层 (IMotionSource)，使画布不依赖特定传感器；并采用 One Euro 滤波器实现指针稳定性、谨慎保留振动马达状态，以及非阻塞的读取循环。
适合谁使用
- 开发运动控制交互显示器的 MonoGame/XNA 开发者
- 探索使用真实硬件作为替代输入的游戏开发者
- 希望将 Wii Remote 用于交互项目的爱好者
- 移植旧版 Kinect/XNA 运动控制显示器的开发者
典型使用场景
- 基于手势驱动的交互式艺术装置
- 利用运动和指向输入的教育演示
- 带有物理控制器反馈（振动、LED）的游戏原型制作
- 面向桌面应用的手势用户界面
项目优势
- 可插拔的 IMotionSource 抽象层允许在不修改画布代码的情况下切换传感器
- One Euro 滤波器保持指针稳定性，无需在静止和响应之间取舍
- 所有输出报告均保留振动马达状态，避免意外关闭或开启
- HID 读取在专用线程上执行且无内存分配，保证渲染循环流畅
使用前须知
- 仅支持 Windows：蓝牙 HID 配对和构建步骤需在 Windows 上运行
- 状态列表中所有功能均为未勾选状态，表明实现可能不完整或仅为设计大纲
- 需要真实的 Wii Remote 和红外感应条，未提供模拟器或替代控制器
README 快速开始
wiimote-motion-display
A C#/.NET interactive display driven by a real Wii Remote over Bluetooth: motion, pointing, and gestures mapped to an on-screen canvas in real time.
A gaming motion controller is a cheap, precise, and genuinely fun way to drive an interactive
display, but the value is in the plumbing: reading the controller over Bluetooth HID, turning
noisy accelerometer and infrared data into stable pointing, motion, and gestures, and mapping
that onto something on screen without lag. wiimote-motion-display does that end to end. A Wii
Remote connects over Bluetooth HID; its accelerometer, IR camera, and buttons drive a pointer,
tilt and motion, and recognized gestures on an interactive canvas built with MonoGame.
Scope note: the input layer is pluggable, with the Wii Remote as the reference device. The canvas is built on MonoGame, the open-source continuation of the XNA Framework, so the programming model is the same one legacy Kinect/XNA projects use, and porting the render side to XNA on Visual Studio is direct. This is my own hardware, built and tested for real.
How it works
flowchart LR
W[Wii Remote] -- Bluetooth HID --> R[HID report reader\naccel, IR, buttons]
R --> F[Fusion\norientation, pointer, gesture]
F --> M[Mapping]
M --> C[MonoGame canvas\npointer / motion / gesture actions]
C -- rumble / LEDs --> W
- Bluetooth HID. Pairs the Wii Remote and reads its HID report stream: buttons, the 3-axis accelerometer, and the IR camera's tracked points. No vendor SDK, just the HID protocol.
- Pointer. Computes an on-screen pointer from the IR camera and sensor bar (or any IR sources), with smoothing so it sits still when your hand does.
- Motion and orientation. Derives tilt and motion from the accelerometer (and the MotionPlus gyro if the remote has one).
- Gestures. Recognizes flicks, swings, shakes, and holds from accelerometer patterns.
- Interactive display. A MonoGame canvas responds to the pointer, motion, and gestures in real time: move and throw objects, draw, and trigger actions, with rumble and LED feedback.
Why it maps to Kinect/XNA work
The hard parts of a movement-controlled display are the same whatever the sensor: read a noisy real-time input, turn it into stable motion and gestures, and drive a responsive display. This project does
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