- 本人代码水平很烂 :|
- 本人只会 Copy&Paste，有问题请问 GPT :)
- 蓝牙配对逻辑一坨，但能用，有空就优化 :(
- 本项目纯属图一乐，要商用或者 DIY 请自行修改，本人概不负责 :)
- BUG 是肯定有的，请自己修，或者 Commit :)
- 延迟和低功耗是没有优化的，能跑能用就够了 :)
- 我是傻逼，RTOS 是没有的，有空再说 :(
- 8K 是没有的，外挂 USB 高速 PHY 有空再搞，早知道换个片了 *8K 屁用没有 :(
- 注释我就用中文，乱码自己转换，可能后面让 GPT 翻译个英文的 :)
- 维护是不存在的，啥时候更新看心情 :)
examples\peripheral\gm_mouse
鼠标本体，支持蓝牙，USB 有线，ESB(RF) 三种模式，开发使用 52840 平台。examples\peripheral\gm_mouse_rx
ESB (RF) 接收器，插上就配对，地址固定。
- nrf 驱动：部分驱动遭到了我的摧残和修改，请自行查阅。
examples\peripheral\gm_mouse\pca10056\blank\arm5_no_packs\Drives
用户驱动文件夹，下面的驱动都放在这。- 驱动模块：
- ble_device：ble 设备驱动，负责蓝牙交互，写的一坨，图一乐，能用，回报率最高 133Hz。
- esb_device：esb 设备驱动，RF 逻辑就是按键通过 RF 发送给 RX 然后转为 USB HID 协议发送给上位机，回报率最高 1000Hz。
- usb_device：usb 设备驱动，usb 全速，上不了高速，故而不支持 8K 微帧，回报率最高 1000Hz。
- mouse：鼠标逻辑本体，一团乱麻。
- paw3399：鼠标传感器驱动，改改寄存器值啥的就可以平替为其他传感器了，前提有 Datasheet，但其实没啥区别，除了几个新特性。
- ws2812b：RGB 指示灯驱动，参考 https://github.com/nicokorn/NRF52840_WS2812B。
- PAW3399DM-T4QU_DS_V1.00-07122020_Confidential：鼠标传感器 Datasheet，本项目使用 PAW3399，对于 PAW3395/3950 移植应该很简单，只需要修改对应的寄存器配置即可，不过个人感觉用不太到。
- waratah：用于生成 HID 描述符的脚本，详情参考 https://github.com/microsoft/hidtools。
- 鼠标：默认 2 主按键，1 中键按键，2侧键，1 滚轮，1 传感器，扫描方式为轮询。
- USB：基于 USB HID，最高 1000Hz。
- BLE：基于 BLE HID，最高 133Hz。
- ESB：基于 ESB RF -> USB HID，最高 1000Hz。
- 回报率：这玩意其实就是 USB 的回报率，没区别。
- 配对按键：BLE 模式下长按重新开始配对。
- 模式切换逻辑：
- USB：USB 连接。
- 蓝牙：USB 断连，模式选择按钮高电平。
- ESB RF：USB 断连，模式选择按钮低电平。
- DPI 更改：预设 5 组 DPI，两个按键用于前向/后向循环。
- 状态指示灯：
- 绿色：连接。
- 红色：BLE 断连，需要重新开始配对。
- 黄色：无操作，设备自行挂起。
- 蓝色：闪烁，BLE 配对。
- 紫色：需要主机删除已有的设备信息后才能运行。
- 电量指示灯：
- 绿色：电量高于 40%。
- 黄色：电量高于 20%。
- 红色：电量低于 20%。
- RGB：没人用 RGB，有空就写
IO请参考SDK_Config - Application，都排好了
很好，我懒得画了，但是原理图都画好了，现成的在demo_pcb文件夹里可以用，PCB框架也有了，只是不想打了，再说
- My coding skills are terrible :|
- I only know how to Copy&Paste, ask GPT if you have questions :)
- The Bluetooth pairing logic is a mess, but it works; I'll optimize when I have time :(
- This project is just for fun. If you want to use it commercially or for DIY, please modify it yourself. I'm not responsible :)
- BUGS are definitely present. Fix them yourself or submit a commit :)
- Latency and low power consumption are not optimized. As long as it runs, it's good enough :)
- I'm an idiot; there's no RTOS. Maybe I'll add it later :(
- No 8K support; an external USB high-speed PHY might help. Should have used a better chip *8K is pointless anyway :(
- Comments are in Chinese. Convert them yourself if they look garbled. I might ask GPT to translate them into English later :)
- Maintenance doesn't exist. Updates depend on my mood :)
examples\peripheral\gm_mouse
The main mouse, supporting Bluetooth, USB wired, and ESB (RF) modes. Developed using the 52840 platform.examples\peripheral\gm_mouse_rx
The ESB (RF) receiver. Just plug it in to pair, with a fixed address.
- nrf drivers: Some drivers have been modified. Please check them yourself.
- User driver folder:
examples\peripheral\gm_mouse\pca10056\blank\arm5_no_packs\Drives
All user drivers are stored here. - Driver Modules:
- ble_device: BLE device driver, responsible for Bluetooth interaction. Maximum polling rate: 133Hz.
- esb_device: ESB device driver. RF logic sends keypresses to the RX, which converts them to USB HID protocol for the host. Maximum polling rate: 1000Hz.
- usb_device: USB device driver. Limited to USB full-speed; does not support 8K micro-frames. Maximum polling rate: 1000Hz.
- mouse: Main mouse logic; it's a tangled mess.
- paw3399: Mouse sensor driver. Can replace with other sensors by modifying register values (if you have the datasheet).
- ws2812b: RGB indicator driver (reference: https://github.com/nicokorn/NRF52840_WS2812B).
- PAW3399DM-T4QU_DS_V1.00-07122020_Confidential: Datasheet for the PAW3399 mouse sensor. Porting to PAW3395/3950 should be simple by modifying register configurations, though it might not be necessary.
- waratah: Script for generating HID descriptors (reference: https://github.com/microsoft/hidtools).
- Mouse: Default 2 main buttons, 2 side buttons，1 middle button, 1 scroll wheel, 1 sensor, with polling scanning.
- USB: USB HID-based, max polling rate 1000Hz.
- BLE: BLE HID-based, max polling rate 133Hz.
- ESB: ESB RF -> USB HID-based, max polling rate 1000Hz.
- Polling rate: Essentially USB polling rate; no difference.
- Pairing button: Long press in BLE mode to restart pairing.
- Mode switching logic:
- USB: When USB is connected.
- Bluetooth: When USB is disconnected and mode select button is high.
- ESB RF: When USB is disconnected and mode select button is low.
- **DPI adjustment
**: 5 preset DPI levels, with buttons for cycling forward/backward.
- Status indicator:
- Green: Connected.
- Red: BLE disconnected; restart pairing required.
- Yellow: No operation; device in suspend.
- Blue (flashing): BLE pairing.
- Purple: Requires the host to delete existing device info to proceed.
- Battery indicator:
- Green: Battery >40%.
- Yellow: Battery >20%.
- Red: Battery <20%.
- RGB: Not implemented yet. Might add later.
For IO, please refer to the SDK_Config - Application; everything is already arranged.
Great, I’m too lazy to draw it, but the schematic is already done and available in the demo_pcb folder for use. The PCB framework is also ready; I just don’t feel like assembling it for now.