本项目禁止商用。任何将本项目用于商业用途的行为均属违法，本人将保留追究法律责任的权利。 This project is NOT FOR COMMERCIAL USE. Any commercial use of this project is illegal, and I reserve the right to pursue legal liability.
这是一个帮助你打造适用于模拟赛车的宝马F18挂挡杆的项目，无需高额成本、无需丰富电子开发经验，即可轻松获得模拟赛车挂挡的真实乐趣。 This is a project that helps you build a BMW F18 shifter for sim racing. You can easily get the real fun of sim racing shifting without high cost or rich electronic development experience.
- Arduino Leonardo R3 开发板 (Arduino Leonardo R3 Development Board)
- BMW Shifter F18 9296904-01 (Original BMW F18 Shifter, Part No.: 9296904-01)
- MCP2515 TJA1050 SPI CAN模块 (MCP2515 TJA1050 SPI CAN Module)
- 12V PowerAdapter（2A）电源适配器 (12V Power Adapter, 2A Output)
- Wires 连接线束 (Connecting Wire Harness)
- Arduino IDE 开发程序 (Arduino IDE Development Software, download link: https://www.arduino.cc/en/software)
- 此仓库的代码 | Code in this Project (Directly download the code files in this repository for use)
本项目采用 CC BY-NC-ND 4.0 许可协议，即署名-非商业性使用-禁止演绎 4.0 国际许可协议，使用前请务必阅读完整许可条款。 This project is licensed under the CC BY-NC-ND 4.0 (Attribution-NonCommercial-NoDerivs 4.0 International License). Please be sure to read the complete license terms before use.
- 按照硬件清单准备所有设备，参照常规电路连接规范，完成挂挡杆、CAN模块与Arduino开发板的接线； Prepare all devices according to the hardware list, and complete the wiring of the shifter, CAN module and Arduino development board in accordance with conventional circuit connection specifications;
- 下载并安装Arduino IDE，在IDE中导入本仓库的代码文件； Download and install Arduino IDE, and import the code files of this repository into the IDE;
- 将Arduino开发板通过USB连接电脑，在IDE中选择对应开发板型号与端口，完成代码烧录； Connect the Arduino development board to the computer via USB, select the corresponding development board model and port in the IDE, and complete the code burning;
- 烧录完成后，连接12V电源适配器，即可将挂挡杆作为游戏控制器接入模拟赛车游戏使用。 After the burning is completed, connect the 12V power adapter, and the shifter can be used as a game controller to connect to the sim racing game.