先读我

1. 运行 Demo 需以下步骤

1. 电脑可用网线连接控制器的网口，然后设置固定 IP，与控制器 IP 在同一网段下。也可无线连接控制器。

   • 四轴机器人（如MG400等） 有线连接时连接LAN1：ip为192.168.1.6 , 有线连接时连接LAN2：ip为192.168.2.6
   • 六轴机器人（如CR系列等） 有线连接：ip为192.168.5.1 , 无线连接：ip为192.168.1.6

2. 尝试 ping 通控制器 IP，确保在同一网段下。

2. 文件说明

1. demo.py: 程序运行入口。

2. dobot_api.py：根据机器人TCP/IP远程控制方案（https://github.com/Dobot-Arm/TCP-IP-Protocol）自行修改。

3. 运行Demo

方法一: 需要检测搜索到动态库，需在VsCode中打开整个目录，再直接运行 demo.py。

方法二: 需要检测搜索到动态库，需在PyCharm中打开整个目录，再直接运行 demo.py。

4. 测试环境

• language: Python 3.7 64-bit
• os: Windows 10 64-bit

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Readme

1. The following steps are required to run Demo

1. The computer can be connected to the network port of the controller with a network cable, and then set a fixed IP, which is in the same network segment as the controller IP. The controller can also be connected wirelessly.

   • Four-axis robot (such as MG400, etc.) When wired connection, connect to LAN1: ip is 192.168.1.6 , When wired connection, connect to LAN2: ip is 192.168.2.6 .
   • Six-axis robot (such as CR series, etc.) Wired connection: ip is 192.168.5.1 ,Wireless connection: ip is 192.168.1.6 .

2. Try to ping the controller IP to make sure it is in the same network segment.

2. File description

1. demo.py: The entry point of the program.

2. dobot_api.py: According to the robot TCP/IP remote control scheme (https://github.com/Dobot-Arm/TCP-IP-Protocol), modify it by yourself.

3. Run Demo

Method 1: If you need to detect and search the dynamic library, you need to open the entire directory in VsCode, and then run demo.py directly.

Method 2: To detect and search the dynamic library, you need to open the entire directory in PyCharm, and then run demo.py directly.

4. Test environment

• language: Python 3.7 64-bit
• os: Windows 10 64-bit