Mbot - Robot
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发布于:2024-06-29
更新于:2024-06-29
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作品介绍:
This program is designed to facilitate control of the mBot device through block coding. It offers an intuitive interface that allows users to program the robot in three main modes: Obstacle Follower: The mBot can detect obstacles in its path and autonomously navigate around them. Line Follower: Using infrared sensors, the mBot follows a predefined line on the ground, adjusting its trajectory to stay on the marked path. Crazy Dance: In this mode, the mBot performs a sequence of pre-programmed movements and actions that create a fun and dynamic choreography. Each mode offers customization options, allowing users to adjust parameters and add new functions according to their needs and creativity. This block-based approach makes programming accessible even for those with no prior coding experience, promoting interactive learning and experimentation in educational robotics.
操作说明:
This program allows switching between mBot operation modes using the crash sensor and confirming selections with the left sensor. Below are detailed steps to change modes: Program Start: Power on the mBot and ensure it is properly connected and operational. Mode Selection: The program starts in mode selection mode. Use the crash sensor to navigate through available mode options. Each time a crash is detected, the mBot will switch to the next mode in sequence. Mode Confirmation: Once the desired mode is selected using the crash sensor, confirm your selection by pressing the left sensor. The mBot will then enter the selected mode and be ready to execute functions associated with that specific mode. Operating in Mode: Each operation mode has its own specific features and functionalities, such as obstacle avoidance, line following, or performing a pre-programmed dance. During operation in any mode, the user can repeat the selection and confirmation process to switch to another mode as needed. These instructions provide a clear guide for effectively using and switching between mBot operation modes, leveraging integrated sensors for intuitive and dynamic interaction with the robot.