Enables students to understand the workflow and principles of industrial robots performing different tasks through virtual industrial robots, while featuring multiple built-in robot program animations for a comprehensive understanding of how industrial robots operate in various tasks.

Functions:

Demonstrates the operational procedures and safety protocols of industrial robots; executes program operations for various tasks of industrial robots, restoring the detailed actions of robots under program-driven execution to complete corresponding tasks.

Uses inverse kinematics (IK) to calculate the rotation angles of each joint of the robotic arm; employs a step-by-step task management algorithm to manage the logical relationship between each step's target point and target object of the industrial robot.

1. Demonstration (operational procedures, safety), interaction (equipment disassembly and assembly, instrument operation);

2. Content complies with professional standards, technical specifications, operational procedures, and industry attributes, with no scientific errors;

3. Visuals: realistic, with colors, shapes, sounds, positions, etc., highly consistent with the characteristics of the actual objects;

4. Virtual simulation models must be developed and produced in coordination with the school's existing teaching equipment, specifically the industrial robot body;

5. The production software must be compatible with the simulation software;

6. Virtual simulation models must be produced at a 1:1 scale relative to the actual equipment and successfully debugged in the software.