Purpose <p>The BEPCII Upgrade (BEPCII-U) project features a combined superconducting magnet with a higher-magnetic-field gradient to enhance collision energy. The superconducting quadrupole magnet (SCQ) within this project utilizes direct winding technology to wind serpentine coils, ensuring a stable, precise, and complete it efficiently within the specified time. Furthermore, considering the future demand for direct winding technology for diversified coil shapes in superconducting magnet projects, it is necessary to develop a new type of multi-shaped winding control software to address the challenges posed by complex winding tasks.</p> Methods <p>The direct wind control software consists of two core modules: the graphics user interface module and the computerized numerical control module, aiming to provide an intuitive and user-friendly operating platform that allows users to easily control the winding machine.</p> Result <p>Through simulation testing, it has been confirmed that this software accurately winds various superconducting coil structures, including complex multi-shaped and multi-functional designs. Utilizing this winding control software, we successfully completed the winding task for the coil of the combined superconducting magnet using the winding machine. Further low-temperature magnetic field measurements indicate that the magnetic field performance of the wound SCQ magnet fully complies with the standards of the BEPCII-U project, demonstrating the software's effectiveness in practical applications.</p> Conclusion <p>The development and application of this software fill a crucial gap in China’s technology for producing superconducting magnets using direct winding methods, providing strong technical support for the development of accelerator engineering in China.</p>