MATLAB GUI Design for Control System Analysis and Design Interface

This MATLAB GUI-based control system analysis and design interface incorporates common control system functionalities, transfer function input and creation, performance metric calculation displays, and standard curve plotting capabilities.

To better meet user requirements, we have implemented the following enhancements and features:

- Expanded control system functionalities including feedback control, feedforward control, and adaptive control algorithms implemented through MATLAB's Control System Toolbox functions like tf(), feedback(), and adapt()

- Enhanced transfer function input and creation capabilities allowing flexible definition through both polynomial coefficient arrays and zero-pole-gain formulations using tf() and zpk() functions

- Additional performance metric calculation options including stability analysis via pole-zero maps and frequency response analysis using bode() and nyquist() functions

- Expanded curve plotting tools for step response curves (step()), damping characteristics, and root locus plots (rlocus()) with customizable visualization parameters

These new features and optimizations make the MATLAB GUI control system analysis and design interface more powerful and user-friendly, facilitating improved control system analysis and design workflows through intuitive graphical interactions and robust computational backend.