1.将产生未综合系统的根轨迹图以及0.707阻尼比例，你可以交互的选择交点运行点，界面能显示运行点的坐标，增益值，以及近似为二阶系统估算的超调量，调整时间，峰值时间，阻尼比，无阻尼自然震荡频率以及稳态误差。

2.显示未综合系统的阶跃响应。

3.输入控制器的参数，绘制综合后系统的根轨迹图以及显示综合的设计点（主导极点），允许不断改变控制器参数，直到所绘制的根轨迹通过设计点。

4.对于综合后的系统，显示运行点的坐标，增益，近似为二阶系统估算的超调量，调整时间，峰值时间，阻尼比，无阻尼自然震荡频率以及误差系数。

5.显示综合后系统的阶跃响应。

-1. The root locus will not produce integrated systems and damping ratio of 0.707, you can interactively　the intersection of the operating point, the interface can display coordinates, gain, and overshoot approximate estimate of second-order system operating point, adjust the time , peak time, damping ratio, undamped natural oscillation frequencies, and steady-state error.

2. The step response is not an integrated system.

3. Enter the parameters of the controller, the system s integrated drawing root locus and displaying comprehensive design point (dominant pole), which allows changing the controller parameters, root locus drawn up by the design point.

4. For a comprehensive post system displays the coordinates of the operating point, gain, overshoot approximate estimate of second-order system, adjust the time, peak time, damping ratio, undamped natural vibration frequency and an error factor.

5. Display integrated the system step response.