| bode |
Produce Bode magnitude and phase plots |
| nyquist |
Generate Nyquist Plot |
| fstats |
Calculate frequency response characteristics from Bode plot |
| dbode |
Generate Bode plots for a discrete system |
| dnyquist |
Produce Nyquist plot for a discrete system |
| dfstats |
Calculate frequency response characteristics from discrete Bode plot |
| setfunit |
Set units to be used by frequency response macros |
| pzmap |
Plot pole and zero locations in the complex plane |
| rtlocus |
Generate Root Locus Plot |
| pzgrid |
Overlay a grid of constant natural frequencies and damping ratios |
| dpzmap |
Plot location of the poles and zeros of a discrete system |
| drtlocus |
Generate Root Locus Plot for a discrete system |
| dpzgrid |
Overlay a grid of constant discrete natural frequencies and damping ratios |
| cimpulse |
Calculate impulse response of a continuous system |
| cstep |
Evaluate step response of a continuous system |
| cramp |
Calculate response of a continuous system to ramp input |
| csim |
Calculate response of a continuous system to specified input |
| csiminit |
Calculate response of a continuous system to specified input and initial conditions |
| dimpulse |
Calculate impulse response of a discrete system |
| dstep |
Evaluate step response of a discrete system |
| dramp |
Calculate response of a discrete system to ramp input |
| dsim |
Calculate response of a discrete system to specified input |
| dsiminit |
Calculate response of a discrete system to specified input and initial conditions |
| tstats |
Calculate performance characteristics from continuous or discrete step response plot |
