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| Syntax |
fdplot(dt, ymin, ymax, cutoff, num, den) |
| See Also | fdplot |
y-axis;
ymax is an integer, real, or double-precision scalar
specifying the maximum value on the y-axis;
cutoff is an integer, real, or double-precision row vector
denoting the cutoff frequencies;
num is an integer, real, or double-precision column vector
specifying the numerator
polynomial
for the filter;
and den is an integer, real, or double-precision column
vector specifying the denominator polynomial for the filter.
The y-axis is log-scaled,
and the scaling of the x-axis is based on its current settings.
Both ymin and ymax
must be powers of 10 (e.g., 1, 10, 100).
| __ |2
| num[ exp( \/-1 dt w ) ] |
----------------------------
| __ |2
| den[ exp( \/-1 dt w ) ] |
w is between pi / (100 dt) and pi / dt.
clear
#
dt = 1.
ymin = 1e-4
ymax = 1e2
cutoff = fill(0, 1, 0)
num = {1, 2, 1}
den = 1
fdplot(dt, ymin, ymax, cutoff, num, den)
