This function returns a vector with the parameters of a FIR filter with cut-off
in pi/2 (for a 2*pi normalized frequency range). The function tries to fulfill
$D[Z] = H^2[Z]-H^2[-Z] = A Z^B$ for any A and B.
After starting the main routine just type the following command at the
prompt:
H=qmfmaker(ORDER);
Input:
ORDER is the order of H=[h0 h1 ... h(ORDER)] FIR filter that try fulfill
$D[Z] = H^2[Z]-H^2[-Z] = A Z^B$ for any A and B.
The number of elements of FIR filter must be even
and consequently the ORDER should be odd.
Output:
H is a vector with the parameters of a FIR filter. H is a low pass
filter with cut-off in pi/2 (for a 2*pi normalized frequency range).
For help, bug reports and feature suggestions, please visit:
http://nongnu.org/bsltl/
Package: bsltl
