# This is a file for PoZeTools, Pieter Suurmond, 2005.
# Empty lines and lines starting with '#' are ignored.
# Gain does not have to be there. The number of poles and 
# zeros is unlimited and there may even be none.  Both 
# polar and cartesian notation is accepted. The order in 
# which poles, zeros and the (complex) gain appear does 
# not matter.
# Supplying no gain invokes auto-normalization.
#
# Some valid expressions are:
#                               P = 0.98 exp (-0.25 pi j)
#                               P = 1 - 0.88 j
#                               Z = -j
#                               Z = 0.6 + 0.6 j
#                               G = exp (-j pi)

Z = 0.9313617428 exp (0.8618161909 PI j)
Z = 0.9313617428 exp (-0.8618161909 PI j)
Z = 1.0598110624 exp (0.6408719439 PI j)
Z = 1.0598110624 exp (-0.6408719439 PI j)
Z = 1.0063889235 exp (0.5147841465 PI j)
Z = 1.0063889235 exp (-0.5147841465 PI j)

P = 0.8434426425 exp (0.3354149949 PI j)
P = 0.8434426425 exp (-0.3354149949 PI j)
P = 0
P = 0
P = 0
P = 0

G = 0.0376