### initial parameter
pole 3.2181656 2.5435704 		#set pole0 "pole [freq(Hz)] [Q value]"
pole 13.764338 15.621874 		#set pole1 "pole [freq(Hz)] [Q value]"
zero 9.7805923 3.9820623 		#set zero0 "zero "[freq(Hz)] [Q value]"
factor -813.68506u 			#set factor (necessarily negative)
delay 300u 				#set delay 


### defines independent parameter to be fitted
param pole0:f 1 100			#set range of pole0-freq "param pole0:f [min] [max]"
param pole0:q 1 20			#set range of pole0-Q "param pole0:q [min] [max]"
param pole1:f 1 100			#set range of pole1-freq "param pole1:f [min] [max]"
param pole1:q 1 20			#set range of pole1-Q "param pole1:q [min] [max]"
param zero0:f 1 100 			#set range of zero0-freq "param zero0:f [min] [max]"
param zero0:q 1 20			#set range of pole0-Q "param zero0:q [min] [max]"
param factor 1u 1k			#set range of factor "param factor [min] [max]"
param delay 100u 5m			#set range of delay "param delay [min] [max]"


### defines the format of output
#tfoutput db:deg-			#specify the coordinates to nagative "tfoutput [type of data]:deg-" 
#tfoutput db:deg+			#specify the coordinates to positive "tfoutput [type of data]:deg+"
					#format of output:db|abs|re|im|deg|deg+|deg-[:db|abs|re|im|deg|deg+|deg-]
					#the default is db:deg


### fittng command
fit mcepit.txt dbdeg abs plotfirst	#fitting function "fit [datafilename] [type of data] [weighting] protfirst"
					#type of data:reim,dbdeg,absdeg,db,abs
					#weighting:abs,rel,semi,sdev
rewrite samebetter			#reload the initial parameter

freq log 0.1 100 1000		#set range of freq(logscale) "freq log [min] [max] [The number of count]"