www.gusucode.com > signal 工具箱matlab源码程序 > signal/+fspecs/@sbarbmagmin/sbarbmagmin.m
classdef sbarbmagmin < fspecs.abstractsbarbmag %SBARBMAGMIN Construct an SBARBMAGMIN object. % Copyright 1999-2015 The MathWorks, Inc. %fspecs.sbarbmagmin class % fspecs.sbarbmagmin extends fspecs.abstractsbarbmag. % % fspecs.sbarbmagmin properties: % ResponseType - Property is of type 'ustring' (read only) % NormalizedFrequency - Property is of type 'bool' % Fs - Property is of type 'mxArray' % Frequencies - Property is of type 'double_vector user-defined' % Amplitudes - Property is of type 'double_vector user-defined' % Ripple - Property is of type 'posdouble user-defined' % % fspecs.sbarbmagmin methods: % getdesignobj - Get the design object. % propstoadd - Return the properties to add to the parent object. % set_frequencies - PreSet function for the 'frequencies' property. % thisgetspecs - Get the specs. % validatespecs - Validate the specs properties (AbortSet, SetObservable, GetObservable) %RIPPLE Property is of type 'posdouble user-defined' Ripple = 0.2; end methods % constructor block function this = sbarbmagmin(varargin) %SBARBMAGMIN Construct a SBARBMAGMIN object. % this = fspecs.sbarbmagmin; respstr = 'Single-Band Arbitrary Magnitude'; fstart = 1; fstop = 1; nargsnoFs = 3; fsconstructor(this,respstr,fstart,fstop,nargsnoFs,varargin{:}); end % sbarbmagmin end % constructor block methods function set.Ripple(obj,value) % User-defined DataType = 'posdouble user-defined' validateattributes(value,{'numeric'},... {'scalar','positive'},'','Ripple'); value = double(value); obj.Ripple = value; end end % set and get functions methods % public methods designobj = getdesignobj(~,str) p = propstoadd(~) frequencies = set_frequencies(this,frequencies) specs = thisgetspecs(this) [F,A,R] = validatespecs(this) end % public methods methods (Hidden) % possibly private or hidden description = describe(~) end % possibly private or hidden end % classdef