www.gusucode.com > signal 工具箱matlab源码程序 > signal/+fspecs/@multibandmagnphase/multibandmagnphase.m
classdef multibandmagnphase < fspecs.abstractmultiband
%MULTIBANDMAGNPHASE Construct an MULTIBANDMAGNPHASE object.
% Copyright 1999-2015 The MathWorks, Inc.
%fspecs.multibandmagnphase class
% fspecs.multibandmagnphase extends fspecs.abstractmultiband.
%
% fspecs.multibandmagnphase properties:
% ResponseType - Property is of type 'ustring' (read only)
% NormalizedFrequency - Property is of type 'bool'
% Fs - Property is of type 'mxArray'
% NBands - Property is of type 'posint user-defined'
% B1Frequencies - Property is of type 'double_vector user-defined'
% B2Frequencies - Property is of type 'double_vector user-defined'
% B3Frequencies - Property is of type 'double_vector user-defined'
% B4Frequencies - Property is of type 'double_vector user-defined'
% B5Frequencies - Property is of type 'double_vector user-defined'
% B6Frequencies - Property is of type 'double_vector user-defined'
% B7Frequencies - Property is of type 'double_vector user-defined'
% B8Frequencies - Property is of type 'double_vector user-defined'
% B9Frequencies - Property is of type 'double_vector user-defined'
% B10Frequencies - Property is of type 'double_vector user-defined'
% FilterOrder - Property is of type 'posint user-defined'
% B1FreqResponse - Property is of type 'double_vector user-defined'
% B2FreqResponse - Property is of type 'double_vector user-defined'
% B3FreqResponse - Property is of type 'double_vector user-defined'
% B4FreqResponse - Property is of type 'double_vector user-defined'
% B5FreqResponse - Property is of type 'double_vector user-defined'
% B6FreqResponse - Property is of type 'double_vector user-defined'
% B7FreqResponse - Property is of type 'double_vector user-defined'
% B8FreqResponse - Property is of type 'double_vector user-defined'
% B9FreqResponse - Property is of type 'double_vector user-defined'
% B10FreqResponse - Property is of type 'double_vector user-defined'
%
% fspecs.multibandmagnphase methods:
% getdesignobj - Get the design object.
% getmask - Get the mask.
% getspecs - Get the specs.
% propstoadd - Return the properties to add to the parent object.
% set_freqresp - PreSet function for the 'freqresp' property.
% validatespecs - Validate the specs
properties (AbortSet, SetObservable, GetObservable)
%FILTERORDER Property is of type 'posint user-defined'
FilterOrder = 30;
%B1FREQRESPONSE Property is of type 'double_vector user-defined'
B1FreqResponse = [.5 2.3 1 1 .001 .001 1 1];
%B2FREQRESPONSE Property is of type 'double_vector user-defined'
B2FreqResponse = .2+18*(1-(0.8:0.01:1)).^2;
%B3FREQRESPONSE Property is of type 'double_vector user-defined'
B3FreqResponse = [ 0, 0 ];
%B4FREQRESPONSE Property is of type 'double_vector user-defined'
B4FreqResponse = [ 0, 0 ];
%B5FREQRESPONSE Property is of type 'double_vector user-defined'
B5FreqResponse = [ 0, 0 ];
%B6FREQRESPONSE Property is of type 'double_vector user-defined'
B6FreqResponse = [ 0, 0 ];
%B7FREQRESPONSE Property is of type 'double_vector user-defined'
B7FreqResponse = [ 0, 0 ];
%B8FREQRESPONSE Property is of type 'double_vector user-defined'
B8FreqResponse = [ 0, 0 ];
%B9FREQRESPONSE Property is of type 'double_vector user-defined'
B9FreqResponse = [ 0, 0 ];
%B10FREQRESPONSE Property is of type 'double_vector user-defined'
B10FreqResponse = [ 0, 0 ];
end
methods % constructor block
function this = multibandmagnphase(varargin)
%MULTIBANDMAGNPHASE Construct a MULTIBANDMAGNPHASE object.
% Author(s): V. Pellissier
% this = fspecs.multibandmagnphase;
respstr = 'Multi-Band Arbitrary Magnitude and Phase';
fstart = 1;
fstop = 1;
nargsnoFs = 2;
fsconstructor(this,respstr,fstart,fstop,nargsnoFs,varargin{:});
end % multibandmagnphase
end % constructor block
methods
function set.FilterOrder(obj,value)
% User-defined DataType = 'posint user-defined'
validateattributes(value,{'numeric'},...
{'scalar','positive','integer'},'','FilterOrder');
obj.FilterOrder = value;
end
function set.B1FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B1FreqResponse');
obj.B1FreqResponse = set_freqresp(obj,value);
end
function set.B2FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B2FreqResponse');
obj.B2FreqResponse = set_freqresp(obj,value);
end
function set.B3FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B3FreqResponse');
obj.B3FreqResponse = set_freqresp(obj,value);
end
function set.B4FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B4FreqResponse');
obj.B4FreqResponse = set_freqresp(obj,value);
end
function set.B5FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B5FreqResponse');
obj.B5FreqResponse = set_freqresp(obj,value);
end
function set.B6FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B6FreqResponse');
obj.B6FreqResponse = set_freqresp(obj,value);
end
function set.B7FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B7FreqResponse');
obj.B7FreqResponse = set_freqresp(obj,value);
end
function set.B8FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B8FreqResponse');
obj.B8FreqResponse = set_freqresp(obj,value);
end
function set.B9FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B9FreqResponse');
obj.B9FreqResponse = set_freqresp(obj,value);
end
function set.B10FreqResponse(obj,value)
% User-defined DataType = 'double_vector user-defined'
validateattributes(value,{'double'},...
{'vector'},'','B10FreqResponse');
obj.B10FreqResponse = set_freqresp(obj,value);
end
end % set and get functions
methods % public methods
designobj = getdesignobj(this,str)
[F,A] = getmask(this)
specs = getspecs(this)
p = propstoadd(this)
freqresp = set_freqresp(this,freqresp)
[N,F,E,H,nfpts] = validatespecs(this)
end % public methods
methods (Hidden) % possibly private or hidden
description = describe(this)
minfo = measureinfo(this)
pname = orderprop(this)
end % possibly private or hidden
end % classdef