--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/testing/utp_1.1/utps/miir/utp_miir_redesign.m	Tue Dec 06 18:42:11 2011 +0100
@@ -0,0 +1,632 @@
+% UTP_MIIR_REDESIGN a set of UTPs for the miir/redesign method
+%
+% M Hewitson 06-08-08
+%
+% $Id: utp_miir_redesign.m,v 1.3 2011/04/17 15:47:40 ingo Exp $
+%
+
+% <MethodDescription>
+%
+% The redesign method of the miir class redesign the input filter to work for the
+% given sample rate.
+%
+% </MethodDescription>
+
+function results = utp_miir_redesign(varargin)
+
+  % Check the inputs
+  if nargin == 0
+
+    % Some keywords
+    class   = 'miir';
+    mthd    = 'redesign';
+
+    results = [];
+    disp('******************************************************');
+    disp(['****  Running UTPs for ' class '/' mthd]);
+    disp('******************************************************');
+
+    % Test MIIR objects
+    [iirhp,iirlp,iirbp,iirbr,iirpzm,iirab,iirv,iirm] = get_test_objects_miir;
+
+    % Exception list for the UTPs:
+    [ple1,ple2,ple3,ple4,ple5,ple6] = get_test_ples();
+
+    e = ple3.find('EXCEPTIONS');
+    ple3 = plist('EXCEPTIONS', [e {'iunits', 'ounits'}]);
+
+    % Run the tests
+    results = [results utp_01];    % getInfo call
+    results = [results utp_02];    % Vector input
+    results = [results utp_03];    % Matrix input
+    results = [results utp_04];    % List input
+    results = [results utp_05];    % Test with mixed input
+    results = [results utp_06];    % Test history is working
+    results = [results utp_07];    % Test redesign from a standard type
+    results = [results utp_08];    % Test redesign from a pzmodel type
+    results = [results utp_09];    % Test redesign from a parfrac type
+
+    disp('Done.');
+    disp('******************************************************');
+
+  elseif nargin == 1 % Check for UTP functions
+    if strcmp(varargin{1}, 'isutp')
+      results = 1;
+    else
+      results = 0;
+    end
+  else
+    error('### Incorrect inputs')
+  end
+
+  %% UTP_01
+
+  % <TestDescription>
+  %
+  % Tests that the getInfo call works for this method.
+  %
+  % </TestDescription>
+  function result = utp_01
+
+
+    % <SyntaxDescription>
+    %
+    % Test that the getInfo call works for no sets, all sets, and each set
+    % individually.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      % Call for no sets
+      io(1) = eval([class '.getInfo(''' mthd ''', ''None'')']);
+      % Call for all sets
+      io(2) = eval([class '.getInfo(''' mthd ''')']);
+      % Call for each set
+      for kk=1:numel(io(2).sets)
+        io(kk+2) = eval([class '.getInfo(''' mthd ''', ''' io(2).sets{kk} ''')']);
+      end
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check that getInfo call returned an minfo object in all cases.
+    % 2) Check that all plists have the correct parameters.
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    if stest
+      % <AlgoCode>
+      % check we have minfo objects
+      if isa(io, 'minfo')
+        % SET 'None'
+        if ~isempty(io(1).sets), atest = false; end
+        if ~isempty(io(1).plists), atest = false; end
+        % Check all Sets
+        if ~any(strcmpi(io(2).sets, 'Default')), atest = false; end
+        if numel(io(2).plists) ~= numel(io(2).sets), atest = false; end
+        % SET 'Default'
+        if io(3).plists.nparams ~= 0, atest = false; end
+        % Check key
+        % Check default value
+        % Check options
+      end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_01
+
+  %% UTP_02
+
+  % <TestDescription>
+  %
+  % Tests that the redesign method works with a vector of MIIR objects as input.
+  %
+  % </TestDescription>
+  function result = utp_02
+
+    % <SyntaxDescription>
+    %
+    % Test that the redesign method works for a vector of MIIR objects as input.
+    % To keep this UTP simple use for the vector only one filter object. The
+    % different filters will be tested in an other UTP.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      hp = miir(iirhp);
+      hp.setIunits('Hz');
+      hp.setOunits('m^-2/3');
+      iirvec = [hp, hp, hp];
+      out1   = redesign(iirvec, 123);
+      out2   = redesign(iirvec, plist('fs', 123));
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check that the number of elements in 'out' is the same as in 'iirvec'
+    % 2) Check that each output MIIR contains the correct data.
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    if stest
+      % <AlgoCode>
+      % Check we have the correct number of outputs
+      if ~isequal(size(out1), size(iirvec)), atest = false; end
+      if ~isequal(size(out2), size(iirvec)), atest = false; end
+      % Check each output against the redesign of the filter with the
+      % new frequency
+      iirhp_123 = miir(plist('type', 'highpass', 'fs', 123));
+      for kk=1:numel(iirvec)
+        if ~eq(out1(kk), iirhp_123, ple3), atest = false; end
+        % The following values must have the same as the input values
+        if ~strcmp(out1(kk).name, hp.name), atest = false; end
+        if ~eq(out1(kk).iunits,   hp.iunits), atest = false; end
+        if ~eq(out1(kk).ounits,   hp.ounits), atest = false; end
+      end
+      % 'out1' must be the same as 'out2'
+      if ~eq(out1, out2, ple1), atest = false; end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_02
+
+  %% UTP_03
+
+  % <TestDescription>
+  %
+  % Tests that the redesign method works with a matrix of MIIR objects as input.
+  %
+  % </TestDescription>
+  function result = utp_03
+
+    % <SyntaxDescription>
+    %
+    % Test that the redesign method works for a matrix of MIIR objects as input.
+    % To keep this UTP simple use for the matrix only one filter object. The
+    % different filters will be tested in an other UTP.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      hp = miir(iirhp);
+      hp.setIunits('Hz');
+      hp.setOunits('m^-2/3');
+      iirmat = [hp, hp, hp; hp, hp, hp];
+      out1 = redesign(iirmat, 123);
+      out2 = redesign(iirmat, plist('fs', 123));
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check that the number of elements in 'out' is the same as in 'iirmat'
+    % 2) Check that each output MIIR contains the correct data.
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    if stest
+      % <AlgoCode>
+      % Check we have the correct number of outputs
+      if ~isequal(size(out1), size(iirmat)), atest = false; end
+      if ~isequal(size(out2), size(iirmat)), atest = false; end
+      % Check each output against the redesign of the filter with the
+      % new frequency
+      iirhp_123 = miir(plist('type', 'highpass', 'fs', 123));
+      for kk=1:numel(iirmat)
+        if ~eq(out1(kk), iirhp_123, ple3), atest = false; end
+        % The following values must have the same as the input values
+        if ~strcmp(out1(kk).name, hp.name), atest = false; end
+        if ~eq(out1(kk).iunits,   hp.iunits), atest = false; end
+        if ~eq(out1(kk).ounits,   hp.ounits), atest = false; end
+      end
+      % 'out1' must be the same as 'out2'
+      if ~eq(out1, out2, ple1), atest = false; end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_03
+
+  %% UTP_04
+
+  % <TestDescription>
+  %
+  % Tests that the redesign method works with a list of MIIR objects as input.
+  %
+  % </TestDescription>
+  function result = utp_04
+
+    % <SyntaxDescription>
+    %
+    % Test that the redesign method works for a list of MIIR objects as input.
+    % To keep this UTP simple use for the list only one filter object. The
+    % different filters will be tested in an other UTP.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      hp = miir(iirhp);
+      hp.setIunits('Hz');
+      hp.setOunits('m^-2/3');
+      out1 = redesign(hp, hp, hp, 123);
+      out2 = redesign(hp, hp, hp, plist('fs', 123));
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check that the number of elements in 'out' is the same as in
+    %    input.
+    % 2) Check that each output MIIR contains the correct data.
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    iirin = [hp, hp, hp];
+    if stest
+      % <AlgoCode>
+      % Check we have the correct number of outputs
+      if numel(out1) ~= 3, atest = false; end
+      if numel(out2) ~= 3, atest = false; end
+      % Check each output against the redesign of the filter with the
+      % new frequency
+      iirhp_123 = miir(plist('type', 'highpass', 'fs', 123));
+      for kk=1:numel(iirin)
+        if ~eq(out1(kk), iirhp_123, ple3), atest = false; end
+        % The following values must have the same as the input values
+        if ~strcmp(out1(kk).name, hp.name), atest = false; end
+        if ~eq(out1(kk).iunits,   hp.iunits), atest = false; end
+        if ~eq(out1(kk).ounits,   hp.ounits), atest = false; end
+      end
+      % 'out1' must be the same as 'out2'
+      if ~eq(out1, out2, ple1), atest = false; end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_04
+
+  %% UTP_05
+
+  % <TestDescription>
+  %
+  % Tests that the redesign method works with a mix of different shaped
+  % MIIR objects as input.
+  %
+  % </TestDescription>
+  function result = utp_05
+
+    % <SyntaxDescription>
+    %
+    % Test that the redesign method works with an input of matrices and vectors
+    % and single MIIR objects.
+    % To keep this UTP simple use for the vector only one filter object. The
+    % different filters will be tested in an other UTP.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      hp = miir(iirhp);
+      hp.setIunits('Hz');
+      hp.setOunits('m^-2/3');
+      out1 = redesign(hp,[hp hp],hp,[hp hp hp; hp hp hp],hp, 123);
+      out2 = redesign(hp,[hp hp],hp,[hp hp hp; hp hp hp],hp, plist('fs', 123));
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check that the number of elements in 'out' is the same as in
+    %    input.
+    % 2) Check that each output MIIR contains the correct data.
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    iirin  = [hp hp hp hp hp hp hp hp hp hp hp];
+    if stest
+      % <AlgoCode>
+      % Check we have the correct number of outputs
+      if numel(out1) ~= numel(iirin), atest = false; end
+      if numel(out2) ~= numel(iirin), atest = false; end
+      % Check each output against the redesign of the filter with the
+      % new frequency
+      iirhp_123 = miir(plist('type', 'highpass', 'fs', 123));
+      for kk=1:numel(iirin)
+        if ~eq(out1(kk), iirhp_123, ple3), atest = false; end
+        % The following values must have the same as the input values
+        if ~strcmp(out1(kk).name, hp.name), atest = false; end
+        if ~eq(out1(kk).iunits,   hp.iunits), atest = false; end
+        if ~eq(out1(kk).ounits,   hp.ounits), atest = false; end
+      end
+      % 'out1' must be the same as 'out2'
+      if ~eq(out1, out2, ple1), atest = false; end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_05
+
+  %% UTP_06
+
+  % <TestDescription>
+  %
+  % Tests that the redesign method properly applies history.
+  %
+  % </TestDescription>
+  function result = utp_06
+
+    % <SyntaxDescription>
+    %
+    % Test that the result of applying the redesign method can be processed back.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      hp = miir(iirhp);
+      hp.setIunits('Hz');
+      hp.setOunits('m^-2/3');
+      out  = redesign(hp, 123);
+      mout = rebuild(out);
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check that the last entry in the history of 'out' corresponds to
+    %    'redesign'.
+    % 2) Check that re-built object is the same object as the input.
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    if stest
+      % <AlgoCode>
+      % Check the last step in the history of 'out'
+      if ~strcmp(out.hist.methodInfo.mname, 'redesign'), atest = false; end
+      % Run 'test.m' and check the result
+      if ~eq(mout, out, ple2), atest = false; end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_06
+
+  %% UTP_07
+
+  % <TestDescription>
+  %
+  % Tests that the redesign method redesigns a standard filter type.
+  %
+  % </TestDescription>
+  function result = utp_07
+
+    % <SyntaxDescription>
+    %
+    % Tests that the redesign method redesigns a standard filter type.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      out1 = redesign(iirhp, 123);
+      out2 = redesign(iirlp, 123);
+      out3 = redesign(iirbp, 123);
+      out4 = redesign(iirbr, 123);
+
+      mout1 = rebuild(out1);
+      mout2 = rebuild(out2);
+      mout3 = rebuild(out3);
+      mout4 = rebuild(out4);
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check the output
+    % 2) Check the rebuilt object
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    if stest
+      % <AlgoCode>
+      % Check each output against the redesign of the filter with the new
+      % frequency
+      hp_123 = miir(plist('type', 'highpass', 'fs', 123));
+      lp_123 = miir(plist('type', 'lowpass', 'fs', 123));
+      bp_123 = miir(plist('type', 'bandpass', 'fs', 123, 'fc', [0.01 0.1]));
+      br_123 = miir(plist('type', 'bandreject', 'fs', 123, 'fc', [0.01 0.1]));
+      if ~eq(out1, hp_123, ple3), atest = false; end
+      if ~eq(out2, lp_123, ple3), atest = false; end
+      if ~eq(out3, bp_123, ple3), atest = false; end
+      if ~eq(out4, br_123, ple3), atest = false; end
+      % Run 'test[1..4].m' and check the result
+      if ~eq(mout1, out1, ple2), atest = false; end
+      if ~eq(mout2, out2, ple2), atest = false; end
+      if ~eq(mout3, out3, ple2), atest = false; end
+      if ~eq(mout4, out4, ple2), atest = false; end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_07
+
+  %% UTP_08
+
+  % <TestDescription>
+  %
+  % Tests that the redesign method redesigns a pzmodel filter type.
+  %
+  % </TestDescription>
+  function result = utp_08
+
+    % <SyntaxDescription>
+    %
+    % Tests that the redesign method redesigns a pzmodel filter type.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      pzm = pzmodel(1, [pz(1) pz(200)], pz(50));
+      pzm.setName();
+      pl = plist('pzmodel', pzm, 'fs', 1000);
+      iirpzm = miir(pl);
+      out = redesign(iirpzm, 123);
+
+      mout = rebuild(out);
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check the output
+    % 2) Check the rebuilt object
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    if stest
+      % <AlgoCode>
+      % Check each output against the redesign of the filter with the new
+      % frequency
+      pzm_123 = miir(plist('pzmodel', pzm, 'fs', 123));
+      if ~eq(out, pzm_123, ple3), atest = false; end
+      % Check the result of the rebuilt object.
+      if ~eq(mout, out, ple2), atest = false; end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_08
+
+  %% UTP_09
+
+  % <TestDescription>
+  %
+  % Tests that the redesign method redesigns a parfrac filter type.
+  %
+  % </TestDescription>
+  function result = utp_09
+
+    % <SyntaxDescription>
+    %
+    % Tests that the redesign method redesigns a parfrac filter type.
+    %
+    % </SyntaxDescription>
+
+    try
+      % <SyntaxCode>
+      pfrac = parfrac([1 2], {4, 6+2i}, 1, 'my par frac', unit('V'), unit('Hz'));
+      pl = plist('parfrac', pfrac, 'fs', 1000);
+      iirpf = miir(pl);
+      out = redesign(iirpf, 123);
+
+      o1 = out.index(1);
+      o2 = out.index(2);
+      mo1 = rebuild(o1);
+      mo2 = rebuild(o2);
+      % </SyntaxCode>
+      stest = true;
+    catch err
+      disp(err.message)
+      stest = false;
+    end
+
+    % <AlgoDescription>
+    %
+    % 1) Check the output
+    % 2) Check the rebuilt object
+    %
+    % </AlgoDescription>
+
+    atest = true;
+    if stest
+      % <AlgoCode>
+      % Check each output against the redesign of the filter with the new
+      % frequency
+      pf_123 = miir(plist('parfrac', pfrac, 'fs', 123));
+      if ~eq(out, pf_123, ple3), atest = false; end
+      % Check the result of the rebuilt object.
+      if ~eq(mo1, o1, ple2), atest = false; end
+      if ~eq(mo2, o2, ple2), atest = false; end
+      % </AlgoCode>
+    else
+      atest = false;
+    end
+
+    % Return a result structure
+    result = utp_prepare_result(atest, stest, dbstack, mfilename);
+  end % END UTP_09
+
+end