MatrixBerryCore
StructCompareTC.m
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1 classdef StructCompareTC < matlab.unittest.TestCase
2  properties
3  SXComp
4  SYComp
5  end
6  methods (TestMethodSetup)
7  function self = setUp(self)
8  s.a=1;
9  s.b=2;
10  S(1)=s;
11  S(2)=s;
12  S2=S;
13  S(2).b=3;
14  X=S;
15  Y=S;
16  X([1 2])=S;
17  Y([1 2])=S2;
18  [X.c]=deal(S);
19  [Y.c]=deal(S2);
20  X=[X;X];
21  Y=[Y;Y];
22  self.SXComp=X;
23  self.SYComp=Y;
24  end
25  end
26  methods
27  function self = StructCompareTC(varargin)
28  self = self@matlab.unittest.TestCase(varargin{:});
29  end
30  end
31  methods (Test)
32  function self = test_simplestruct_positive(self)
33  S1=struct('a',1,'b',2);
34  S2=struct('a',2,'b',2);
35  isEqual=mxberry.core.struct.structcompare(S1,S2,0);
36  self.verifyEqual(isEqual,false);
37  end
38  %
39  function testUpdateLeavesEmpty(self)
40  S.alpha=struct();
41  S.beta=1;
42  Res=mxberry.core.struct.updateleaves(S,@(x,y)x);
43  self.verifyTrue(isequal(S,Res));
44  end
45  %
46  function testVectorialStruct(self)
47  S1=struct();
48  S1(2,2).alpha=4;
49  S2=struct();
50  S2(4).alpha=4;
51  check();
52  %
53  S1=struct();
54  S1.alpha(2,3).a=6;
55  %
56  S2=struct();
57  S2.alpha(6).a=6;
58  check();
59  function check()
60  isEqual=mxberry.core.struct.structcompare(S1,S2);
61  self.verifyEqual(false,isEqual);
62  end
63  end
64  %
65  function self = test_simplestruct_int64(self)
66  check(int64(1),int64(1),0,true);
67  check(uint64(1),uint64(2),3,true);
68  check(uint64(1),uint64(2),0,false);
69  %
70  function check(value1,value2,tol,expRes)
71  S1=struct('a',1,'b',value1);
72  S2=struct('a',1,'b',value2);
73  isEqual=mxberry.core.struct.structcompare(S1,S2,tol);
74  self.verifyEqual(isEqual,expRes);
75  end
76  end
77  %
78  function testInf(self)
79  S1=struct('a',1,'b',[nan inf -inf 1]);
80  isEqual=mxberry.core.struct.structcompare(S1,S1,0);
81  self.verifyEqual(isEqual,true);
82  end
83  %
84  function self = test_simplestruct_negative(self)
85  S1=struct('a',1,'b',nan);
86  S2=struct('a',1,'b',2);
87  isEqual=mxberry.core.struct.structcompare(S1,S2,0);
88  self.verifyEqual(isEqual,false);
89  end
90  function self = test_simplestruct_negative2(self)
91  S1=struct('a',1,'b',2);
92  S2=struct('a',1,'b',2);
93  isEqual=mxberry.core.struct.structcompare(S1,S2,0);
94  self.verifyEqual(isEqual,true);
95  end
96  function self = test_simplestruct2_negative(self)
97  S1=struct('a',struct('a',1+1e-10,'b',1),'b',2);
98  S2=struct('a',struct('a',1,'b',1),'b',2);
99  isEqual=mxberry.core.struct.structcompare(S1,S2,1e-11);
100  self.verifyEqual(isEqual,false);
101  end
102  function self = test_simplestruct2_positive(self)
103  S1=struct('a',struct('a',1+1e-10,'b',1),'b',2);
104  S2=struct('a',struct('a',1,'b',1),'b',2);
105  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1,S2,1e-9);
106  self.verifyEqual(isEqual,true,reportStr);
107  end
108  function self = test_simplestruct3_negative(self)
109  S1=struct('a',struct('a',nan,'b',1),'b',2);
110  S2=struct('a',struct('a',1,'b',1),'b',2);
111  isEqual=mxberry.core.struct.structcompare(S1,S2,0);
112  self.verifyEqual(isEqual,false);
113  end
114 
115  function self = test_simplestructarray1_negative(self)
116  S1(1)=struct('a',struct('a',1+1e-10,'b',1),'b',2);
117  S1(2)=struct('a',struct('a',nan,'b',1),'b',2);
118  S2(1)=struct('a',struct('a',1,'b',1),'b',2);
119  S2(2)=struct('a',struct('a',1,'b',1),'b',2);
120  isEqual=mxberry.core.struct.structcompare(S1,S2,0);
121  self.verifyEqual(isEqual,false);
122  end
123  function self = test_simplestructarray1_positive(self)
124  S2(1)=struct('a',struct('a',1,'b',1),'b',2);
125  S2(2)=struct('a',struct('a',1,'b',1),'b',2);
126  S1=S2;
127  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1,S2,0);
128  self.verifyEqual(isEqual,true,reportStr);
129  end
130  function self = test_complex1_positive(self)
131  [isEqual,reportStr]=mxberry.core.struct.structcompare(self.SXComp,self.SXComp,0);
132  self.verifyEqual(isEqual,true,reportStr);
133  end
134  function self = test_complex1_negative(self)
135  [isEqual,reportStr]=mxberry.core.struct.structcompare(self.SXComp,self.SYComp,0);
136  self.verifyEqual(isEqual,false);
137  self.verifyEqual(numel(strfind(reportStr,sprintf('\n'))),5);
138  end
139  function self = test_optional_tolerance_arg(self)
140  [isEqual,reportStr]=mxberry.core.struct.structcompare(self.SXComp,self.SYComp,0);
141  [isEqual2,reportStr2]=mxberry.core.struct.structcompare(self.SXComp,self.SYComp);
142  self.verifyEqual(isEqual,isEqual2);
143  self.verifyEqual(reportStr,reportStr2);
144  end
145  function self = test_complex2_negative(self)
146  S1=struct('a',1,'b',repmat([2 nan 3],2,1));
147  S2=struct('a',2,'b',repmat([1 nan 2],2,1));
148  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1,S2,0.1);
149  self.verifyEqual(isEqual,false);
150  self.verifyEqual(2,numel(strfind(reportStr,'Max.')));
151  end
152  function self = test_differentsize_negative(self)
153  S1=struct('a',1,'b',repmat([2 nan 3 3],2,1));
154  S2=struct('a',2,'b',repmat([1 nan 2],2,1));
155  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1,S2,0.1);
156  self.verifyEqual(isEqual,false);
157  self.verifyEqual(1,numel(strfind(reportStr,'Max.')));
158  self.verifyEqual(1,numel(strfind(reportStr,'Different sizes')));
159  end
160  function self = test_cell_positive(self)
161  S1=struct('a',1,'b',{{NaN;struct('c',{'aaa'})}});
162  isEqual=mxberry.core.struct.structcompare(S1,S1,0);
163  self.verifyEqual(isEqual,true);
164  end
165  function self = test_cell_negative(self)
166  S1=struct('a',1,'b',{{NaN;struct('c',{'aaa'})}});
167  S2=struct('a',1,'b',{{NaN;struct('c',{'bbb'})}});
168  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1,S2,0);
169  self.verifyEqual(isEqual,false);
170  self.verifyEqual(1,numel(strfind(reportStr,'values are different')));
171  end
172  function self = test_simplestruct_order_positive(self)
173  S1=struct('a',1,'b',2);
174  S2=struct('b',2,'a',1);
175  isEqual=mxberry.core.struct.structcompare(S1,S2,0);
176  self.verifyEqual(isEqual,true);
177  end
178  function self = test_relative_negative(self)
179  S1=struct('a',1e+10,'b',2e+12);
180  %
181  S2=struct('b',2e+12, 'a',1e+10 + 1e+6);
182  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1, S2, ...
183  1e-10, 1e-5);
184  check_neg(1);
185  %
186  S2=struct('b',2e+12 - 1e+2, 'a',1e+10 + 1e+6);
187  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1, S2, ...
188  1e+3, 1e-5);
189  check_neg(1);
190  %
191  S2=struct('b',2e+12 - 1e+9, 'a',1e+10 + 1e+6);
192  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1, S2, ...
193  1e+3, 1e-5);
194  check_neg(2);
195  %
196  S1=struct('a',1e+6 - 2,'b',2e+6, 'c', 'aab');
197  S2=struct('a',1e+6,'b',2e+6 + 4, 'c', 'aab');
198  [isEqual,reportStr]=mxberry.core.struct.structcompare(S1, S2, ...
199  1, 1e-7);
200  check_neg(2);
201  function check_neg(repMsgCount)
202  self.verifyEqual(isEqual,false);
203  self.verifyEqual(repMsgCount, ...
204  numel(strfind(reportStr, 'Max. relative difference')));
205  end
206  end
207  function self = test_relative_positive(self)
208  S1=struct('a',1e+6 - 0.5,'b',2e+6, 'c', 'aab');
209  S2=struct('a',1e+6,'b',2e+6 +1, 'c', 'aab');
210  isEqual=mxberry.core.struct.structcompare(S1, S2, 1e-10, 1e-6);
211  self.verifyEqual(isEqual,true);
212  %
213  S1=struct('a',1e+10,'b',2e+12);
214  S2=struct('b',2e+12, 'a',1e+10 + 1e+2);
215  isEqual=mxberry.core.struct.structcompare(S1, S2, 1e-10, 1e-5);
216  self.verifyEqual(isEqual,true);
217  %
218  S2=struct('b',2e+12 - 1e+4, 'a',1e+10 + 1e+2);
219  isEqual=mxberry.core.struct.structcompare(S1, S2, 1e+3, 1e-5);
220  self.verifyEqual(isEqual,true);
221  end
222  end
223 end
mxberry::core::repmat
function repmat(in inpArray, in varargin)
mxberry::core::struct::structcompare
function structcompare(in SX, in SY, in absTol, in relTol)
STRUCTCOMPARE compares two structures using the specified tolerance.
mxberry::core::struct::updateleaves
function updateleaves(in SData, in fUpdateFunc)
UPDATELEAVES applies the specified function to each structure leave value and returns the updated str...
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