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Test  Status  Code Input and Output 

1  Fail 
x = [0 1;1 1];
tf = true;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
0

2  Pass 
x = [1 0;1 1];
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0

3  Fail 
x = [0 1;1 1]^40;
tf = true;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0

4  Pass 
x = [0 1;1 1]^40+1;
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0

5  Fail 
x = [0 1;1 1]^17;
tf = true;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0

6  Pass 
x = [0 1;1 1]^175;
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0

7  Pass 
x = [0 0 1;0 1 1;1 1 1]^3;
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
0
tf =
logical
0

8  Pass 
x = [0 0 1;0 1 1];
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0

9  Pass 
x = [[0 1;1 1]^3 [5; 8]];
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
1
tf =
logical
0

10  Fail 
x = uint8([0 1; 1 1]^5);
tf = true;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0

11  Fail 
x = ([0 1; 1 1]^5);
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;

12  Pass 
x = [0 1; 1 1]^5;
x(2) = nan;
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0

13  Pass 
x = [4 7;7 11];
tf = false;
assert(isequal(isFibMat(x),tf))
clear all;
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0
tf =
logical
0

14  Fail 
for ii = 1:55
assert(true==isFibMat([0 1;1 1]^ii))
end
tf =
logical
0
tf =
logical
0

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