Test  Status  Code Input and Output 

1  Pass 
% This Test Suite can be updated if inappropriate 'hacks' are discovered
% in any submitted solutions, so your submission's status may therefore change over time.
assessFunctionAbsence({'regexp', 'regexpi', 'str2num'}, 'FileName','latestScore.m')
RE = regexp(fileread('latestScore.m'), '\w+', 'match');
tabooWords = {'ans'};
testResult = cellfun( @(z) ismember(z, tabooWords), RE );
msg = ['Please do not do that in your code!' char([10 13]) ...
'Found: ' strjoin(RE(testResult)) '.' char([10 13]) ...
'Banned word.' char([10 13])];
assert(~any( testResult ), msg)

2  Pass 
N = 11;
R = 2.5;
R_new = 2.2;
S = latestScore(N, R, R_new);
assert( isempty(S) )

3  Pass 
N = 11;
R = 2.5;
R_new = 2.3;
S = latestScore(N, R, R_new);
S_correct = 1;
assert(isequal(S, S_correct))

4  Pass 
N = 11;
R = 2.5;
R_new = 2.4;
S = latestScore(N, R, R_new);
S_correct = [1 2];
assert(isequal(S, S_correct))

5  Pass 
N = 11;
R = 2.5;
R_new = 2.5;
S = latestScore(N, R, R_new);
S_correct = [2 3];
assert(isequal(S, S_correct))

6  Pass 
N = 11;
R = 2.5;
R_new = 2.6;
S = latestScore(N, R, R_new);
S_correct = [3 4];
assert(isequal(S, S_correct))

7  Pass 
N = 11;
R = 2.5;
R_new = 2.7;
S = latestScore(N, R, R_new);
S_correct = [4 5];
assert(isequal(S, S_correct))

8  Pass 
N = 11;
R = 2.5;
R_new = 2.8;
S = latestScore(N, R, R_new);
S_correct = 5;
assert(isequal(S, S_correct))

9  Pass 
N = 11;
R = 2.5;
R_new = 2.9;
S = latestScore(N, R, R_new);
assert( isempty(S) )

10  Pass 
N = 12;
R = 2.3;
R_new = 2.2;
S = latestScore(N, R, R_new);
S_correct = [1 2];
assert(isequal(S, S_correct))

11  Pass 
N = 12;
R = 2.3;
R_new = 2.5;
S = latestScore(N, R, R_new);
S_correct = [4 5];
assert(isequal(S, S_correct))

12  Pass 
N = 17;
R = 1.6;
R_new = 1.7;
S = latestScore(N, R, R_new);
S_correct = [2 3 4];
assert(isequal(S, S_correct))

13  Pass 
N = 17;
R = 2.6;
R_new = 2.5;
S = latestScore(N, R, R_new);
S_correct = 1;
assert(isequal(S, S_correct))

14  Pass 
N = 17;
R = 2.6;
R_new = 2.7;
S = latestScore(N, R, R_new);
S_correct = [3 4 5];
assert(isequal(S, S_correct))

15  Pass 
N = 17;
R = 2.6;
R_new = 2.8;
S = latestScore(N, R, R_new);
S_correct = 5;
assert(isequal(S, S_correct))

16  Pass 
N = 17;
R = 3.4;
R_new = 3.2;
S = latestScore(N, R, R_new);
S_correct = 1;
assert(isequal(S, S_correct))

17  Pass 
N = 17;
R = 3.4;
R_new = 3.3;
S = latestScore(N, R, R_new);
S_correct = [1 2 3];
assert(isequal(S, S_correct))

18  Pass 
N = 17;
R = 3.4;
R_new = 3.5;
S = latestScore(N, R, R_new);
S_correct = 5;
assert(isequal(S, S_correct))

19  Pass 
N = 48;
R = 3.7;
R_new = 3.5;
S = latestScore(N, R, R_new);
assert( isempty(S) )

20  Pass 
N = 48;
R = 3.7;
R_new = 3.6;
S = latestScore(N, R, R_new);
S_correct = [1 2];
assert(isequal(S, S_correct))

21  Pass 
N = 48;
R = 3.7;
R_new = 3.7;
S = latestScore(N, R, R_new);
S_correct = 1:5;
assert(isequal(S, S_correct))

22  Pass 
N = 48;
R = 3.7;
R_new = 3.8;
S = latestScore(N, R, R_new);
S_correct = 5;
assert(isequal(S, S_correct))

23  Pass 
N = 48;
R = 4.4;
R_new = 4.2;
S = latestScore(N, R, R_new);
S_correct = 1:4;
assert( isempty(S) )

24  Pass 
N = 48;
R = 4.4;
R_new = 4.3;
S = latestScore(N, R, R_new);
S_correct = 1:4;
assert(isequal(S, S_correct))

25  Pass 
N = 48;
R = 4.4;
R_new = 4.4;
S = latestScore(N, R, R_new);
S_correct = 1:5;
assert(isequal(S, S_correct))

26  Pass 
N = 48;
R = 4.4;
R_new = 4.5;
S = latestScore(N, R, R_new);
assert( isempty(S) )

22514 Solvers
970 Solvers
352 Solvers
Matrix with different incremental runs
187 Solvers
334 Solvers