1
|
Fail
|
x = 1;
y_correct = [];
assert(isempty(whichperm(x)))
Array indices must be positive integers or logical values.
Error in whichperm (line 16)
while P(end) < j+1
Error in Test1 (line 3)
assert(isempty(whichperm(x)))
|
2
|
Fail
|
x = 2;
y_correct = 2;
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test2 (line 3)
assert(isequal(whichperm(x),y_correct))
|
3
|
Fail
|
x = 3;
y_correct = [1 3];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test3 (line 3)
assert(isequal(whichperm(x),y_correct))
|
4
|
Fail
|
x = 4;
y_correct = [2 3];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test4 (line 3)
assert(isequal(whichperm(x),y_correct))
|
5
|
Fail
|
x = 5;
y_correct = 3;
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test5 (line 3)
assert(isequal(whichperm(x),y_correct))
|
6
|
Fail
|
x = 10;
y_correct = [2 3 4];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test6 (line 3)
assert(isequal(whichperm(x),y_correct))
|
7
|
Fail
|
x = 9;
y_correct = [1 3 4];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test7 (line 3)
assert(isequal(whichperm(x),y_correct))
|
8
|
Fail
|
x = 323;
y_correct = [3 5 1 6 4];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test8 (line 3)
assert(isequal(whichperm(x),y_correct))
|
9
|
Fail
|
x = 2015;
y_correct = [4 6 5 3 7];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test9 (line 3)
assert(isequal(whichperm(x),y_correct))
|
10
|
Fail
|
x = 2016;
y_correct = [4 6 5 3 7 2];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test10 (line 3)
assert(isequal(whichperm(x),y_correct))
|
11
|
Fail
|
x = 1234567890;
y_correct = [11 7 3 5 6 12 4 2 8 10 13 9];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test11 (line 3)
assert(isequal(whichperm(x),y_correct))
|
12
|
Fail
|
x = 720;
y_correct = [6 5 4 3 2];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test12 (line 3)
assert(isequal(whichperm(x),y_correct))
|
13
|
Fail
|
x = 721;
y_correct = [1 2 3 4 5 7];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test13 (line 3)
assert(isequal(whichperm(x),y_correct))
|
14
|
Fail
|
x = 13;
y_correct = [1 4];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test14 (line 3)
assert(isequal(whichperm(x),y_correct))
|
15
|
Fail
|
x = 100;
y_correct = [5 2 3];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test15 (line 3)
assert(isequal(whichperm(x),y_correct))
|
16
|
Fail
|
x = 100000000;
y_correct = [6 2 4 9 10 11 3 5 7 12 8];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test16 (line 3)
assert(isequal(whichperm(x),y_correct))
|
17
|
Fail
|
x = 439084801;
y_correct = [12];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test17 (line 3)
assert(isequal(whichperm(x),y_correct))
|
18
|
Fail
|
x = flintmax;
y_correct = [15 12 11 2 1 10 9 4 16 5 18 3 17 14 8 6 7 19];
assert(isequal(whichperm(x),y_correct))
Index exceeds the number of array elements (0).
Error in whichperm (line 13)
P = [P(1:pos(jj)-1) jj P(pos(jj):end)];
Error in Test18 (line 3)
assert(isequal(whichperm(x),y_correct))
|