Many of the test cases are wrong.
A = (1:2:10)';
IND = 1:5;
b = (2:2:10)';
y_correct = (1:10)';
y_correct should be [2:2:10,1:2:10]'
The zeros one has zeros that are the wrong size etc.
I corrected one error regarding isequal with NaNs, but all the other test cases are correct.
A = [1 3 5 7 9]; IND = [1 2 3 4 5]; b = [2 4 6 8 10]; definitely should result in [1 2 3 4 5 6 7 8 9 10]! You have to insert b(1) after A(1), b(2) after A(2) and so on.
Nice problem, but the specification could be improved: from the description, you'd think the entire matrix b is supposed to be inserted after each row in IND; it's only the first example that makes it clear that this is not the case.
This works under the presumption that IND is already sorted (as is the case in the test suite).
Nice trick! But it breaks when IND contains 0s (inserting rows at the top of the matrix).
Return the 3n+1 sequence for n
Sum of diagonal of a square matrix
Getting logical indexes
Right Triangle Side Lengths (Inspired by Project Euler Problem 39)
Compute Fibonacci Number
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