It might be nice to replace assert(isequal(y,y_correct)) by something along the lines of assert(max(abs(y-y_correct))<1e-9) to allow for roundoff errors.
Hello, Tim. Thank-you for your suggestion. Although it hadn't been mentioned, _all_ of the relevant numbers (x(i), y(i), m and c) are integers, so I didn't expect rounding would be a problem. [Certainly it wasn't in my reference code.] In any case, the secondary application I had in mind was lossless compression, so I am not keen to change the assertions in this particular problem (although I agree that often, elsewhere, it is indeed good to implement assertions as in your snippet). I will instead add a note to the Problem Statement. —David
Rotate a Matrix by 90 degrees
Implement simple rotation cypher
CONVERT TAN TO SIN
Determine the square root
Repetition of matrices
Testing for randomness: uniform distribution of real numbers (distribution checking)
Guess the number I'm thinking of
Curve fitting (non-linear functions) & function handles
The other half of the Fibonacci sequence
Make your own Test Suite (part 0)
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