the visualisation has an error, it should be
C = @(x) real(-sqrt(R^2-(x-T(1)).^2) + T(2)); % Lower half circle
Thanks Gunther. The function does produce the correct graphic, but only when T(1)=0 as in my example.
Is there any special in Test 3?
don't know why the assertions fail.
The solution is correct.
If you look at the example posted in the problem description, you will see that the return argument should be a two element row vector.
Find relatively common elements in matrix rows
First N Perfect Squares
We love vectorized solutions. Problem 1 : remove the row average.
Sum of odd numbers in a matrix
Spiraling out of control....
Find the repeating decimal pattern!
What are the odds?
Return the Fibonacci Sequence
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