Wow a useful challenge!
I agree, was tough one for me at my current knowledge level.
Test | Status | Code Input and Output |
---|---|---|
1 | Pass |
noOp = @(x)x;
fh2 = iterate_fcn(noOp, 50);
assert(isequal(fh2(pi),pi));
|
2 | Pass |
addOne = @(x)x+1;
addTen = iterate_fcn(addOne, 10);
assert(isequal(addTen(3),13));
|
3 | Pass |
addOne = @(x)x+1;
addOne2 = iterate_fcn(addOne, 1);
assert(isequal(addOne2(3),4));
|
4 | Pass |
squarer = @(a) a^2;
fh2 = iterate_fcn(squarer, 3);
assert(isequal(fh2(3),6561));
|
5 | Pass |
fh = @(y)sqrt(y+1);
fh2 = iterate_fcn(fh,30);
assert(abs(fh2(1) - (1+sqrt(5))/2) < 100*eps);
|
Omit columns averages from a matrix
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