please update the link to the document, cant find it anymore
The link is broken, but you can solve this problem with the Leibniz formula for π.
The principle is described here: https://en.wikipedia.org/wiki/Leibniz_formula_for_%CF%80
@Jordan Wilkerson change the number format and round to significant digits shown in test code
@Paul Derwin
Oh right, duh. I should've thought of that haha. That worked! I deleted my last comment since it basically was a solution after all. Thanks for your help!
Leibniz formula, precision 1e-6.
please update the link.
The description has been updated per the link provided in a prior comment.
function [estimate] = pi_est1(nMax)
estimate=0;
for i=1:(nMax-1)
m=2*i+1;
if mod(i,2)~=0
estimate=(1/m)+estimate;
else
estimate=-(1/m)+estimate;
end
end
estimate=(1-estimate)*4;
estimate=round(estimate,6);
end
I believe the task statement should be modified by specifying that the estimate should be rounded. Otherwise, the test suite can be edited accordingly.
The problem description has been updated to specify that rounding is required.
My code worked for tests 1 and 3 perfectly well, but kept getting 3.140592000000000 instead of 3.140593000000000 for test 2.
stupid
I tried my answer on Matlab and It is correct but when I wrote it here it shows me wrong.
try round to 6 digit
Determine whether a vector is monotonically increasing
11915 Solvers
Number of 1s in the Binary Representation of a Number
356 Solvers
ベクトル [1 2 3 4 5 6 7 8 9 10] の作成
292 Solvers
260 Solvers
1172 Solvers
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!