MATLAB Online에서 열기 Hello all I have a complex for nested loop need to vectorization, the code I posted below is a piece of my code to calculate finite difference equation. Because my execution time takes too long so I need to improve it. Please give me any advice to reduce ...
I am trying to reduce the step size for my inside for loop until the maximum difference between successive iterations is less than 0.1%. Is there a way for me to keep the values of y1 while reducing the step size for each run until the maxdifference?
Open in MATLAB Online I see a huge difference between apparently similar approaches and would like to understand what's happening and why the discrepancy. I just created this M-file ThemeCopy % code mywave.m parfor i=1:10024 A(i) = sin(i*2*pi/1024); end And tried to run ...
A(6) = A(5) *0.98; % Values changing after 5 iteration . . . A(11) = A(10) *0.97; % Values changing after 5 iteration . . . .till the differences reached to 0.01. Please help me.
x). I have no idea where to begin.How about a for loop and taking the delta Y over the delta X where the separation is decreasing until it gets really really small, then compare to sec^2(x) and see how the difference gets smaller and smaller as the separation gets smaller and ...
(the n+1 and n+2 are the two other solutions) T = y(1:n); %fill the T values into a y matrix from 1 to nth column I then have a for loop for i=1:n-1 with my expression for DTDt. This allows me to solve all nodes up unti n-1. However, my problem is for the ...
Hours to find out what you really wanted to do. Less than a minute to solve once that was known.
= 0. When bool is converted to non-bool, true becomes 1 and false becomes 0.The type "BOOL" is a Windows type, and it's just a typedef for int. As such, it can assume all values of int, with non-zero meaning true and zero meaning false, and it behaves exactly like int, ...
(For me to understand, please be mindful to avoid a bunch of jargon) I'm not sure if the proper word is wavefunction or superposition, and didn't find anything in a search of the difference between the two. So will elaborate on the question in my own words. To begin, as far as I...
Firstly, the phase difference is expressed between two pulses (clockwise and counter clockwise) in an asymmetric Sagnac interferometer as a function of input intensity. The clockwise pulse is attenuated so that the SOA gain remains linear throughout the input intensity variation while the counter-...