I want to write "Omega hat" (the greek letter Omega, with a hat on it) in a plot title and lables. for "u hat", I simply use \it\^{u} with Latex interpreter. But I cannot make Greek letters like Omega by "Latax" interpreter. the only way is using "tex" interpreter, which ...
Open in MATLAB Online Replace fplot(@(OMEGA) T) with fplot(T) Remember that fplot will be passing in a vector of particular values that it wants to evaluate the function at, but no matter what size of input it passes in, you are always returning the scalar value T, which is a symbol...
Open in MATLAB Online Ran in: One way is to collect all the points to be plotted into two matrices, one for x-coordinates and one for y-coordinates, remove the imaginary and non-positive y values (not just set them to NaN, since that creates gaps), sort...
I'm not sure if by this you mean to plot something, or merely to be able to write down some simple formula. In either case, this is often an impossible problem to solve. And sometimes, provably impossible. Why do I say impossible? Moderately ...
I want to code the mathematical model below: could you please help me out? I want to estimate Q (flow) in this equation. I also have omega=[7200,8800] and can assign value to H. After writing the code, I want to proceed with a simulink model. Thank you for your help in advance...
I don't know of any automatic translators that you can use. So, just start writing. None of use are going to spend all that time to do it for you, though it shouldn't be long since MATLAB is pretty similar to Java.
コメント済み:Nathaniel Werner
xlabel('$\frac{\omega}{\pi}$', 'Interpreter','latex') ylabel('Amplitude') legend('Real(F)','Imag(F)', 'Location','best') Paul on 15 Apr 2022 Open in MATLAB Online Ran in: I think you meant to post this comment in StarStrider's ...
elseimwrite(I,map,filename,'gif','WriteMode','append','DelayTime',delaytime); end end Here is an example which modified according to the following paper from @J Pan 从另一个角度看拉普拉斯变换7352 赞同 · 396 评论文章 clc;clear;close all ...
Input in a suitable theory of crystal growth dynamics, this allows us to characterize the premelting layer thickness at arbitrary temperature and pressure. To see this, we write the effective surface free energy per unit surface area at solid/vapor coexistence as ω(h;T) = g(h;T) − Δ...