Open in MATLAB Online Hi Felis, I didn't run the code because I don't know what inputs to provide. Does changing Z2 to a sym object solve the problem? Z2 = sym(zeros(2*n+2,2*n+2)); Hi John, I agree with your recommendation in principle, but was curious enough to test. ...
Open in MATLAB Online clc clear formatlong % Function Definition (Enter your Function here): symsx1 x2 lambda k; %Optimization function f = (x1-1)^2 +(x2-2)^2 -4; %Constrains : g(1) = x1+2*x2-5; g(2) = 4*x1 +3*x2-10; ...
Open in MATLAB Online >> x = sym('x_%d',[13 1],'real'); >> y = sym('y_%d',[3 1],'real'); >> f1 = x(1)*x(2) f1 = x_1*x_2 >> x_vars = num2cell(x); >> x_vals(1)=1.13 x_vals = 1.1300 >> x_vals(2)=1.23 ...
MATLAB Online で開く Use symbolic arrays instead: F = sym(zeros(num_nodes,1)); d = sym(zeros(num_nodes,1)); 3 件のコメント 1 件の古いコメントを表示 Phan HaNhut2014 年 1 月 26 日 if memory of computer is slow, code can not end? (matlab: "busy") And there is not any ...
Your problem is that you are trying to integrate a function say F(y)=(Y-y)^2, but using t as integration variable. That means that F is constant while t variates form 0 to Inf. Matematically that value is infinite.
Link Open in MATLAB Online Hi Guys: I get two functions which are shown in the picture. In the functions, the volume of w1_real,w2,t,sita,R,k,b,X,Y,Z are known. So,I use the equations to solve x,y. Just like this:
The principal research objective centers on integrating the SDCS method into a simulation environment via the Simulink of MATLAB 2021a. This integration is highlighted for its capability in generating controllers that are synthesizable and adhere to formal correctness standards. Autonomous UAV systems ...