Suppose I have a matrix of [3*10] now i want to find the minimum value from each column what will be the command for that? 댓글 수: 0 댓글을 달려면 로그인하십시오. 채택된 답
MATLAB Online에서 열기 Ran in: Note that after a for loop completes, the value of the loop iterator is the value it had during the last iteration of the loop: TTT=0; forc=[0.05 0.1] forhh=[0.1 1] TTT=TTT+1; end
2. Any one value out of p1(k) or p1(k+1) must be greater than 192. 3. I should consider first the minimum value among 'ax' to 'hx' The actual probelem i am facing is, when i choose the smallest value 'fx'=10 then its corresponding values are p1(k)=p111(k)=188...
Open in MATLAB Online I am using the below to find a Pareto Frontier of a large set of data (>1x10^8). The below basically pulls the minimum value of B from each distinct value of A. I am looking for help in expanding to the find the minim...
1 回表示 (過去 30 日間) 古いコメントを表示 Anusha2013 年 10 月 19 日 0 リンク 翻訳 コメント済み:Anusha2013 年 10 月 19 日 MATLAB Online で開く di =Yk - Wiwhere i = 1... Q and k=1...M Y = 0 0.693062745098039 0.369047058823529...
It has its minimum objective value of 0 at the point (1,1). For more information, see Constrained Nonlinear Problem Using Optimize Live Editor Task or Solver. Get fun = @(x)100*(x(2)-x(1)^2)^2 + (1-x(1))^2; Find the minimum value starting from the point [-1,2], ...
A local minimum of a function is a point where the function value is smaller than at nearby points, but possibly greater than at a distant point. A global minimum is a point where the function value is smaller than at all other feasible points. MATLAB and Optimization Toolbox™ optimizatio...
It has its minimum objective value of 0 at the point (1,1). For more information, see Constrained Nonlinear Problem Using Optimize Live Editor Task or Solver. Get fun = @(x)100*(x(2)-x(1)^2)^2 + (1-x(1))^2; Find the minimum value starting from the point [-1,2], ...
5. Compare computed V*S values and find a minimum value I tried the following code: y = MyReverseEquation3(Cts,R,d,v,w,Q,W,V,S0,D) V=Q/(W*D); Us = (9.81*R*S)^0.5; Vcr = w.*2.05; ix = ((Us.*d/v)>1.2) && ((Us.*d/v)<70); ...
how to use "for loop" for firstly entering into each rectangular grids then find minimum distance b/w nodes in each grid closeall; clc; ngrid=4;%no. of grids N=200; R=0.5; sink.x=3.1; sink.y=3.1; x = linspace(0, 4, ngrid+1);...