Otherwise, the expression is false. The elseif and else blocks are optional. The statements execute only if previous expressions in the if...end block are false. An if block can include multiple elseif blocks. exampleExamples collapse all Use if, elseif, and else for Conditional Assignment...
Otherwise, the expression is false. The elseif and else blocks are optional. The statements execute only if previous expressions in the if...end block are false. An if block can include multiple elseif blocks. exampleExamples collapse all Use if, elseif, and else for Conditional Assignment...
x = 10; minVal = 2; maxVal = 6;if(x >= minVal) && (x <= maxVal) disp('Value within specified range.')elseif(x > maxVal) disp('Value exceeds maximum value.')elsedisp('Value is below minimum value.')end Value exceeds maximum value. ...
diagnostic = solvesdp_multiple(varargin{:}); return end end % *** % CHECK INPUT % *** nargin = length(varargin); if nargin<1 help solvesdp return else F = varargin{1}; if isa(F,'constraint') F = lmi(F); end if isa(F,'lmi') F = flatten(F); end if isa(F,'sdpvar') %...
本文对雷达模糊函数的内容以思维导图的形式呈现,有关仿真部分进行了讲解实现。 一、雷达模糊函数 思维导图如下图所示,如有需求请到文章末尾端自取。 二、Matlab 仿真 1、单脉冲模糊函数 归一化的矩形脉冲定义为: 单脉冲不确定函数表达式 单脉冲模糊函数表达式 ...
Split String at Multiple Delimiters Create a string. str ="A horse! A horse! My kingdom for a horse!" str = "A horse! A horse! My kingdom for a horse!" Splitstrat exclamation points and at whitespace characters.newStris a 10-by-1 string array. The last string is an empty string...
while ii<=MADM_Matrix_Row*(MADM_Matrix_Row-1) if i~=k Deviation_Matrix(ii,:)=Normalized_Matrix(i,:)-Normalized_Matrix(k,:); k=k+1; ii=ii+1; Counter_i=Counter_i+1; else k=k+1; end if Counter_i==MADM_Matrix_Row Counter_i=1; i=i+1; end if k==MADM_Matrix_Row+1 k=...
Results.fx; if numel(r) == 2 && strcmpi(fx,'linear') r = 0; fprintf('Multiple values for r entered. Default value (0) used.\n') elseif numel(r) == 2 && strcmpi(fx,'gudermannian') r = r(1); fprintf('Multiple values for r entered. First value used.\n') end % Improved...
基于IMM(Interacting Multiple Model)多模滤波器和全局最近邻GNN(Global Nearest Neighbor)算法可以实现雷达多机动目标的自适应跟踪。这个方法结合了多模滤波器的模型切换能力和GNN算法的目标关联性来实现高效准确的目标跟踪。 下面是一个大致的流程: 模型预测:
% MTSPF_GA Fixed Multiple Traveling Salesmen Problem (M-TSP) Genetic Algorithm (GA) % Finds a (near) optimal solution to a variation of the M-TSP by setting % up a GA to search for the shortest route (least distance needed for