In some cases, we may want to remove only a specific number of zero values from the vector. Here, we remove the first two zeros. clc clear n=[102030];indices=find(n==0,2);n(indices)=[];n In this case, the second argument of thefind()function is utilized to limit the number of...
I have 3 row vectors that are quite long, but for example they are: D=[0 0 100 0 250 0 300] H=[4 2 0 5 0 0 1] T=[7 9 12 4 9 4 12] I want to remove the values from H and T that correspond to zero in D, but I want to leave...
y = x(find(x,1,'first'):find(x,1,'last')); The above will remove all the leading & trailing zeros from the vector 'x' & store it in vector 'y'. Result, y = -4 -2 0 -7 -8 Removing only leading zeros from a vector Using MATLAB What if we just have padded only the lea...
I agree with cvklpstunc that you dont need a while loop. If you are still looking for a while loop implementation, here is the code count=1;z=1; a=[1:10, zeros(5,1)']; whilecount<=length(a) ifa(count)==0 zero_indices(z)=count; ...
How to remove unwanted values from a vector on a... Learn more about matlab, dsp, signal processing, moving mean, statistics
是一个随着i变化的向量，loop1时向量中有1个元素；loop2时有2个元素，分别是loop1中值和loop2中的值...
y=zeros(10,1); % put some zeros into y initially % start encoding, first write VLIC to give number of sequences PutVLIC(NumOfX); % now encode each sequence continuously Ltot=0; for num=1:NumOfX x=xC{num}; x=full(x(:)); % make sure x is a non-sparse column vector ...
K = M + p*(M^2); % K is the number of elements in the state vector % Here we distribute the lagged y data into the Z matrix so it is % conformable with a beta_t matrix of coefficients. Z = zeros((t-tau-p)*M,K);
A=zeros(k,k); b=ones(k,1); u=A*b; Long variable names A widely used convention mostly in the C++ development community to write long, descriptive variables in mixed case (camel case) starting with lower case, such as linearity,distanceToCircle,figureLabel ...
out = zeros(size(r)); L = R & W; ql = q(L); out(L) = theta* (1-1.5*ql.^2+0.75*ql.^3); L = R & ~W; ql = q(L); out(L) = theta* (0.25*(2-ql).^3); end % file: abc.m inc = 0.005; x = -1:inc:1; ...