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This MATLAB function performs a logical OR of inputs A and B and returns an array or a table containing elements set to either logical 1 (true) or logical 0 (false).
- find - Find indices and values of nonzero elements - MATLAB - MathWorks
To find array elements that meet a condition, use find in...
- Find Array Elements That Meet Conditions - MATLAB & Simulink - MathWorks
Find Array Elements That Meet Conditions. This example shows...
- find - Find indices and values of nonzero elements - MATLAB - MathWorks
21 cze 2017 · You can use Logical OR with | to find index of some specific number. The symbols | and || perform different operations in a MATLAB® application. The element-wise OR operator described as |. The short-circuit OR operator is ||. you can use this, idx=find(data(:,1)==120 | data(:,1)==100);
To find array elements that meet a condition, use find in conjunction with a relational expression. For example, find(X<5) returns the linear indices to the elements in X that are less than 5. To directly find the elements in X that satisfy the condition X<5, use X(X<5).
Find Array Elements That Meet Conditions. This example shows how to filter the elements of an array by applying conditions to the array. For instance, you can examine the even elements in a matrix, find the location of all 0s in a multidimensional array, or replace NaN values in data.
Learn more about find, logical or function This function get out the value of zeros filter = find(x~=0) now to write "or y>=0" in this function ? ex: filter = find(x~=0 or y>=0)
14 lut 2024 · The find() function in MATLAB is used to locate the indices of non-zero elements in an array or matrix. It is a versatile function that can be applied to vectors, matrices, and multidimensional arrays. The syntax of the find() function is flexible, accommodating different scenarios: indices = find(X)
2 lut 2012 · or. if FreqSec (1,r+1) > FreqSec (r)*1.01 || FreqSec (1,r+1) <FreqSec (r)*0.99. The first of these is more general. The second of these, , is the short-circuiting OR that does not bother to evaluate the second expression if it already knows the final result after the first operation.
