![]() ![]() ![]() We will show you the different modes this function has to get the maximum values in the following examples.īelow we will detail each of the arguments and input flags of the max() function:Ī: This input specifies the input scalar, vector, or matrix. The data types supported by max() are single, double, int8, int16, int32, int64, uint8, uint16, uint32, uint64, logical, categorical, datetime, and duration. The types of input arguments accepted by this function are scalars, vectors, matrices, and multidimensional arrays. When the function is called, these modes are selected by flags, size and dimension vectors. Max() has different modes for processing input and output data. This function can also return the index of the maximum values sent in “a” and returned in “r”. The max() function returns in “r” the maximum value among all elements of the array “a”. The rules for empty arrays and non-empty arrays are the same, and the size of the dimension that is not equal to 1 determines the size of the output.=max (a,, _, ‘linear’ ) MATLAB max() description and examples The dimensions of all inputs are all either the same, or one of the inputs is 1-D.Įmpty arrays are the arrays with no elements and dimension size of zero. One input is a matrix, and the other is a 3-D array.One input is a matrix, and the other is a 3-D array with the same number of rows and columns.One input is a column vector, and another is a row vector. ![]() ![]() One input is a matrix, and another is a column vector with a similar number of rows.Two array inputs are exactly of the same size.Let's understand with some combinations of scalars, vectors, and matrices that have compatible sizes: MATLAB implicitly expands array with compatible sizes to make them the same size during the execution of the element-wise operation or function. Binary operators and functions operate well with the arrays that have compatible sizes. Next → ← prev Compatible Array Sizes for Basic Operations in MATLABĬompatible array sizes mean the dimension sizes of the input arrays are either the same, or one of them is scalar, for every dimension. ![]()
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