Minimum elements fromAorB, returned as a scalar, vector, matrix, multidimensional array, table, or timetable. The size ofCis determined by implicit expansion of the dimensions ofAandB. For more information, seeCompatible Array Sizes for Basic Operations. ...
To illustrate the difference in behavior, first create an array of complex numbers. A = zeros(2,1); A(1) = 1; A(2) = 0 + 1i A = 1.0000 + 0.0000i 0.0000 + 1.0000i Then create a cell array and assign the elements ofAto it. When you index intoA(1), its value is returned ...
A— Input array vector | matrix | multidimensional array Input array, specified as a vector, matrix, or multidimensional array. If A is a scalar, then sort(A) returns A. If A is complex, then by default, sort sorts the elements by magnitude. If more than one element has equal magnitude...
% registry, which is accessed via the IMFORMATS command.%% If FILENAME is a TIFF, HDF, ICO, GIF, or CUR file containing more% than one image, INFO is a structure array with one element for% each image in the file. For example, INFO(3) would contain...
Y= imag(Z)returns the imaginary part of each element in arrayZ. example Examples collapse all Find the imaginary part of the complex numberZ. Z = 2+3i; Y = imag(Z) Y = 3 Imaginary Part of Vector of Complex Values Find the imaginary part of each element in vectorZ. Theimagfunction...
B = any(A) tests along the first array dimension of A whose size does not equal 1, and determines if any element is a nonzero number or logical 1 (true). In practice, any is a natural extension of the logical OR operator. If A is a vector, then B = any(A) returns logical 1...
Interior point indicator, returned as a scalar or vector. An element ofTFinis 1 when the corresponding query point is either in a solid region of the inputpolyshapeor on a boundary. Data Types:logical TFon— Boundary point indicator
temp2=a:-2:0;%auxiliry polynomial powersRA(i-1,1:b)=temp1.*temp2;%derivative of auxiliaryelseif(RA(i-1,1)==0),%first elementinrowiszerofprintf('\nSpecial Case: First element is zero.\n');RA(i-1,1)=epsilon;%replace by epsilon ...
TF = anynan(A) returns logical 1 (true) if at least one element of A is NaN. It returns 0 (false) if no element is NaN. If A contains complex numbers, anynan(A) returns 1 if at least one element has a real or imaginary part that is NaN. exampleExamples...
To illustrate the difference in behavior, first create an array of complex numbers. A = zeros(2,1); A(1) = 1; A(2) = 0 + 1i A = 1.0000 + 0.0000i 0.0000 + 1.0000i Then create a cell array and assign the elements ofAto it. When you index intoA(1), its value is returned ...