Syntax builtin(func,x1,...,xn) [y1,...,yn] = builtin(func,x1,...,xn)Description builtin(func,x1,...,xn) executes the built-in function func with the input arguments x1 through xn. A built-in function is part of the MATLAB® executable. When you define a method that overload...
Syntax builtin(func,x1,...,xn) [y1,...,yn] = builtin(func,x1,...,xn)Description builtin(func,x1,...,xn) executes the built-in function func with the input arguments x1 through xn. A built-in function is part of the MATLAB® executable. When you define a method that overload...
varargout:ariable length output argument list. Allows any number of output arguments from a function. The variable varargout is a cell array containing the optional output arguments from the function. varargout must be declared as the last output argument and must contain all the outputs after that...
MatLab provides a way to define functions that perform in exactly the same manner as built-in functions such as sin() and cos(). As an example, let us define a function, areaofcircle(), that computes the area of a circle of radius, r: function a = areaofcircle(r) % computes area...
For example, which /myfunction displays the full path for function myfunction.m, but not built-in or JAVA functions with the same name. private/fun Limit the search to private functions named fun. For example, which private/orthog or which('private/orthog') displays the path for orthog.m...
ELSEVIERMatlab (Third Edition)
Millions of engineers and scientists worldwide use MATLAB®to analyze and design the systems and products transforming our world. The matrix-based MATLAB language is the world’s most natural way to express computational mathematics. Built-in graphics make it easy to visualize and gain insights fr...
parse the inputs. We pass the function inputs to theparsefunction of theinputParser, using{:}to convert the input cell arrayvararginto a comma-separated list of input arguments. We get the validated user input values from theResultsstructure in ourinputParserto use in the rest ...
Collection of some "little" functions I wrote to make my life easier. Most of these are very simple and the goal for most was to have a faster more convenient way of accessing built in Matlab functions to avoid having to type the same code all the time.
Bug fixes, notably the CDF in the chi squared distribution now works over a much wider range of values of the noncentrality parameter. Previously, values as low as 500 were problematic. All of the detection statistics classes and related functions have been redone to handle a more common norma...