Abbreviation Matlab Code The following is an example of the module in the source code for Matlab.js, see the Module description in the Matlab Installation Guide: import Matlab from’motlab’ ; class Test < Matlab.JS import DateFormat from 'DateFormatFactory' ; def __init__ ( self, datetime ): const json = new DateFormat ( datetime). parseJSON ( ‘UTC 2012-06-03 03:00:00’ ) ; // print that value string timestamp ( datetime ) { // our first date has entered the datetime string timestamp ( datetime ) { return datetime. parse ( timestamp, 72400 + timestamp. get ( ) ) ; } // our second date has entered the datetime string finalDate ( datetime ) { return datetime. parse ( timestamp, 5 * ( ( timestamp * 500 ) + timestamp. get ( ) ) ) ; } // our third date has entered the datetime string finalDate ( datetime ) { return datetime. parse ( timestamp, 1 * ( ( timestamp * 500 + timestamp. get ( ) ) ) ) ; } } We may find that, like other functions, these two arguments have different properties when checked; however, most functions have it checked before, which saves time. Another feature common to many module declaration patterns is that, when the module is called, it is applied on top of the method called. For example, many of the methods in Matlab.JS could not have been made similar to a class declaration. Instead, we would learn a new class called “PivotPivot” like this: def pivot ( self, className, type ): var pivot = {… } >>> class Bed < Matlab.JS >>> pivot. start (); For matlab applications where such methods need to be declared in their own class, it is best to check the definitions before the class declaration, and to declare only