You can access existing Java classes to use in the MATLAB workspace. For example, use built-in class packages, such as
java.util, which are included in the Java language. See your Java language documentation for descriptions of these packages. You also
can access classes defined in individual .class files, packages,
or Java Archive (JAR) files, including classes you develop.
isjava | Determine if input is Java object |
javaaddpath | Add entries to dynamic Java class path |
javaArray | Construct Java array object |
javachk | Error message based on Java feature support |
javaclasspath | Return Java class path or specify dynamic path |
javaMethod | Call Java method |
javaMethodEDT | Call Java method from Event Dispatch Thread (EDT) |
javaObject | Call Java constructor |
javaObjectEDT | Call Java constructor on Event Dispatch Thread (EDT) |
javarmpath | Remove entries from dynamic Java class path |
usejava | Determine if Java feature is available |
matlab.exception.JavaException | Capture error information for Java exception |
Getting Started with Java Libraries
Requirements for using the MATLAB Java interface.
Bring Java classes into the MATLAB workspace.
How to call a method in the Java standard library class java.util.ArrayList.
Call Method in Your Own Java Class
Use the dynamic class path to develop your own Java classes.
Simplify Java Class Names Using import Function
Use the import function to refer to a class by its class name
only.
How MATLAB Represents Java Arrays
How MATLAB interprets the size, shape, and dimension of a Java array.
Getting information about methods.
How to adjust the Java heap size.
Avoid Calling Java main Methods in MATLAB
How MATLAB handles main methods.