F# - Classes

Classes are types that represent objects that can have properties, methods, and events. ‘They are used to model actions, processes, and any conceptual entities in applications’.

F# - Structures

A structure in F# is a value type data type. It helps you to make a single variable, hold related data of various data types. The struct keyword is used for creating a structure.

F# - Operator Overloading

You can redefine or overload most of the built-in operators available in F#. Thus a programmer can use operators with user-defined types as well.

F# - Inheritance

One of the most important concepts in object-oriented programming is that of inheritance. Inheritance allows us to define a class in terms of another class, which makes it easier to create and maintain an application. This also provides an opportunity to reuse the code functionality and fast implementation time.

F# - Interfaces

Interfaces provide an abstract way of writing up the implementation details of a class. It is a template that declares the methods the class must implement and expose publicly.

F# - Events

Events allow classes to send and receive messages between one another.
In GUI, events are user actions like key press, clicks, mouse movements, etc., or some occurrence like system generated notifications. Applications need to respond to events when they occur. For example, interrupts. Events are used for inter-process communication.

F# - Modules

As per MSDN library, an F# module is a grouping of F# code constructs, such as types, values, function values, and code in do bindings. It is implemented as a common language runtime (CLR) class that has only static members.

F# - Namespaces

A namespace is designed for providing a way to keep one set of names separate from another. The class names declared in one namespace will not conflict with the same class names declared in another.
As per the MSDN library, a namespace lets you organize code into areas of related functionality by enabling you to attach a name to a grouping of program elements.

F# - Quick Guide

F# - Overview

F# is a functional programming language. To understand F# constructs, you need to read a couple of lines about the programming paradigm named Functional Programming.
Functional programming treats computer programs as mathematical functions. In functional programming, the focus would be on constants and functions, instead of variables and states.

F# - Useful Resources

The following resources contain additional information on F#. Please use them to get more in-depth knowledge on this topic.

Discuss F#

F# helps you in the daily development of the mainstream commercial business software. This tutorial provides a brief knowledge about F# and its features, and also provides the various structures and syntaxes of its methods and functions.

Fortran - Overview

Fortran, as derived from Formula Translating System, is a general-purpose, imperative programming language. It is used for numeric and scientific computing.
Fortran was originally developed by IBM in the 1950s for scientific and engineering applications. Fortran ruled this programming area for a long time and became very popular for high performance computing, because.