Top Python Application in the Real World

Top Python Application in the Real World

Python is noted for its general-purpose character, which makes it useful in practically every area of software development. Python has a presence in every emerging field. It is the fastest-growing programming language and can create any application. In this article, we will explore the vast applications of python programming.

Table of contents

Applications of Python Programming

Have you ever wondered, what is Python used for? The wide range of Python uses and applications is proof of why it is the go-to programming language for most developers. Let us discuss the top 12 applications of Python:

1. Web Application Development

Web application development undeniably falls under the top applications of Python due to its provisions for scalability, convenience, and security. Python comes with several Web Development frameworks such as Django, Pyramid, and Flask. Django’s framework comes with standard libraries that allow for protocol integration, such as HTTPS, SSL, FTP, etc., and even help with email, XML, JSON, and many more. The development time is significantly reduced, and as a result, there is more time to market the application. The dynamic development features make it a perfect tool for developing Python web applications.

Become a Data Science Expert
Unlock Your Potential in Data Analysis, Modeling, and Visualization
quiz-icon

2. Data Science and Big Data

The crucial part of Data Science and Big Data is the extraction of valuable insights from large data sets and data visualizations. This is where Python’s libraries, such as NumPy, SciPy, pandas, TensorFlow, Matplotlib, etc., come into play. pandas, NumPy, SciPy, etc., work with data, while Seaborn and Matplotlib are used for data visualization through graphs.

Data science is very popular and widespread. It is a preliminary requirement for data-based organizations and research. It stands to reason that the data science field has contributed tremendously to Python’s popularity as well.

3. Artificial Intelligence and Machine Learning

Python can handle computations that are crucial to building Machine Learning models. It is stable, secure, and has important applications in Machine Learning algorithms. The plethora of libraries it has includes Keras, SciPy, pandas, NumPy, and many others. Many developers find Python applications for building ML algorithms easy and convenient.

Python is also great for AI solutions including Data Analytics, advanced computing, text and data processing, image recognition, and several others. Python also supports the domain with its extensive libraries.

4. Game Development

Owing to its numerous functionalities and add-ons, Python has proved to be a significant contributor to the gaming industry. Game developers have adopted the language for the rapid prototyping of interactive video games. Here are the top Python frameworks that are used in game development:

  1. Pygame: It helps to build fully featured games and multimedia programs.
  2. PyKyra: It is a fast framework for game development. It supports direct image reading, MPEG video, MP3, WAV, Ogg Vorbis, etc.
  3. Pyglet: It supports OpenGL graphics, UI event handling, windowing, loading images and videos, joysticks, and playing sounds and music
  4. PyOpenGL: It is interoperable with several external GUI libraries for Python including PyGame, Raw Xlib, PyQt, and many others.
  5. Kivy: It runs on OS X, Windows, Linux, iOS, Android, and Raspberry Pi and can use most inputs, protocols, and devices including WM_TOUCH, WM_PEN, Magic Mouse, Mac OS X Trackpad, Linux Kernel HID, Mtdev, and TUIO.
  6. Panda3D: It is used for real-time Python applications in 3D games, simulations, experiments, visualizations, etc.
  7. Cocos2d: It helps to build apps, games, and some cross-platform GUI-based interactive programs.
  8. Python-Ogre: It is a rendering engine that has speed and flexibility and supports an impressive feature set for game development.
  9. Ren’Py: It runs on every computer, has the ability to handle complex game logic, and is used in digital storytelling due to its easy handling of word combinations, images, and sounds to create visual novels and life simulation games.
  10. PySoy: It is a 3D game engine and supports Python 3.

5. Desktop GUIs

Creating desktop GUIs is another application of Python. Python is also used in the programming of desktop applications. Its Tkinter library helps with the development of UIs. Kivy, wxWidgets, PyQt, etc., are used to build applications on several platforms.

6. Embedded Applications

It should not come as a surprise that embedded systems development also has used Python. Engineers and students are rapidly becoming familiar with Python programming. Maker movement and Raspberry Pi can be considered to be the reasons for Python’s popularity. The language itself is very flexible and easy to learn has led to the application of Python in microcontroller-based environments as well. Python helps to perform high-level applications on smaller devices since it is used to develop Embedded C software.

7. Software Development

Simplifying the software development process for complex apps is one of the applications of Python. Developers implement SCons for the purpose of building control. They carry out automated continuous compilation and testing by using Buildbot and Apache Gump. Bug tracking and project management are done with Roundup and Trac. Data visualization and analysis are also possible through Python simplifying the custom solution process.

8. Business Applications

These are significantly different from web applications. It serve the requirements of organizations rather than individual users. Organizations prefer Python due to their need for application scalability, extensibility, and readability. Tryton and Odoo are good examples of platforms that aid in developing such business applications.

Business applications can get complicated as security and database handling capabilities are of utmost importance. Python can handle multiple database requests at once.

9. Web Scraping Applications

When it comes to extracting large amounts of data from websites, Python is a winner. The process of web scraping has proved to be very useful for pulling valuable information and making smart decisions. MechanicalSoup, Selenium, and Python Requests are some of the tools that are used to develop such applications. Python makes it easy to write software that can handle large amounts of data.

10. Image Processing and Graphic Design Applications

 The role of Machine Learning, Deep Learning, and Neural Networks in image processing has increased manifolds. Languages like Python offer a range of libraries that help Data Scientists in their initial preparatory phase before the final data analysis. The top and most commonly used image-processing libraries offered by Python are OpenCV, Scikit-Image, and Python Imaging Library(PIL). Some other common image processing apps using Python are GIMP, Corel PaintShop, Blender, and Houdini.

Now, coming to the usage of Python in Graphic Design Applications, it is used in a variety of graphic design projects for creating unique and aesthetically pleasing projects. Python plays an important role in the high interactiveness and visual appeal of graphic design and in offering unique features to the users.

Get 100% Hike!

Master Most in Demand Skills Now!

Conclusion

Python is an all-around tool irrespective of the field you are into. Hence, getting well-versed with this tool can be rewarding for your career. In this blog, we discussed the applications of Python in various fields, including Streamlit Python for building interactive web applications. We hope that by now you are clear about how Python makes life easier for Data Scientists, Software Developers, Product Designers, and others. If you want to be a part of data science and you are looking to build a career as a Data Scientist or Software Developer, check out the Data Science course that will help you reach your goals.

Related BlogsWhat’s Inside
Python QueueDescribes how to implement queues in Python for efficient data handling.
Difference Between List and Tuple in PythonOutlines key differences between Python lists and tuples in programming.
What is Type Casting in Python?Explains type casting in Python for seamless data type transformations.
Recursion in PythonExplores recursion techniques for solving problems in Python.
Python vs C DifferenceDetails differences between Python and C for programming choices.
What is Armstrong Number in Python?Describes Armstrong numbers and Python methods to identify them.

About the Author

Senior Consultant Analytics & Data Science, Eli Lilly and Company

Sahil Mattoo, a Senior Software Engineer at Eli Lilly and Company, is an accomplished professional with 14 years of experience in languages such as Java, Python, and JavaScript. Sahil has a strong foundation in system architecture, database management, and API integration.