Why You Should Care about Real-Time 3D Rendering & How it will Affect the Workflow of Production Pipelines
Gone are the days when artists had to spend several hours at the workstation for 3D image rendering. In the past few years, we have seen an unexpected growth in the demand for real-time 3D rendering software applications. The widespread accessibility of 3D rendering today generates several new applications in commercial, industrial, and private settings. Real-time 3D rendering software creates immersive digital experiences that are indistinguishable from photorealism. Automakers utilize it to simulate vehicles that are in development or available for pre-order, much as industries such as energy, military, and healthcare rely on 3D simulators to improve staff training.
The increasing demand for 3D rendering has created many applications for these tools in commercial settings. In addition to the gaming industry, 3D rendering has proven to be a useful technology in the healthcare and automobile sectors. It is used for employee training too. Before we discuss the benefits and uses of this technology, let’s first understand the meaning of 3D rendering and how it works.
3D Rendering: What is it and How Does it Work?
Have you ever tried to look at a 2D drawing and visualize what a 3D product would look like? Real-time 3D is exactly what the name suggests. The object drawn in 3D seems to be moving. This technology has become mainstream since nearly every industry uses 3D imaging to get a clear picture of what the final design will look like. It also shows you whether you have made an error in the development stage. Basically, this real-time picture gives you a detailed view of the product, so you can make important decisions based on the current design.
Due to the clarity in design, more and more people are switching to 3D designs. Earlier, the process of converting a 2D design into a 3D model was labor-intensive and time-consuming. It involved many professional technicians and a complex workstation to convert a simple 2D artwork into a 3D model.
Benefits of Real-time 3D
Real-time 3D rendering facilitates this process by producing visuals in less than one second. Real-time 3D rendering is a crucial step in enhancing the design process, as it gives the customer a great deal of control during the presentation and breaks the endless cycle of try and feedback without satisfaction and running out of time and money.
Using real-time 3D rendering, a designer can get the kind of input that has never been possible before. Real-time 3D rendering has the potential to add depth and output that will prompt designers to react and make design decisions based on a nearly identical experience.
Real-time 3D rendering offers other advantages, such as the capacity to iterate and cooperate more effectively, resulting in increased creative freedom.
As Real-time 3D rendering becomes more prevalent in television and films, clients expect the same degree of quality in architectural presentations. Real-time 3D renderings are now possible thanks to advances in rendering technology, which have also reduced the time it takes to do so by more than half.
With real-time 3D rendering, businesses and professionals can acquire a distinct advantage over their competitors. Real-time 3D visualization can be used by companies who specialize in high-end architectural presentations, such as interactive experiences and short films, to improve the design process and generate appealing visual storytelling to help their customers’ brands. This has become a successful and vital component of their workflow.
Real-time 3D rendering may now be utilized by a greater number of businesses as the technology becomes more affordable.
In 2018, the 3D rendering market was a $1.5 billion industry. According to Global Market Insights, it will be worth $6 billion by 2025.
As mentioned earlier, companies are willing to invest in this innovative technology, as it offers growth potential for all types and sizes of businesses. The technology that can visualize products in real-time can help nearly all sectors, including automotive, healthcare, video gaming, entertainment, real estate, and media (to name a few).
Uses of Real-time 3D Rendering
3D rendering is extensively used in the automotive industry for getting a real-time image of the vehicle, the space inside the cabin, elements that can be integrated into the vehicle, and so on. It gives buyers the choice of customizing the paint colors, wheels, space, and other elements before they finalize the deal. They can view what the car will look like.
Buyers have the choice to customize the car’s features from the comfort of their homes before they go to the dealer. This customization option makes it easier for customers to know how their vehicle will look and if they are making the right decision. Similarly, 3D rendering allows visitors to take a real-time tour of the building from different angles. The tool helps real estate investors and sellers by streamlining the construction, touring, and other development processes.
How is it Useful for Game Developers?
Building a video game from scratch may seem a complex task to those with no coding or graphics knowledge. Well, the game design or development process is not easy. But, with the growing demand for video games, many people are considering a career in this industry. Besides, the requirements for starting your career in the video gaming field are relatively easy. You might find during the game development process that you want to create your own 3D models as you get adept at game development and stock assets are only getting you so far. Just sign up to learn 3D Modelling Online (such as MAGES Institute’s Digital Sculpting Professional Short Course) to learn the basics of creating 3D models, and you are all set!
3D graphics have been used in the video gaming industry for years. The real-time 3D rendering makes this process a lot easier, faster, and affordable for game developers, and is enabled by the next-gen 3D rendering software such as Unreal Engine 5.