It provides a very flexible way to create and modify 3D content. You can add and remove components to make various combinations of the model, similar to Lego building, and you can also perform operations such as deformable and rigid dragging.
It can also be controlled through text.
And real-time feedback from user interactions can instantly see how your actions affect the final effect.
Even if you’ve never been exposed to real-time technology, you’ve probably heard of the phrases “interactive 3D” or “real-time 3D” and wonder what they mean or why they are so important. As we move towards a future where interactive 3D becomes the norm, all of us, whether as consumers or creators, need to have some understanding of the technology. In fact, you may have experienced interactive 3D in your daily life without realizing it.
How does interactive 3D work?
The technology that powers all these experiences is called real-time rendering. For example, this is how the Weather Channel creates realistic simulations of hurricanes and storms that newscasters can interact with on the screen.
In traditional 3D animation, the movie you are watching consists of a set of computer-rendered still images. Rendering is the process of converting a 3D model into a 2D image.
Typically, rendering an entire movie can take a computer or group of computers days, weeks or even months. What makes things even more complicated is that if the artist wants to make even the smallest changes, the whole thing has to be re-painted.
With real-time graphics, the 3D computer-generated visual effects you see can be rendered and displayed almost immediately. This allows directors to easily change special effects immediately and collaborate with actors in virtual scenes.
If you want to learn more, you can click on the link below the video.
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Project address:https://interactive-3d.github.io
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