In today's rapid development of technology, we can often hear about the concept of 3D. That is to say, this 3D, to briefly talk about 3D System Explainer, it is actually a way or tool for explaining and explaining 3D related systems.
In this complex and diverse 3D technology world, many people are not particularly clear about how the 3D system operates, what characteristics it has, and so on. At this time, the key role of 3D is directly revealed.
Just like saying
1. First of all, let’s talk about novice novices. Many people who are in contact with the 3D field for the first time. Faced with the numerous terms, unfamiliar data, extremely complex operation procedures, etc., it is simply a monk who is confused and feels that his mind is confused. This 3D can tell them a lot of basic knowledge step by step like a patient teacher. Which 3D hardware equipment requirements are required to do this, and why do specific software need to be used in a specific order, explain it one by one, so that novices can understand the entire 3D system and are easy to accept.
2. Let’s talk about the role it plays to people in the industry. Even those who have worked hard in the 3D technology industry for a long time cannot say anything, but they are clear and have no problem. For example, new 3D graphics algorithms have emerged and new 3D manufacturing processes have been introduced. Some people in relevant industries may understand and grasp them. If there is this, hey! That can really help them learn about new content more smoothly and update their business understanding in a timely manner.
If you want to tell me that this 3D is disassembled in detail in modules, let’s take a look?
1. The most basic and bottom-level part is called the hardware sector. You need to understand all kinds of hardware knowledge about 3D, how to install 3D printers, how to capture the entire 3D content when the scanner captures physical 3D content, etc. Only by doing this accurately and understanding it can you understand the underlying hardware structure
2. The following is the software aspect. There are different key contents for various software for different purposes. Some tools like 3D modeling software are used to build virtual 3D items, such as using what operations to stretch graphics, adjust sizes, or set materials. And you can know how to process textures, light shadows and other parts on this 3D model. It is easy to see and real.
Then we also need to pay attention to the details here and take a closer look through the Q&A form.
Q: Are there big differences in the logic of different types of 3D software?
Answer: This difference is not a little bit. The main difference is that the specific purpose of its service is different. The modeling direction is biased to create an infrastructure and set the appearance. Rendering is optimized and improved from the visual appearance based on the established appearance
Q: What changes can 3D printer resolution directly bring?
Answer: We usually know this before choosing a 3D printer to buy it. The lower the resolution, the more likely it is to cause the surface of the printing result to be particularly rough, just like a stuttering stone on the surface. If the resolution is high enough, the printed look lifelike and delicately carved.
For 3D, it really thinks it is a reliable key that can help us truly understand the relevant systems in the 3D field. I personally think it is meaningful to have time to go deeper into this thing, providing global procurement services for weak current intelligent products! Otherwise, you will be confused in this new 3D world.
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