Second: If you have a high-profile computer, you must have the strength to play with it, otherwise it is a pile of scrap metal. I know many friends who want to do 3D modeling. At first, they were ambitious to learn this business. They took a sum of money from home, and then got a high-end computer, ready to do a big job in the 3D industry. Then they said to themselves, let's play a game first. It will be great to play games on such a high-profile computer, and then they will play and play. Later, they forgot that this computer was used to learn 3D modeling. Finally, this high-end computer is very good.
? Friendly reminder to the students, if you want to learn 3D modeling and have a computer, you really have to study hard, otherwise you will be too sorry for your parents' hard-earned money, and you will never make any money at home. Be responsible for yourself. Maybe many people will say, I don't know where I learned it. This is no problem. You can go to my master's place to listen to the live class of 3D game modeling every night. He chats online every day, and you can also get relevant software and video tutorials from him, so that you can learn the technology and design thinking of 3D game modeling. Only in this way can we achieve ourselves without any economic expenditure. What you have to learn is their game dress: first, at the beginning of a set of numbers: 296. I hope everyone can really learn a skill and truly stand in this society instead of being arrogant. There is no point in having a high-profile computer. It is the strength of creating works with it. Otherwise, it is no different from scrap iron.
Third: there is no need to post all kinds of messy configurations for everyone. If the water is 3000, take a spoonful. I have written articles about computer configuration before, but everyone is very confused. No matter how well I write, I can only appear professional, which is really useless to everyone. What you see is a big head and two big heads, which makes everyone more embarrassed. I just want to solve everyone's problems. I found a related model configuration on a treasure, and it is still a friend who is suitable for 3D modeling. Now let me map it for you, which is simple, convenient and practical.
(1) Understand the configuration of this level roughly, and match it to about 5000.
(2) Description of mainstream configuration:
(3) Super hard disk:
(4) Only a powerful processor can create a stable speed:
Fourth: I hope the 3D modeling and configuration articles I wrote before are useful to everyone. Many people don't understand what 3D requires of computers. First of all, we must understand what 3D needs when modeling materials, lighting and shading. Many people are confused at this point. There are different opinions on the internet. Some say that modeling consumes graphics cards and CPU, some say that modeling consumes memory, and some say that graphics consume graphics cards. In short, there are different opinions. Let me correct it for you:
1. Modeling consumes a graphics card, but it also needs memory, but in these two cases, we need a graphics card more, because the memory of desktop or all-in-one machine and notebook is 2G or 4G, which is enough for us. If it is not a very large scene, there is no requirement for memory. Why is the graphics card important? Let me give you an example. A good graphics card can play games with high quality and special effects. Low graphics cards can only play games with low special effects and low image quality, so can the same games and models. In the same way, a good graphics card can model a big scene, and it will not become more and more stuck with the increase of the model. When we look at the graphics card, we should not only look at the model of the graphics card, but also look at several data of the graphics card. First of all, it depends on the number of stream processors and the type of video memory bandwidth, which is very helpful for our large-scale scene modeling. Of course, the bigger the data, the better; In fact, it is the connection rate between the graphics card and the memory. A good graphics card is useless if it has low memory, and vice versa. Therefore, a good graphics card naturally needs to be equipped with high memory, so that the graphics processing ability of the graphics card can be improved.
2.3D modeling: We need N card instead of A card. Everyone has questions, why not cards, but cards are suitable for painting. Yes, A card is suitable for drawing, but not for 3D, because Autodesk only supports N card, because 3D201220132014 released several years ago all support GPU rendering, that is, graphics card rendering, and supports N card. Although the graphics card rendering is not perfect at present, it will become the mainstream in the next few years. Graphics card rendering can greatly reduce rendering time, which is a great benefit for high-precision drawings, so we need N card. However, there are two kinds of N cards. The first choice is the Q series graphics card in the N card, which is a professional graphics card, followed by the game graphics card. Buy Q series graphics cards if you have the ability, and buy game graphics cards if you don't have the ability. The game map is right.
3. Many people don't know the choice of graphics cards for big scenes. If high-end graphics cards are a waste, then buying low-end graphics cards is also a waste. I don't know if I can buy a mid-range graphics card. Then I'll tell you, in fact, the requirements of 3D for graphics cards are not lower than those of 3D large-scale stand-alone games. What we need is a graphics card above the mid-range, which can run large scenes smoothly. There is no need to buy a high-end graphics card. We only need the GT650D5 on the market for the mid-range graphics card. No matter playing games or drawing, there is no pressure, and it can support large scenes around 250M, and 300M can also be used, but it may be a little small.
4. Rendering requires CPU, which has nothing to do with the graphics card. Now many people are confused about the choice of CPU. A good CPU can greatly reduce the time when rendering pictures.
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