countertop jewelry display cases wholesale four side spinner Let's take a look at what techniques of Rhino (rhino) modeling 7 (how to grasp product details 1)

jewelry lots wholesale First of all, I apologize to everyone. The renewal of the tutorial is relatively slow. It is estimated that everyone has been looking forward to my tutorial for a long time. Then, for the modeling skills of rhinos, I will talk about high -level, so the renewal of the tutorial will not stop. The main maintenance will not stop. The main maintenance will not stop. The main will not stop. The main will not stop. I also take time in my work to update my tutorial. I hope everyone will study every tutorial I talk about and get more useful information for you. This is also my main purpose of publishing the tutorial. So from the seventh lecture, we focus on the details of the product. This is a big course. I will explain some details that often encounter in the product design process. Everyone should know that products without details are as if there is no soul. It is conceivable that details are very important for products. In the process of completing the product of the product, there is no good process of processing functions and shape details. Then this product is problematic. I remember during the college, I showed the design of the products to the teacher. He said that you did not design the product. There was no operating instructions with this feature. There was a button. The problem, so even the most basic product details are not handled well, then it cannot be called a product. In popular terms, it is not enough in the heat. So here I will guide everyone how to grasp the details and how to handle the details. There are many product details. There are many types of function keys for the product, and the processing methods are different. I can't explain it here. I will explain them in a large class. I hope you can integrate it. In the process of design, I will define product details into three categories. Of course, this is only my personal definition, and it is also convenient for you to better understand and use. I can also explain it clearly.

The three categories are

. Involved functional details 2. Involved in morphological details III, involving technical details. Let's take a look at what is involved in functional details. The product function is nothing more than what the product has the role of this product, and whether the human -machine is reasonable. Then we encounter the most in the product design process that may be the definition of new functions, the implementation of functions, or the logo of the function. Here we will talk about a functional carrier -function key, as shown in Figure 1 r r be below n
Figure 2

Figure 3

The function keys are important details of the product. Without their products, they are blank.

It with function keys, we need to know what its role is, and the function of achieving the product? The function label I want to talk about here is also a type of product detail processing, so what is the functional indication of the focus, let's take a look at the picture, Figure 4

N

This can be manifested in different production methods, and some use silk marks, as shown in Figure 5. Some are manifested in shape with the shape, as shown in Figure 6. Below I will also explain these two commonly used functional logo production methods and expression forms.

. After understanding what is involved in functional details, we will explain several examples. These examples are several forms of function keys that we often encounter in the design process. You must focus on grasping the focus. Their production methods and characteristics. Case 1

This is the simplest function key form. The production method is also very simple. We need to pay attention to the grasp of round corners, mold lines, and spatial levels. This is also a few elements that you need to pay attention to by the function keys. The curved surface is the benchmark surface

It shown in Figure 1

D drawing function key linear, segmentation surface, and pulling down with curved surface stretching tools to extend the entity as shown in Figure 2

exploded the entity, delete the upper cover (physical upper surface), and the offset curve segmentation of the lower lid (physical lower surface) as shown in Figure 3
n Taste the middle segmentation part of the lower lid into an entity for cutting angle processing. As shown in Figure 4,

In we use this function key to explain the production of bumps. It is relatively simple to do bump level. Draw the linear sign, adjust the position, and rotate from the side view to the inferior surface close to parallel. This is very important.

Here you will ask, why do you need to rotate with the base surface close to parallel? Is it possible to divide the base surface directly? Why should the line -shaped icon be stretched first? Rotate with the function key to a larger angle

The shown in Figure 7

The direct segmentation of the surface in the TOP view. It is found that the icon has been deformed and the position is relatively error. Then we adjust the wire -shaped icon to the reference surface close to parallel, and then the surface surface is directly divided from the TOP view. The surface is shown in Figure 9 And the location is relatively wrong, so how to solve it here, the solution is that we must solve this problem according to the direction of the reference surface, and first adjust the direction of the line icon and the highest point of the reference surface. Conditional icon cutting the reference surface.

The shown in Figure 10 and 11

In the extension surface segmentation benchmark surface, stretch the segmented surface into entities, explode the entity and then delete the physical upper cover

The shown in Figure 12-13

It this is basically completed the production of the entire function keys. nThe problem of errors, this is the core knowledge that we must master the function key bump marks (including the wire printing mark), and it is also a label that you often encounter in the later period. R n
thinking is a necessary element of learning rhinos. One of the problems you need to pay attention to is the processing of rounded corners. The function keys in front of you look tough and not round, so the rounded corners should not be too large.

The shown in Figure 14

Cases 2

The case we are also made on the curved surface. The benchmark surface is explained. I hope everyone will be able to integrate it. When encountering more complex curved forms, they can also find the fun of details from it.

The shown in Figure 16

D drawing line -shaped outer frame (the surface is the benchmark surface).

The shown in Figure 17

The trimming curve and offset inward distance,

nThis to divide the curved surface with the outermost contour line and stretch the tie with a curved surface to stretch down a certain distance to delete the upper cover. As shown in Figure 19,

This to divide the curved surface with the second contour line and stretch the tie with a curved surface to stretch down a certain distance to hide the upper cover and related red layers. The basic surface steps are completed. Let ’s do the main button part as shown in Figure 20 shown

The red layer hidden in the previous step, divide the left and right parts of the circle outside the line frame, and move a certain distance upward.

The shown in Figure 21

Ding the cross -section line and adjusting the relevant arc.

The shown in Figure 22

It to generate left and right related curved surfaces with a grid or dual -track. rn rn 如图23所示rn rn 用嵌面工具衔接左右相关面（这里有人会问嵌面工具生成的面能很好的衔接rn
, in fact, the surface of the rhino is determined by the line, not to say that the noodle tool is not good. The key is the line you draw. As long as the line you draw can ensure its good transition connection, then use this tool to use this tool It is not a problem to generate a beautiful

. This tutorial I have said in the previous tutorial. Your eyesight, visually connecting and embedded surface trends to let you

The connecting surfaces of the connecting surface are controlled freely. In the company, the noodle tools are used well, which can improve your curved model modeling efficiency, reduce Your face -to -face time. As shown in Figure 23,

is a example of using tools such as embedded surfaces, grids, and dual -track. The effect of the model is shown in Figure 24 N embedded surfaces and grids and dual -track formation are not different. I suggest that beginners recommend trying to use tools. The tools will have a great effect on the development and research of higher levels in the future. Explain how to use the embedded tools well, how to grasp the noodles and the surrounding connecting surfaces, how to achieve our satisfactory connection effect, etc. We will then explain it later, as shown in Figure 24 n Shit a physical thickness inward, which is convenient for us to deal with rounded corners later.

It shown in Figure 25

Stretch a certain distance down, and give a rounded corner of a certain size, and then separate the rounded surface of the corner (as shown in the selected surface). As shown in Figure 26,

At a certain distance, this distance needs to be grasped according to the human -machine curved surface of the product (the gentle arc surface shift distance should not be too large, and the sharp arc offset distance is appropriately increased). This is a kind of on the curved surface surface A method of doing the inner arc or outer arc, including the size of the arc surface, can be grasped by yourself. I hope everyone will focus on this technique.

D drawing a section line. The drawing of the cross -section line should pay attention to the arc, focus on the front view, and ensure that there is room for connection at the bottom.

The shown in Figure 28

dual or mesh.

The shown in Figure 29

As shown in Figure 30,

This surfaces are smooth without traces, which is an example of using noodle tools. Still, the key to the noodles formed by the embedded tools is the line you draw.

The rounded treatment effect as shown in Figure 31 to 32

This is over here. In fact, I also know that only two examples cannot summarize all product functions The production skills of the key, I use the surface as the surface as the basics to explain the function of the function keys. It is not difficult to find that such function keys are divided from the curved surface to stretching to the extraction line. Production, I want to tell you that making such a function key cannot be freely. Making on the surface is different from making on the plane. His difficulty and precautions are much higher than the plane. As mentioned above Making uneven curved surfaces, etc., these do not need to pay attention to those matters on the plane. The vertical and the plane are divided, and the arc surface can be easily solved by rotating a curved surface around the plane vertical axis, but it is not so relaxed on the basis of the basal surface. The coordination of the form is the rigor of design.

How to grasp the product details 2 will focus on explaining more complex function keys (continuous function keys and morphological independent function keys, etc.). In the second lecture, the base surface is only used as the carrier of the function key. The relative production difficulty of function keys will increase. How to grasp product details 3 will focus on explaining morphological details (how to establish spatial relationships between curved surface drawing, how to form a spatial relationship between the surface and the surface, and how to form various morphological details between the surface of the surface). Finally, I hope that everyone will pay attention to the red font as the focus of understanding, involving various modeling skills and precautions.