What to do with the 3DMAX diamond model?

Here's how to do the 3DMAX diamond model:

1. Open 3DMax and create a new part drawing, as shown below.

2. Select the drawing unit as mm, and click OK, as shown in the figure below.

3. Click Insert, click Mix, and select the protrusion, as shown below.

4. Define the sketch plane, as shown in the following figure.

5. Draw the center line, draw a straight line in each of the four images of the center line, and make the straight line perpendicular to each other.

6. Right-click and select Switch Section.

7. Draw a point in the center, as shown below.

8. Click the "Tick" symbol on the right.

9. Enter the cross-sectional depth, as shown in the following figure.

10. Complete the half side of the diamond.

11. Then draw the other side of the diamond in the same way, and you will get a complete diamond, as shown below.

12. Color the diamond, as shown below.

13. At this time, the diamond model was successfully made, as shown in the following figure.

The specific steps are as follows:

1. First of all, open the 3dmax software, click New, and then click Part to create a new part drawing, as shown in the figure below, and then enter the next step.

2. Secondly, select the drawing unit as mm, and then click the OK button, as shown in the figure below, and then enter the next step.

3. Then, after completing the above steps, in the top menu bar, click Insert, then click Mix, select [Extension], as shown in the figure below, and then enter the next step.

4. Then, after completing the above steps, define the sketching plane as shown in the following figure, and then proceed to the next step.

5. Subsequently, after completing the above steps, draw the center line, draw a straight line on each of the four elephants of the center line, and make the straight line perpendicular to each other. As shown in the image below, then proceed to the next step.

6. Then, after completing the above steps, right-click and select the [Switch Profile] option. As shown in the image below, then proceed to the next step.

7. Then, after completing the above steps, draw a point at the center bit as shown in the image below, and then move on to the next step.

8. Then, after completing the above steps, click on the "Tick" icon on the right. As shown in the image below, then proceed to the next step.

9. Then, after completing the above steps, enter the cross-section depth as shown in the figure below, and then proceed to the next step.

10. Then, you will complete the half side of the diamond, as shown in the figure below, and then move on to the next step.

11. Then, draw the other side of the diamond in the same way to get a complete diamond, as shown in the figure below, and then move on to the next step.

12. Then, color the diamond again, as shown in the figure below, and then move on to the next step.

13. Finally, you can see that the diamond model is drawn, as shown in the figure below.

CAD is not required, it can be made directly in 3D. It's simple.

1.Size the box according to your needs to convert polygons.

2.Select a face on the box to make a line connection (as many as you need for the diamond)3Select all the lines that appear after the connection is selected and refined.

4.Select all the diagonal lines after refinement, and the original connected straight lines and vertical lines do not need to be extruded as needed.

It's as simple as that, all the steps are here. I know what I said is not clear enough, come to me if you don't understand! This is the result.

<> make a plane and rotate it 45°.

Scale the plane in an axial direction. A diamond shape came out.

Or you can use the following methods:

<> open the 3D snap and press F4 to display the edges.

Add a polygon modifier to the model, and use the Cut command at the point level to cut the split points diagonally to create the diamond shape above.

If you want to learn systematically, you can consider signing up for a live online class, and recommend CGWANG's online class. The teacher speaks carefully, you can watch it back after the class, and there are also the same type of recorded classes that you can learn for free (give away lifelong VIP).

Among the training institutions in the field of "3D modeling", [Wang's Education] is the leader in China, and it does not join the branches, but is a chain campus directly operated by the headquarters. Different from many other large institutions of the same type: each campus of Wang's Education is physically face-to-face, the teachers are hand-in-hand, and there are special class teachers from morning to night, and the liver-bursting learning mode will improve quickly, especially suitable for students with poor foundation.

It's easy to use the Scan modifier in MAX to make the model you want.

First, create a rectangle in the top view. The size is arbitrary, and it serves as the path to the scan modifier.

Then, create a corner curve with an arc in the left view. It serves as the interface graphic for the Sweep modifier. This is shown in the figure below.

Once you've created them, select the rectangle, go to the Modify panel, and add it from the list of modifiers"Sweep modifiers"and select from the Section Type"Custom graphics"as a cross-section. Next, click on the"Pickup"button to pick up the previously created curve in the left view and you will be able to see the model.

The rest of the hollow part is simple. I won't talk about it.

Nbus curves can be used for lofting, and polygon simotives can also be done.