In this article, I will briefly explain some ideas about holes and exchange them at any time if I have any questions. In case you can use it later, right? (Not exactly right, huh)

Figure 1, we use a point to build a circle, first use range to split a domain from 0 to 1, then use graph mapper to make a curve change of data, and then remap (cluster a packing group) to a new domain data, as shown in Figure 1, 2.408-10.877, using this data as the radius of the circle.

In fig. 2, series arithmetic progression is used to divide the curve accordingly. the count number here should be noted that the expression X 1 should be used as the count number when connecting the data of steps in range at the beginning (the input is 3, but the data is 4).

Figure 3, use pull point to find the distance to make a simple interference for the center point, and then remap the data to the radius.

Fig. 4, subsequent operations are carried out with the data of the outermost circle of radius made in fig. 1, which can be helpful for subsequent linkage adjustment. Here is to dispatch the shunt first, then adjust the radius change data, and then reweave it back with weave, and then make the radius of the circle.

Figure 5, cull index excludes the innermost circle.

Figure 6, the old tie rod to divide the points.

As shown in fig. 7, the other part of the shunt can be selected to make the feeling of crossing the appearance point.

In fig. 8, pull point is used to calculate the distance, then remapping is carried out, mapper is used to control the change curve, and then mapping can be used as the radius of the circle. similarly, another circle of regular changes can be obtained.

Figure 9, select the curve and offset the curve with offset curve.

Fig. 10, seam, first redefine the threshold of the curve to be 0 to 1, and then the seam value is used to adjust the position of the seam point. Sub curve is a tool for selecting partial curves. You can define ba-se curve as 0 to 1, and then use construct domain to define the domain, one is 0.2587 and the other is 1-0.2587. You can adjust the specific feeling and see it. Simply put, it is the feeling of taking the middle segment.

Figure 11, then use divide curve,line to connect into a straight line, here is a reverse, you can use point list to check the order of points.

Figure 12, divide curve count here, remaps the length of the line to data for use.

Figure 13, with the cull index tool, remove the outermost circle and the innermost circle points, the data is 0,-1.

Figure 14, choose the innermost line as the interference subject, or the same mapper control the degree of change, and then remap to circle radius. After bake, you can!

That's all for today's sharing.