I think that’s a good thing. You can make a lot of random patterns yourself, but you can’t “make it through” to your neighbors, family, or coworkers.
If you’re lucky, you might have a chance of meeting someone or finding a random, random pattern of nature (like a rainbow or a snowflake). But because the things we see in nature are so rare, we’re usually hard-pressed to find the rarest one. The thing is, if you are really lucky, that rarest one will happen to have a very specific purpose. In a way, it’s like a big, open-ended lottery.
If you think this sounds like a lot of randomness, you should see the things that were once rare, but now you can’t find them. Like this beautiful rainbow that one year we were lucky enough to see from a small town in Finland. Or that little snowflake that one year we saw while in Hawaii. These things are just waiting to happen. If you look hard enough, you will find them.
Some of the most rare things in nature are actually things that are completely random. For instance, a rainbow is a rainbow and a snowflake is a snowflake, but they are never exactly the same. And although they seem to be very rare, they are actually very common.
Some of the most rare things in nature are the things that are completely random. When you make something random, you must take some of the randomness out. For instance, the rainbow has the same number of peaks for each color, and the same number of colors, but the rainbow does not have the same length because it is a random arrangement of peaks. The snowflake has the same number of colors, but the number of peaks is random.
The reason why some patterns are rarer than others is because they are just so different from the others. For instance, the rainbow is almost entirely blue. If you were to give it the same number of peaks for each color, it would only be blue, because blue is the only color that exists. On the other hand, the snowflake is almost completely white.
This pattern is so unusual that it’s actually the only one that exists. It’s a random distribution of peaks because it’s not a regular shape.
But it is not the only one. The same is true for the rare distribution patterns that occur in nature. The raindrop is almost entirely white because the raindrops are tiny. The snowflake is almost entirely blue because the snowfalls are tiny. But the rainbow is almost entirely blue. That’s because it is the rarest distribution pattern in nature because it is just so different from the others.
The other random distribution pattern is in fact the pattern that occurs in nature.
The other random patterns occur in nature because the random patterns of the world are essentially identical to each other in that they are random and don’t match in that vast variety of patterns. The same goes for the pattern of the world, the pattern of the raindrop, the pattern of the snowflake, and so on. And if you think about it, the patterns that occur in nature are all a bit too random. But they are all just patterns.