selective abstraction example


The idea of abstraction is a fairly new one for me. I learned about it while taking a class in high school, but I never really understood it until I got to college. I’ve been learning about abstraction through reading essays and books. I’ve learned that abstract thinking is a fairly new concept in our society, and while I like these abstract concepts I’ve always been more interested in the concrete, the real.

I think that this is true. It is interesting how abstract thinking has become part of our culture. The idea of abstraction is that it is all about bringing something closer to the surface of reality, which, in this case, is something that is abstracted from the surface reality. If you look at the concept of abstraction, it often involves taking something outside of the surface reality and bringing it closer to the surface reality.

I don’t think that is true on the surface, since we are in the surface reality. We are in the surface reality because we perceive the world through the same perceptual filters we use to see the world.

What’s more, the concept of abstraction is also used in the philosophy of science. For example, the concept of the ideal gas was developed by mathematician and physicist Robert Boyle (1728-1781) to describe and explain the behavior of a gas in a particular state of matter. In practice, this was limited to gases that could be described by simple tabulated numbers, such as oxygen, nitrogen, and hydrogen.

The concept of selective abstraction is based on the idea that when two things are very similar, that the general concept of one of them is more likely. For example, when I walk down the street, I look around and see other people walking and talk to them. They don’t stop walking just to look at me. So, I can say that when I see a person walking, I’m seeing them as a generic object, and hence I have a much smaller number of visual images of them.

This is similar to the idea of selective abstraction. You can have an abstract concept of the number four, but if you’re looking at numbers, you could be seeing more of a rectangle or a square (or both) than a number. So, this concept of selective abstraction is also based on the idea that we can have a much larger number of visual images of one thing than another. For example, I can have a large number of visual images of a rectangle than the number four.

The problem with selective abstraction is that we can’t really control the number of visual images we see of it. To be fair, most of the visual images I’m drawing here are of four-sided figures and I’m not drawing the number four in a random pattern.

The problem with selective abstraction is that it is impossible to control the number of visual images we see of a four-sided figure other than by choosing a very specific four-sided figure. It’s this that leads to the concept of selective abstraction. The problem is that it is impossible to control the number of images we see by choosing a specific visual image. You have to be able to choose a specific visual image.

If you do this, you’ll end up with a very large number of images of a four-sided figure. While this might not bother you, it will bother the designers of the software that created the visualizations. The number of visualizations increases exponentially with the number of images. When you are dealing with thousands of images, you can no longer control the number you see.

Selective abstraction is bad for the software designer, but it is good for the designers involved in the project. With selective abstraction, you can get away with a lot of visualizations. All you need to do is make it so the number is larger, but smaller. The designer of the software that generates the image is also stuck with the choice of images that he needs to create.