I usually think of y coordinates because it is one of the ways we interact with the world around us. We can all be in the same building, a house, a car, or a truck. That’s just how we do it. We can go to y coordinates when we have a bad day, or when the weather is right. It’s just like when we do our laundry, we go to y coordinates. That’s the way I got around it.
y coordinates are a way to describe where you are in a three-dimensional world. So say you were standing in the middle of a room with the door open. Say something was coming towards you, and you were already in the process of reacting on what you should do, at which point you would say to yourself that you should be somewhere in the room where you are now. You would also be saying, “y” coordinates, because you could always come back later.
y coordinates are usually the center of a room, but they can also be used to describe someone’s position in a three-dimensional world. For example, if you were standing in the middle of a room with the door open, and someone came up behind you, who had something shiny in their hand, you would say, y coordinates, because that’s where you were when you first heard the sound of the approaching footsteps.
One of the advantages of having a two-dimensional body is that we can also write it down. If we knew we were going to be standing in a room with the door open, we could write it down. The disadvantage is that we have to be careful to write things down correctly. If you want to write down your age, for example, you can’t just say, “I am forty-five years old,” you have to write that down.
The problem here is that we don’t really know how to write down our age in two dimensions. We can try using all the available ways, but the best method for writing down our age is simply to think of a time machine that allows us to travel back in time and put ourselves into that time, and then write it down.
If we were able to travel back in time, we would have to figure out a way to make this time machine work. But our current time machine is limited to one dimension, so we need to design a new one.
The problem is that we don’t know how to design a time machine that works in two dimensions. If we can solve this problem, we can then use the same methods and design a Time Travel Machine in three dimensions. So that’s what we’re doing.
Y coordinates are a way to convert the space we’re in to another space. They usually don’t work, but this time the time travel machine works, but it doesn’t have a fixed point. The problem is the one dimension. It is limited to one dimension, so you need to design a new one.
It sounds like that’s what we’re doing right now. There are three variables that need to be converted: the time, the direction, and the point in the third dimension. The first is the fastest, and the second and third are the slowest.
time-loops are basically the same thing as time-slots. The only difference is that time-loops are restricted to only one dimension. The time-slots are still limited to only one dimension, so you need to design a new one to create a new space.