I like the idea that it doesn’t matter what kind of data you have or how many items you have, as long as you can find a place for all of them in your model. The idea is that we build a model of all of our knowledge and information, and then we use those parallel arrays to build our model of our experience.
There are two main types of parallel arrays: one is a list of values (like the one in the diagram), and the other is a list of sets of values (like the one in the diagram on the left). A list of values will always be a valid data structure for a model, and so we can use it to build a model of our knowledge or experience. The value pair example is a type of list of values that we use when we want to build a model of our experience.
In the value pair example, we have a list of values that we are interested in with a relationship of equal(n) ____. For example, we might want to build a model of the experience of watching a movie and then watching that movie again. We could build a list of values like the one in the diagram. Or we could use a list of sets of values that we would build as a model of our experience. There are two main types of sets of values.
Sets of values are often called “models” because they are basically a model of the experience of a certain thing. A model is just a set of values.
But sets of values aren’t the only types of a model. There are also models of a relationship or a relationship of a relationship. A list like the one above can be used to build a model of the relationship of one event to another, or the relationship of one thing to another, or the relationship of a relationship of a relationship. I’m talking about the relationship of one pair of values to another pair of values.
In the case of a list, the value pair relationship means that you have a list of values, and you have some value pairs, and the idea is that these two sets of values are related. You may want to model the relationship between A and B, or you may just want to model a list of values.
For example, let’s say you have a list of numbers, and you have an array of numbers. You could have an array of numbers, and you may want to model the relationship between the numbers stored in the array and the array itself. You may want to model the relationship between the values stored in the array and the array itself.
It helps to think of an array like a bag with a number of values inside it. You want to model a relationship between A and B, or between a list of values. I personally think that value-pairs don’t have to be exact matchings, and you can model relationships between lists by using a ‘between’ relationship.
This is not strictly true. There is a difference between having a value-pair which has a single value, and having a value-pair which has multiple values. A pair of values doesn’t have to be exact matchings, and you can model relationships between lists by using a between relationship. I think this is important because it allows you to make your relationships more flexible by allowing you to do more things with one than you could if you were only using exact matches.
So, using a between relationship is a great way to model relationships between pairs of values. What this means is that you can use any two values which are a(n). That means you can model relationships between pairs of lists to any two-element list. For example, if you have two lists which are identical except for the first item being a number, you can model a(n) by saying that they are a(n), which means they are equivalent.