Примери за използване на Function world на Английски и техните преводи на Български
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Computer
How will we define the function World of the new world? .
If the function World is determined, this probability would be exactly 0 or 1.
This can also happen if the function World is not deterministic.
The function World will be defined for the tuple and will return a cumulative state.
The next question is whether the function World is total or partial?
Again, the function World will be multi-valued and will not be total.
First, we do not know what we will see, because the function World is non-determined.
Note: We will assume that the function World will not be too indeterminate because it would make the world too incomprehensible.
We mean could we calculate it if we had the function World as a subroutine.
The new function World_2 will be quite simple, because it will not describe the behavior of the imaginary opponent but will only mark the cells by X and O on the game board.
Of course, we do not have the function World, so this remark is purely theoretical.
As we have said, this is the usual definition used by most authors(for example[3, 4]),except that other authors usually assume that the function World is total and that all moves are correct.
With the single-valued function World we lack the concept of chance.
The states of the world will still be the same, but the function World will now be multi-valued.
That is, we will have a new function World_2, which will take as an argument the activity of the opponent as well(added to the state of the world and the activity of the machine).
We will not prove that the definitions in the case of total and partial function World are equivalent because they are not.
We will assume that the function World is not determined and that given a certain argument it may return different states, each of which has a non-zero probability to be returned.
How the internal state of the world changes is determined by the function World, and what we see at each step is determined by the function View.
For example, supposing that the function World of each step changes the value of all variables in an absolutely arbitrary way, it would produce a completely incomprehensible world. .
For example, supposing that from any state and upon every action, the function World with the same probability can move to any other state, this will make the world completely incomprehensible.
If we assume that all variables are constants(i.e., the function World never changes them), we will see that Definition 2 is a partial case of Definition 3, and vice versa, if we look at the cumulative states as standard states, then from the third definition we get the second.
It would be much more understandable if, in most cases, the function World returns a single possibility, and when the possibility is not only one, the possibilities are few and one is much more likely than the others.
In this case, it is clear how to define the functions World and View.
The description of the world is given by the functions World and View, and the following applies.
The arbitrary world comprises a set of internal states S,(one of which, s0, is initial) and the functions World, View and Score.
The creatures have created a perfectly functioning world.
These will be two functions World(s, d) and View(s).
Also there is a function of world time.
We will further assume that the World function is not total.