Simple Conjunctive Normal Filter for python3
Project description
CNF is short for Conjunctive Normal Form, which is a way of grouping logical statements; namely, but grouping or statements together separated by and statements:
```
(a or b or ...) and (x or y or...) and ...
```
For simplicity, let us refer to each statement as a "filter", as most likely one will be applying CNF to some data to find what passes the statements.
Currently, we implement a filter in `python3` via the `dict` type:
```
{
'logic': a string which is either 'and' or 'or'
'lambda': a lambda function to be applied to something
'name': a name which can help with keeping things clear
}
```
Thus given a `list` of such filters, one can call:
```
cnf.apply(cnf.group(filters), *lambda_args)
```
```
(a or b or ...) and (x or y or...) and ...
```
For simplicity, let us refer to each statement as a "filter", as most likely one will be applying CNF to some data to find what passes the statements.
Currently, we implement a filter in `python3` via the `dict` type:
```
{
'logic': a string which is either 'and' or 'or'
'lambda': a lambda function to be applied to something
'name': a name which can help with keeping things clear
}
```
Thus given a `list` of such filters, one can call:
```
cnf.apply(cnf.group(filters), *lambda_args)
```
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