IRange

fpylib.irange.irange(first: Union[fpylib.types.number, str], second: Optional[Union[fpylib.types.number, str]] = None, final: Optional[Union[fpylib.types.number, str]] = None, final_include: bool = False) → Iterator[Union[fpylib.types.number, str]][source]

Intelligen range function that can be used with infinite or finite ranges.

First: The first number of the range.
Second: The second number of the range.
Final: The final number of the range.
Returns: A generator of the range.

fpylib.irange.num_irange(first: fpylib.types.number, second: Optional[fpylib.types.number] = None, final: Optional[fpylib.types.number] = None, final_include: bool = False) → Iterator[fpylib.types.number][source]

Intelligen range function that can be used with infinite or finite ranges of integers.

First: The first character of the range.
Second: The second character of the range.
Final: The final character of the range.
Returns: A generator of the range.

fpylib.irange.char_irange(first: str, second: Optional[str] = None, final: Optional[str] = None, final_include: bool = False) → Iterator[str][source]

Intelligen range function that can be used with infinite or finite ranges of characters.

First: The first character of the range.
Second: The second character of the range.
Final: The final character of the range.
Returns: A generator of the range.

fpylib.irange.char_encode(num: int, is_lower=True) → str[source]

Converts an integer to a character string with elements from a-z or A-Z.

Num: The integer base 10 to be converted.
Returns: The character base 26.

fpylib.irange.char_decode(string: str) → int[source]

Converts an string base 26 to a number of base 10.

String: The string to be converted.
Returns: The number base 10.