Functions
def	randrange (start, stop=None, step=1)

def	_validate_for_randrange (start, stop, step)

def	map_choice (mapping, upperbound)

Variables
	random = _random.random

	seed = _random.seed

list	__all__ = ['random', 'randrange', 'seed', 'map_choice']

Function Documentation

◆ _validate_for_randrange()

def nzmath.bigrandom._validate_for_randrange	(	start,
		stop,
		step
	)

private

Check validity of arguments for randrange.

Definition at line 49 of file bigrandom.py.

Referenced by nzmath.bigrandom.randrange().

◆ map_choice()

def nzmath.bigrandom.map_choice	(	mapping,
		upperbound
	)

Return a choice from a set given as the image of the mapping from
natural numbers (more precisely range(upperbound)).  In other
words, it is equivalent to
random.choice([mapping(i) for i in range(upperboud) if mapping(i) != None])
if upperbound is small enough for the list size limit.

The mapping can be a partial function, i.e. it may return None for
some input.  However, if the resulting set is empty, it will end
up with an infinite loop.

Definition at line 68 of file bigrandom.py.

References nzmath.bigrandom.randrange().

◆ randrange()

def nzmath.bigrandom.randrange	(	start,
		stop = `None`,
		step = `1`
	)

Choose a random item from range([start,] stop[, step]).
(Return long integer.)

see random.randrange

Definition at line 8 of file bigrandom.py.

References nzmath.bigrandom._validate_for_randrange(), nzmath.bigrandom.random, and nzmath.bigrange.range().

Referenced by nzmath.bigrandom.map_choice().

Variable Documentation

◆ all

list nzmath.bigrandom.__all__ = ['random', 'randrange', 'seed', 'map_choice']

private

Definition at line 86 of file bigrandom.py.

◆ random

nzmath.bigrandom.random = _random.random

Definition at line 64 of file bigrandom.py.

Referenced by nzmath.bigrandom.randrange().

◆ seed

nzmath.bigrandom.seed = _random.seed

Definition at line 65 of file bigrandom.py.

Functions

Variables