A set of tipID_t values. More...

#include "idset.h"
#include "misc.h"
#include <stdio.h>
#include <stdlib.h>
#include <string.h>

Data Structures
struct	IdSet

Functions
static void	merge (int nz, tipId_t z, int nx, tipId_t x, int ny, tipId_t *y)

static void	merge3 (int nw, tipId_t w, int nz, tipId_t z, int nx, tipId_t x, int ny, tipId_t y)

static IdSet *	IdSet_new_noEventLst (int nIds, const tipId_t *tid)
	Allocate a new IdSet object with given values of nIds and tid. More...

void	IdSet_sanityCheck (IdSet self, const char file, int lineno)

void	IdSet_print (IdSet self, FILE fp)

IdSet *	IdSet_new (int nIds, const tipId_t tid, EventLst evlst)
	Allocate a new IdSet object with given values of nIds, tid, and evlst.

IdSet *	IdSet_dup (const IdSet *old)

void	IdSet_copyEventLst (IdSet self, const IdSet old)

IdSet *	IdSet_join (IdSet left, IdSet right, int nsamples, tipId_t *samples)
	Join two IdSet objects, left and right, along with all the tipId_t values in the "samples" array. More...

void	IdSet_addEvent (IdSet *self, unsigned event, unsigned outcome, long double pr)

IdSet *	IdSet_addSamples (IdSet old, int nsamples, tipId_t samples)
	Return pointer to new IdSet and free old one.

IdSet *	IdSet_newTip (tipId_t tid)
	Allocate a new IdSet with a single tipId_t value and probability 1.

int	IdSet_cmp (const IdSet left, const IdSet right)

uint32_t	IdSet_hash (const IdSet *self)

void	IdSet_free (IdSet *self)

long double	IdSet_prob (IdSet *self)

int	IdSet_nIds (IdSet *self)

tipId_t	IdSet_union (IdSet self, int n, int ndx)
	Return a tipId_t value representing the union of the values within this IdSet object whose indices are given in ndx, an array of length n.

void	IdSet_partition (IdSet *self, unsigned k, tipId_t part[k], unsigned n, unsigned a[n])
	On entry, k is the number of parts into which this IdSet will be subdivided, n must equal self->nIds, and a[j] is the index of the part into which the j'th tipId_t value will be assigned. More...

EventLst *	IdSet_dupEventLst (const IdSet *self)
	Return a duplicate of the EventLst of this IdSet.

IdSet *	IdSet_subset (const IdSet self, int n, int ndx)
	Return a pointer to an IdSet representing a subset of "self". More...

int	IdSet_get (const IdSet *self, int i)
	Return i'th tipId_t value.

Variables
long double	improbable = 0.0L

long double	pr_ignored = 0.0L

Detailed Description

A set of tipID_t values.

Author: Alan R. Rogers

Copyright: Copyright (c) 2020, Alan R. Rogers roger.nosp@m.s@an.nosp@m.thro..nosp@m.utah.nosp@m..edu. This file is released under the Internet Systems Consortium License, which can be found in file "LICENSE".

Function Documentation

◆ IdSet_join()

IdSet * IdSet_join	(	IdSet *	left,
		IdSet *	right,
		int	nsamples,
		tipId_t *	samples
	)

Join two IdSet objects, left and right, along with all the tipId_t values in the "samples" array.

On success, function returns a pointer to the new IdSet object. If "left" and "right" represent mutually exclusive events, they cannot be joined, and the function returns NULL.

◆ IdSet_new_noEventLst()

static IdSet * IdSet_new_noEventLst	(	int	nIds,
		const tipId_t *	tid
	)

static

Allocate a new IdSet object with given values of nIds and tid.

Leave evlst and pr unset. This function is used only within the current file, and in each case, pr and evlst are then set by the calling function.

Referenced by IdSet_new().

◆ IdSet_partition()

void IdSet_partition	(	IdSet *	self,
		unsigned	k,
		tipId_t	part[k],
		unsigned	n,
		unsigned	a[n]
	)

On entry, k is the number of parts into which this IdSet will be subdivided, n must equal self->nIds, and a[j] is the index of the part into which the j'th tipId_t value will be assigned.

On return, partition[i] is the union of the tipId_t values in self which belong to the i'th part.

◆ IdSet_subset()

IdSet * IdSet_subset	(	const IdSet *	self,
		int	n,
		int *	ndx
	)

Return a pointer to an IdSet representing a subset of "self".

The tipId_t values of the subset are defined by "ndx", an array of n non-negative integers, which index values in the original IdSet.

Data Structures