xperm.c File Reference

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "xperm.h"


Defines
#define	USE_MEMCPY
Functions
void	print_perm (int *p, int n, int nl)
void	print_array_perm (int *perms, int m, int n, int nl)
void	print_list (int *list, int n, int nl)
void	print_array (int *array, int m, int n, int nl)
int	equal_list (int list1, int list2, int n)
void	copy_list (int list1, int list2, int n)
int	position (int i, int *list, int n)
int	position_list (int matrix, int m, int row, int n)
void	zeros (int *list, int n)
void	range (int *list, int n)
void	complement (int all, int al, int part, int pl, int n, int com, int cl)
void	sort (int list, int slist, int l)
void	sortB (int list, int slist, int l, int *B, int Bl)
int	minim (int *list, int n)
int	maxim (int *list, int n)
void	intersection (int list1, int l1, int list2, int l2, int list, int l)
int	isid (int *list, int n)
void	product (int p1, int p2, int *p, int n)
void	inverse (int p, int ip, int n)
int	onpoints (int point, int *p, int n)
void	stable_points (int p, int n, int list, int *m)
int	first_nonstable_point (int *p, int n)
void	nonstable_points (int list1, int l1, int GS, int m, int n, int list2, int l2)
void	stabilizer (int points, int k, int GS, int m, int n, int subGS, int mm)
void	one_orbit (int point, int GS, int m, int n, int orbit, int *ol)
void	all_orbits (int GS, int m, int n, int orbits)
void	schreier_vector (int point, int GS, int m, int n, int nu, int *w)
void	trace_schreier (int point, int nu, int w, int *perm, int n)
long long int	order_of_group (int base, int bl, int GS, int m, int n)
int	perm_member (int p, int base, int bl, int *GS, int m, int n)
void	schreier_sims_step (int base, int bl, int GS, int m, int n, int i, int T, int mm, int newbase, int nbl, int newGS, int nm, int *num)
void	schreier_sims (int base, int bl, int GS, int m, int n, int newbase, int nbl, int *newGS, int nm, int *num)
void	coset_rep (int p, int n, int base, int bl, int GS, int m, int freeps, int fl, int cr)
void	double_coset_rep (int g, int n, int base, int bl, int GS, int m, int dummypairs, int dpl, int dummysetlabels, int sym, int dcr)
void	one_schreier_orbit (int point, int GS, int m, int n, int orbit, int ol, int nu, int *w, int init)
void	canonical_perm (int perm, int SGSQ, int base, int bl, int GS, int m, int n, int freeps, int fl, int dummyps, int dl, int dummysetlabels, int ob, int metricQ, int *cperm)

Define Documentation

#define USE_MEMCPY

Function Documentation

void all_orbits ( int * GS,

int m,

int n,

int * orbits

)

void canonical_perm ( int * perm,

int SGSQ,

int * base,

int bl,

int * GS,

int m,

int n,

int * freeps,

int fl,

int * dummyps,

int dl,

int * dummysetlabels,

int ob,

int metricQ,

int * cperm

)

void complement ( int * all,

int al,

int * part,

int pl,

int n,

int * com,

int * cl

)

void copy_list ( int * list1,

int * list2,

int n

)

void coset_rep ( int * p,

int n,

int * base,

int bl,

int * GS,

int * m,

int * freeps,

int fl,

int * cr

)

void double_coset_rep ( int * g,

int n,

int * base,

int bl,

int * GS,

int m,

int * dummypairs,

int dpl,

int * dummysetlabels,

int sym,

int * dcr

)

int equal_list ( int * list1,

int * list2,

int n

)

int first_nonstable_point ( int * p,

int n

)

void intersection ( int * list1,

int l1,

int * list2,

int l2,

int * list,

int * l

)

void inverse ( int * p,

int * ip,

int n

)

int isid ( int * list,

int n

)

int maxim ( int * list,

int n

)

int minim ( int * list,

int n

)

void nonstable_points ( int * list1,

int l1,

int * GS,

int m,

int n,

int * list2,

int * l2

)

void one_orbit ( int point,

int * GS,

int m,

int n,

int * orbit,

int * ol

)

void one_schreier_orbit ( int point,

int * GS,

int m,

int n,

int * orbit,

int * ol,

int * nu,

int * w,

int init

)

int onpoints ( int point,

int * p,

int n

)

long long int order_of_group ( int * base,

int bl,

int * GS,

int m,

int n

)

int perm_member ( int * p,

int * base,

int bl,

int * GS,

int m,

int n

)

int position ( int i,

int * list,

int n

)

int position_list ( int * matrix,

int m,

int * row,

int n

)

void print_array ( int * array,

int m,

int n,

int nl

)

void print_array_perm ( int * perms,

int m,

int n,

int nl

)

void print_list ( int * list,

int n,

int nl

)

void print_perm ( int * p,

int n,

int nl

)

void product ( int * p1,

int * p2,

int * p,

int n

)

void range ( int * list,

int n

)

void schreier_sims ( int * base,

int bl,

int * GS,

int m,

int n,

int * newbase,

int * nbl,

int ** newGS,

int * nm,

int * num

)

void schreier_sims_step ( int * base,

int bl,

int * GS,

int m,

int n,

int i,

int * T,

int mm,

int * newbase,

int * nbl,

int ** newGS,

int * nm,

int * num

)

void schreier_vector ( int point,

int * GS,

int m,

int n,

int * nu,

int * w

)

void sort ( int * list,

int * slist,

int l

)

void sortB ( int * list,

int * slist,

int l,

int * B,

int Bl

)

void stabilizer ( int * points,

int k,

int * GS,

int m,

int n,

int * subGS,

int * mm

)

void stable_points ( int * p,

int n,

int * list,

int * m

)

void trace_schreier ( int point,

int * nu,

int * w,

int * perm,

int n

)

void zeros ( int * list,

int n

)

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1.4.6

xperm.c File Reference

Defines

Functions

Define Documentation

Function Documentation