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Go to the source code of this file.
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Poly * | FindMinList (jList *) |
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void | DestroyTree (NodeM *) |
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NodeM * | create () |
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void | ControlProlong (Poly *) |
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Poly * | is_div_ (TreeM *root, poly item) |
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void | insert_ (TreeM **tree, Poly *item) |
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Poly * | NewPoly (poly p=NULL) |
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void | DestroyPoly () |
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void | NFL (Poly *, TreeM *) |
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void | PNF (Poly *, TreeM *) |
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void | ClearProl (Poly *x, int i) |
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void | InitProl (Poly *p) |
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void | InitHistory (Poly *p) |
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Poly * | is_present (jList *, poly) |
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int | GetMult (Poly *, int) |
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int | GB_length () |
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void | InsertInList (jList *, Poly *) |
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void | ForEachPNF (jList *, int) |
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void | ClearMult (Poly *, int) |
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void | ProlVar (Poly *, int) |
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void | SetMult (Poly *, int) |
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void | InitLead (Poly *) |
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void | InsertInCount (jList *, Poly *) |
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int | GetProl (Poly *, int) |
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void | SetProl (Poly *, int) |
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int | ProlCompare (Poly *, Poly *) |
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int | ValidatePoly (Poly *, TreeM *) |
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int | ListGreatMoveDegree (jList *, jList *, poly) |
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int | ListGreatMoveOrder (jList *, jList *, poly) |
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void | ForEachControlProlong (jList *) |
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void | NFListQ () |
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int | CountList (jList *) |
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void | DestroyList (jList *) |
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int | ReducePoly (Poly *x, Poly *y) |
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int | ReducePolyLead (Poly *x, Poly *y) |
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void | Define (TreeM **G) |
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ListNode * | CreateListNode (Poly *x) |
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void | DestroyListNode (ListNode *x) |
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void | DestroyFreeNodes () |
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int | ComputeBasis (jList *, jList *) |
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void | Initialization (char *) |
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◆ jList
◆ GCF
◆ GCM
◆ GCMA
◆ ListNode
#define ListNode struct LISTNODE |
◆ NodeM
#define NodeM struct NODEM |
◆ TreeM
#define TreeM struct TREEM |
◆ LCI
◆ LI
◆ poly_function
typedef void(* poly_function) (Poly *) |
◆ ClearMult()
void ClearMult |
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Poly * |
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int |
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◆ ClearProl()
void ClearProl |
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Poly * |
x, |
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int |
i |
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) |
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◆ ComputeBasis()
◆ ControlProlong()
void ControlProlong |
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Poly * |
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◆ CountList()
int CountList |
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jList * |
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◆ create()
◆ CreateListNode()
◆ Define()
void Define |
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TreeM ** |
G | ) |
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◆ DestroyFreeNodes()
void DestroyFreeNodes |
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◆ DestroyList()
void DestroyList |
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jList * |
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◆ DestroyListNode()
◆ DestroyPoly()
◆ DestroyTree()
void DestroyTree |
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NodeM * |
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◆ FindMinList()
Definition at line 518 of file janet.cc.
527 while ((*
min) && ((*min)->info->root ==
NULL))
537 if ((*l)->info->root !=
NULL)
◆ ForEachControlProlong()
void ForEachControlProlong |
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jList * |
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◆ ForEachPNF()
void ForEachPNF |
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jList * |
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int |
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◆ GB_length()
Definition at line 741 of file janet.cc.
748 if (
pow_(iT->info->lead) ==
pow_(iT->info->history))
◆ GetMult()
int GetMult |
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Poly * |
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int |
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◆ GetProl()
int GetProl |
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Poly * |
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int |
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◆ InitHistory()
void InitHistory |
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Poly * |
p | ) |
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◆ Initialization()
void Initialization |
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char * |
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Definition at line 953 of file janet.cc.
956 if (strstr(Ord,
"dp\0") || strstr(Ord,
"Dp\0"))
◆ InitLead()
◆ InitProl()
void InitProl |
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Poly * |
p | ) |
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◆ insert_()
Definition at line 913 of file janet.cc.
916 NodeM *curr=(*tree)->root;
918 for ( ; (i_con>=0) && !
pGetExp(item->
root,i_con+1) ; i_con--)
921 for (
i = 0;
i<= i_con;
i++)
943 if (!curr->right) curr->right=
create();
◆ InsertInCount()
◆ InsertInList()
◆ is_div_()
Definition at line 854 of file janet.cc.
857 NodeM *curr=tree->root;
859 if (!curr)
return NULL;
862 for ( ; i_con>=0 && !
pGetExp(item,i_con+1) ; i_con--)
865 for (
i=0;
i <= i_con ;
i++)
871 if (curr->ended)
return curr->ended;
884 if (curr->ended)
return curr->ended;
886 if (!curr->right)
return NULL;
891 if (curr->ended)
return curr->ended;
◆ is_present()
◆ ListGreatMoveDegree()
int ListGreatMoveDegree |
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jList * |
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jList * |
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poly |
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) |
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Definition at line 600 of file janet.cc.
605 if (!
y ||
pow_(
y->info->lead) <= pow_x)
return 0;
607 while(
y &&
pow_(
y->info->lead) > pow_x)
◆ ListGreatMoveOrder()
int ListGreatMoveOrder |
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jList * |
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jList * |
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poly |
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◆ NewPoly()
◆ NFL()
Definition at line 188 of file janet.cc.
195 int pX=
pow_(
p->lead);
196 int phX=
pow_(
p->history);
200 int phF=
pow_(
f->history);
234 int pF=
pow_(
f->lead);
236 if ((pX == pF) && (pF == phF))
239 if (
p->history!=
NULL)
◆ NFListQ()
Definition at line 632 of file janet.cc.
648 int ploc=
pow_(ll->info->lead);
649 if (ploc <
p)
p=ploc;
660 int ploc=
pow_((*l)->info->lead);
672 (*l)->info->changed=0;
676 if (!(*l)->info->root)
◆ PNF()
◆ ProlCompare()
Definition at line 464 of file janet.cc.
466 switch(
pLmCmp(item1->lead,item2->lead))
475 if ((item1->root_l<=0)||(item2->root_l<=0))
477 return item1->root_l<=item2->root_l;
◆ ProlVar()
void ProlVar |
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Poly * |
, |
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int |
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◆ ReducePoly()
◆ ReducePolyLead()
int ReducePolyLead |
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Poly * |
x, |
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Poly * |
y |
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) |
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Definition at line 75 of file janet.cc.
77 if (!
x->root || !
y->root)
◆ SetMult()
void SetMult |
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Poly * |
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int |
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◆ SetProl()
void SetProl |
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Poly * |
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int |
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◆ ValidatePoly()
Definition at line 300 of file janet.cc.
305 if (
x->root)
return 1;
◆ ended
◆ ListNode
Initial value:
Definition at line 28 of file janet.h.
◆ next
◆ NodeM
Initial value:
Definition at line 39 of file janet.h.
◆ TreeM
Initial value:
Definition at line 45 of file janet.h.
void DestroyPoly(Poly *x)
void ClearProl(Poly *x, int i)
int ReducePoly(Poly *x, poly from, Poly *y)
#define pIsConstant(p)
like above, except that Comp might be != 0
static void pLmFree(poly p)
frees the space of the monomial m, assumes m != NULL coef is not freed, m is not advanced
Poly * is_present(jList *F, poly x)
const CanonicalForm int const CFList const Variable & y
void InsertInList(jList *x, Poly *y)
void ForEachPNF(jList *x, int i)
#define pGetExp(p, i)
Exponent.
number kBucketPolyRed(kBucket_pt bucket, poly p1, int l1, poly spNoether)
int GetProl(Poly *x, int i)
const poly kBucketGetLm(kBucket_pt bucket)
void p_SimpleContent(poly ph, int smax, const ring r)
void InsertInCount(jList *x, Poly *y)
void InitHistory(Poly *p)
static unsigned pLength(poly a)
void SetMult(Poly *x, int i)
void DestroyTree(NodeM *G)
void ForEachControlProlong(jList *x)
ring currRing
Widely used global variable which specifies the current polynomial ring for Singular interpreter and ...
Poly * is_div_upper(poly item, NodeM *x, int from)
void PNF(Poly *p, TreeM *F)
void kBucketDestroy(kBucket_pt *bucket_pt)
void kBucketInit(kBucket_pt bucket, poly lm, int length)
void NFL(Poly *p, TreeM *F)
static int degree_compatible
int LengthCompare(poly p1, poly p2)
void SetProl(Poly *x, int i)
int ListGreatMoveDegree(jList *A, jList *B, poly x)
void kBucketClear(kBucket_pt bucket, poly *p, int *length)
void ProlVar(Poly *temp, int i)
KINLINE poly ksOldSpolyRed(poly p1, poly p2, poly spNoether)
void ClearMult(Poly *x, int i)
#define pLmInit(p)
like pInit, except that expvector is initialized to that of p, p must be != NULL
void DestroyListNode(ListNode *x)
ListNode * CreateListNode(Poly *x)
void p_ContentForGB(poly ph, const ring r)
long p_Deg(poly a, const ring r)
static void ClearMultiplicative(NodeM *xx, int i)
static int min(int a, int b)
static poly p_Copy_noCheck(poly p, const ring r)
returns a copy of p (without any additional testing)
Poly * FindMinList(jList *L)
static int(* ListGreatMove)(jList *, jList *, poly)
Poly * is_div_(TreeM *tree, poly item)
void ControlProlong(Poly *x)
void insert_(TreeM **tree, Poly *item)
int ReducePolyLead(Poly *x, Poly *y)
int ProlCompare(Poly *item1, Poly *item2)
static long p_Totaldegree(poly p, const ring r)
kBucket_pt kBucketCreate(const ring bucket_ring)
Creation/Destruction of buckets.
#define pLmCmp(p, q)
returns 0|1|-1 if p=q|p>q|p<q w.r.t monomial ordering
int status int void size_t count
int GetMult(Poly *x, int i)
int ListGreatMoveOrder(jList *A, jList *B, poly x)
#define pCopy(p)
return a copy of the poly
static number & pGetCoeff(poly p)
return an alias to the leading coefficient of p assumes that p != NULL NOTE: not copy
int ValidatePoly(Poly *x, TreeM *)
const ExtensionInfo & info
< [in] sqrfree poly