GB_comp Member List

This is the complete list of members for GB_comp, including all inherited members.

_ar_i	GB_comp	private
_ar_j	GB_comp	private
_collect_syz	GB_comp	private
_F	GB_comp	private
_Fsyz	GB_comp	private
_gens	GB_comp	private
_GR	GB_comp	private
_hf_diff	GB_comp	private
_hf_orig	GB_comp	private
_hilb_n_in_degree	GB_comp	private
_hilb_new_elems	GB_comp	private
_is_ideal	GB_comp	private
_K	GB_comp	private
_M	GB_comp	private
_n_gb	GB_comp	private
_n_gens_left	GB_comp	private
_n_pairs_computed	GB_comp	private
_n_reductions	GB_comp	private
_n_rows_per_syz	GB_comp	private
_n_saved_gcd	GB_comp	private
_n_saved_hilb	GB_comp	private
_n_subring	GB_comp	private
_n_syz	GB_comp	private
_np_i	GB_comp	private
_spairs	GB_comp	private
_state	GB_comp	private
_strategy	GB_comp	private
_this_degree	GB_comp	private
_use_hilb	GB_comp	private
add_gens(int lo, int hi, const Matrix *m)	GB_comp	private
auto_reduce_step()	GB_comp	private
cast_to_GBComputation() override	GBComputation	inlinevirtual
cast_to_ResolutionComputation()	Computation	inlinevirtual
choose_gb(const Matrix *m, M2_bool collect_syz, int n_rows_to_keep, M2_arrayint gb_weights, M2_bool use_max_degree, int max_degree, int algorithm, int strategy, int numThreads, int max_reduction_count=10)	GBComputation	static
complete_thru_degree() const	GB_comp	virtual
Computation()	Computation	protected
computation_is_complete() const	GB_comp	private
computation_status	Computation	private
compute_hilbert_function() const	GB_comp	private
compute_s_pair(s_pair *p)	GB_comp	private
contains(const Matrix *m)	GB_comp	virtual
create(const Matrix *m, M2_bool collect_syz, int n_rows_to_keep, M2_arrayint gb_weights, int strategy, M2_bool use_max_degree, int max_degree)	GB_comp	static
create_forced(const Matrix *m, const Matrix *gb, const Matrix *mchange)	GB_comp	static
debug_out(s_pair *q) const	GB_comp	private
find_pairs(gb_elem *p)	GB_comp	private
flush_pairs(int deg)	GB_comp	private
GB_comp()	GB_comp	inlineprivate
gb_geo_reduce(gbvector *&f, gbvector *&fsyz)	GB_comp	private
gb_insert(gbvector *f, gbvector *fsyz, int ismin)	GB_comp	private
gb_reduce(gbvector *&f, gbvector *&fsyz)	GB_comp	private
gb_sort(int lo, int hi)	GB_comp	private
gb_sort_partition(int lo, int hi)	GB_comp	private
GBComputation()	GBComputation	inlineprotected
gen_step()	GB_comp	private
get_change()	GB_comp	virtual
get_gb()	GB_comp	virtual
get_initial(int nparts)	GB_comp	virtual
get_mingens()	GB_comp	virtual
get_parallel_lead_terms(M2_arrayint w)	GB_comp	virtual
get_ring() const	GB_comp	inlinevirtual
get_syzygies()	GB_comp	virtual
hash() const	MutableEngineObject	inline
initialize(const Matrix *m, int csyz, int nsyz, M2_arrayint gb_weights, int strategy)	GB_comp	private
initialize0(const Matrix *m, int csyz, int nsyz, M2_arrayint gb_weights)	GB_comp	private
initialize_forced(const Matrix *m, const Matrix *gb, const Matrix *mchange)	GB_comp	private
kind()	GB_comp	inlinevirtual
matrix_lift(const Matrix *m, const Matrix **result_remainder, const Matrix **result_quotient)	GB_comp	virtual
matrix_remainder(const Matrix *m)	GB_comp	virtual
mHashValue	MutableEngineObject	private
mNextMutableHashValue	MutableEngineObject	privatestatic
MutableEngineObject()	MutableEngineObject	inline
new_gen(int i, gbvector *f, ring_elem denom)	GB_comp	private
new_pairs_step()	GB_comp	private
new_ring_pair(gb_elem *p, const int *lcm)	GB_comp	private
new_s_pair(gb_elem *p, gb_elem *q, const int *lcm)	GB_comp	private
new_var_pair(gb_elem *p, const int *lcm)	GB_comp	private
next_degree()	GB_comp	private
operator delete(void *obj)	our_new_delete	inlinestatic
operator delete(void *obj, void *existing_memory)	our_new_delete	inlinestatic
operator delete[](void *obj)	our_new_delete	inlinestatic
operator delete[](void *obj, void *existing_memory)	our_new_delete	inlinestatic
operator new(size_t size)	our_new_delete	inlinestatic
operator new(size_t size, void *existing_memory)	our_new_delete	inlinestatic
operator new[](size_t size)	our_new_delete	inlinestatic
operator new[](size_t size, void *existing_memory)	our_new_delete	inlinestatic
originalR	GB_comp	private
our_gc_cleanup()	our_gc_cleanup	inline
remove_gb()	GB_comp	inlineprivatevirtual
remove_pair(s_pair *&p)	GB_comp	private
s_pair_step()	GB_comp	private
set_hilbert_function(const RingElement *h)	GB_comp	virtual
set_status(enum ComputationStatusCode)	Computation	protected
set_stop_conditions(M2_bool always_stop, M2_arrayint degree_limit, int basis_element_limit, int syzygy_limit, int pair_limit, int codim_limit, int subring_limit, M2_bool just_min_gens, M2_arrayint length_limit)	Computation
show() const	Computation	virtual
start_computation()	GB_comp	virtual
status() const	Computation	inline
stop_	Computation	protected
stop_conditions_ok()	GB_comp	inlineprivatevirtual
text_out(buffer &o) const	GB_comp	virtual
VECTOR(gb_elem *) _gb	GB_comp	private
VECTOR(monideal_pair *) _monideals	GB_comp	private
VECTOR(gbvector *) _syz	GB_comp	private
weightInfo_	GB_comp	private
~Computation()	Computation	protectedvirtual
~GB_comp()	GB_comp	privatevirtual
~GBComputation()	GBComputation	virtual
~MutableEngineObject()	MutableEngineObject	inlinevirtual
~our_gc_cleanup()	our_gc_cleanup	inlinevirtual