polybori::BooleSet Class Reference

#include <BooleSet.h>

Inheritance diagram for polybori::BooleSet:

List of all members.

Public Types
typedef BooleSet	self
	Generic access to type of *this.
typedef CTypes::dd_type	base
	Generic access to base type.
typedef base	dd_type
	Generic access to underlying diagram type.
typedef base::navigator	navigator
	Iterator type for navigation throught Cudd's ZDDs structure.
typedef base::size_type	size_type
	Define size type.
typedef base::idx_type	idx_type
	Define index type.
typedef BooleMonomial	term_type
	Type of terms.
typedef BooleExponent	exp_type
	Fix type for treatment of exponent vectors.
typedef BooleRing	ring_type
	Type for Boolean polynomial rings (without ordering).
typedef CGenericIter< LexOrder, navigator, term_type >	const_iterator
	Iterator type for iterating all monomials.
typedef CGenericIter< LexOrder, navigator, exp_type >	exp_iterator
	Iterator type for iterating all exponent vectors.
Public Member Functions
	BooleSet ()
	Default constructor.
	BooleSet (const self &rhs)
	Copy constructor.
	BooleSet (const base &rhs)
	Copy constructor.
	BooleSet (idx_type idx, const self &first, const self &second)
	Construct new node.
	BooleSet (idx_type idx, navigator first, navigator second, const ring_type &ring)
	Construct new node (using navigator nodes).
	BooleSet (idx_type idx, const self &rhs)
	Construct new node (using navigator for then and else-branches).
	BooleSet (navigator navi, const ring_type &ring)
	Construct one or zero set from constant.
	~BooleSet ()
	Destructor.
const_iterator	begin () const
	Start of iteration over terms.
const_iterator	end () const
	Finish of iteration over terms.
exp_iterator	expBegin () const
	Start of iteration over exponent vectors.
exp_iterator	expEnd () const
	Finish of iteration over exponent vectors.
self &	operator= (const self &)
	Assignment operator.
term_type	usedVariables () const
	Set of variables of the whole set.
exp_type	usedVariablesExp () const
	Exponent vector of variables of the whole set.
self &	addAssign (const term_type &)
	Add given monomial to sets and assign.
self	add (const term_type &) const
	Add given monomial to sets.
bool_type	owns (const term_type &) const
	Check whether rhs is included in *this.
bool_type	owns (const exp_type &) const
	Check whether rhs is included in *this.
term_type	lastLexicographicalTerm () const
	Get last term (wrt. lexicographical order).
self	divisorsOf (const term_type &rhs) const
	Compute intersection with divisors of rhs.
self	divisorsOf (const exp_type &rhs) const
	Compute intersection with divisors of rhs.
self	firstDivisorsOf (const self &rhs) const
	Intersection with divisors of first (lexicographical) term of rhs.
self	multiplesOf (const term_type &rhs) const
	Compute intersection with multiples of rhs.
self	divide (const term_type &rhs) const
	Division by given term.
self &	divideAssign (const term_type &rhs)
	Division with assignment by given term.
bool_type	hasTermOfVariables (const term_type &rhs) const
	Check for empty intersection with divisors of rhs.
self	minimalElements () const
	Get minimal elements wrt. inclusion.
bool_type	isSingleton () const
	Test, whether we have one term only.
bool_type	isSingletonOrPair () const
	Test, whether we have one or two terms only.
bool_type	isPair () const
	Test, whether we have two terms only.
self	existAbstract (const term_type &rhs) const
	Compute existential abstraction.
const dd_type &	diagram () const
	Access internal decision diagram.
self	ite (const self &then_dd, const self &else_dd)
	If-Then-Else operation.
self &	iteAssign (const self &then_dd, const self &else_dd)
	If-Then-Else operation with assignment.
self	cartesianProduct (const self &rhs) const
	Cartesean product.
ostream_type &	print (ostream_type &) const
	Print current set to output stream.
self	emptyElement () const
	Get corresponding zero element (may be removed in the future).
size_type	countIndex (idx_type idx) const
	Count terms containing BooleVariable(idx).
double	countIndexDouble (idx_type idx) const
	Count many terms containing BooleVariable(idx).
ring_type	ring () const
	Access ring, where this belongs to.
Members from base
self	subset0 (idx_type idx) const
self	subset1 (idx_type idx) const
self	change (idx_type idx) const
self	unite (const self &rhs) const
self	diff (const self &rhs) const
self	diffConst (const self &rhs) const
self	intersect (const self &rhs) const
self	product (const self &rhs) const
self	dotProduct (const self &rhs) const
self	Xor (const self &rhs) const
self	ddDivide (const self &rhs) const
self	weakDivide (const self &rhs) const
self	divideFirst (const self &rhs) const
self &	subset0Assign (idx_type idx)
self &	subset1Assign (idx_type idx)
self &	changeAssign (idx_type idx)
self &	uniteAssign (const self &rhs)
self &	diffAssign (const self &rhs)
self &	diffConstAssign (const self &rhs)
self &	intersectAssign (const self &rhs)
self &	productAssign (const self &rhs)
self &	dotProductAssign (const self &rhs)
self &	ddDivideAssign (const self &rhs)
self &	weakDivideAssign (const self &rhs)
self &	divideFirstAssign (const self &rhs)

---

Member Typedef Documentation

typedef BooleSet polybori::BooleSet::self

Generic access to type of *this.

Reimplemented from polybori::CDDInterface< CuddLikeZDD >.

typedef CTypes::dd_type polybori::BooleSet::base

Generic access to base type.

Reimplemented from polybori::CDDInterface< CuddLikeZDD >.

typedef base polybori::BooleSet::dd_type

Generic access to underlying diagram type.

typedef base::navigator polybori::BooleSet::navigator

Iterator type for navigation throught Cudd's ZDDs structure.

Reimplemented from polybori::CDDInterface< CuddLikeZDD >.

typedef base::size_type polybori::BooleSet::size_type

Define size type.

Reimplemented from polybori::CDDInterface< CuddLikeZDD >.

typedef base::idx_type polybori::BooleSet::idx_type

Define index type.

Reimplemented from polybori::CDDInterface< CuddLikeZDD >.

typedef BooleMonomial polybori::BooleSet::term_type

Type of terms.

typedef BooleExponent polybori::BooleSet::exp_type

Fix type for treatment of exponent vectors.

typedef BooleRing polybori::BooleSet::ring_type

Type for Boolean polynomial rings (without ordering).

typedef CGenericIter<LexOrder, navigator, term_type> polybori::BooleSet::const_iterator

Iterator type for iterating all monomials.

typedef CGenericIter<LexOrder, navigator, exp_type> polybori::BooleSet::exp_iterator

Iterator type for iterating all exponent vectors.

---

Constructor & Destructor Documentation

polybori::BooleSet::BooleSet

(

)

Default constructor.

References PBORI_TRACE_FUNC.

polybori::BooleSet::BooleSet

(

const self &

rhs

)

[inline]

Copy constructor.

polybori::BooleSet::BooleSet

(

const base &

rhs

)

[inline]

Copy constructor.

polybori::BooleSet::BooleSet	(	idx_type	idx,
		const self &	first,
		const self &	second
	)			[inline]

Construct new node.

polybori::BooleSet::BooleSet	(	idx_type	idx,
		navigator	first,
		navigator	second,
		const ring_type &	ring
	)			[inline]

Construct new node (using navigator nodes).

polybori::BooleSet::BooleSet	(	idx_type	idx,
		const self &	rhs
	)			[inline]

Construct new node (using navigator for then and else-branches).

polybori::BooleSet::BooleSet	(	navigator	navi,
		const ring_type &	ring
	)			[inline]

Construct one or zero set from constant.

Todo:

temporarily deactivated, as it slow downs procedures like term_accumulate, needs check, what happens to inlinings etc. in this case

Construct from navigator node

polybori::BooleSet::~BooleSet

(

)

[inline]

Destructor.

---

Member Function Documentation

BooleSet::const_iterator polybori::BooleSet::begin

(

)

const

Start of iteration over terms.

References polybori::CDDInterface< CuddLikeZDD >::managerCore(), polybori::CDDInterface< CuddLikeZDD >::navigation(), and PBORI_TRACE_FUNC.

Referenced by polybori::groebner::gen_random_subset(), polybori::groebner::minimal_elements_internal(), polybori::groebner::GroebnerStrategy::minimalize(), print(), polybori::groebner::GroebnerStrategy::treatNormalPairs(), polybori::groebner::variety_lex_groebner_basis(), and polybori::groebner::variety_lex_leading_terms().

BooleSet::const_iterator polybori::BooleSet::end

(

)

const

Finish of iteration over terms.

References PBORI_TRACE_FUNC.

Referenced by polybori::groebner::GroebnerStrategy::minimalize(), print(), polybori::groebner::GroebnerStrategy::treatNormalPairs(), polybori::groebner::variety_lex_groebner_basis(), and polybori::groebner::variety_lex_leading_terms().

BooleSet::exp_iterator polybori::BooleSet::expBegin

(

)

const

Start of iteration over exponent vectors.

References polybori::CDDInterface< dd_base >::managerCore(), polybori::CDDInterface< dd_base >::navigation(), and PBORI_TRACE_FUNC.

Referenced by polybori::groebner::GroebnerStrategy::addAsYouWish(), polybori::groebner::GroebnerStrategy::addGenerator(), polybori::groebner::addPolynomialToReductor(), polybori::groebner::PairManager::cleanTopByChainCriterion(), polybori::groebner::LexHelper::irreducible_lead(), polybori::groebner::GroebnerStrategy::llReduceAll(), polybori::groebner::minimal_elements_internal3(), polybori::groebner::GroebnerStrategy::minimalizeAndTailReduce(), polybori::groebner::PairManager::replacePair(), polybori::groebner::select1(), polybori::groebner::select_no_deg_growth(), polybori::groebner::GroebnerStrategy::suggestPluginVariable(), and polybori::groebner::GroebnerStrategy::treatNormalPairs().

BooleSet::exp_iterator polybori::BooleSet::expEnd

(

)

const

Finish of iteration over exponent vectors.

References PBORI_TRACE_FUNC.

Referenced by polybori::groebner::GroebnerStrategy::addAsYouWish(), polybori::groebner::GroebnerStrategy::addGenerator(), polybori::groebner::PairManager::cleanTopByChainCriterion(), polybori::groebner::LexHelper::irreducible_lead(), polybori::groebner::minimal_elements_internal3(), polybori::groebner::GroebnerStrategy::minimalizeAndTailReduce(), polybori::groebner::PairManager::replacePair(), polybori::groebner::select1(), polybori::groebner::select_no_deg_growth(), polybori::groebner::GroebnerStrategy::suggestPluginVariable(), and polybori::groebner::GroebnerStrategy::treatNormalPairs().

BooleSet & polybori::BooleSet::operator=

(

const self &

rhs

)

Assignment operator.

References PBORI_TRACE_FUNC.

BooleSet::term_type polybori::BooleSet::usedVariables

(

)

const

Set of variables of the whole set.

References PBORI_TRACE_FUNC.

BooleSet::exp_type polybori::BooleSet::usedVariablesExp

(

)

const

Exponent vector of variables of the whole set.

References PBORI_TRACE_FUNC, and polybori::CDDInterface< CuddLikeZDD >::usedIndices().

BooleSet & polybori::BooleSet::addAssign

(

const term_type &

rhs

)

Add given monomial to sets and assign.

References polybori::BooleMonomial::diagram(), PBORI_TRACE_FUNC, and uniteAssign().

BooleSet polybori::BooleSet::add

(

const term_type &

rhs

)

const

Add given monomial to sets.

References PBORI_TRACE_FUNC.

BooleSet::bool_type polybori::BooleSet::owns

(

const term_type &

rhs

)

const

Check whether rhs is included in *this.

References polybori::BooleMonomial::diagram(), polybori::CDDInterface< CuddLikeZDD >::emptiness(), intersect(), and PBORI_TRACE_FUNC.

Referenced by polybori::groebner::GroebnerStrategy::addAsYouWish().

BooleSet::bool_type polybori::BooleSet::owns

(

const exp_type &

rhs

)

const

Check whether rhs is included in *this.

References polybori::BooleExponent::begin(), polybori::dd_owns(), polybori::BooleExponent::end(), polybori::CDDInterface< CuddLikeZDD >::navigation(), and PBORI_TRACE_FUNC.

BooleSet::term_type polybori::BooleSet::lastLexicographicalTerm

(

)

const

Get last term (wrt. lexicographical order).

References polybori::dd_last_lexicographical_term(), and PBORI_TRACE_FUNC.

BooleSet polybori::BooleSet::divisorsOf

(

const term_type &

rhs

)

const

Compute intersection with divisors of rhs.

References polybori::BooleMonomial::diagram(), firstDivisorsOf(), and PBORI_TRACE_FUNC.

Referenced by polybori::groebner::GroebnerStrategy::add4ImplDelayed(), polybori::groebner::GroebnerStrategy::addAsYouWish(), polybori::groebner::GroebnerStrategy::addGenerator(), polybori::groebner::GroebnerStrategy::addGeneratorTrySplit(), polybori::groebner::GroebnerStrategy::addHigherImplDelayedUsing4(), hasTermOfVariables(), polybori::groebner::PairManager::replacePair(), polybori::groebner::select1(), and polybori::groebner::select_no_deg_growth().

BooleSet polybori::BooleSet::divisorsOf

(

const exp_type &

rhs

)

const

Compute intersection with divisors of rhs.

References diagram(), firstDivisorsOf(), PBORI_TRACE_FUNC, and ring().

BooleSet polybori::BooleSet::firstDivisorsOf

(

const self &

rhs

)

const

Intersection with divisors of first (lexicographical) term of rhs.

References polybori::dd_first_divisors_of(), polybori::CDDInterface< CuddLikeZDD >::manager(), polybori::CDDInterface< CuddLikeZDD >::navigation(), and PBORI_TRACE_FUNC.

Referenced by divisorsOf().

BooleSet polybori::BooleSet::multiplesOf

(

const term_type &

rhs

)

const

Compute intersection with multiples of rhs.

References polybori::dd_first_multiples_of(), polybori::BooleMonomial::diagram(), polybori::CDDInterface< dd_base >::manager(), and polybori::CDDInterface< CuddLikeZDD >::navigation().

Referenced by polybori::groebner::GroebnerStrategy::addGenerator().

BooleSet polybori::BooleSet::divide

(

const term_type &

rhs

)

const

Division by given term.

References polybori::BooleMonomial::diagram(), and polybori::CDDInterface< dd_base >::divideFirst().

BooleSet & polybori::BooleSet::divideAssign

(

const term_type &

rhs

)

Division with assignment by given term.

References polybori::BooleMonomial::diagram(), and polybori::CDDInterface< dd_base >::divideFirstAssign().

BooleSet::bool_type polybori::BooleSet::hasTermOfVariables

(

const term_type &

rhs

)

const

Check for empty intersection with divisors of rhs.

References polybori::BooleMonomial::begin(), polybori::dd_owns_term_of_indices(), divisorsOf(), polybori::CDDInterface< CuddLikeZDD >::emptiness(), polybori::BooleMonomial::end(), polybori::CDDInterface< CuddLikeZDD >::navigation(), and PBORI_TRACE_FUNC.

BooleSet polybori::BooleSet::minimalElements

(

)

const

Get minimal elements wrt. inclusion.

Reimplemented from polybori::CDDInterface< CuddLikeZDD >.

References polybori::dd_minimal_elements(), polybori::CCuddNavigator::decRef(), polybori::CDDInterface< CuddLikeZDD >::manager(), polybori::CDDInterface< CuddLikeZDD >::navigation(), polybori::CCuddNavigator::recursiveDecRef(), ring(), and polybori::CDDInterface< CuddLikeZDD >::usedIndices().

Referenced by polybori::groebner::minimal_elements(), and polybori::groebner::variety_lex_leading_terms().

bool_type polybori::BooleSet::isSingleton

(

)

const [inline]

Test, whether we have one term only.

References polybori::dd_is_singleton().

bool_type polybori::BooleSet::isSingletonOrPair

(

)

const [inline]

Test, whether we have one or two terms only.

References polybori::dd_is_singleton_or_pair().

bool_type polybori::BooleSet::isPair

(

)

const [inline]

Test, whether we have two terms only.

References polybori::dd_is_pair().

BooleSet polybori::BooleSet::existAbstract

(

const term_type &

rhs

)

const

Compute existential abstraction.

References polybori::dd_existential_abstraction(), polybori::BooleMonomial::diagram(), polybori::CDDInterface< dd_base >::manager(), polybori::CDDInterface< dd_base >::navigation(), polybori::CDDInterface< CuddLikeZDD >::navigation(), and PBORI_TRACE_FUNC.

Referenced by polybori::groebner::GroebnerStrategy::addGenerator().

const dd_type& polybori::BooleSet::diagram

(

)

const [inline]

Access internal decision diagram.

Referenced by divisorsOf().

self polybori::BooleSet::ite	(	const self &	then_dd,
		const self &	else_dd
	)			[inline]

If-Then-Else operation.

self& polybori::BooleSet::iteAssign	(	const self &	then_dd,
		const self &	else_dd
	)			[inline]

If-Then-Else operation with assignment.

self polybori::BooleSet::cartesianProduct

(

const self &

rhs

)

const [inline]

Cartesean product.

self polybori::BooleSet::subset0

(

idx_type

idx

)

const [inline]

Referenced by polybori::groebner::GroebnerStrategy::addGenerator(), polybori::groebner::interpolate(), polybori::groebner::interpolate_smallest_lex(), polybori::groebner::LiteralFactorization::LiteralFactorization(), polybori::groebner::minimal_elements_internal(), polybori::groebner::minimal_elements_internal2(), polybori::groebner::minimal_elements_internal3(), and polybori::groebner::zeros().

self polybori::BooleSet::subset1

(

idx_type

idx

)

const [inline]

Referenced by polybori::groebner::interpolate(), polybori::groebner::interpolate_smallest_lex(), polybori::groebner::LiteralFactorization::LiteralFactorization(), polybori::groebner::minimal_elements_internal(), polybori::groebner::minimal_elements_internal2(), polybori::groebner::reduce_by_monom(), polybori::groebner::reduce_complete(), polybori::groebner::sum_size(), and polybori::groebner::zeros().

self polybori::BooleSet::change

(

idx_type

idx

)

const [inline]

Referenced by polybori::groebner::LiteralFactorization::LiteralFactorization(), polybori::lower_term_accumulate(), polybori::groebner::minimal_elements_internal(), polybori::groebner::minimal_elements_internal2(), polybori::term_accumulate(), and polybori::groebner::translate_indices().

self polybori::BooleSet::unite

(

const self &

rhs

)

const [inline]

Referenced by polybori::groebner::GroebnerStrategy::addGenerator(), polybori::groebner::interpolate_smallest_lex(), polybori::groebner::GroebnerStrategy::llReduceAll(), polybori::groebner::minimal_elements_internal(), polybori::groebner::minimal_elements_internal2(), polybori::groebner::GroebnerStrategy::propagate_step(), polybori::groebner::GroebnerStrategy::treat_m_p_1_case(), and polybori::groebner::variety_lex_leading_terms().

self polybori::BooleSet::diff

(

const self &

rhs

)

const [inline]

Referenced by polybori::groebner::GroebnerStrategy::addGenerator(), polybori::groebner::do_plug_1(), polybori::groebner::interpolate_smallest_lex(), polybori::groebner::minimal_elements_internal(), polybori::groebner::minimal_elements_internal2(), polybori::groebner::nf_lex_points(), polybori::groebner::random_interpolation(), polybori::groebner::variety_lex_leading_terms(), and polybori::groebner::zeros().

self polybori::BooleSet::diffConst

(

const self &

rhs

)

const [inline]

self polybori::BooleSet::intersect

(

const self &

rhs

)

const [inline]

Referenced by polybori::groebner::GroebnerStrategy::addGenerator(), polybori::groebner::PairManager::cleanTopByChainCriterion(), polybori::groebner::interpolate(), polybori::groebner::interpolate_smallest_lex(), polybori::groebner::LexHelper::irreducible_lead(), owns(), polybori::groebner::sum_size(), and polybori::groebner::GroebnerStrategy::treatNormalPairs().

self polybori::BooleSet::product

(

const self &

rhs

)

const [inline]

self polybori::BooleSet::dotProduct

(

const self &

rhs

)

const [inline]

self polybori::BooleSet::Xor

(

const self &

rhs

)

const [inline]

Referenced by polybori::groebner::zeros().

self polybori::BooleSet::ddDivide

(

const self &

rhs

)

const [inline]

self polybori::BooleSet::weakDivide

(

const self &

rhs

)

const [inline]

self polybori::BooleSet::divideFirst

(

const self &

rhs

)

const [inline]

self& polybori::BooleSet::subset0Assign

(

idx_type

idx

)

[inline]

Todo:

Do we really nee the assign variante here at high level?

self& polybori::BooleSet::subset1Assign

(

idx_type

idx

)

[inline]

self& polybori::BooleSet::changeAssign

(

idx_type

idx

)

[inline]

self& polybori::BooleSet::uniteAssign

(

const self &

rhs

)

[inline]

Referenced by addAssign(), and polybori::groebner::GroebnerStrategy::addGenerator().

self& polybori::BooleSet::diffAssign

(

const self &

rhs

)

[inline]

self& polybori::BooleSet::diffConstAssign

(

const self &

rhs

)

[inline]

self& polybori::BooleSet::intersectAssign

(

const self &

rhs

)

[inline]

self& polybori::BooleSet::productAssign

(

const self &

rhs

)

[inline]

self& polybori::BooleSet::dotProductAssign

(

const self &

rhs

)

[inline]

self& polybori::BooleSet::ddDivideAssign

(

const self &

rhs

)

[inline]

self& polybori::BooleSet::weakDivideAssign

(

const self &

rhs

)

[inline]

self& polybori::BooleSet::divideFirstAssign

(

const self &

rhs

)

[inline]

BooleSet::ostream_type & polybori::BooleSet::print

(

ostream_type &

os

)

const

Print current set to output stream.

References begin(), polybori::dd_print_terms(), polybori::CDDInterface< dd_base >::emptiness(), end(), polybori::CDDInterface< CuddLikeZDD >::managerCore(), and PBORI_TRACE_FUNC.

Referenced by polybori::operator<<().

self polybori::BooleSet::emptyElement

(

)

const [inline]

Get corresponding zero element (may be removed in the future).

Reimplemented from polybori::CDDInterface< CuddLikeZDD >.

BooleSet::size_type polybori::BooleSet::countIndex

(

idx_type

idx

)

const

Count terms containing BooleVariable(idx).

References polybori::count_index(), and polybori::CDDInterface< CuddLikeZDD >::size().

double polybori::BooleSet::countIndexDouble

(

idx_type

idx

)

const

Count many terms containing BooleVariable(idx).

References polybori::count_index(), and polybori::CDDInterface< CuddLikeZDD >::size().

ring_type polybori::BooleSet::ring

(

)

const [inline]

Access ring, where this belongs to.

Referenced by divisorsOf(), polybori::groebner::LiteralFactorization::LiteralFactorization(), polybori::groebner::minimal_elements_internal2(), and minimalElements().

---

The documentation for this class was generated from the following files:

• BooleSet.h
• BooleSet.cc