jive::util Namespace Reference

This namespace contains various classes and functions for storing and manipulating frequently used data structures. More...

Classes
class	AllItemGroup
class	ArrayItemGroup
class	Assignable
class	ColoredItemGroup
class	Constraints
class	ConstraintsParser
class	CtorMap
class	CtorMapImp
class	Database
class	DatabaseSkin
class	DataParser
class	DBaseParser
class	DBasesParser
class	DBColumn
class	DenseDofSpace
class	DenseTable
class	DofSpace
	Maps degrees of freedom to a range of indices. More...
struct	Dots
class	DummyItemSet
class	EmptyItemGroup
class	EventMask
class	EventSource
class	Factory
class	FlexDofSpace
class	FloatDBColumn
class	FuncParser
class	FuncsParser
class	FuncUtils
class	GlobalScope
class	Globdat
class	GroupConverter
class	GroupSet
class	GroupSetParser
class	HashItemMap
class	HeapItemMap
class	IncludeParser
class	IntDBColumn
class	ItemGroup
	Encapsulates a set of item indices. More...
class	ItemGroupParser
class	ItemGroupSkin
class	ItemGroupsParser
class	ItemIDException
class	ItemMap
class	ItemSet
	Stores a (large) homogeneous set of objects. More...
class	ItemSetSkin
class	MemberSet
class	MemberSetParser
class	ObjectConverter
class	ParserActions
class	ParserOptions
class	ParserParams
class	ParserScope
class	ParseUtils
class	PartParser
class	PointSet
class	PointSetParser
class	Printer
class	Reordering
class	Runtime
class	SimpleItemMap
class	SparseDofSpace
class	SparseTable
class	StdDatabase
class	StdGroupSet
class	StdMemberSet
class	StdPointSet
class	Table
class	TableException
class	TableParser
class	TablesParser
class	TableUtils
class	UniformDofSpace
class	VectorManager
class	XDofSpace
class	XGroupSet
class	XItemGroup
class	XItemMap
class	XMemberSet
class	XPointSet
class	XTable

Typedefs
typedef ::jem::Array< double >	Vector
	A type representing a one-dimensional array of doubles. More...
typedef ::jem::Array< double, 2 >	Matrix
	A type representing a two-dimensional array of doubles. More...
typedef ::jem::Array< double, 3 >	Cubix
	A type representing a three-dimensional array of doubles. More...
typedef ::jem::Array< int >	IntVector
	A type representing a one-dimensional array of integers. More...
typedef ::jem::Array< int, 2 >	IntMatrix
	A type representing a two-dimensional array of integers. More...
typedef ::jem::Array< int, 3 >	IntCubix
	A type representing a three-dimensional array of integers. More...
typedef ::jem::Array< bool >	BoolVector
	A type representing a one-dimensional array of booleans. More...
typedef ::jem::Array< bool, 2 >	BoolMatrix
	A type representing a two-dimensional array of booleans. More...
typedef ::jem::Array< jem::String >	StringVector
	A type representing a one-dimensional array of strings. More...
typedef ConstraintsParser	ConParser
typedef jem::numeric::SparseStructure	Topology
typedef ObjectConverter	ObjConverter
typedef jem::Array< Topology >	TopoVector
typedef jem::mp::Context	MPContext

Enumerations
enum	StorageMode {   DEFAULT_STORAGE = 0,   COMPACT_STORAGE,   MINIMAL_STORAGE }

Functions
template<class T >
void	swap (Assignable< T > &lhs, Assignable< T > &rhs)
void	setSlaveDofs (const Vector &vec, const Constraints &cons)
void	setSlaveDofs (const Vector &vec, const Constraints &cons, double rscale)
void	zeroSlaveDofs (const Vector &vec, const Constraints &cons)
void	evalSlaveDofs (const Vector &vec, const Constraints &cons)
void	evalSlaveDofs (const Vector &vec, const Constraints &cons, double rscale)
void	evalMasterDofs (const Vector &vec, const Constraints &cons)
template<class Input >
void	decode (Input &in, DatabaseSkin &dbase)
template<class Output >
void	encode (Output &out, const DatabaseSkin &dbase)
template<class Output >
void	print (Output &out, const DatabaseSkin &dbase)
bool	operator== (const Nil &lhs, const DatabaseSkin &rhs)
bool	operator!= (const Nil &lhs, const DatabaseSkin &rhs)
Ref< DummyItemSet >	newDummyItemSet (StorageMode mode=MINIMAL_STORAGE)
Ref< DummyItemSet >	newDummyItemSet (const String &name, const String &item="item", StorageMode mode=MINIMAL_STORAGE)
void	indexError (const String &context, idx_t index, idx_t ubound)
void	indexError (const String &context, const String &name, idx_t index, idx_t ubound)
void	sizeError (const String &context, const String &name, idx_t actualSize, idx_t formalSize)
void	shapeError (const String &context, const String &name, const jem::Tuple< idx_t, 2 > &actualShape, const jem::Tuple< idx_t, 2 > &formalShape)
void	shapeError (const String &context, const String &name, const jem::Tuple< idx_t, 3 > &actualShape, const jem::Tuple< idx_t, 3 > &formalShape)
void	shapeError (const String &context, const String &name, const jem::Tuple< idx_t, 4 > &actualShape, const jem::Tuple< idx_t, 4 > &formalShape)
void	nonSquareMatrixError (const String &context, const jem::Tuple< idx_t, 2 > &shape)
void	nonSquareMatrixError (const String &context, const String &name, const jem::Tuple< idx_t, 2 > &shape)
void	classCastError (const String &context, const String &actualType, const String &formalType)
template<class Input >
void	decode (Input &in, ItemGroupSkin &group)
template<class Output >
void	encode (Output &out, const ItemGroupSkin &group)
template<class Output >
void	print (Output &out, const ItemGroupSkin &group)
bool	operator== (const Nil &lhs, const ItemGroupSkin &rhs)
bool	operator!= (const Nil &lhs, const ItemGroupSkin &rhs)
template<class Input >
void	decode (Input &in, ItemSetSkin &items)
template<class Output >
void	encode (Output &out, const ItemSetSkin &items)
template<class Output >
void	print (Output &out, const ItemSetSkin &items)
bool	operator== (const Nil &lhs, const ItemSetSkin &rhs)
bool	operator!= (const Nil &lhs, const ItemSetSkin &rhs)
template<class T , int N>
void	reorder (jem::Array< T, N > &data, const Reordering &reord, T fill=T())
template<class T , int N>
void	reorder (jem::Array< T, N > &data, idx_t idim, const Reordering &reord, T fill=T())
Reordering	makeEraseReordering (const IdxVector &imask, idx_t osize)
StorageMode	getStorageMode (const String &mstr)
bool	getStorageMode (StorageMode &mode, const String &mstr)
bool	getStorageMode (StorageMode &mode, const Properties &conf, const Properties &props)
String	joinNames (const String &first, const String &second)
String	expandString (const String &str, const Properties &globdat)
bool	isGzipFile (const String &fname)
void	printIntList (PrintWriter &out, const IdxVector &ilist, const char *sep=" ")
IdxVector	makeUnique (const IdxVector &ivec)
IdxVector	makeUnique (const IdxVector &ivec, idx_t lbound, idx_t ubound)
IdxVector	sortColors (const IdxVector &iperm, const IdxVector &colors)
IdxVector	sortColors (const IdxVector &iperm, const IdxVector &colors, idx_t minColor, idx_t maxColor)
Ref< XItemMap >	newXItemMap (StorageMode mode=DEFAULT_STORAGE)

Variables
const int	STORAGE_MODE_COUNT
const char *	STORAGE_MODES []
const char *	STORAGE_MODE_PROP
const Dots	dots

Detailed Description

The namespace jive::util contains various classes and functions for storing and manipulating frequently used data structures. This package is used by all other packages in Jive.

All classes and functions in this namespace can be found in the package jive.util.

Typedef Documentation

typedef ConstraintsParser jive::util::ConParser

typedef jem::numeric::SparseStructure jive::util::Topology

typedef ObjectConverter jive::util::ObjConverter

typedef jem::Array<Topology> jive::util::TopoVector

typedef jem::mp::Context jive::util::MPContext

Enumeration Type Documentation

enum jive::util::StorageMode

Enumerator
DEFAULT_STORAGE
COMPACT_STORAGE
MINIMAL_STORAGE

Function Documentation

template<class T >

void jive::util::swap	(	Assignable< T > &	lhs,
		Assignable< T > &	rhs
	)

void jive::util::setSlaveDofs	(	const Vector &	vec,
		const Constraints &	cons
	)

void jive::util::setSlaveDofs	(	const Vector &	vec,
		const Constraints &	cons,
		double	rscale
	)

void jive::util::zeroSlaveDofs	(	const Vector &	vec,
		const Constraints &	cons
	)

void jive::util::evalSlaveDofs	(	const Vector &	vec,
		const Constraints &	cons
	)

void jive::util::evalSlaveDofs	(	const Vector &	vec,
		const Constraints &	cons,
		double	rscale
	)

void jive::util::evalMasterDofs	(	const Vector &	vec,
		const Constraints &	cons
	)

template<class Input >

void jive::util::decode	(	Input &	in,
		DatabaseSkin &	dbase
	)

template<class Output >

void jive::util::encode	(	Output &	out,
		const DatabaseSkin &	dbase
	)

template<class Output >

void jive::util::print	(	Output &	out,
		const DatabaseSkin &	dbase
	)

bool jive::util::operator==	(	const Nil &	lhs,
		const DatabaseSkin &	rhs
	)

bool jive::util::operator!=	(	const Nil &	lhs,
		const DatabaseSkin &	rhs
	)

Ref<DummyItemSet> jive::util::newDummyItemSet

(

StorageMode

mode = MINIMAL_STORAGE

)

Ref<DummyItemSet> jive::util::newDummyItemSet	(	const String &	name,
		const String &	item = "item",
		StorageMode	mode = MINIMAL_STORAGE
	)

void jive::util::indexError	(	const String &	context,
		idx_t	index,
		idx_t	ubound
	)

void jive::util::indexError	(	const String &	context,
		const String &	name,
		idx_t	index,
		idx_t	ubound
	)

void jive::util::sizeError	(	const String &	context,
		const String &	name,
		idx_t	actualSize,
		idx_t	formalSize
	)

void jive::util::shapeError	(	const String &	context,
		const String &	name,
		const jem::Tuple< idx_t, 2 > &	actualShape,
		const jem::Tuple< idx_t, 2 > &	formalShape
	)

void jive::util::shapeError	(	const String &	context,
		const String &	name,
		const jem::Tuple< idx_t, 3 > &	actualShape,
		const jem::Tuple< idx_t, 3 > &	formalShape
	)

void jive::util::shapeError	(	const String &	context,
		const String &	name,
		const jem::Tuple< idx_t, 4 > &	actualShape,
		const jem::Tuple< idx_t, 4 > &	formalShape
	)

void jive::util::nonSquareMatrixError	(	const String &	context,
		const jem::Tuple< idx_t, 2 > &	shape
	)

void jive::util::nonSquareMatrixError	(	const String &	context,
		const String &	name,
		const jem::Tuple< idx_t, 2 > &	shape
	)

void jive::util::classCastError	(	const String &	context,
		const String &	actualType,
		const String &	formalType
	)

template<class Input >

void jive::util::decode	(	Input &	in,
		ItemGroupSkin &	group
	)

template<class Output >

void jive::util::encode	(	Output &	out,
		const ItemGroupSkin &	group
	)

template<class Output >

void jive::util::print	(	Output &	out,
		const ItemGroupSkin &	group
	)

bool jive::util::operator==	(	const Nil &	lhs,
		const ItemGroupSkin &	rhs
	)

bool jive::util::operator!=	(	const Nil &	lhs,
		const ItemGroupSkin &	rhs
	)

template<class Input >

void jive::util::decode	(	Input &	in,
		ItemSetSkin &	items
	)

template<class Output >

void jive::util::encode	(	Output &	out,
		const ItemSetSkin &	items
	)

template<class Output >

void jive::util::print	(	Output &	out,
		const ItemSetSkin &	items
	)

bool jive::util::operator==	(	const Nil &	lhs,
		const ItemSetSkin &	rhs
	)

bool jive::util::operator!=	(	const Nil &	lhs,
		const ItemSetSkin &	rhs
	)

template<class T , int N>

void jive::util::reorder	(	jem::Array< T, N > &	data,
		const Reordering &	reord,
		T	fill = T()
	)

template<class T , int N>

void jive::util::reorder	(	jem::Array< T, N > &	data,
		idx_t	idim,
		const Reordering &	reord,
		T	fill = T()
	)

Reordering jive::util::makeEraseReordering	(	const IdxVector &	imask,
		idx_t	osize
	)

StorageMode jive::util::getStorageMode

(

const String &

mstr

)

bool jive::util::getStorageMode	(	StorageMode &	mode,
		const String &	mstr
	)

bool jive::util::getStorageMode	(	StorageMode &	mode,
		const Properties &	conf,
		const Properties &	props
	)

String jive::util::joinNames	(	const String &	first,
		const String &	second
	)

String jive::util::expandString	(	const String &	str,
		const Properties &	globdat
	)

bool jive::util::isGzipFile

(

const String &

fname

)

void jive::util::printIntList	(	PrintWriter &	out,
		const IdxVector &	ilist,
		const char *	sep = " "
	)

IdxVector jive::util::makeUnique

(

const IdxVector &

ivec

)

IdxVector jive::util::makeUnique	(	const IdxVector &	ivec,
		idx_t	lbound,
		idx_t	ubound
	)

IdxVector jive::util::sortColors	(	const IdxVector &	iperm,
		const IdxVector &	colors
	)

IdxVector jive::util::sortColors	(	const IdxVector &	iperm,
		const IdxVector &	colors,
		idx_t	minColor,
		idx_t	maxColor
	)

Ref<XItemMap> jive::util::newXItemMap

(

StorageMode

mode = DEFAULT_STORAGE

)

Variable Documentation

const int jive::util::STORAGE_MODE_COUNT

const char* jive::util::STORAGE_MODES[]

const char* jive::util::STORAGE_MODE_PROP

const Dots jive::util::dots