Diana Namespace Reference

Classes
class	array
	Basic class definition for the dense arrays. More...
class	DianaCollection
class	refiterator
	Iterator class that used with sparray. More...
class	sparray
	Basic class definition for the sparse arrays. More...
class	DianaDAESO
class	DianaModelManager
class	DianaContinuousModel
class	DianaNLAESO
class	DianaMeasuredData
class	IDianaOptimizationPoint
class	IDianaSensOptimizationPoint
class	DianaOptimizationPoint
class	DianaSensOptimizationPoint
class	DianaNLPTaskParametersList
class	DianaSensNLPTaskParametersList
class	DianaNLPTaskFactory
class	DianaRealParameterSpec
class	DianaStateSpec
class	DianaIntegerParameterSpec
class	DianaBooleanParameterSpec
class	DianaPointerParameterSpec
class	DianaOptionParameterSpec
class	DianaArrayParameterSpec
class	DianaArrayRealParameterSpec
class	DianaArrayStringParameterSpec
class	DianaNLPRealParameterSpec
class	DianaParameter
class	PetriPlace
class	PetriTransition
class	PetriNet
class	ReportDataEntry
class	MemoryReportingInterface
class	Plot2D
class	GraphicalReportingInterface
class	GNUPlotReportingInterface
class	DianaSensDAESO
class	DianaINTSignalHandler
class	DianaSolverFactory
class	DianaNumericSolver
class	DianaXmlDAESO
class	DiffitESO
class	IDianaContinuation
class	IDianaDAESO
class	IDianaMain
class	IDianaContinuousModel
class	IDianaNLAESO
class	IDianaNLPSolverParallelInterface
class	IDianaStateSpec
class	IDianaArrayParameterSpec
class	IDianaArrayRealParameterSpec
class	IDianaArrayStringParameterSpec
class	IDianaPetriNet
class	IDianaPetriPlace
class	IDianaPetriTransition
class	IDianaReporting
class	IDianaGraphicReporting
class	IDianaGraphicReporting2
class	IDianaSensDAESO
class	IDianaNumericSolver
class	IDianaNumericDAESolver
class	IDianaNumericNLPSolver
class	IDianaHybridSolver
class	IDianaNLPHybridSolver
class	DianaBorderedSolver
class	DianaDenseSolver
class	DianaHslSolver
class	DianaLSQRSolver
class	DianaNormalEquationsSolver
class	DianaSparseSolver
class	IDianaLinearAlgebraSolver
class	IDASolver
class	PARDASPKSolver
	Solver for parallel simulation. More...
class	DianaContinuation
class	SteadyStateContinuation
class	SingAnalyser
class	HopfPointContinuation
Typedefs
typedef array < Common::Types::CapeDouble >	DianaArray
typedef sparray	DianaSparseArray
typedef Numeric::Solvers::NLPTasks::ICapeNLPTask *(*	fCreateOEDTask )(Numeric::Solvers::NLPTasks::ICapeNLPTask *pParFitTask, Numeric::Solvers::Solver::ICapeNumericNLPSolver *pOptimizer, const Common::Parameter::CapeArrayParameterSpec &colDesignVars)
typedef void(DianaDAESO::*	CharFunction )()
typedef std::vector < Common::Types::CapeArrayDouble >	ReportDataEntryValues
typedef Diana::array < Common::Parameter::ICapeParameter * >	DianaArrayParameter
typedef std::vector < IDianaNumericSolver * >	DianaArrayNumericSolver
	IDianaNumericSolver array type.
typedef std::vector < IDianaNumericNLPSolver * >	DianaArrayNumericNLPSolver
	IDianaNumericSolver array type.
Enumerations
enum	DianaVariableType {   dvNone = 0x00, dvState = 0x01, dvDerivative = 0x02, dvResidual = 0x04,   dvRealParam = 0x08, dvIntegerParam = 0x10, dvHelpVariables = 0x11, dvUnknown = 0x12 }
enum	ConditionSteadyState { SteadyStateNone = 0, SteadyStateZRE = 0x0001, SteadyStateZCE = 0x0002 }
enum	ConditionSingularity {   SingularityNone = 0, SingularityGx = 0x0001, SingularityGxx = 0x0002, SingularityGxxx = 0x0004,   SingularityGp = 0x0008, SingularityGxp = 0x0010, SingularityLast = 0x0020 }
enum	ContiReturn {   ContiOk, ContiOkTestFunction, ContiOkAchievedBoundary, ContiOkMaxStepsMade,   ContiOkIsolaDetected, ContiError, ContiErrorInitialPointNaN, ContiErrorInitialPointNotInRange,   ContiErrorInitialPointSingular, ContiErrorStepSizeToSmall, ContiErrorNextPointNaN }
enum	SolverEvents {   eventNone = 0, eventSetReportingInterface, eventRemoveReportingInterface, eventStart,   eventStop, eventOneStep, eventError, eventNewChunk,   eventOneEval }
enum	NLPTaskEvents {   eventNLPNone = 0, eventNLPSetReportingInterface, eventNLPRemoveReportingInterface, eventNLPStartObjCalc,   eventNLPStopObjCalc, eventNLPStepObjCalc, eventNLPErrorObjCalc, eventNLPInit,   eventNLPAssing }
enum	ResidualType { NoneParameterisationResidual, LocalParameterisationResidual, PseudoParameterisationResidual }
enum	ParameterisationType { ParameterisationLocal, ParameterisationPseudoArclength, ParameterisationsNumber }
enum	PredictorType { PredictorTangent, PredictorChord, PredictorsNumber }
Functions
std::ostream &	print (std::ostream &ostr, const DianaArray &ar, int nentries=-1)
	Prints array into output stream.
std::ostream &	print_matlab (std::ostream &ostr, const DianaArray &ar)
	Prints array into output stream with Matlab syntax.
std::ostream &	operator<< (std::ostream &os, const DianaArray &ar)
	Output operator for the DianaArray class.
template<typename _Ti >
refiterator< _Ti >	operator+ (typename refiterator< _Ti >::difference_type __n, const refiterator< _Ti > &__i)
	Iterator addition operator with integer as first argument.
template<typename _Tiostr >
std::ostream &	operator<< (std::ostream &os, const refiterator< _Tiostr > &iter)
	Iterator output operator.
CapeDouble	div (CapeDouble e, CapeDouble o)
CapeDouble	factorial (CapeLong f)
CapeDouble	factorial (CapeDouble f)
Common::Types::CapeBoolean	ensureXercesInitialized ()
IDianaMain *	GetDianaMain (const Common::Types::CapeArrayString &args=Common::Types::CapeArrayString())
char *	complex2str (double real, double imag, char *strbuf)

---

Detailed Description

Main namespace of the Diana package. Diana namespace defines realization of the CAPE-OPEN interfaces.

Author:

Michael Krasnyk (miha@mpi-magdeburg.mpg.de)

---

Typedef Documentation

typedef array<Common::Types::CapeDouble> DianaArray

Diana type redefinition of the array class.

typedef sparray DianaSparseArray

Diana type redefinition of the sparse array class.

typedef Numeric::Solvers::NLPTasks::ICapeNLPTask*(* fCreateOEDTask)(Numeric::Solvers::NLPTasks::ICapeNLPTask *pParFitTask, Numeric::Solvers::Solver::ICapeNumericNLPSolver *pOptimizer, const Common::Parameter::CapeArrayParameterSpec &colDesignVars)

Type of the entry function from library with ODE approach.

---

Enumeration Type Documentation

enum ConditionSteadyState

Enumerator:

SteadyStateZCE

real eigenvalue crossed zero

enum ContiReturn

ContiReturn is continuation return codes

---

Function Documentation

char * complex2str	(	double	real,
		double	imag,
		char *	strbuf
	)

Function unifies complex output for the continuation subclasses.

Parameters:

real	real part of the complex number.
imag	imaginary part of the complex number.
strbuf	required characters buffer (e.g. 1024 characters)

Returns:

result string pointer

CapeDouble Diana::div	(	CapeDouble	e,
		CapeDouble	o
	)

Whole part of division, appears maybe in Promot-generated code

Returns:

$floor(e/o)$

Common::Types::CapeBoolean Diana::ensureXercesInitialized

(

)

static function that initializes Xerces exactly once on loading the library code. It can be called often, but acts only once.

CapeDouble Diana::factorial

(

CapeLong

f

)

Factorial function, appears maybe in Promot-generated code

Returns:

$f!$

CapeDouble Diana::factorial

(

CapeDouble

f

)

See also:

factorial(CapeLong), this is just to muffle warnings about the double argument.

IDianaMain* Diana::GetDianaMain

(

const Common::Types::CapeArrayString &

args = Common::Types::CapeArrayString()

)

Get the singleton main, create it if necessary. The args can contain command line arguments for global intitialization. They are currently unused.

Referenced by DianaContinuation::DianaContinuation().

std::ostream& Diana::operator<<	(	std::ostream &	os,
		const refiterator< _Tiostr > &	iter
	)

Iterator output operator.

This operator can be used only if the output operator of the dereferenced type _Tiostr is declared, otherwise compiler will produce an error.

std::ostream& Diana::print	(	std::ostream &	ostr,
		const DianaArray &	ar,
		int	nentries = -1
	)

Prints array into output stream.

Parameters:

ostr	Output stream.
nentries	Number of printed elements of the array. The whole array will be printed if nentries less than zero.

Returns:

Output stream.

std::ostream& Diana::print_matlab	(	std::ostream &	ostr,
		const DianaArray &	ar
	)

Prints array into output stream with Matlab syntax.

Parameters:

ostr	Output stream.

Returns:

Output stream.