WindInstrument Class Reference

Inheritance diagram for WindInstrument:

Public Member Functions
	WindInstrument (const char filename[], const bool setDefault)
	WindInstrument (const WindInstrument &a)
	WindInstrument (HornElement *c)
	WindInstrument (const bool supressedLists, const char filename[])
	GADefineIdentity ("WindInstrument", 223)
WindInstrument &	operator= (const GAGenome &orig)
virtual GAGenome *	clone (CloneMethod) const
virtual void	copy (const GAGenome &orig)
void	elementInitialise (const double previousRout)
int	mutate (const float pmut, const float mu, const double previousRout)
HornElement *	clone ()
void	elementCrossover (const HornElement &m, HornElement *s, HornElement *b, const float pcross)
double	rIn () const
double	rOut () const
double	gradientIn () const
double	gradientOut () const
string	Name () const
double	findRadius (const double x) const
string	getSaveString () const
void	print () const
dcomp	zt (const double w) const
int	RadiationType () const
string	filename () const
int	type () const
int	TlaAccumulate (const double w, int IndFreq, SimpleMatrix *a, const int Ind, vector< int > &mem, dcomp *zt, list< Matrix > *ImpedanceList, vector< int > &IndHole)
int	MultimodeAccumulate (const double w, int IndFreq, const bool bends, Matrix *a, const int Ind, vector< int > &mem, Matrix *zt, list< Matrix > *ImpedanceList, vector< int > &IndHole)
void	multimodeInputImpedance (const double w, const bool bends, Matrix *Zout)
dcomp	radiationImpedance (const double w) const
dcomp	ZorumskiPlaneRadiation (const double w) const
void	multimodeRadiationImpedance (const double w, const bool bends, const int IndFreq, Matrix *result) const
void	multimodeRadiationImpedanceClosedEnd (const double w, const bool bends, Matrix *result) const
void	multimodeRadiationImpedanceOpenEnd (const double w, const bool bends, Matrix *result) const
void	multimodeRadiationImpedanceTerminated (const double w, const bool bends, Matrix *result, const dcomp z_trm) const
dcomp	PlaneWaveRadiationImpedance_TermElt (const double w) const
void	radiationImpedanceLevine (const double w, double *InputRadius, dcomp *z_t) const
Matrix	GetTerminationImpedance (const double w, int IndFreq, Matrix *zt, int test, int NextPos, vector< int > &mem, HornElement *iter, list< Matrix > *ImpedanceList)
dcomp	GetTerminationImpedance (const double w, int IndFreq, dcomp *zt, int test, int NextPos, vector< int > &mem, HornElement *iter, list< Matrix > *ImpedanceList)
void	BranchImpedanceList (list< Matrix > *ImpListe)
void	PutRoutParam (const double rOut)
void	PutHoleParam (const double length_Hole, const double radius_Hole)
Matrix	GetParallelImpedance (const double w, const int IndFreq)
Matrix	GetImpedance (const double w, const int IndFreq)
void	ImpLengthCorrection ()
void	ImpEltsAcoustic ()
vector< dcomp >	getInputImpedance (const double f, const int t, int IndFreq, const int Contrib, const double gain, const int val, list< Matrix > *ImpedanceList, const int var, vector< int > &IndHole, const int accumulate)
dcomp	getInputImpedance (const double f, const int t, const bool accum)
vector< dcomp >	getParam (const double Freq, const double IndFreq, const int Contrib, const int Ind, list< Matrix > *ImpedanceList, const int var, vector< int > &IndHole)
vector< dcomp >	getRadiationImpedance (const double Freq, const double IndFreq, const int Contrib, const int Ind, list< Matrix > *ImpedanceList, const int var, vector< int > &IndHole)
double	inputImpedanceMagnitude (const double f, const int term, const bool accumulate)
void	cleanElements ()
void	copyLists (list< HornElement * > *orig)
void	printList (bool indent)
int	getSize ()
void	setToDefault ()
list< HornElement * >::iterator	begin ()
int	write (std::ostream &os) const
double	length () const
void	setLength (double length)
void	ListSplit (bool modifyDefault)
bool	check ()
void	rosen (double *params)
list< HornElement * >	getList () const
HornElement *	getElement (int i)
void	append (HornElement *a, bool addJumps)
void	erase ()
void	erase (int i)
void	chgtempC (const float tempC)
void	chglossF (const float lossF)
void	insert (HornElement *a)
void	setIterToBegin ()
void	setIterToEnd ()
void	setVerboseMode (const bool isVerbose)
void	setSupressedLists (const bool isSupressed)
void	setOutputMode (const bool isMaple)
bool	getOutputMode () const
int	getSize () const
ImpedanceCurve	getImpedanceCurve ()
void	printImpedanceCurve (const bool carriageReturn) const
void	printDescription () const
void	printList (const bool indent) const
void	compareBore (const char instrumentFile[], const char outputFile[]) const
void	roughPlot (const int nModes, const double fmin, const double fmax, const int nPoints, const bool accumulate)
void	roughPlot (const int nModes, const double fmin, const double fmax, const int nPoints, const bool accumulate, const int termination)
void	refinePeaks (const double epsilon, const int t, const bool accumulate)
void	refinePeaks (const double epsilon)
void	recursiveQuadraticFindPeak (const double xLeft, const double rLeft, const double xCentre, const double rCentre, const double xRight, const double rRight, const double epsilon, const int counter, const int t, const bool accum)
void	recursiveCombinedFindPeak (const double xLeft, const double rLeft, const double xCentre, const double rCentre, const double xRight, const double rRight, const double epsilon, const int counter, const int t, const bool accum)
void	toLowerCase (char a[]) const
bool	stringEquality (char a[], char b[]) const
int	parseInt (const char input[], int *ptr) const
char *	parseString (const char input[], int *ptr) const
double	parseDouble (const char input[], int *ptr) const
dcomp	parseDcomp (const char input[], int *ptr) const
bool	parseBool (const char input[], int *ptr) const
void	runScript (const char filename[])
void	saveImpedancePlot (const char filename[])
void	saveInstrumentPlot (const char filename[])
void	loadPointwise (const char filename[])
void	savePointwise (const char filename[])
int	savePointwise (std::ofstream *file, double *x, const bool asMaple)
bool	loadElemental (const char filename[])
void	saveElemental (const char filename[])
bool	load (const char filename[])
void	save (const char filename[])
Public Member Functions inherited from HornElement
	HornElement (const float tempC=21.0, const float lossF=1.0, const float humidity=80, const float xc=382, const string name=" ", int type=-1, Matrix MA=NULL, Matrix MB=NULL, double rr=0.0, double length=0.0, const bool canSplit=false, const bool canModify=false)
virtual void	setnModes (const int nModes)
virtual void	FirstElement (const int val)
virtual int	FirstElement () const
void	settempC (float tempC)
float	gettempC () const
void	setlossF (float lossF)
float	getlossF () const
void	sethumidity (float humidity)
float	gethumidity () const
void	setxc (float xc)
float	getxc () const
void	setName (string name)
string	getName () const
virtual void	length (const double length)
virtual int	NbHole () const
virtual bool	split (list< HornElement * > &l, list< HornElement * >::iterator &iter)
virtual ARTvariant *	getPropertyPointer (const char *name)

Static Public Member Functions
static float	Compare (const GAGenome &, const GAGenome &)
static float	Evaluate (GAGenome &)
static int	ListCrossover (const GAGenome &m, const GAGenome &d, GAGenome *s, GAGenome *b)
static int	ListMutator (GAGenome &c, float pmut)
static void	ListInitializer (GAGenome &c)
static bool	loadTargetImpedanceCurve (const char filename[])
static bool	getHasTarget ()
static ImpedanceCurve *	getTarget ()
static void	loadBase (const char filename[])
Static Public Member Functions inherited from HornElement
static int	getnModes ()
static void	setlossy (const bool lossy)
static bool	getlossy ()
static void	setfmin (const double fmin)
static double	getfmin ()
static void	setfmax (const double fmax)
static double	getfmax ()
static void	setdf (const double df)
static double	getdf ()
static void	setsimplified (const bool simplified)
static bool	getsimplified ()
static void	setboreresolution (const double boreresolution)
static double	getboreresolution ()
static void	SetImpedanceFile (const char filemame[], int RadHole, int Contrib, vector< Matrix > &Z)

Public Attributes
list< HornElement * >::iterator	iter
ImpedanceCurve	impedanceCurve
int *	paramRefs_
int	term

Static Public Attributes
static bool	hasBends_ = false
static bool	fixedTerm_ = false
static bool	hasBranch_ = false
Static Public Attributes inherited from HornElement
static vector< double >	Freq

Additional Inherited Members
Static Protected Member Functions inherited from HornElement
static void	cylTlaAccumulate (const double w, const double length, const double radius, const float T, const float F, const float H, const float XC, SimpleMatrix *a)
static dcomp	radiationImpedanceLevineCyl (const double w, const double radius, const float T, const float H, const float XC)
static dcomp	cylZorumskiPlaneRadiation (const double w, const double radius, const float T, const float H, const float XC)
static void	coneTlaAccumulate (const double w, const double Xin, const double Xout, const double Rin, const double Rout, const float T, const float F, const float H, const float XC, SimpleMatrix *a)
static dcomp	radiationImpedanceLevineCone (const double w, const double Xin, const double Xout, const double Rin, const double Rout, const float T, const float H, const float XC)
static void	kn (const double w, const double radius, const bool lossy, const bool bends, const float T, const float L, const float H, const float XC, dcomp *kn)
static double	Dn (const double tau, const int i, const double kR)
static double	Dmn (const double tau, const int m, const int n, const double kR)
static void	jumpMultimodeInputImpedance (const double w, double *rr, Matrix *A, Matrix *B, Matrix *Zout, const double rIn, const double rOut, const bool bends, const float T)
static void	cylMultimodeInputImpedance (const double w, Matrix *Zout, const double length, const double radius, const bool lossy, const bool simplified, const bool bends, const float T, const float L, const float H, const float XC)
static void	cylBendMultimodeInputImpedance (const double w, Matrix *Zout, const double length, const double radius, const double bendRadius, const bool lossy, const float T, const float L, const float Humidity, const float XC)
static int	cylMultimodeAccumulate (const double w, const double length, const double radius, const bool lossy, const bool bends, const float T, const float F, const float H, const float XC, Matrix *a)
static void	jumpMultimodeTransmMatrix (double zeta, const bool bends, Matrix *a)
static void	cylBendMultimodeAccumulate (const double w, const double length, const double radius, const double bendRadius, const bool lossy, const float T, const float Humidity, const float XC, Matrix *a)
static void	radiationImpedanceZorumski (const double w, Matrix *result, const double radius, const bool bends, const float T, const float H, const float XC)
static void	radiationImpedanceInfiniteCylPipe (const double w, Matrix *result, const double radius, const float T, const float H, const float XC)
static void	radiationImpedanceTerminated (const double w, Matrix *result, const double radius, const bool bends, const float T, const float H, const float XC, const dcomp z_trm)
static void	initMatrices ()
static int	mIndex (const int alpha, const bool bends)
static int	nIndex (const int beta, const bool bends)
Protected Attributes inherited from HornElement
int	type_
string	name_
float	tempC_
float	humidity_
float	xc_
float	lossF_
int	FirstElement_
double	length_
bool	canModify_
bool	canSplit_
Matrix	MA_
Matrix	MB_
double	rr_
Static Protected Attributes inherited from HornElement
static int	nModes_ = 0
static bool	LOSSY_ = true
static bool	SIMPLIFIED_ = false
static double	BORERESOLUTION_ = 0.2
static double	F_MAX_ = 1800
static double	F_MIN_ = 0
static double	D_F_ = 10
static vector< Matrix >	MZ
static Matrix	I_
static Matrix	D_
static Matrix	Zc_
static Matrix	ZcInv_
static Matrix	F_
static dcomp *	ki_
static double *	D1_
static double *	D2_
static bool	haveInitMatrices = false