QSAS_2_4/QSAS_dist/src/Arithmetic/qcalc/qOperators.h File Reference

#include <string>
#include <vector>
#include <map>
#include <qstring.h>
#include <stack>
#include "qt_version.h"
#include "qar.h"

Classes
class	QdOperator
class	ltstr
class	MapCalculator
Defines
#define	strOpAdd   "A + B"
#define	strOpSub   "A - B"
#define	strOpMult   "A * B"
#define	strOpDiv   "A / B"
#define	strOpMod   "mod ( A )"
#define	strOpPower   "A ^ B"
#define	strOpChSign   "- A"
#define	strOpCos   "cos ( A )"
#define	strOpSin   "sin ( A )"
#define	strOpTan   "tan ( A )"
#define	strOpCot   "cot ( A )"
#define	strOpCosh   "cosh ( A )"
#define	strOpSinh   "sinh ( A )"
#define	strOptanh   "tanh ( A )"
#define	strOpCoth   "coth ( A )"
#define	strOpACos   "acos ( A )"
#define	strOpASin   "asin ( A )"
#define	strOpATan   "atan ( A )"
#define	strOpATan2   "atan2 ( A, B )"
#define	strOpACot   "acot ( A )"
#define	strOpACosh   "acosh ( A )"
#define	strOpASinh   "asinh ( A )"
#define	strOpAtanh   "atanh ( A )"
#define	strOpACoth   "acoth ( A )"
#define	strOpVecProd   "A x B"
#define	strOpDotProd   "A . B"
#define	strOpRemainder   "A % B"
#define	strOPAbsValue   "|A|"
#define	strOpLog   "ln ( A )"
#define	strOpLog10   "log ( A )"
#define	strOpInvers   "1 / A"
#define	strOpSqrt   "sqrt ( A )"
#define	strOpExp   "exp ( A )"
#define	strOpJoin   "join only"
#define	strOpUnits   "Convert Units (obj= A, SIconv= B )"
#define	strOpFills   "Convert Fills (obj= A, fill= B )"
#define	strAddDescription   "Addition"
#define	strSubDescription   "Substraction"
#define	strMultDescription   "Multiplication"
#define	strDivDescription   "Division by scalar"
#define	strModDescription   "Modulus = Abs for scalar, Magnitude of vector and Norm of matrix"
#define	strPowDescription   "Raise A to Power B"
#define	strChSignDescription   "Change Sign of each element"
#define	strCosDescription   "Cosine"
#define	strSinDescription   "Sine"
#define	strTanDescription   "Tangent"
#define	strCotDescription   "Cotangent"
#define	strCoshDescription   "Hyperbolic Cosine"
#define	strSinhDescription   "Hyperbolic Sine"
#define	strtanhDescription   "Hyperbolic Tangent"
#define	strCothDescription   "Hyperbolic Cotangent"
#define	strACosDescription   "arc cosine"
#define	strASinDescription   "arc sine"
#define	strATanDescription   "arc tangent"
#define	strATan2Description   "arc tangent2 = atan (A/B) sign taken from A & B to get quadrant"
#define	strACotDescription   "arc cotangent"
#define	strACoshDescription   "Inverse hyperbolic cosine"
#define	strASinhDescription   "Inverse hyperbolic sine"
#define	strAtanhDescription   "Inverse hyperbolic tangent"
#define	strACothDescription   "Inverse hyperbolic cotangent"
#define	strVecProdDescription   "Vector Product of two 3-vectors"
#define	strDotProdDescription   "Scalar Product of two 3-vectors"
#define	strMakeVectDescription   "Make Vector"
#define	strComponentDescription   "Vector Time Series Decomposition into scalar Time series"
#define	strRemainderDescription   "Remainder = A modulo B"
#define	strAbsValueDescription   "Absolute Value of scalar"
#define	strLog10Description   "Base 10 Logarithm"
#define	strLogDescription   "Natural Logarithm"
#define	strInversDescription   "Inverse of scalar"
#define	strSqrtDescription   "square root"
#define	strExpDescription   "Value of e (base of natural logarithms) raised to the power of A"
#define	strUnitsDescription   "Convert data to units of second object"
#define	strFillsDescription   "Change fill values to value provided (Fillval xref also gets changed)"
Typedefs
typedef QdObject_var(*	OperatorFnPtr )(QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2)
typedef QdObject_var(*	QdObjectFnPtr )(QdObject_var qdOperand1, QString *pstrErrorMsg)
typedef std::map< string, QdOperator >	MapOperators
Enumerations
enum	UniteEnum {   DEG_ID = 0, RAD_ID = 1, DEFAULT_ID = 2, DEG_ID = 0,   RAD_ID = 1, DEFAULT_ID = 2 }
Functions
void	QcalcAppendTextDisplay (const char *)
QdObject_var	QdAdd (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
	Function that adds two QdObject. This function will be called from the calculator when add operator has been selected. This function is used as function pointer.
QdObject_var	QdChSign (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdDiv (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdDotProd (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdInvers (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdLog (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdLog10 (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdMod (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdMult (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdPower (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdSub (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdVecProd (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdCos (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdSin (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdTan (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdCot (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdCosh (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdSinh (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	Qdtanh (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdCoth (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdaCos (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdaSin (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdaTan (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdaTan2 (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdaCot (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdaCosh (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdaSinh (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	Qdatanh (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdaCoth (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdAbsValue (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdRemainder (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdComponent (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdSqrt (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdExp (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdUnits (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdFills (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
QdObject_var	QdTrigFunction (QdObjectFnPtr pFn, QdObject_var qdOperand1, QdObject_var qdOperand2, QString &rqstrErrorMsg, QdString_var funct, bool bInverse, bool bHyperbolic=false)
QdObject_var	QdcosLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdsinLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdcoshLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdsinhLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdTangent (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdCTangent (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdTangentH (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdCTangentH (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdAcosLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdAsinLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdAtanLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdAcotLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdAcoshLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdAsinhLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdAtanhLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
QdObject_var	QdAcothLocal (QdObject_var qdOperand1, QString *pstrErrorMsg=NULL)
char *	str_dup (string &s, int n)
char *	QpAxisLabelMakeStem (QdObject_var data_obj)
QdObject_var	QdMakeVect (QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2=NULL)
Variables
const double	PI_ = 3.14159265358979323846
static const char *	pRadYes = "rad"
static const char *	pDegYes = "deg"

---

Define Documentation

#define strAbsValueDescription   "Absolute Value of scalar"

#define strACosDescription   "arc cosine"

#define strACoshDescription   "Inverse hyperbolic cosine"

#define strACotDescription   "arc cotangent"

#define strACothDescription   "Inverse hyperbolic cotangent"

#define strAddDescription   "Addition"

#define strASinDescription   "arc sine"

#define strASinhDescription   "Inverse hyperbolic sine"

#define strATan2Description   "arc tangent2 = atan (A/B) sign taken from A & B to get quadrant"

#define strATanDescription   "arc tangent"

#define strAtanhDescription   "Inverse hyperbolic tangent"

#define strChSignDescription   "Change Sign of each element"

#define strComponentDescription   "Vector Time Series Decomposition into scalar Time series"

#define strCosDescription   "Cosine"

#define strCoshDescription   "Hyperbolic Cosine"

#define strCotDescription   "Cotangent"

#define strCothDescription   "Hyperbolic Cotangent"

#define strDivDescription   "Division by scalar"

#define strDotProdDescription   "Scalar Product of two 3-vectors"

#define strExpDescription   "Value of e (base of natural logarithms) raised to the power of A"

#define strFillsDescription   "Change fill values to value provided (Fillval xref also gets changed)"

#define strInversDescription   "Inverse of scalar"

#define strLog10Description   "Base 10 Logarithm"

#define strLogDescription   "Natural Logarithm"

#define strMakeVectDescription   "Make Vector"

#define strModDescription   "Modulus = Abs for scalar, Magnitude of vector and Norm of matrix"

#define strMultDescription   "Multiplication"

#define strOPAbsValue   "|A|"

#define strOpACos   "acos ( A )"

#define strOpACosh   "acosh ( A )"

#define strOpACot   "acot ( A )"

#define strOpACoth   "acoth ( A )"

#define strOpAdd   "A + B"

#define strOpASin   "asin ( A )"

#define strOpASinh   "asinh ( A )"

#define strOpATan   "atan ( A )"

#define strOpATan2   "atan2 ( A, B )"

#define strOpAtanh   "atanh ( A )"

#define strOpChSign   "- A"

#define strOpCos   "cos ( A )"

#define strOpCosh   "cosh ( A )"

#define strOpCot   "cot ( A )"

#define strOpCoth   "coth ( A )"

#define strOpDiv   "A / B"

#define strOpDotProd   "A . B"

#define strOpExp   "exp ( A )"

#define strOpFills   "Convert Fills (obj= A, fill= B )"

#define strOpInvers   "1 / A"

#define strOpJoin   "join only"

#define strOpLog   "ln ( A )"

#define strOpLog10   "log ( A )"

#define strOpMod   "mod ( A )"

#define strOpMult   "A * B"

#define strOpPower   "A ^ B"

#define strOpRemainder   "A % B"

#define strOpSin   "sin ( A )"

#define strOpSinh   "sinh ( A )"

#define strOpSqrt   "sqrt ( A )"

#define strOpSub   "A - B"

#define strOpTan   "tan ( A )"

#define strOptanh   "tanh ( A )"

#define strOpUnits   "Convert Units (obj= A, SIconv= B )"

#define strOpVecProd   "A x B"

#define strPowDescription   "Raise A to Power B"

#define strRemainderDescription   "Remainder = A modulo B"

#define strSinDescription   "Sine"

#define strSinhDescription   "Hyperbolic Sine"

#define strSqrtDescription   "square root"

#define strSubDescription   "Substraction"

#define strTanDescription   "Tangent"

#define strtanhDescription   "Hyperbolic Tangent"

#define strUnitsDescription   "Convert data to units of second object"

#define strVecProdDescription   "Vector Product of two 3-vectors"

---

Typedef Documentation

typedef std::map< string, QdOperator > MapOperators

typedef QdObject_var( * OperatorFnPtr)(QString &rqstrErrorMsg, QdObject_var qdOperand1, QdObject_var qdOperand2)

typedef QdObject_var( * QdObjectFnPtr)(QdObject_var qdOperand1, QString *pstrErrorMsg)

---

Enumeration Type Documentation

enum UniteEnum

Enumerator:

DEG_ID
RAD_ID
DEFAULT_ID
DEG_ID
RAD_ID
DEFAULT_ID

---

Function Documentation

void QcalcAppendTextDisplay

(

const char *

)

QdObject_var QdAbsValue	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdaCos	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdaCosh	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdAcoshLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdAcosLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdaCot	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdaCoth	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdAcothLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdAcotLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdAdd	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2
	)

Function that adds two QdObject. This function will be called from the calculator when
add operator has been selected. This function is used as function pointer.

Parameters:

	rqstrErrorMsg	of QString type. Any error or warning message will be returned in this output parameter
	qdOperand1	of QdObject_var type. The first operand of the operation
	qdOperand2	of QdObject_var type. The second operand of the operation

Exceptions:

None.

Any exception thrown at this level will be caught and the exception text will be returned

Returns:

Returns the result of the operation as a QdObject_var on success and a NULL object on failure

QdObject_var QdaSin	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdaSinh	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdAsinhLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdAsinLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdaTan	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdaTan2	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var Qdatanh	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdAtanhLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdAtanLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdChSign	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdComponent	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdCos	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdCosh	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdcoshLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdcosLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdCot	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdCoth	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdCTangent	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdCTangentH	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdDiv	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdDotProd	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdExp	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdFills	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdInvers	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdLog	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdLog10	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdMakeVect	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)			[inline]

QdObject_var QdMod	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdMult	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdPower	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdRemainder	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdSin	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdSinh	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdsinhLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdsinLocal	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdSqrt	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdSub	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdTan	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdTangent	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var QdTangentH	(	QdObject_var	qdOperand1,
		QString *	pstrErrorMsg = NULL
	)

QdObject_var Qdtanh	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdTrigFunction	(	QdObjectFnPtr	pFn,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2,
		QString &	rqstrErrorMsg,
		QdString_var	funct,
		bool	bInverse,
		bool	bHyperbolic = false
	)

QdObject_var QdUnits	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

QdObject_var QdVecProd	(	QString &	rqstrErrorMsg,
		QdObject_var	qdOperand1,
		QdObject_var	qdOperand2 = NULL
	)

char* QpAxisLabelMakeStem

(

QdObject_var

data_obj

)

char* str_dup	(	string &	s,
		int	n
	)

---

Variable Documentation

const char* pDegYes = "deg" [static]

const double PI_ = 3.14159265358979323846

const char* pRadYes = "rad" [static]