imath::CComplexDoubleManip Class Reference

#include <CComplexDoubleManip.h>

Inheritance diagram for imath::CComplexDoubleManip:

Collaboration diagram for imath::CComplexDoubleManip:

Public Types
typedef CFixedPointManip	BaseClass
Public Types inherited from imath::CFixedPointManip
enum	RoundingType { RT_NORMAL , RT_FLOOR , RT_CEIL , RT_LAST = RT_CEIL + 1 }
typedef CDoubleManip	BaseClass

Public Member Functions
	CComplexDoubleManip (int precision=1, RoundingType roundingType=RT_NORMAL, double scaleFactor=1.0, double offset=0.0, const istd::CRange &range=istd::CRange(-std::numeric_limits< double >::max(), std::numeric_limits< double >::max()))
const istd::CRange &	GetRange () const
void	SetRange (const istd::CRange &range)
double	GetScaleFactor () const
void	SetScaleFactor (double value)
double	GetOffset () const
void	SetOffset (double value)
void	SetPrecision (int precision)
virtual QString	GetString (const double &value) const
	Get this value as string.
virtual bool	GetParsed (const QString &text, double &result) const
	Get value converted from string.
Public Member Functions inherited from imath::CFixedPointManip
	CFixedPointManip (int precision=1, RoundingType roundingType=RT_NORMAL)
void	SetPrecision (int precision)
	Set fixed point precision.
RoundingType	GetRoundingType () const
	Get type of rounding.
void	SetRoundingType (RoundingType roundingType)
	Set type of rounding.
virtual int	GetPrecision () const
	Get number of digits after point.
virtual double	GetRounded (const double &value) const
	Get the nearest value rounded used this arithmetik.
virtual bool	IsEqual (const double &value1, const double &value2) const
	Compare two values and check, if there are equal.
virtual bool	IsSmaller (const double &value1, const double &value2) const
	Compare two values and check, if first one is smaller as the second.
virtual bool	IsSmallerEqual (const double &value1, const double &value2) const
	Compare two values and check, if first one is smaller or equal as the second.
virtual double	GetSmallerValue (const double &value) const
	Return biggest value smaller that specified one.
virtual double	GetBiggerValue (const double &value) const
	Return smallest value bigger that specified one.
Public Member Functions inherited from imath::CDoubleManip
	CDoubleManip ()
char	GetPointChar () const
	Get point character.
void	SetPointChar (char pointChar)
	Set point character.
Public Member Functions inherited from imath::IDoubleManip
Public Member Functions inherited from imath::TIValueManip< double >

Protected Member Functions
virtual qint32	GetInternalValue (double value) const
Protected Member Functions inherited from imath::CFixedPointManip
virtual double	GetNormalValue (qint32 intValue) const
QString	GetString (const double &value, int precision) const

Additional Inherited Members
Protected Types inherited from imath::CFixedPointManip
typedef int(*)	RoundingFuntionPtr(qreal value)
Protected Types inherited from imath::CDoubleManip
enum	{ PRECISION = 6 }

Detailed Description

Definition at line 23 of file CComplexDoubleManip.h.

Member Typedef Documentation

BaseClass

CFixedPointManip imath::CComplexDoubleManip::BaseClass

Definition at line 26 of file CComplexDoubleManip.h.

Constructor & Destructor Documentation

CComplexDoubleManip()

imath::CComplexDoubleManip::CComplexDoubleManip	(	int	precision = 1,
		RoundingType	roundingType = RT_NORMAL,
		double	scaleFactor = 1.0,
		double	offset = 0.0,
		const istd::CRange &	range = istd::CRange(-std::numeric_limits< double >::max(), std::numeric_limits< double >::max()) )

Member Function Documentation

GetInternalValue()

virtual qint32 imath::CComplexDoubleManip::GetInternalValue ( double value ) const

protectedvirtual

Reimplemented from imath::CFixedPointManip.

GetOffset()

double imath::CComplexDoubleManip::GetOffset ( ) const

inline

Definition at line 92 of file CComplexDoubleManip.h.

GetParsed()

virtual bool imath::CComplexDoubleManip::GetParsed ( const QString & text, double & result ) const

virtual

Get value converted from string.

Parameters

text	input string.
result	result value.

Returns

true if success.

Reimplemented from imath::CFixedPointManip.

GetRange()

const istd::CRange & imath::CComplexDoubleManip::GetRange ( ) const

inline

Definition at line 66 of file CComplexDoubleManip.h.

GetScaleFactor()

double imath::CComplexDoubleManip::GetScaleFactor ( ) const

inline

Definition at line 78 of file CComplexDoubleManip.h.

GetString()

virtual QString imath::CComplexDoubleManip::GetString ( const double & value ) const

virtual

Get this value as string.

Parameters

value

value will be converted.

Reimplemented from imath::CFixedPointManip.

SetOffset()

void imath::CComplexDoubleManip::SetOffset ( double value )

inline

Definition at line 98 of file CComplexDoubleManip.h.

SetPrecision()

void imath::CComplexDoubleManip::SetPrecision ( int precision )

inline

Definition at line 106 of file CComplexDoubleManip.h.

References imath::CFixedPointManip::GetPrecision(), and imath::CFixedPointManip::SetPrecision().

SetRange()

void imath::CComplexDoubleManip::SetRange ( const istd::CRange & range )

inline

Definition at line 72 of file CComplexDoubleManip.h.

SetScaleFactor()

void imath::CComplexDoubleManip::SetScaleFactor ( double value )

inline

Definition at line 84 of file CComplexDoubleManip.h.

References imath::CFixedPointManip::GetPrecision().

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

• imath/CComplexDoubleManip.h