A value for a function parameter. Template depending on its type. More...

#include <FunctionParameterValue.h>

Inheritance diagram for FunctionParameterValue< T >:

Collaboration diagram for FunctionParameterValue< T >:

Public Member Functions
	FunctionParameterValue (const T &_value)
	Construct the FunctionParameterValue object with its actual value.
virtual void	setValue (const char *)
	Set a value from a string, as contained in a QLineEdit.
virtual double	toDouble () const
virtual unsigned	toUnsigned () const
virtual int	toInt () const
virtual std::string	toString () const
	Converts the parameter to string for printing.
virtual VecMath::RotationBase	toRotationBase () const
virtual VecMath::Rotation< 5 >	toRotation5 () const
virtual VecMath::Rotation< 6 >	toRotation6 () const
virtual VecMath::Rotation< 7 >	toRotation7 () const
virtual VecMath::Rotation< 8 >	toRotation8 () const
virtual VecMath::Rotation< 9 >	toRotation9 () const
virtual VecMath::Rotation< 10 >	toRotation10 () const
template<>
	FunctionParameterValue (const double &value)
template<>
	FunctionParameterValue (const unsigned &value)
template<>
	FunctionParameterValue (const int &value)
template<>
	FunctionParameterValue (const std::string &value)
template<>
	FunctionParameterValue (const VecMath::Rotation< 5 > &value)
template<>
	FunctionParameterValue (const VecMath::Rotation< 6 > &value)
template<>
	FunctionParameterValue (const VecMath::Rotation< 7 > &value)
template<>
	FunctionParameterValue (const VecMath::Rotation< 8 > &value)
template<>
	FunctionParameterValue (const VecMath::Rotation< 9 > &value)
template<>
	FunctionParameterValue (const VecMath::Rotation< 10 > &value)
template<>
double	toDouble () const
	get a double parameter
template<>
unsigned	toUnsigned () const
	get an unsigned parameter
template<>
int	toInt () const
	get an integer parameter
template<>
VecMath::Rotation< 5 >	toRotation5 () const
	get a Rotation<5> parm
template<>
VecMath::RotationBase	toRotationBase () const
	get a RotationBase parameter
template<>
VecMath::Rotation< 6 >	toRotation6 () const
	get a Rotation<6> parm
template<>
VecMath::RotationBase	toRotationBase () const
	get a RotationBase parameter
template<>
VecMath::Rotation< 7 >	toRotation7 () const
	get a Rotation<7> parm
template<>
VecMath::RotationBase	toRotationBase () const
	get a RotationBase parameter
template<>
VecMath::Rotation< 8 >	toRotation8 () const
	get a Rotation<8> parm
template<>
VecMath::RotationBase	toRotationBase () const
	get a RotationBase parameter
template<>
VecMath::Rotation< 9 >	toRotation9 () const
	get a Rotation<9> parm
template<>
VecMath::RotationBase	toRotationBase () const
	get a RotationBase parameter
template<>
VecMath::Rotation< 10 >	toRotation10 () const
	get a Rotation<10> parm
template<>
VecMath::RotationBase	toRotationBase () const
	get a RotationBase parameter
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
template<>
void	setValue (const char *value)
	set a parameter using a C-style string, distinguishing from a std::string
Private Attributes
T	_value
	The actual value of the parameter.

Detailed Description

template<typename T>
class FunctionParameterValue< T >

A value for a function parameter. Template depending on its type.

Defines the interface declared by FunctionParameterValueBase:

implements setValue(const T &), leaving the other overloaded setValue() members untouched as no-ops
implements the type cast operators declared abstract in the base class as no-ops (the base class cant't define the default implementations of the cast operators, because this class needs to define a specialization of the operator T() - so it needs to declare all of them)
stores a T and gives access to it via the cast operator

Template Parameters:

T	Type of the parameter to be declared.

See also:: FunctionParameterValueBase

Member Function Documentation

template<typename T >

virtual double FunctionParameterValue< T >::toDouble ( ) const [inline, virtual]

Default implementation for cast to double. Concrete implementation will be defined in FunctionParameterValue<double>.

Implements FunctionParameterValueBase.

template<typename T >

virtual int FunctionParameterValue< T >::toInt ( ) const [inline, virtual]

Default implementation for cast to int. Concrete implementation will be defined in FunctionParameterValue<int>.

Implements FunctionParameterValueBase.

template<typename T >

virtual VecMath::Rotation<10> FunctionParameterValue< T >::toRotation10 ( ) const [inline, virtual]

Default implementation for cast to Rotation<10>. Concrete implementation will be defined in FunctionParameterValue< Rotation<10> >.

Implements FunctionParameterValueBase.

template<typename T >

virtual VecMath::Rotation<5> FunctionParameterValue< T >::toRotation5 ( ) const [inline, virtual]

Default implementation for cast to Rotation<5>. Concrete implementation will be defined in FunctionParameterValue< Rotation<5> >.

Implements FunctionParameterValueBase.

template<typename T >

virtual VecMath::Rotation<6> FunctionParameterValue< T >::toRotation6 ( ) const [inline, virtual]

Default implementation for cast to Rotation<6>. Concrete implementation will be defined in FunctionParameterValue< Rotation<6> >.

Implements FunctionParameterValueBase.

template<typename T >

virtual VecMath::Rotation<7> FunctionParameterValue< T >::toRotation7 ( ) const [inline, virtual]

Default implementation for cast to Rotation<7>. Concrete implementation will be defined in FunctionParameterValue< Rotation<7> >.

Implements FunctionParameterValueBase.

template<typename T >

virtual VecMath::Rotation<8> FunctionParameterValue< T >::toRotation8 ( ) const [inline, virtual]

Default implementation for cast to Rotation<8>. Concrete implementation will be defined in FunctionParameterValue< Rotation<8> >.

Implements FunctionParameterValueBase.

template<typename T >

virtual VecMath::Rotation<9> FunctionParameterValue< T >::toRotation9 ( ) const [inline, virtual]

Default implementation for cast to Rotation<9>. Concrete implementation will be defined in FunctionParameterValue< Rotation<9> >.

Implements FunctionParameterValueBase.

template<typename T >

virtual VecMath::RotationBase FunctionParameterValue< T >::toRotationBase ( ) const [inline, virtual]

Default implementation for cast to RotationBase. Concrete implementation will be defined in FunctionParameterValue< Rotation<D> >.

Implements FunctionParameterValueBase.

template<typename T >

virtual unsigned FunctionParameterValue< T >::toUnsigned ( ) const [inline, virtual]

Default implementation for cast to unsigned. Concrete implementation will be defined in FunctionParameterValue<unsigned>.

Implements FunctionParameterValueBase.

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

HyperspaceExplorer/src/Displayable/FunctionParameterValue.h

Public Member Functions

Private Attributes

Detailed Description

template<typename T> class FunctionParameterValue< T >

Member Function Documentation

template<typename T>
class FunctionParameterValue< T >