wsf::space::BlendedCost Class Reference

#include <WsfOrbitalTargetingCost.hpp>

Inheritance diagram for wsf::space::BlendedCost:

Collaboration diagram for wsf::space::BlendedCost:

Public Member Functions
	BlendedCost ()=default
	BlendedCost (const BlendedCost &aOther)=default
	BlendedCost (double aA_Value, double aB_Value, double aC_Value)
BlendedCost *	Clone () const override
bool	ProcessInput (UtInput &aInput) override
double	operator() (double aDt, double aDv) const override
	The cost function is a mapping from a delta-t, delta-v value pair into the real numbers.
const char *	GetScriptClassName () const override
bool	IsLeastTime () const override
	Return if this cost is equivalent to a least time optimization.
bool	IsValid () const override
	Return if the cost function has a valid configuration.
std::string	GetConfigurationRequirements () const override
	Return a text description of the requirements on the cost function to be considered valid.
double	GetA_Value () const
double	GetB_Value () const
double	GetC_Value () const
void	SetA_Value (double aA_Value)
void	SetB_Value (double aB_Value)
void	SetC_Value (double aC_Value)

Detailed Description

The blended cost function contains polynomials in delta-t and delta-v up to first order in each. The function depends on three parameters, A, B, and C as follows: g(dt, dv) = A * dt + B * dv + C * dt * dv. A valid configuration of this object will have at least one of {A, B, C} non-zero. This contains least-time and least-delta-v as special cases.

Constructor & Destructor Documentation

BlendedCost() [1/3]

wsf::space::BlendedCost::BlendedCost ( )

default

Referenced by BlendedCost(), and Clone().

BlendedCost() [2/3]

wsf::space::BlendedCost::BlendedCost ( const BlendedCost & aOther )

default

References BlendedCost().

BlendedCost() [3/3]

wsf::space::BlendedCost::BlendedCost ( double aA_Value, double aB_Value, double aC_Value )

inline

Member Function Documentation

Clone()

BlendedCost * wsf::space::BlendedCost::Clone ( ) const

inlineoverridevirtual

Implements wsf::space::OrbitalTargetingCost.

References BlendedCost().

GetA_Value()

double wsf::space::BlendedCost::GetA_Value ( ) const

inline

GetB_Value()

double wsf::space::BlendedCost::GetB_Value ( ) const

inline

GetC_Value()

double wsf::space::BlendedCost::GetC_Value ( ) const

inline

GetConfigurationRequirements()

std::string wsf::space::BlendedCost::GetConfigurationRequirements ( ) const

overridevirtual

Return a text description of the requirements on the cost function to be considered valid.

Implements wsf::space::OrbitalTargetingCost.

GetScriptClassName()

const char * wsf::space::BlendedCost::GetScriptClassName ( ) const

inlineoverride

IsLeastTime()

bool wsf::space::BlendedCost::IsLeastTime ( ) const

overridevirtual

Return if this cost is equivalent to a least time optimization.

Implements wsf::space::OrbitalTargetingCost.

IsValid()

bool wsf::space::BlendedCost::IsValid ( ) const

overridevirtual

Return if the cost function has a valid configuration.

Implements wsf::space::OrbitalTargetingCost.

operator()()

double wsf::space::BlendedCost::operator() ( double aDt, double aDv ) const

overridevirtual

The cost function is a mapping from a delta-t, delta-v value pair into the real numbers.

Implements wsf::space::OrbitalTargetingCost.

ProcessInput()

bool wsf::space::BlendedCost::ProcessInput ( UtInput & aInput )

overridevirtual

Reimplemented from wsf::space::OrbitalTargetingCost.

SetA_Value()

void wsf::space::BlendedCost::SetA_Value ( double aA_Value )

inline

SetB_Value()

void wsf::space::BlendedCost::SetB_Value ( double aB_Value )

inline

SetC_Value()

void wsf::space::BlendedCost::SetC_Value ( double aC_Value )

inline

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

• WsfOrbitalTargetingCost.hpp
• WsfOrbitalTargetingCost.cpp