StellarEvolution::ZeroQuantity Class Reference

Inheritance diagram for StellarEvolution::ZeroQuantity:

Collaboration diagram for StellarEvolution::ZeroQuantity:

Public Member Functions
void	select_interpolation_region (double age)
	Do nothing. See EvolvingStellarQuantity::select_interpolation_region. More...
double	operator() (double) const
	Return the value the quantity takes at the given age. More...
const FunctionDerivatives *	deriv (double) const
	Return the age derivative of the quantity at the given age. More...
double	range_high () const
	The largest age for which the quantity can be interpolated. More...
double	range_low () const
	The smallest age for which the quantity can be interpolated. More...
double	next_discontinuity () const
	No discontinuities. See EvolvingStellarQuantity::next_discontinuity. More...
double	enable_next_interpolation_region ()
	Do nothing. See EvolvingStellarQuantity::enable_next_interpolation_region. More...
InterpSolutionIterator	crossings (double=0) const
	An iterator over the ages where the quantity takes the given y value. More...
Public Member Functions inherited from StellarEvolution::EvolvingStellarQuantity
	EvolvingStellarQuantity ()
	Default constructor (only useful for derived classes which do not use the interpolation). More...
	EvolvingStellarQuantity (double mass, const std::valarray< double > &track_masses, The(\f$[Fe/H]\f$) for which evolution tracks are given. const std::valarray< double > &track_feh, The evolution tracks of the relevant quantity on the grid defined by \p track_masses and \p track_feh. The const std::vector< const OneArgumentDiffFunction *> &evolution_tracks, Whether the track uses log(age) as the independent argument instead of age. bool log_age=true, Whether the track is uses log(quantity) as the dependent argument instead of quantity. bool log_quantity=true, Whether this is a quantity that is identically zero below some age and turns on afterwards bool starts_zero=false)
	Create an evolving quantity that interpolates to the given mass. More...
brief Prepare the quantity for interpolation around the given age After calling this requesting values or derivatives outside the range of the continuous region containing this	age (see ::discontinuities) fails an assert. virtual void select_interpolation_region(double age) const
The ages at which the quantity may be virtual discontinuous const std::vector< double > &	discontinuities () const
An iterator over the	ages (in Gyr) where the quantity takes the given y value. InterpSolutionIterator crossings(double=0) const
Public Member Functions inherited from Core::OneArgumentFunction< double, double >
virtual	~OneArgumentFunction ()
	Provide a virtual destructor for a virtual class. More...

Additional Inherited Members
Public Attributes inherited from StellarEvolution::EvolvingStellarQuantity
brief Prepare the quantity for interpolation around the given age After calling this	method
Protected Member Functions inherited from StellarEvolution::EvolvingStellarQuantity
virtual double	age_to_interp_param (double age, double mass, double feh) const
	Return the interpoltaion parameter given age, mass and [Fe/H]. More...
virtual double	interp_param_to_age (double interp_param, double mass, double feh) const
	Return the age in Gyrs given an interpolation parameter, mass, and [Fe/H]. More...

Detailed Description

Definition at line 16 of file ZeroQuantity.h.

Member Function Documentation

crossings()

InterpSolutionIterator StellarEvolution::ZeroQuantity::crossings ( double  = 0 ) const

inlinevirtual

An iterator over the ages where the quantity takes the given y value.

Implements Core::OneArgumentFunction< double, double >.

Definition at line 42 of file ZeroQuantity.h.

deriv()

const FunctionDerivatives* StellarEvolution::ZeroQuantity::deriv ( double  ) const

inlinevirtual

Return the age derivative of the quantity at the given age.

Reimplemented from StellarEvolution::EvolvingStellarQuantity.

Definition at line 25 of file ZeroQuantity.h.

enable_next_interpolation_region()

double StellarEvolution::ZeroQuantity::enable_next_interpolation_region

(

)

Do nothing. See EvolvingStellarQuantity::enable_next_interpolation_region.

next_discontinuity()

double StellarEvolution::ZeroQuantity::next_discontinuity ( ) const

inline

No discontinuities. See EvolvingStellarQuantity::next_discontinuity.

Definition at line 35 of file ZeroQuantity.h.

operator()()

double StellarEvolution::ZeroQuantity::operator() ( double  ) const

inlinevirtual

Return the value the quantity takes at the given age.

Reimplemented from StellarEvolution::EvolvingStellarQuantity.

Definition at line 22 of file ZeroQuantity.h.

range_high()

double StellarEvolution::ZeroQuantity::range_high ( ) const

inlinevirtual

The largest age for which the quantity can be interpolated.

Reimplemented from StellarEvolution::EvolvingStellarQuantity.

Definition at line 29 of file ZeroQuantity.h.

range_low()

double StellarEvolution::ZeroQuantity::range_low ( ) const

inlinevirtual

The smallest age for which the quantity can be interpolated.

Reimplemented from StellarEvolution::EvolvingStellarQuantity.

Definition at line 32 of file ZeroQuantity.h.

select_interpolation_region()

void StellarEvolution::ZeroQuantity::select_interpolation_region ( double  age )

inline

Do nothing. See EvolvingStellarQuantity::select_interpolation_region.

Definition at line 19 of file ZeroQuantity.h.

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

• /home/kpenev/projects/git/poet/poet_src/StellarEvolution/ZeroQuantity.h