US_Solute Class Reference

Solutes for UltraScan. More...

#include "us_solute.h"

Public Member Functions
	US_Solute (double=0.0, double=0.0, double=0.0, double=0.0, double=0.0)
bool	operator== (const US_Solute &solute)
bool	operator!= (const US_Solute &solute)
bool	operator< (const US_Solute &solute) const

Static Public Member Functions
static void	init_solutes (double, double, int, double, double, int, int, double, QList< QVector< US_Solute > > &)

Public Attributes
double	s
	Sedimentation value. More...
double	k
	Frictional ratio. More...
double	c
	Concentration. More...
double	v
	Vbar. More...
double	d
	Diffusion coefficient (or Molec.Weight or Fric.Coeff.) More...

Static Private Member Functions
static QVector< US_Solute >	create_solutes (double s_min, double s_max, double s_step, double ff0_min, double ff0_max, double ff0_step, double cnstff0)

Detailed Description

Solutes for UltraScan.

This class provides a solute structure and utilities

Definition at line 13 of file us_solute.h.

Constructor & Destructor Documentation

US_Solute::US_Solute	(	double	s0 = 0.0,
		double	k0 = 0.0,
		double	c0 = 0.0,
		double	v0 = 0.0,
		double	d0 = 0.0
	)

Parameters

s0	The initial sedimentation
k0	The initial frictional ratio
c0	The initial concentration
v0	The initial vbar
d0	The initial diffusion coefficient (or MW or f)

Definition at line 6 of file us_solute.cpp.

Member Function Documentation

QVector< US_Solute > US_Solute::create_solutes ( double  s_min, double  s_max, double  s_step, double  ff0_min, double  ff0_max, double  ff0_step, double  cnstff0  )

staticprivate

Definition at line 51 of file us_solute.cpp.

void US_Solute::init_solutes ( double  s_min, double  s_max, int  s_res, double  ff0_min, double  ff0_max, int  ff0_res, int  grid_reps, double  cnstff0, QList< QVector< US_Solute > > &  solute_list  )

static

A static function to initialize solutes

Parameters

s_min	The minimum sedimentation value
s_max	The maximum sedimentation value
s_res	The number of ponts to evaluate between s_min and s_max
ff0_min	The minimum frictional ratio
ff0_max	The maximum frictional ratio
ff0_res	The number of ponts to evaluate between ff0_min and ff0_max
grid_reps	The number of grids used to partition the data
cnstff0	Constant f/f0 (or 0.0 if vbar is costant)
solute_list	A reference to the output values. This is a list of vectors.

Definition at line 16 of file us_solute.cpp.

bool US_Solute::operator!= ( const US_Solute &  solute )

inline

A test for inequality.

Parameters

solute

A value for comparison

Definition at line 40 of file us_solute.h.

bool US_Solute::operator< ( const US_Solute &  solute ) const

inline

A test for ordering solutes. Tests sedimentation before frictional ratio.

Parameters

solute

A value for comparison

Definition at line 49 of file us_solute.h.

bool US_Solute::operator== ( const US_Solute &  solute )

inline

A test for solute equality

Parameters

solute

A value for comparison

Definition at line 32 of file us_solute.h.

Member Data Documentation

double US_Solute::c

Concentration.

Definition at line 26 of file us_solute.h.

double US_Solute::d

Diffusion coefficient (or Molec.Weight or Fric.Coeff.)

Definition at line 28 of file us_solute.h.

double US_Solute::k

Frictional ratio.

Definition at line 25 of file us_solute.h.

double US_Solute::s

Sedimentation value.

Definition at line 24 of file us_solute.h.

double US_Solute::v

Vbar.

Definition at line 27 of file us_solute.h.

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

• us_solute.h
• us_solute.cpp