larcfm::Vertical Class Reference

#include <Vertical.h>

Public Member Functions
	Vertical ()
	Vertical (const double vz)
bool	undef () const
Vertical	add_this (const double vz)
bool	operator== (const Vertical &v) const
bool	operator!= (const Vertical &v) const
std::string	toString ()

Static Public Member Functions
static const Vertical &	NoVerticalSolution ()
static bool	almost_vertical_los (const double sz, const double H)
static double	Theta_H (const double sz, const double v, const int eps, const double H)
static double	time_coalt (double sz, double vz)
static double	vmd (double sz, double vz, double T)
static Vertical	vs_circle (const Vect3 &s, const Vect3 &vo, const Vect3 &vi, const int eps, const double D, const double H)
static Vertical	vs_circle_at (const double sz, const double viz, const double t, const int eps, const int dir, const double H)
static Vertical	vs_los_recovery (const Vect3 &s, const Vect3 &vo, const Vect3 &vi, const double H, const double t, int epsv)

Public Attributes
double	z

Private Attributes
bool	udef

Detailed Description

Vertical solution

Constructor & Destructor Documentation

Vertical() [1/2]

larcfm::Vertical::Vertical

(

)

Construct a vertical solution

Vertical() [2/2]

larcfm::Vertical::Vertical ( const double  vz )

explicit

Construct a vertical solution

Member Function Documentation

add_this()

Vertical larcfm::Vertical::add_this

(

const double

vz

)

method

NoVerticalSolution()

const Vertical & larcfm::Vertical::NoVerticalSolution ( )

static

"Solution" indicating no solution

operator!=()

bool larcfm::Vertical::operator!=

(

const Vertical &

v

)

const

Is any component not exactly equal

operator==()

bool larcfm::Vertical::operator==

(

const Vertical &

v

)

const

Exact equality

undef()

bool larcfm::Vertical::undef

(

)

const

Is this solution undefined?

vs_circle()

Vertical larcfm::Vertical::vs_circle ( const Vect3 &  s, const Vect3 &  vo, const Vect3 &  vi, const int  eps, const double  D, const double  H  )

static

Solve the following equation on vz: sz+t*vz = eps*H,

where t = Theta_D(s,v,eps). eps determines the bottom, i.e.,-1, or top, i.e., 1, circle.

Member Data Documentation

z

double larcfm::Vertical::z

z solution

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

• Modules/ACCoRD/inc/Vertical.h
• Modules/ACCoRD/src/Vertical.cpp