nmx::apps::x130::X130 Class Reference

The X130 class Gravitationsfeld zweier Massen. More...

#include <x130.h>

Inheritance diagram for nmx::apps::x130::X130:

Public Member Functions
	X130 (double m1, double m2, double d, double m3=1, double xlim=5, double dx=1, double ylim=5, double dy=1)
	X130 Konstruktor. More...
auto	force1 (const Vector &v) const
	force1 Berechnung der Kraft von m1 auf die Probemasse More...
auto	force2 (const Vector &v) const
	force2 Berechnung der Kraft von m2 auf die Probemasse More...
void	exec ()
	exec Berechnung der normierten Kraftvektoren More...
void	save_data () const
	save_data Speicherung der Daten, z.B. -1 -1 5 8 More...
Public Member Functions inherited from nmx::XModel
	XModel ()=delete
	XModelBase kein Standardkonstruktor. More...
	XModel (const char *name)
	XModelBase Konstruktor. More...

Public Attributes
const double	m1
const double	m2
const double	m3
const double	d
const double	dx
const double	dy
const double	xlim
const double	ylim

Additional Inherited Members
Static Public Member Functions inherited from nmx::XModel
static std::ofstream	get_output_stream (Format fmt)
	get_output_stream More...
template<class T >
static std::ofstream	get_output_stream (Format fmt, const T &id)
	get_output_stream More...
template<class T >
static void	save (const T &data, Format fmt)
	save Speicherung von Daten in eine Datei More...
template<class T , class ID >
static void	save (const T &data, Format fmt, const ID &id)
	save Speicherung von Daten in eine Datei More...
static std::string	class_name ()
	class_name More...

Detailed Description

The X130 class Gravitationsfeld zweier Massen.

Definition at line 13 of file x130.h.

Constructor & Destructor Documentation

X130()

nmx::apps::x130::X130::X130 ( double  m1, double  m2, double  d, double  m3 = 1, double  xlim = 5, double  dx = 1, double  ylim = 5, double  dy = 1  )

inline

X130 Konstruktor.

Parameters

m1	Masse 1 (Quelle)
m2	Masse 2 (Quelle)
d	Abstand zwischen m1 und m2
m3	Probemasse
xlim	Darstellung von [-xlim,xlim]
dx	Schrittweite in x-Richtung
ylim	Darstellung von [-ylim,ylim]
dy	Schrittweite in y-Richtung

Definition at line 45 of file x130.h.

Member Function Documentation

exec()

void nmx::apps::x130::X130::exec ( )

inline

exec Berechnung der normierten Kraftvektoren

Definition at line 88 of file x130.h.

force1()

auto nmx::apps::x130::X130::force1 ( const Vector &  v ) const

inline

force1 Berechnung der Kraft von m1 auf die Probemasse

Parameters

v	Ortsvektor der Probemasse

Returns

Kraft

Definition at line 58 of file x130.h.

force2()

auto nmx::apps::x130::X130::force2 ( const Vector &  v ) const

inline

force2 Berechnung der Kraft von m2 auf die Probemasse

Parameters

v	Ortsvektor der Probemasse

Returns

Kraft

Definition at line 74 of file x130.h.

save_data()

void nmx::apps::x130::X130::save_data ( ) const

inline

save_data Speicherung der Daten, z.B. -1 -1 5 8

Definition at line 121 of file x130.h.

Member Data Documentation

d

const double nmx::apps::x130::X130::d

Definition at line 29 of file x130.h.

dx

const double nmx::apps::x130::X130::dx

Definition at line 29 of file x130.h.

dy

const double nmx::apps::x130::X130::dy

Definition at line 29 of file x130.h.

m1

const double nmx::apps::x130::X130::m1

Definition at line 28 of file x130.h.

m2

const double nmx::apps::x130::X130::m2

Definition at line 28 of file x130.h.

m3

const double nmx::apps::x130::X130::m3

Definition at line 28 of file x130.h.

xlim

const double nmx::apps::x130::X130::xlim

Definition at line 30 of file x130.h.

ylim

const double nmx::apps::x130::X130::ylim

Definition at line 30 of file x130.h.

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

• apps/x130.h