pot.c File Reference

#include "libgravix2/pot.h"
#include <math.h>
#include <stddef.h>
#include "libgravix2/api.h"
#include "libgravix2/config.h"
#include "libgravix2/linalg.h"
#include "libgravix2/planet.h"
#include "libgravix2/constants.h"
#include "libgravix2/helpers.h"

Include dependency graph for pot.c:

Functions
void	grvx_gradV (struct GrvxVec3D *x, const struct GrvxPlanets *planets)
	Gradient of the potential at position q. More...
double	grvx_min_dist (const struct GrvxVec3D *x, const struct GrvxPlanets *planets)
	Minimal distance to any planet. More...
double	grvx_v_esc (void)
	Escape velocity \(p_\pi\) for isolated planets. More...
double	grvx_v_scrcl (double r)
	Velocity of a missile on a small circle for isolated planets. More...

Function Documentation

grvx_gradV()

void grvx_gradV	(	struct GrvxVec3D *	q,
		const struct GrvxPlanets *	planets
	)

Gradient of the potential at position q.

The gradient is evaluated at position q and the resulting vectors is stored in q.

Parameters

q	The position where the gradient is evaluated. The result overwrites this variable.
planets	Planets that generate the force field.

Here is the call graph for this function:

grvx_min_dist()

double grvx_min_dist	(	const struct GrvxVec3D *	q,
		const struct GrvxPlanets *	planets
	)

Minimal distance to any planet.

Parameters

q	The position of the missile.
planets	Planets that generate the force field.

Returns

Cosine of smallest angle between q and any planet.

Here is the call graph for this function:

Here is the caller graph for this function: