() More...

Functions
void	des_profile (const Scalar &uu, double r_min, double r_max, double theta, double phi, const char nomy=0x0, const char title=0x0, bool draw_bound=true)
	Draws the profile of a `Scalar` along some radial axis determined by a fixed value of $(\theta, \phi)$ (version with x-axis labelled with Lorene's unit of length) More...

void	des_profile (const Scalar &uu, double r_min, double r_max, double scale, double theta, double phi, const char nomx=0x0, const char nomy=0x0, const char *title=0x0, bool draw_bound=true)
	Draws the profile of a `Scalar` along some radial axis determined by a fixed value of $(\theta, \phi)$ (general version) More...

void	des_profile_mult (const Scalar *uu, int nprof, double r_min, double r_max, const double theta, const double phi, double radial_scale=1, bool closeit=true, const char nomy=0x0, const char title=0x0, int ngraph=0, const char nomx=0x0, const int line_style=0x0, const char device=0x0, bool draw_bound=true)
	Draws the profile of `Scalar` 's along some radial axis determined by a fixed value of $(\theta, \phi)$ . More...

void	des_points (const Scalar &uu, double theta=0, double phi=0, const char nomy=0x0, const char title=0x0, bool draw_bound=true)
	Draws the grid points of a `Scalar` along some radial axis determined by a fixed value of $(\theta, \phi)$ (version with x-axis labelled with Lorene's unit of length) More...

void	des_points (const Scalar &uu, double scale, double theta=0, double phi=0, const char nomx=0x0, const char nomy=0x0, const char *title=0x0, bool draw_bound=true)
	Draws the grid points of a `Scalar` along some radial axis determined by a fixed value of $(\theta, \phi)$ (general version) More...

void	save_profile (const Scalar &uu, double r_min, double r_max, double theta, double phi, const char *filename)
	Saves in a file the profile of a `Scalar` along some radial axis determined by a fixed value of $(\theta, \phi)$ . More...

void	des_meridian (const Scalar &uu, double r_min, double r_max, const char nomy, int ngraph, const char device=0x0, bool closeit=false, bool draw_bound=true)
	Draws 5 profiles of a scalar field along various radial axes in two meridional planes $\phi=0$ and $\phi=\pi/4$ . More...

void	des_profile_log (const Scalar &uu, double r_min, double r_max, double theta, double phi, double pzero=1.e-16, const char nomy=0x0, const char title=0x0, bool draw_bound=true)
	Draws the profile of a `Scalar` 's absolute value in log10 scale, along some radial axis determined by a fixed value of $(\theta, \phi)$ , with x-axis labelled with Lorene's unit of length. More...

void	des_prof_mult_log (const Scalar *uu, int nprof, double r_min, double r_max, const double theta, const double phi, double pzero=1.e-16, double radial_scale=1, bool closeit=true, const char nomy=0x0, const char title=0x0, int ngraph=0, const char nomx=0x0, const int line_style=0x0, const char device=0x0, bool draw_bound=true)
	Draws the profile of `Scalar` 's absolute value in log10 scale, along some radial axis determined by a fixed value of $(\theta, \phi)$ . More...

void	des_meridian_log (const Scalar &uu, double r_min, double r_max, const char nomy, int ngraph, double pzero=1.e-16, const char device=0x0, bool closeit=false, bool draw_bound=true)
	Draws 5 profiles of the absolute value of a scalar field in log10 scale along various radial directions. More...

void	des_surface_x (const Scalar &defsurf, double x0, const char device=0x0, int newgraph=3, double y_min=-1, double y_max=1, double z_min=-1, double z_max=1, const char nomy=0x0, const char nomz=0x0, const char title=0x0, int nxpage=1, int nypage=1)
	Basic routine for drawing a stellar surface in a plane X=constant. More...

void	des_surface_y (const Scalar &defsurf, double y0, const char device=0x0, int newgraph=3, double x_min=-1, double x_max=1, double z_min=-1, double z_max=1, const char nomx=0x0, const char nomz=0x0, const char title=0x0, int nxpage=1, int nypage=1)
	Basic routine for drawing a stellar surface in a plane Y=constant. More...

void	des_surface_z (const Scalar &defsurf, double z0, const char device=0x0, int newgraph=3, double x_min=-1, double x_max=1, double y_min=-1, double y_max=1, const char nomx=0x0, const char nomz=0x0, const char title=0x0, int nxpage=1, int nypage=1)
	Basic routine for drawing a stellar surface in a plane Z=constant. More...

void	des_coupe_x (const Scalar &uu, double x0, int nzdes, const char title=0x0, const Scalar defsurf=0x0, double zoom=1.2, bool draw_bound=true, int ncour=15, int ny=100, int nz=100)
	Draws isocontour lines of a `Scalar` in a plane X=constant. More...

void	des_coupe_x (const Scalar &uu, double x0, double y_min, double y_max, double z_min, double z_max, const char title=0x0, const Scalar defsurf=0x0, bool draw_bound=true, int ncour=15, int ny=100, int nz=100)
	Draws isocontour lines of a `Scalar` in a plane X=constant within a specified graphic window. More...

void	des_coupe_y (const Scalar &uu, double y0, int nzdes, const char title=0x0, const Scalar defsurf=0x0, double zoom=1.2, bool draw_bound=true, int ncour=15, int nx=100, int nz=100)
	Draws isocontour lines of a `Scalar` in a plane Y=constant. More...

void	des_coupe_y (const Scalar &uu, double y0, double x_min, double x_max, double z_min, double z_max, const char title=0x0, const Scalar defsurf=0x0, bool draw_bound=true, int ncour=15, int nx=100, int nz=100)
	Draws isocontour lines of a `Scalar` in a plane Y=constant within a specified graphic window. More...

void	des_coupe_z (const Scalar &uu, double z0, int nzdes, const char title=0x0, const Scalar defsurf=0x0, double zoom=1.2, bool draw_bound=true, int ncour=15, int nx=100, int ny=100)
	Draws isocontour lines of a `Scalar` in a plane Z=constant. More...

void	des_coupe_z (const Scalar &uu, double z0, double x_min, double x_max, double y_min, double y_max, const char title=0x0, const Scalar defsurf=0x0, bool draw_bound=true, int ncour=15, int nx=100, int ny=100)
	Draws isocontour lines of a `Scalar` in a plane Z=constant within a specified graphic window. More...

Detailed Description

()

Function Documentation

◆ des_coupe_x() [1/2]

void des_coupe_x	(	const Scalar &	uu,
		double	x0,
		int	nzdes,
		const char *	title = `0x0`,
		const Scalar *	defsurf = `0x0`,
		double	zoom = `1.2`,
		bool	draw_bound = `true`,
		int	ncour = `15`,
		int	ny = `100`,
		int	nz = `100`
	)

Draws isocontour lines of a Scalar in a plane X=constant.

X is the Cartesian coordinate relative to the absolute frame.
Solid (resp. dashed) lines correspond to positive (resp. negative) values of the field.

Parameters

uu	[input] `Scalar` to be drawn
x0	[input] value of the coordinate X which defines the plane of the drawing
nzdes	[input] number of domains for which the plot is performed: the size of the graphic window is determined so that the `nzdes` innermost domains fit in it (for `zoom` = 1.)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
defsurf	[input] pointer on a `Scalar` giving the definition of the surface: the surface is defined as the location where this `Scalar` vanishes (default value = 0x0, corresponds to no surface plot)
zoom	[input] Factor by which the size of the graphic window (determined from the size of the `nzdes` innermost domains) is multiplied (default value = 1.2)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)
ncour	[input] number of isocontour lines (default value = 15)
ny	[input] number of points in the Y direction (default value = 100)
nz	[input] number of points in the Z direction (default value = 100)

◆ des_coupe_x() [2/2]

void des_coupe_x	(	const Scalar &	uu,
		double	x0,
		double	y_min,
		double	y_max,
		double	z_min,
		double	z_max,
		const char *	title = `0x0`,
		const Scalar *	defsurf = `0x0`,
		bool	draw_bound = `true`,
		int	ncour = `15`,
		int	ny = `100`,
		int	nz = `100`
	)

Draws isocontour lines of a Scalar in a plane X=constant within a specified graphic window.

X is the Cartesian coordinate relative to the absolute frame.
Solid (resp. dashed) lines correspond to positive (resp. negative) values of the field.

Parameters

uu	[input] `Scalar` to be drawn
x0	[input] value of the coordinate X which defines the plane of the drawing
y_min	[input] lowest value of absol. coord. Y
y_max	[input] highest value of absol. coord. Y
z_min	[input] lowest value of absol. coord. Z
z_max	[input] highest value of absol. coord. Z
title	[input] title of the figure (default value = 0x0, corresponds to no title)
defsurf	[input] pointer on a `Scalar` giving the definition of the surface: the surface is defined as the location where this `Scalar` vanishes (default value = 0x0, corresponds to no surface plot)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)
ncour	[input] number of isocontour lines (default value = 15)
ny	[input] number of points in the Y direction (default value = 100)
nz	[input] number of points in the Z direction (default value = 100)

◆ des_coupe_y() [1/2]

void des_coupe_y	(	const Scalar &	uu,
		double	y0,
		int	nzdes,
		const char *	title = `0x0`,
		const Scalar *	defsurf = `0x0`,
		double	zoom = `1.2`,
		bool	draw_bound = `true`,
		int	ncour = `15`,
		int	nx = `100`,
		int	nz = `100`
	)

Draws isocontour lines of a Scalar in a plane Y=constant.

Y is the Cartesian coordinate relative to the absolute frame.
Solid (resp. dashed) lines correspond to positive (resp. negative) values of the field.

Parameters

uu	[input] `Scalar` to be drawn
y0	[input] value of the coordinate Y which defines the plane of the drawing
nzdes	[input] number of domains for which the plot is performed: the size of the graphic window is determined so that the `nzdes` innermost domains fit in it (for `zoom` = 1.)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
defsurf	[input] pointer on a `Scalar` giving the definition of the surface: the surface is defined as the location where this `Scalar` vanishes (default value = 0x0, corresponds to no surface plot)
zoom	[input] Factor by which the size of the graphic window (determined from the size of the `nzdes` innermost domains) is multiplied (default value = 1.2)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)
ncour	[input] number of isocontour lines (default value = 15)
nx	[input] number of points in the X direction (default value = 100)
nz	[input] number of points in the Z direction (default value = 100)

◆ des_coupe_y() [2/2]

void des_coupe_y	(	const Scalar &	uu,
		double	y0,
		double	x_min,
		double	x_max,
		double	z_min,
		double	z_max,
		const char *	title = `0x0`,
		const Scalar *	defsurf = `0x0`,
		bool	draw_bound = `true`,
		int	ncour = `15`,
		int	nx = `100`,
		int	nz = `100`
	)

Draws isocontour lines of a Scalar in a plane Y=constant within a specified graphic window.

Y is the Cartesian coordinate relative to the absolute frame.
Solid (resp. dashed) lines correspond to positive (resp. negative) values of the field.

Parameters

uu	[input] `Scalar` to be drawn
y0	[input] value of the coordinate Y which defines the plane of the drawing
x_min	[input] lowest value of absol. coord. X
x_max	[input] highest value of absol. coord. X
z_min	[input] lowest value of absol. coord. Z
z_max	[input] highest value of absol. coord. Z
title	[input] title of the figure (default value = 0x0, corresponds to no title)
defsurf	[input] pointer on a `Scalar` giving the definition of the surface: the surface is defined as the location where this `Scalar` vanishes (default value = 0x0, corresponds to no surface plot)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)
ncour	[input] number of isocontour lines (default value = 15)
nx	[input] number of points in the X direction (default value = 100)
nz	[input] number of points in the Z direction (default value = 100)

◆ des_coupe_z() [1/2]

void des_coupe_z	(	const Scalar &	uu,
		double	z0,
		int	nzdes,
		const char *	title = `0x0`,
		const Scalar *	defsurf = `0x0`,
		double	zoom = `1.2`,
		bool	draw_bound = `true`,
		int	ncour = `15`,
		int	nx = `100`,
		int	ny = `100`
	)

Draws isocontour lines of a Scalar in a plane Z=constant.

Z is the Cartesian coordinate relative to the absolute frame.
Solid (resp. dashed) lines correspond to positive (resp. negative) values of the field.

Parameters

uu	[input] `Scalar` to be drawn
z0	[input] value of the coordinate Z which defines the plane of the drawing
nzdes	[input] number of domains for which the plot is performed: the size of the graphic window is determined so that the `nzdes` innermost domains fit in it (for `zoom` = 1.)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
defsurf	[input] pointer on a `Scalar` giving the definition of the surface: the surface is defined as the location where this `Scalar` vanishes (default value = 0x0, corresponds to no surface plot)
zoom	[input] Factor by which the size of the graphic window (determined from the size of the `nzdes` innermost domains) is multiplied (default value = 1.2)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)
ncour	[input] number of isocontour lines (default value = 15)
nx	[input] number of points in the X direction (default value = 100)
ny	[input] number of points in the Y direction (default value = 100)

◆ des_coupe_z() [2/2]

void des_coupe_z	(	const Scalar &	uu,
		double	z0,
		double	x_min,
		double	x_max,
		double	y_min,
		double	y_max,
		const char *	title = `0x0`,
		const Scalar *	defsurf = `0x0`,
		bool	draw_bound = `true`,
		int	ncour = `15`,
		int	nx = `100`,
		int	ny = `100`
	)

Draws isocontour lines of a Scalar in a plane Z=constant within a specified graphic window.

Z is the Cartesian coordinate relative to the absolute frame.
Solid (resp. dashed) lines correspond to positive (resp. negative) values of the field.

Parameters

uu	[input] `Scalar` to be drawn
z0	[input] value of the coordinate Z which defines the plane of the drawing
x_min	[input] lowest value of absol. coord. X
x_max	[input] highest value of absol. coord. X
y_min	[input] lowest value of absol. coord. Y
y_max	[input] highest value of absol. coord. Y
title	[input] title of the figure (default value = 0x0, corresponds to no title)
defsurf	[input] pointer on a `Scalar` giving the definition of the surface: the surface is defined as the location where this `Scalar` vanishes (default value = 0x0, corresponds to no surface plot)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)
ncour	[input] number of isocontour lines (default value = 15)
nx	[input] number of points in the X direction (default value = 100)
ny	[input] number of points in the Y direction (default value = 100)

◆ des_meridian()

void des_meridian	(	const Scalar &	uu,
		double	r_min,
		double	r_max,
		const char *	nomy,
		int	ngraph,
		const char *	device = `0x0`,
		bool	closeit = `false`,
		bool	draw_bound = `true`
	)

Draws 5 profiles of a scalar field along various radial axes in two meridional planes $\phi=0$ and $\phi=\pi/4$ .

For $\phi=0$ , 3 profiles are drawn, corresponding to $\theta=0,\ \pi/4,\ \pi/2$ , whereas for $\phi=\pi/4$ , 2 profiles are drawn, corresponding to $\theta=0,\ \pi/4$ .

Parameters

uu	[input] Scalar field to be drawn
r_min	[input] Minimal value of r for the drawing
r_max	[input] Maximal value of r for the drawing
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
ngraph	[input] Index of the graphic device (in the range [0,99]) to be used for the plot: if this device has never been used or is closed, it will be opened.
device	[input] type of PGPLOT device: 0x0 (default value) will result in interactive choice; `"/xwin"` in X-Window display; `"filename.eps/cps"` in Encapsulated PostScript output and `"/n"` in no output.
closeit	[input] determines whether the graphic device must be closed or not after the plot has been performed
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_meridian_log()

void des_meridian_log	(	const Scalar &	uu,
		double	r_min,
		double	r_max,
		const char *	nomy,
		int	ngraph,
		double	pzero = `1.e-16`,
		const char *	device = `0x0`,
		bool	closeit = `false`,
		bool	draw_bound = `true`
	)

Draws 5 profiles of the absolute value of a scalar field in log10 scale along various radial directions.

This is done in two meridional planes $\phi=0$ and $\phi=\pi/4$ . For $\phi=0$ , 3 profiles are drawn, corresponding to $\theta=0,\ \pi/4,\ \pi/2$ , whereas for $\phi=\pi/4$ , 2 profiles are drawn, corresponding to $\theta=0,\ \pi/4$ .

Parameters

uu	[input] Scalar field to be drawn
r_min	[input] Minimal value of r for the drawing
r_max	[input] Maximal value of r for the drawing
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
ngraph	[input] Index of the graphic device (in the range [0,99]) to be used for the plot: if this device has never been used or is closed, it will be opened.
pzero	[input] threshold value for taking the logarithm; all values of the field lower than p_zero shall be set to pzero.
device	[input] type of PGPLOT device: 0x0 (default value) will result in interactive choice; `"/xwin"` in X-Window display; `"filename.eps/cps"` in Encapsulated PostScript output and `"/n"` in no output.
closeit	[input] determines whether the graphic device must be closed or not after the plot has been performed
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_points() [1/2]

void des_points	(	const Scalar &	uu,
		double	theta = `0`,
		double	phi = `0`,
		const char *	nomy = `0x0`,
		const char *	title = `0x0`,
		bool	draw_bound = `true`
	)

Draws the grid points of a Scalar along some radial axis determined by a fixed value of $(\theta, \phi)$ (version with x-axis labelled with Lorene's unit of length)

Parameters

uu	[input] `Scalar` to be drawn
theta	[input] Value of $\theta$ which defines the profile axis
phi	[input] Value of $\phi$ which defines the profile axis
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_points() [2/2]

void des_points	(	const Scalar &	uu,
		double	scale,
		double	theta = `0`,
		double	phi = `0`,
		const char *	nomx = `0x0`,
		const char *	nomy = `0x0`,
		const char *	title = `0x0`,
		bool	draw_bound = `true`
	)

Draws the grid points of a Scalar along some radial axis determined by a fixed value of $(\theta, \phi)$ (general version)

Parameters

uu	[input] `Scalar` to be drawn
scale	scale factor for the radius in the plot
theta	[input] Value of $\theta$ which defines the profile axis
phi	[input] Value of $\phi$ which defines the profile axis
nomx	[input] x legend of the figure (default value = 0x0, corresponds to no x legend)
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_prof_mult_log()

void des_prof_mult_log	(	const Scalar **	uu,
		int	nprof,
		double	r_min,
		double	r_max,
		const double *	theta,
		const double *	phi,
		double	pzero = `1.e-16`,
		double	radial_scale = `1`,
		bool	closeit = `true`,
		const char *	nomy = `0x0`,
		const char *	title = `0x0`,
		int	ngraph = `0`,
		const char *	nomx = `0x0`,
		const int *	line_style = `0x0`,
		const char *	device = `0x0`,
		bool	draw_bound = `true`
	)

Draws the profile of Scalar 's absolute value in log10 scale, along some radial axis determined by a fixed value of $(\theta, \phi)$ .

Parameters

uu	[input] Array (size `nprof` ) containing the addresses of the `Scalar` to be drawn
nprof	[input] Number of `Scalar` 's to be drawn
r_min	[input] Minimal value of r for the drawing
r_max	[input] Maximal value of r for the drawing
theta	[input] Array (size `nprof` ) of the values of $\theta$ defining the profile axis for each plot: the line no.`i` represents the scalar `uu`[i] along the direction (theta[i],phi[i])
phi	[input] Array (size `nprof` ) of the values of $\phi$ defining the profile axis for each plot: the line no.`i` represents the scalar `uu`[i] along the direction (theta[i],phi[i])
pzero	[input] threshold value for taking the logarithm; all values of the field lower than p_zero shall be set to pzero.
radial_scale	[input] factor by which the values of `r` are to be multiplied to get the abscidia scale
closeit	[input] determines whether the graphic device must be closed or not after the plot has been performed
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
ngraph	[input] Index of the graphic device (in the range [0,99]) to be used for the plot: if this device has never been used or is closed, it will be opened.
nomx	[input] x legend of the figure (default value = 0x0, corresponds to "r")
line_style	[input] Array (size `nprof` ) defining the line style for each plot: the possible values are `line_style`[i] = 1 (full line), 2 (dashed), 3 (dot-dash-dot-dash), 4 (dotted), 5 (dash-dot-dot-dot). The default value = 0x0 corresponds to a cyclic sequence of the above styles.
device	[input] type of PGPLOT device: 0x0 (default value) will result in interactive choice; `"/xwin"` in X-Window display; `"filename.eps/cps"` in Encapsulated PostScript output and `"/n"` in no output.
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_profile() [1/2]

void des_profile	(	const Scalar &	uu,
		double	r_min,
		double	r_max,
		double	theta,
		double	phi,
		const char *	nomy = `0x0`,
		const char *	title = `0x0`,
		bool	draw_bound = `true`
	)

Draws the profile of a Scalar along some radial axis determined by a fixed value of $(\theta, \phi)$ (version with x-axis labelled with Lorene's unit of length)

Parameters

uu	[input] `Scalar` to be drawn
r_min	[input] Minimal value of r for the drawing
r_max	[input] Maximal value of r for the drawing
theta	[input] Value of $\theta$ which defines the profile axis
phi	[input] Value of $\phi$ which defines the profile axis
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_profile() [2/2]

void des_profile	(	const Scalar &	uu,
		double	r_min,
		double	r_max,
		double	scale,
		double	theta,
		double	phi,
		const char *	nomx = `0x0`,
		const char *	nomy = `0x0`,
		const char *	title = `0x0`,
		bool	draw_bound = `true`
	)

Draws the profile of a Scalar along some radial axis determined by a fixed value of $(\theta, \phi)$ (general version)

Parameters

uu	[input] `Scalar` to be drawn
r_min	[input] Minimal value of r for the drawing
r_max	[input] Maximal value of r for the drawing
scale	scale factor for the radius in the plot
theta	[input] Value of $\theta$ which defines the profile axis
phi	[input] Value of $\phi$ which defines the profile axis
nomx	[input] x legend of the figure (default value = 0x0, corresponds to no x legend)
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_profile_log()

void des_profile_log	(	const Scalar &	uu,
		double	r_min,
		double	r_max,
		double	theta,
		double	phi,
		double	pzero = `1.e-16`,
		const char *	nomy = `0x0`,
		const char *	title = `0x0`,
		bool	draw_bound = `true`
	)

Draws the profile of a Scalar 's absolute value in log10 scale, along some radial axis determined by a fixed value of $(\theta, \phi)$ , with x-axis labelled with Lorene's unit of length.

Parameters

uu	[input] `Scalar` to be drawn
r_min	[input] Minimal value of r for the drawing
r_max	[input] Maximal value of r for the drawing
theta	[input] Value of $\theta$ which defines the profile axis
phi	[input] Value of $\phi$ which defines the profile axis
pzero	[input] threshold value for taking the logarithm; all values of the field lower than p_zero shall be set to pzero.
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_profile_mult()

void des_profile_mult	(	const Scalar **	uu,
		int	nprof,
		double	r_min,
		double	r_max,
		const double *	theta,
		const double *	phi,
		double	radial_scale = `1`,
		bool	closeit = `true`,
		const char *	nomy = `0x0`,
		const char *	title = `0x0`,
		int	ngraph = `0`,
		const char *	nomx = `0x0`,
		const int *	line_style = `0x0`,
		const char *	device = `0x0`,
		bool	draw_bound = `true`
	)

Draws the profile of Scalar 's along some radial axis determined by a fixed value of $(\theta, \phi)$ .

Parameters

uu	[input] Array (size `nprof` ) containing the addresses of the `Scalar` to be drawn
nprof	[input] Number of `Scalar` 's to be drawn
r_min	[input] Minimal value of r for the drawing
r_max	[input] Maximal value of r for the drawing
theta	[input] Array (size `nprof` ) of the values of $\theta$ defining the profile axis for each plot: the line no.`i` represents the scalar `uu`[i] along the direction (theta[i],phi[i])
phi	[input] Array (size `nprof` ) of the values of $\phi$ defining the profile axis for each plot: the line no.`i` represents the scalar `uu`[i] along the direction (theta[i],phi[i])
radial_scale	[input] factor by which the values of `r` are to be multiplied to get the abscidia scale
closeit	[input] determines whether the graphic device must be closed or not after the plot has been performed
nomy	[input] y legend of the figure (default value = 0x0, corresponds to no y legend)
title	[input] title of the figure (default value = 0x0, corresponds to no title)
ngraph	[input] Index of the graphic device (in the range [0,99]) to be used for the plot: if this device has never been used or is closed, it will be opened.
nomx	[input] x legend of the figure (default value = 0x0, corresponds to "r")
line_style	[input] Array (size `nprof` ) defining the line style for each plot: the possible values are `line_style`[i] = 1 (full line), 2 (dashed), 3 (dot-dash-dot-dash), 4 (dotted), 5 (dash-dot-dot-dot). The default value = 0x0 corresponds to a cyclic sequence of the above styles.
device	[input] type of PGPLOT device: 0x0 (default value) will result in interactive choice; `"/xwin"` in X-Window display; `"filename.eps/cps"` in Encapsulated PostScript output and `"/n"` in no output.
draw_bound	[input] true for drawing the boundaries of the various domains (default value = true)

◆ des_surface_x()

void des_surface_x	(	const Scalar &	defsurf,
		double	x0,
		const char *	device = `0x0`,
		int	newgraph = `3`,
		double	y_min = `-1`,
		double	y_max = `1`,
		double	z_min = `-1`,
		double	z_max = `1`,
		const char *	nomy = `0x0`,
		const char *	nomz = `0x0`,
		const char *	title = `0x0`,
		int	nxpage = `1`,
		int	nypage = `1`
	)

Basic routine for drawing a stellar surface in a plane X=constant.

X is the Cartesian coordinate relative to the absolute frame.
The surface to be drawn is defined as the location where a given scalar field vanishes.

Parameters

defsurf	[input] field defining the surface: the surface is defined as the location where this `Scalar` vanishes
x0	[input] value of the absolute coordinate X which defines the plane of the drawing
device	[input] PGPLOT device (default value = 0x0)
newgraph	[input] controls the opening/closing of the graphic device: 0 : does nothing (the device must be already opened) 1 : opens the device but does not close it at the end 2 : closes the device at the end but does not open it at the beginning 3 (default value) : opens and closes the device
y_min	[input] lowest value of absol. coord. Y (default value = -1)
y_max	[input] highest value of absol. coord. Y (default value = 1)
z_min	[input] lowest value of absol. coord. Z (default value = -1)
z_max	[input] highest value of absol. coord. Z (default value = 1)
nomy	[input] y legend of the figure (default value = 0x0)
nomz	[input] z legend of the figure (default value = 0x0)
title	[input] title of the figure (default value = 0x0)
nxpage	[input] number of graphs in the horizontal direction of the display window (meaningfull only if `newgraph` = 1 or 3) (default value = 1)
nypage	[input] number of graphs in the vertical direction of the display window (meaningfull only if `newgraph` = 1 or 3) (default value = 1)

◆ des_surface_y()

void des_surface_y	(	const Scalar &	defsurf,
		double	y0,
		const char *	device = `0x0`,
		int	newgraph = `3`,
		double	x_min = `-1`,
		double	x_max = `1`,
		double	z_min = `-1`,
		double	z_max = `1`,
		const char *	nomx = `0x0`,
		const char *	nomz = `0x0`,
		const char *	title = `0x0`,
		int	nxpage = `1`,
		int	nypage = `1`
	)

Basic routine for drawing a stellar surface in a plane Y=constant.

Y is the Cartesian coordinate relative to the absolute frame.
The surface to be drawn is defined as the location where a given scalar field vanishes.

Parameters

defsurf	[input] field defining the surface: the surface is defined as the location where this `Scalar` vanishes
y0	[input] value of the coordinate Y which defines the plane of the drawing
device	[input] PGPLOT device (default value = 0x0)
newgraph	[input] controls the opening/closing of the graphic device: 0 : does nothing (the device must be already opened) 1 : opens the device but does not close it at the end 2 : closes the device at the end but does not open it at the beginning 3 (default value) : opens and closes the device
x_min	[input] lowest value of absol. coord. X (default value = -1)
x_max	[input] highest value of absol. coord. X (default value = 1)
z_min	[input] lowest value of absol. coord. Z (default value = -1)
z_max	[input] highest value of absol. coord. Z (default value = 1)
nomx	[input] x legend of the figure (default value = 0x0)
nomz	[input] z legend of the figure (default value = 0x0)
title	[input] title of the figure (default value = 0x0)
nxpage	[input] number of graphs in the horizontal direction of the display window (meaningfull only if `newgraph` = 1 or 3) (default value = 1)
nypage	[input] number of graphs in the vertical direction of the display window (meaningfull only if `newgraph` = 1 or 3) (default value = 1)

◆ des_surface_z()

void des_surface_z	(	const Scalar &	defsurf,
		double	z0,
		const char *	device = `0x0`,
		int	newgraph = `3`,
		double	x_min = `-1`,
		double	x_max = `1`,
		double	y_min = `-1`,
		double	y_max = `1`,
		const char *	nomx = `0x0`,
		const char *	nomz = `0x0`,
		const char *	title = `0x0`,
		int	nxpage = `1`,
		int	nypage = `1`
	)

Basic routine for drawing a stellar surface in a plane Z=constant.

Z is the Cartesian coordinate relative to the absolute frame.
The surface to be drawn is defined as the location where a given scalar field vanishes.

Parameters

defsurf	[input] field defining the surface: the surface is defined as the location where this `Scalar` vanishes
z0	[input] value of the coordinate Z which defines the plane of the drawing
device	[input] PGPLOT device (default value = 0x0)
newgraph	[input] controls the opening/closing of the graphic device: 0 : does nothing (the device must be already opened) 1 : opens the device but does not close it at the end 2 : closes the device at the end but does not open it at the beginning 3 (default value) : opens and closes the device
x_min	[input] lowest value of absol. coord. X (default value = -1)
x_max	[input] highest value of absol. coord. X (default value = 1)
y_min	[input] lowest value of absol. coord. Y (default value = -1)
y_max	[input] highest value of absol. coord. Y (default value = 1)
nomx	[input] x legend of the figure (default value = 0x0)
nomy	[input] y legend of the figure (default value = 0x0)
title	[input] title of the figure (default value = 0x0)
nxpage	[input] number of graphs in the horizontal direction of the display window (meaningfull only if `newgraph` = 1 or 3) (default value = 1)
nypage	[input] number of graphs in the vertical direction of the display window (meaningfull only if `newgraph` = 1 or 3) (default value = 1)

◆ save_profile()

void save_profile	(	const Scalar &	uu,
		double	r_min,
		double	r_max,
		double	theta,
		double	phi,
		const char *	filename
	)

Saves in a file the profile of a Scalar along some radial axis determined by a fixed value of $(\theta, \phi)$ .

Parameters

uu	[input] `Scalar` to be drawn
r_min	[input] Minimal value of r
r_max	[input] Maximal value of r
theta	[input] Value of $\theta$ which defines the profile axis
phi	[input] Value of $\phi$ which defines the profile axis
filename	[input] root of the filename

Functions

Detailed Description

Function Documentation

◆ des_coupe_x() [1/2]

◆ des_coupe_x() [2/2]

◆ des_coupe_y() [1/2]

◆ des_coupe_y() [2/2]

◆ des_coupe_z() [1/2]

◆ des_coupe_z() [2/2]

◆ des_meridian()

◆ des_meridian_log()

◆ des_points() [1/2]

◆ des_points() [2/2]

◆ des_prof_mult_log()

◆ des_profile() [1/2]

◆ des_profile() [2/2]

◆ des_profile_log()

◆ des_profile_mult()

◆ des_surface_x()

◆ des_surface_y()

◆ des_surface_z()

◆ save_profile()