Figure2D class, used for 2D display. More...

#include <codac2_Figure2D.h>

Collaboration diagram for codac2::Figure2D:

Public Member Functions
	Figure2D (const std::string &name, GraphicOutput o, bool set_as_default=false)
	Creates a new Figure2D object, with a given name and output.

const std::string &	name () const
	Getter for the name of the figure.

Index	size () const
	Getter for the size of the figure.

const std::vector< FigureAxis > &	axes () const
	Getter for the axes of the figure.

Figure2D &	set_axes (const FigureAxis &axis1, const FigureAxis &axis2)
	Setter for the axes of the figure.

const Index &	i () const
	Getter for the index of the horizontal axis.

const Index &	j () const
	Getter for the index of the vertical axis.

const Vector &	pos () const
	Getter for the position of the figure.

const Vector &	window_size () const
	getter for the size of the window

void	set_window_properties (const Vector &pos, const Vector &size)
	Setter for the position and size of the window.

void	center_viewbox (const Vector &c, const Vector &r)
	VIBes only: center the viewbox on a given point with a given radius.

void	clear ()
	Clears the figure.

double	scaled_unit () const
	Getter for the scaling factor of the figure.

void	auto_scale ()
	VIBes only: auto scale the figure.

bool	is_default () const

void	set_as_default ()
	Sets the figure as the default view.

void	set_tdomain (const Interval &tdomain)
	Setter for the time domain of the figure.

void	draw_point (const Vector &c, const StyleProperties &s=StyleProperties())
	Draws a point on the figure.

void	draw_box (const IntervalVector &x, const StyleProperties &s=StyleProperties())
	Draws a box on the figure.

void	draw_circle (const Vector &c, double r, const StyleProperties &s=StyleProperties())
	Draws a circle on the figure.

void	draw_ring (const Vector &c, const Interval &r, const StyleProperties &s=StyleProperties())
	Draws a ring on the figure.

void	draw_line (const Vector &p1, const Vector &p2, const StyleProperties &s=StyleProperties())
	Draws a line on the figure.

void	draw_line (const Segment &e, const StyleProperties &s=StyleProperties())
	Draws a line on the figure.

void	draw_arrow (const Vector &p1, const Vector &p2, float tip_length, const StyleProperties &s=StyleProperties())
	Draws an arrow on the figure.

void	draw_polyline (const std::vector< Vector > &x, const StyleProperties &s=StyleProperties())
	Draws a polyline on the figure.

void	draw_polyline (const std::vector< Vector > &x, float tip_length, const StyleProperties &s=StyleProperties())
	Draws a polyline on the figure.

void	draw_polygon (const Polygon &x, const StyleProperties &s=StyleProperties())
	Draws a `Polygon` object on the figure.

void	draw_parallelepiped (const Parallelepiped &p, const StyleProperties &s=StyleProperties())
	Draws a parallelepiped z+A*[-1,1]^2 on the figure.

void	draw_zonotope (const Zonotope &z, const StyleProperties &s=StyleProperties())
	Draws a zonotope z+sum_i [-1,1] A_i on the figure.

void	draw_pie (const Vector &c, const Interval &r, const Interval &theta, const StyleProperties &s=StyleProperties())
	Draws a pie on the figure.

void	draw_ellipse (const Vector &c, const Vector &ab, double theta, const StyleProperties &s=StyleProperties())
	Draws an ellipse on the figure.

void	draw_ellipsoid (const Ellipsoid &e, const StyleProperties &s=StyleProperties())
	Draws an ellipsoid on the figure.

void	draw_trajectory (const SampledTraj< Vector > &x, const StyleProperties &s=StyleProperties())
	Draws a trajectory on the figure.

void	draw_trajectory (const AnalyticTraj< VectorType > &x, const StyleProperties &s=StyleProperties())
	Draws a trajectory on the figure.

void	draw_trajectory (const SampledTraj< Vector > &x, const ColorMap &cmap)
	Draws a trajectory on the figure with a colormap.

void	draw_trajectory (const AnalyticTraj< VectorType > &x, const ColorMap &cmap)
	Draws a trajectory on the figure with a colormap.

void	plot_trajectory (const SampledTraj< double > &x, const StyleProperties &s=StyleProperties())
	Plots a trajectory on the figure (x-axis is the time)

void	plot_trajectories (const SampledTraj< Vector > &x, const StyleProperties &s=StyleProperties())
	Plots a set of trajectories on the figure (x-axis is the time)

void	draw_tube (const SlicedTube< IntervalVector > &x, const StyleProperties &s)
	Draws a tube of `IntervalVector` on the figure.

void	draw_tube (const SlicedTube< IntervalVector > &x, const ColorMap &cmap=ColorMap::blue_tube())
	Draws a tube of `IntervalVector` on the figure with a colormap.

void	draw_tank (const Vector &x, float size, const StyleProperties &s=StyleProperties())
	Draws a tank on the figure.

void	draw_AUV (const Vector &x, float size, const StyleProperties &s=StyleProperties())
	Draws an AUV on the figure.

void	draw_motor_boat (const Vector &x, float size, const StyleProperties &s=StyleProperties())
	Draws a motor boat on the figure.

void	draw_paving (const PavingOut &p, const PavingStyle &style=PavingStyle::default_style())
	Draws a previously computed paving (outer approximation) on the figure.

void	draw_paving (const PavingOut &p, const std::function< void(Figure2D &, const IntervalVector &, const StyleProperties &)> &draw_box, const PavingStyle &style=PavingStyle::default_style())
	Draws a previously computed paving (outer approximation) on the figure.

void	draw_paving (const PavingInOut &p, const PavingStyle &style=PavingStyle::default_style())
	Draws a previously computed paving (inner/outer approximation) on the figure.

void	draw_paving (const PavingInOut &p, const std::function< void(Figure2D &, const IntervalVector &, const StyleProperties &)> &draw_box, const PavingStyle &style=PavingStyle::default_style())
	Draws a previously computed paving (inner/outer approximation) on the figure.

template<typename C> requires IsCtcBaseOrPtr<C,IntervalVector>
void	pave (const IntervalVector &x0, const C &c, double eps, const PavingStyle &style=PavingStyle::default_style())
	Draws a paving from a contractor while it is being computed.

template<typename C> requires IsCtcBaseOrPtr<C,IntervalVector>
void	pave (const IntervalVector &x0, const C &c, double eps, const std::function< void(Figure2D &, const IntervalVector &, const StyleProperties &)> &draw_box, const PavingStyle &style=PavingStyle::default_style())
	Draws a paving from a contractor while it is being computed.

template<typename S> requires IsSepBaseOrPtr<S>
void	pave (const IntervalVector &x0, const S &s, double eps, const PavingStyle &style=PavingStyle::default_style())
	Draws a paving from a separator while it is being computed.

template<typename S> requires IsSepBaseOrPtr<S>
void	pave (const IntervalVector &x0, const S &s, double eps, const std::function< void(Figure2D &, const IntervalVector &, const StyleProperties &)> &draw_box, const PavingStyle &style=PavingStyle::default_style())
	Draws a paving from a separator while it is being computed.

template<typename P>
void	draw_subpaving (const Subpaving< P > &p, const StyleProperties &s=StyleProperties())
	Draws a subpaving on the figure.

Detailed Description

Figure2D class, used for 2D display.

This class is used to display 2D figures.

Currently, it can interact with VIBes and IPE.

For VIBes, the server must be launched before using this class.

For IPE, an xml file is generated and can be opened with the IPE editor.

Constructor & Destructor Documentation

◆ Figure2D()

codac2::Figure2D::Figure2D	(	const std::string &	name,
		GraphicOutput	o,
		bool	set_as_default = false )

Creates a new Figure2D object, with a given name and output.

Parameters

name	Name of the figure
o	Output of the figure, can be VIBes or IPE (or both)
set_as_default	(optionnal) If true, the figure is set as the default view, default is false

Member Function Documentation

◆ name()

const std::string & codac2::Figure2D::name ( ) const

Getter for the name of the figure.

Returns: The name of the figure

◆ size()

Index codac2::Figure2D::size ( ) const

Getter for the size of the figure.

Returns: The size of the figure

◆ axes()

const std::vector< FigureAxis > & codac2::Figure2D::axes ( ) const

Getter for the axes of the figure.

Returns: A vector of the axes of the figure

◆ set_axes()

Figure2D & codac2::Figure2D::set_axes	(	const FigureAxis &	axis1,
		const FigureAxis &	axis2 )

Setter for the axes of the figure.

Parameters

axis1	First axis (horizontal)
axis2	Second axis (vertical)

◆ i()

const Index & codac2::Figure2D::i ( ) const

Getter for the index of the horizontal axis.

Returns: The index of the horizontal axis

◆ j()

const Index & codac2::Figure2D::j ( ) const

Getter for the index of the vertical axis.

Returns: The index of the vertical axis

◆ pos()

const Vector & codac2::Figure2D::pos ( ) const

Getter for the position of the figure.

Returns: The position of the figure

◆ window_size()

const Vector & codac2::Figure2D::window_size ( ) const

getter for the size of the window

Returns: The size of the window

◆ set_window_properties()

void codac2::Figure2D::set_window_properties	(	const Vector &	pos,
		const Vector &	size )

Setter for the position and size of the window.

Parameters

pos	Position of the window
size	Size of the window

◆ center_viewbox()

void codac2::Figure2D::center_viewbox	(	const Vector &	c,
		const Vector &	r )

VIBes only: center the viewbox on a given point with a given radius.

Parameters

c	Center of the viewbox
r	Radius of the viewbox

◆ scaled_unit()

double codac2::Figure2D::scaled_unit ( ) const

Getter for the scaling factor of the figure.

Returns: The scaling factor of the figure

◆ is_default()

bool codac2::Figure2D::is_default ( ) const

Returns: True if the figure is the default view; True if the figure is the default view, false otherwise

◆ set_tdomain()

void codac2::Figure2D::set_tdomain ( const Interval & tdomain )

Setter for the time domain of the figure.

Parameters

tdomain The new time domain

◆ draw_point()

void codac2::Figure2D::draw_point	(	const Vector &	c,
		const StyleProperties &	s = StyleProperties() )

Draws a point on the figure.

Parameters

c	Coordinates of the point
s	Style of the point (edge color and fill color)

◆ draw_box()

void codac2::Figure2D::draw_box	(	const IntervalVector &	x,
		const StyleProperties &	s = StyleProperties() )

Draws a box on the figure.

Parameters

x	Box to draw
s	Style of the box (edge color and fill color)

◆ draw_circle()

void codac2::Figure2D::draw_circle	(	const Vector &	c,
		double	r,
		const StyleProperties &	s = StyleProperties() )

Draws a circle on the figure.

Parameters

c	Center of the circle
r	Radius of the circle
s	Style of the circle (edge color and fill color)

◆ draw_ring()

void codac2::Figure2D::draw_ring	(	const Vector &	c,
		const Interval &	r,
		const StyleProperties &	s = StyleProperties() )

Draws a ring on the figure.

Parameters

c	Center of the ring
r	Inner and outer radius of the ring
s	Style of the ring (edge color and fill color)

◆ draw_line() [1/2]

void codac2::Figure2D::draw_line	(	const Vector &	p1,
		const Vector &	p2,
		const StyleProperties &	s = StyleProperties() )

Draws a line on the figure.

Parameters

p1	First point of the line
p2	Second point of the line
s	Style of the line (edge color)

◆ draw_line() [2/2]

void codac2::Figure2D::draw_line	(	const Segment &	e,
		const StyleProperties &	s = StyleProperties() )

Draws a line on the figure.

Parameters

e	segment to be drawn
s	Style of the line (edge color)

◆ draw_arrow()

void codac2::Figure2D::draw_arrow	(	const Vector &	p1,
		const Vector &	p2,
		float	tip_length,
		const StyleProperties &	s = StyleProperties() )

Draws an arrow on the figure.

Parameters

p1	First point of the arrow
p2	Second point of the arrow
tip_length	Length of the tip of the arrow
s	Style of the arrow (edge color and fill color)

◆ draw_polyline() [1/2]

void codac2::Figure2D::draw_polyline	(	const std::vector< Vector > &	x,
		const StyleProperties &	s = StyleProperties() )

Draws a polyline on the figure.

Parameters

x	Vector of the points of the polyline
s	Style of the polyline (edge color)

◆ draw_polyline() [2/2]

void codac2::Figure2D::draw_polyline	(	const std::vector< Vector > &	x,
		float	tip_length,
		const StyleProperties &	s = StyleProperties() )

Draws a polyline on the figure.

Parameters

x	Vector of the points of the polyline
tip_length	Length of the tip of the arrow
s	Style of the polyline (edge color and fill color)

◆ draw_polygon()

void codac2::Figure2D::draw_polygon	(	const Polygon &	x,
		const StyleProperties &	s = StyleProperties() )

Draws a Polygon object on the figure.

Parameters

x	the `Polygon` object to be displayed
s	Style of the polygone (edge color and fill color)

◆ draw_parallelepiped()

void codac2::Figure2D::draw_parallelepiped	(	const Parallelepiped &	p,
		const StyleProperties &	s = StyleProperties() )

Draws a parallelepiped z+A*[-1,1]^2 on the figure.

Parameters

p	Parallelepiped to draw (center and shape matrix)
s	Style of the parallelepiped (edge color and fill color)

◆ draw_zonotope()

void codac2::Figure2D::draw_zonotope	(	const Zonotope &	z,
		const StyleProperties &	s = StyleProperties() )

Draws a zonotope z+sum_i [-1,1] A_i on the figure.

Parameters

z	Zonotope to draw (center and shape matrix)
s	Style of the zonotope (edge color and fill color)

◆ draw_pie()

void codac2::Figure2D::draw_pie	(	const Vector &	c,
		const Interval &	r,
		const Interval &	theta,
		const StyleProperties &	s = StyleProperties() )

Draws a pie on the figure.

Parameters

c	Center of the pie
r	Inner and outer radius of the pie
theta	Start and end angle of the pie (in radians)
s	Style of the pie (edge color and fill color)

◆ draw_ellipse()

void codac2::Figure2D::draw_ellipse	(	const Vector &	c,
		const Vector &	ab,
		double	theta,
		const StyleProperties &	s = StyleProperties() )

Draws an ellipse on the figure.

Parameters

c	Center of the ellipse
ab	Half-lengths of the ellipse
theta	Rotation angle of the ellipse (in radians)
s	Style of the ellipse (edge color and fill color)

◆ draw_ellipsoid()

void codac2::Figure2D::draw_ellipsoid	(	const Ellipsoid &	e,
		const StyleProperties &	s = StyleProperties() )

Draws an ellipsoid on the figure.

Parameters

e	Ellipsoid to draw
s	Style of the ellipsoid (edge color and fill color)

◆ draw_trajectory() [1/4]

void codac2::Figure2D::draw_trajectory	(	const SampledTraj< Vector > &	x,
		const StyleProperties &	s = StyleProperties() )

Draws a trajectory on the figure.

Parameters

x	SampledTraj to draw
s	Style of the trajectory (edge color)

◆ draw_trajectory() [2/4]

void codac2::Figure2D::draw_trajectory	(	const AnalyticTraj< VectorType > &	x,
		const StyleProperties &	s = StyleProperties() )

Draws a trajectory on the figure.

Parameters

x	AnalyticTraj to draw
s	Style of the trajectory (edge color)

◆ draw_trajectory() [3/4]

void codac2::Figure2D::draw_trajectory	(	const SampledTraj< Vector > &	x,
		const ColorMap &	cmap )

Draws a trajectory on the figure with a colormap.

Parameters

x	SampledTraj to plot
cmap	Colormap to use

◆ draw_trajectory() [4/4]

void codac2::Figure2D::draw_trajectory	(	const AnalyticTraj< VectorType > &	x,
		const ColorMap &	cmap )

Draws a trajectory on the figure with a colormap.

Parameters

x	AnalyticTraj to plot
cmap	Colormap to use

◆ plot_trajectory()

void codac2::Figure2D::plot_trajectory	(	const SampledTraj< double > &	x,
		const StyleProperties &	s = StyleProperties() )

Plots a trajectory on the figure (x-axis is the time)

Parameters

x	SampledTraj to plot
s	Style of the trajectory (edge color)

◆ plot_trajectories()

void codac2::Figure2D::plot_trajectories	(	const SampledTraj< Vector > &	x,
		const StyleProperties &	s = StyleProperties() )

Plots a set of trajectories on the figure (x-axis is the time)

Parameters

x	SampledTraj<Vector> set of trajectories to plot
s	Style of the trajectory (edge color)

◆ draw_tube() [1/2]

void codac2::Figure2D::draw_tube	(	const SlicedTube< IntervalVector > &	x,
		const StyleProperties &	s )

Draws a tube of IntervalVector on the figure.

Parameters

x	SlicedTube to draw
s	Style of the tube

◆ draw_tube() [2/2]

void codac2::Figure2D::draw_tube	(	const SlicedTube< IntervalVector > &	x,
		const ColorMap &	cmap = ColorMap::blue_tube() )

Draws a tube of IntervalVector on the figure with a colormap.

Parameters

x	SlicedTube to draw
cmap	Colormap to use

◆ draw_tank()

void codac2::Figure2D::draw_tank	(	const Vector &	x,
		float	size,
		const StyleProperties &	s = StyleProperties() )

Draws a tank on the figure.

Parameters

x	Coordinates of the tank
size	Size of the tank
s	Style of the tank (edge color and fill color)

◆ draw_AUV()

void codac2::Figure2D::draw_AUV	(	const Vector &	x,
		float	size,
		const StyleProperties &	s = StyleProperties() )

Draws an AUV on the figure.

Parameters

x	Coordinates of the AUV
size	Size of the AUV
s	Style of the AUV (edge color and fill color)

◆ draw_motor_boat()

void codac2::Figure2D::draw_motor_boat	(	const Vector &	x,
		float	size,
		const StyleProperties &	s = StyleProperties() )

Draws a motor boat on the figure.

Parameters

x	Coordinates of the motor boat
size	Size of the motor boat
s	Style of the motor boat (edge color and fill color)

◆ draw_paving() [1/4]

void codac2::Figure2D::draw_paving	(	const PavingOut &	p,
		const PavingStyle &	style = PavingStyle::default_style() )

Draws a previously computed paving (outer approximation) on the figure.

Parameters

p	PavingOut to draw (result of a paving with contractors)
style	`PavingStyle` for the drawing

◆ draw_paving() [2/4]

void codac2::Figure2D::draw_paving	(	const PavingOut &	p,
		const std::function< void(Figure2D &, const IntervalVector &, const StyleProperties &)> &	draw_box,
		const PavingStyle &	style = PavingStyle::default_style() )

Draws a previously computed paving (outer approximation) on the figure.

Parameters

p	PavingOut to draw (result of a paving with contractors)
draw_box	Custom drawing function (for instance, if one wants to draw in polar coordinates)
style	`PavingStyle` for the drawing

◆ draw_paving() [3/4]

void codac2::Figure2D::draw_paving	(	const PavingInOut &	p,
		const PavingStyle &	style = PavingStyle::default_style() )

Draws a previously computed paving (inner/outer approximation) on the figure.

Parameters

p	PavingInOut to draw (result of a paving with separators)
style	`PavingStyle` for the drawing

◆ draw_paving() [4/4]

void codac2::Figure2D::draw_paving	(	const PavingInOut &	p,
		const std::function< void(Figure2D &, const IntervalVector &, const StyleProperties &)> &	draw_box,
		const PavingStyle &	style = PavingStyle::default_style() )

Draws a previously computed paving (inner/outer approximation) on the figure.

Parameters

p	PavingInOut to draw (result of a paving with separators)
draw_box	Custom drawing function (for instance, if one wants to draw in polar coordinates)
style	`PavingStyle` for the drawing

◆ pave() [1/4]

template<typename C>
requires IsCtcBaseOrPtr<C,IntervalVector>

void codac2::Figure2D::pave	(	const IntervalVector &	x0,
		const C &	c,
		double	eps,
		const PavingStyle &	style = PavingStyle::default_style() )

inline

Draws a paving from a contractor while it is being computed.

Parameters

x0	Initial box
c	Contractor to be paved
eps	Accuracy of the paving algorithm (the undefined boxes will have their max_diam <= eps)
style	`PavingStyle` for the drawing

  {
    return pave(x0, c, eps, cartesian_drawing(), style);
  }

◆ pave() [2/4]

template<typename C>
requires IsCtcBaseOrPtr<C,IntervalVector>

void codac2::Figure2D::pave	(	const IntervalVector &	x0,
		const C &	c,
		double	eps,
		const std::function< void(Figure2D &, const IntervalVector &, const StyleProperties &)> &	draw_box,
		const PavingStyle &	style = PavingStyle::default_style() )

inline

Draws a paving from a contractor while it is being computed.

Parameters

x0	Initial box
c	Contractor to be paved
eps	Accuracy of the paving algorithm (the undefined boxes will have their max_diam <= eps)
draw_box	Optional custom drawing function (for instance, if one wants to draw in polar coordinates)
style	`PavingStyle` for the drawing

  {
    assert_release(eps > 0.);
    assert_release(c.size() >= 2 && "cannot reveal 1d contractors");
 
    if(x0.size() > 2)
      draw_box(*this, x0, style.outside);
 
    clock_t t_start = clock();
    std::list<IntervalVector> l { x0 };
    Index n = 0;
 
    while(!l.empty())
    {
      IntervalVector x = l.front(), prev_x = x;
      l.pop_front();
 
      ctc(c).contract(x);
 
      if(x0.size() == 2)
        for(const auto& bi : prev_x.diff(x))
          draw_box(*this, bi, style.outside);
 
      if(!x.is_empty())
      {
        if(x.max_diam() < eps)
        {
          n++;
          draw_box(*this, x, style.boundary);
        }
 
        else
        {
          auto p = x.bisect_largest();
          l.push_back(p.first); l.push_back(p.second);
        }
      }
    }
 
    printf("Computation time: %.4fs, %ld boxes\n", (double)(clock()-t_start)/CLOCKS_PER_SEC, n);
  }

◆ pave() [3/4]

template<typename S>
requires IsSepBaseOrPtr<S>

void codac2::Figure2D::pave	(	const IntervalVector &	x0,
		const S &	s,
		double	eps,
		const PavingStyle &	style = PavingStyle::default_style() )

inline

Draws a paving from a separator while it is being computed.

Parameters

x0	Initial box
s	Separator to be paved
eps	Accuracy of the paving algorithm (the undefined boxes will have their max_diam <= eps)
style	`PavingStyle` for the drawing

  {
    return pave(x0, s, eps, cartesian_drawing(), style);
  }

◆ pave() [4/4]

template<typename S>
requires IsSepBaseOrPtr<S>

void codac2::Figure2D::pave	(	const IntervalVector &	x0,
		const S &	s,
		double	eps,
		const std::function< void(Figure2D &, const IntervalVector &, const StyleProperties &)> &	draw_box,
		const PavingStyle &	style = PavingStyle::default_style() )

inline

Draws a paving from a separator while it is being computed.

Parameters

x0	Initial box
s	Separator to be paved
eps	Accuracy of the paving algorithm (the undefined boxes will have their max_diam <= eps)
draw_box	Optional custom drawing function (for instance, if one wants to draw in polar coordinates)
style	`PavingStyle` for the drawing

  {
    assert_release(eps > 0.);
    assert_release(size_of(s) >= 2 && "cannot reveal 1d separators");
 
    clock_t t_start = clock();
    std::list<IntervalVector> l { x0 };
 
    while(!l.empty())
    {
      IntervalVector x = l.front();
      l.pop_front();
 
      auto x_sep = sep(s).separate(x);
      auto boundary = x_sep.inner & x_sep.outer;
 
      for(const auto& bi : x.diff(x_sep.inner))
        draw_box(*this, bi, style.inside);
 
      for(const auto& bi : x.diff(x_sep.outer))
        draw_box(*this, bi, style.outside);
 
      if(!boundary.is_empty())
      {
        if(boundary.max_diam() <= eps)
          draw_box(*this, boundary, style.boundary);
 
        else
        {
          auto p = boundary.bisect_largest();
          l.push_back(p.first); l.push_back(p.second);
        }
      }
    }
    
    printf("Computation time: %.4fs\n", (double)(clock()-t_start)/CLOCKS_PER_SEC);
  }

◆ draw_subpaving()

template<typename P>

void codac2::Figure2D::draw_subpaving	(	const Subpaving< P > &	p,
		const StyleProperties &	s = StyleProperties() )

inline

Draws a subpaving on the figure.

Parameters

p	Subpaving to draw
s	Style of the subpaving

      {
        for(const auto& pi : p.boxes())
          draw_box(pi, s);
      }

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

/home/simon/codac-simon/src/graphics/figures/codac2_Figure2D.h
/home/simon/codac-simon/src/graphics/figures/codac2_Figure2D_pave.h

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ Figure2D()

Member Function Documentation

◆ name()

◆ size()

◆ axes()

◆ set_axes()

◆ i()

◆ j()

◆ pos()

◆ window_size()

◆ set_window_properties()

◆ center_viewbox()

◆ scaled_unit()

◆ is_default()

◆ set_tdomain()

◆ draw_point()

◆ draw_box()

◆ draw_circle()

◆ draw_ring()

◆ draw_line() [1/2]

◆ draw_line() [2/2]

◆ draw_arrow()

◆ draw_polyline() [1/2]

◆ draw_polyline() [2/2]

◆ draw_polygon()

◆ draw_parallelepiped()

◆ draw_zonotope()

◆ draw_pie()

◆ draw_ellipse()

◆ draw_ellipsoid()

◆ draw_trajectory() [1/4]

◆ draw_trajectory() [2/4]

◆ draw_trajectory() [3/4]

◆ draw_trajectory() [4/4]

◆ plot_trajectory()

◆ plot_trajectories()

◆ draw_tube() [1/2]

◆ draw_tube() [2/2]

◆ draw_tank()

◆ draw_AUV()

◆ draw_motor_boat()

◆ draw_paving() [1/4]

◆ draw_paving() [2/4]

◆ draw_paving() [3/4]

◆ draw_paving() [4/4]

◆ pave() [1/4]

◆ pave() [2/4]

◆ pave() [3/4]

◆ pave() [4/4]

◆ draw_subpaving()