Planar coordinate system specified by the parameters rho and theta. More...

#include <vcsl_polar.h>

Inheritance diagram for vcsl_polar:

Public Member Functions
	vcsl_polar ()
virtual	~vcsl_polar ()
virtual const vcsl_polar *	cast_to_polar () const
virtual const vcsl_spatial *	cast_to_spatial () const
virtual const vcsl_cartesian_2d *	cast_to_cartesian_2d () const
virtual const vcsl_cartesian_3d *	cast_to_cartesian_3d () const
virtual const vcsl_cylindrical *	cast_to_cylindrical () const
virtual const vcsl_spherical *	cast_to_spherical () const
vcl_vector< double >	beat () const
	Return the list of time clocks.
unsigned int	duration () const
	Return the time duration.
vcl_vector< vcsl_spatial_sptr >	parent () const
	Return the list of parent coordinate system along the time.
vcl_vector < vcsl_spatial_transformation_sptr >	motion () const
	Return the list of transformations along the time.
bool	valid_time (double time) const
	Is `time' between the two time bounds ?.
void	set_beat (vcl_vector< double > const &new_beat)
	Set the list of time clocks.
void	set_parent (vcl_vector< vcsl_spatial_sptr > const &new_parent)
	Set the list of parent coordinate system along the time.
void	set_motion (vcl_vector< vcsl_spatial_transformation_sptr > const &m)
	Set the list of transformations along the time.
void	set_unique (const vcsl_spatial_sptr &new_parent, const vcsl_spatial_transformation_sptr &new_motion)
	Set the unique parent and the unique motion.
virtual int	matching_interval (double time) const
	Return the index of the beat inferior or equal to `time'.
virtual bool	path_from_local_to_cs_exists (const vcsl_spatial_sptr &other, double time)
	Does a path from `this' to `other' exist ?.
virtual bool	is_absolute (double time) const
	Is `this' an absolute spatial coordinate system at time `time'?.
virtual vnl_vector< double >	from_local_to_cs (const vnl_vector< double > &v, const vcsl_spatial_sptr &other, double time)
	Return v but expressed in the spatial coordinate system `other'.
virtual void	set_graph (const vcsl_graph_sptr &new_graph)
int	dimensionality () const
	Number of axes.
bool	valid_axis (unsigned int i) const
	Is `i' an index on an axis ?.
vcsl_axis_sptr	axis (int i) const
	Return the axis `i'.
vnl_vector< double >	from_cs_to_standard_units (const vnl_vector< double > &v) const
	Convert `v', expressed with cs units, to standard units.
vnl_vector< double >	from_standard_units_to_cs (const vnl_vector< double > &v) const
	Convert `v', expressed with standard units, to cs units.
void	ref ()
void	unref ()
int	get_references () const
bool	is_referenced () const
Protected Member Functions
virtual bool	recursive_path_from_local_to_cs_exists (const vcsl_spatial_sptr &other, double time)
	Does a path from `this' to `other' exist ?.
virtual void	path_from_local_to_cs (const vcsl_spatial_sptr &other, double time, vcl_vector< vcsl_spatial_transformation_sptr > &path, VCSL_SPATIAL_VECTOR_BOOL &sens)
	Find the sequence of transformations from `this' to `other'.
virtual bool	recursive_path_from_local_to_cs (const vcsl_spatial_sptr &other, double time, vcl_vector< vcsl_spatial_transformation_sptr > &path, VCSL_SPATIAL_VECTOR_BOOL &sens)
	Find the sequence of transformations from `this' to `other'.
Protected Attributes
vcl_vector< vcsl_spatial_sptr >	parent_
	successive parents of `this' along the time.
vcl_vector< double >	beat_
	Clock times.
vcl_vector < vcsl_spatial_transformation_sptr >	motion_
	successive transformations from `this' to `parent' along the time.
vcl_vector< vcsl_spatial_sptr >	potential_children_
	List of spatial coordinate system that can be child of `this' at a time.
vcsl_graph_sptr	graph_
	List of all the spatial coordinate system of the graph.
bool	reached_
	True if `this' is already reached during the search path algorithm.
vcl_vector< vcsl_axis_sptr >	axes_
	List of axes.

Detailed Description

Planar coordinate system specified by the parameters rho and theta.

Definition at line 19 of file vcsl_polar.h.

Constructor & Destructor Documentation

vcsl_polar::vcsl_polar ( )

Definition at line 9 of file vcsl_polar.cxx.

virtual vcsl_polar::~vcsl_polar ( ) [inline, virtual]

Definition at line 31 of file vcsl_polar.h.

Member Function Documentation

vcsl_axis_sptr vcsl_coordinate_system::axis ( int i ) const [inherited]

Return the axis `i'.

REQUIRE: valid_axis(i)

Definition at line 11 of file vcsl_coordinate_system.cxx.

vcl_vector<double> vcsl_spatial::beat ( ) const [inline, inherited]

Return the list of time clocks.

Definition at line 75 of file vcsl_spatial.h.

virtual const vcsl_cartesian_2d* vcsl_spatial::cast_to_cartesian_2d ( ) const [inline, virtual, inherited]

Reimplemented in vcsl_cartesian_2d.

Definition at line 64 of file vcsl_spatial.h.

virtual const vcsl_cartesian_3d* vcsl_spatial::cast_to_cartesian_3d ( ) const [inline, virtual, inherited]

Reimplemented in vcsl_cartesian_3d.

Definition at line 66 of file vcsl_spatial.h.

virtual const vcsl_cylindrical* vcsl_spatial::cast_to_cylindrical ( ) const [inline, virtual, inherited]

Reimplemented in vcsl_cylindrical.

Definition at line 67 of file vcsl_spatial.h.

virtual const vcsl_polar* vcsl_polar::cast_to_polar ( ) const [inline, virtual]

Reimplemented from vcsl_spatial.

Definition at line 37 of file vcsl_polar.h.

virtual const vcsl_spatial* vcsl_spatial::cast_to_spatial ( ) const [inline, virtual, inherited]

Reimplemented from vcsl_coordinate_system.

Definition at line 63 of file vcsl_spatial.h.

virtual const vcsl_spherical* vcsl_spatial::cast_to_spherical ( ) const [inline, virtual, inherited]

Reimplemented in vcsl_spherical.

Definition at line 68 of file vcsl_spatial.h.

int vcsl_coordinate_system::dimensionality ( ) const [inline, inherited]

Number of axes.

Definition at line 49 of file vcsl_coordinate_system.h.

unsigned int vcsl_spatial::duration ( ) const [inline, inherited]

Return the time duration.

Definition at line 78 of file vcsl_spatial.h.

vnl_vector< double > vcsl_coordinate_system::from_cs_to_standard_units ( const vnl_vector< double > & v ) const [inherited]

Convert `v', expressed with cs units, to standard units.

REQUIRE: v.size()==dimensionality()

Definition at line 24 of file vcsl_coordinate_system.cxx.

vnl_vector< double > vcsl_spatial::from_local_to_cs	(	const vnl_vector< double > &	v,
		const vcsl_spatial_sptr &	other,
		double	time
	)		`[virtual, inherited]`

Return v but expressed in the spatial coordinate system `other'.

REQUIRE: path_from_local_to_cs_exists(other,time)

Definition at line 290 of file vcsl_spatial.cxx.

vnl_vector< double > vcsl_coordinate_system::from_standard_units_to_cs ( const vnl_vector< double > & v ) const [inherited]

Convert `v', expressed with standard units, to cs units.

REQUIRE: v.size()==dimensionality()

Definition at line 41 of file vcsl_coordinate_system.cxx.

bool vcsl_spatial::is_absolute ( double time ) const [virtual, inherited]

Is `this' an absolute spatial coordinate system at time `time'?.

REQUIRE: valid_time(time)

Definition at line 268 of file vcsl_spatial.cxx.

int vcsl_spatial::matching_interval ( double time ) const [virtual, inherited]

Return the index of the beat inferior or equal to `time'.

REQUIRE: parent().size()!=0 REQUIRE: valid_time(time)

Definition at line 71 of file vcsl_spatial.cxx.

vcl_vector<vcsl_spatial_transformation_sptr> vcsl_spatial::motion ( ) const [inline, inherited]

Return the list of transformations along the time.

Definition at line 84 of file vcsl_spatial.h.

vcl_vector<vcsl_spatial_sptr> vcsl_spatial::parent ( ) const [inline, inherited]

Return the list of parent coordinate system along the time.

Definition at line 81 of file vcsl_spatial.h.

void vcsl_spatial::path_from_local_to_cs	(	const vcsl_spatial_sptr &	other,
		double	time,
		vcl_vector< vcsl_spatial_transformation_sptr > &	path,
		VCSL_SPATIAL_VECTOR_BOOL &	sens
	)		`[protected, virtual, inherited]`

Find the sequence of transformations from `this' to `other'.

REQUIRE: path.size()==0 and sens.size()==0 REQUIRE: path_from_local_to_cs_exists()

Definition at line 165 of file vcsl_spatial.cxx.

bool vcsl_spatial::path_from_local_to_cs_exists	(	const vcsl_spatial_sptr &	other,
		double	time
	)		`[virtual, inherited]`

Does a path from `this' to `other' exist ?.

Definition at line 94 of file vcsl_spatial.cxx.

bool vcsl_spatial::recursive_path_from_local_to_cs	(	const vcsl_spatial_sptr &	other,
		double	time,
		vcl_vector< vcsl_spatial_transformation_sptr > &	path,
		VCSL_SPATIAL_VECTOR_BOOL &	sens
	)		`[protected, virtual, inherited]`

Find the sequence of transformations from `this' to `other'.

Called only by path_from_local_to_cs()

Definition at line 186 of file vcsl_spatial.cxx.

bool vcsl_spatial::recursive_path_from_local_to_cs_exists	(	const vcsl_spatial_sptr &	other,
		double	time
	)		`[protected, virtual, inherited]`

Does a path from `this' to `other' exist ?.

Called only by path_to_cs_exists()

Definition at line 106 of file vcsl_spatial.cxx.

void vcsl_spatial::set_beat ( vcl_vector< double > const & new_beat ) [inline, inherited]

Set the list of time clocks.

Definition at line 94 of file vcsl_spatial.h.

void vcsl_spatial::set_graph ( const vcsl_graph_sptr & new_graph ) [virtual, inherited]

Definition at line 319 of file vcsl_spatial.cxx.

void vcsl_spatial::set_motion ( vcl_vector< vcsl_spatial_transformation_sptr > const & m ) [inline, inherited]

Set the list of transformations along the time.

Definition at line 100 of file vcsl_spatial.h.

void vcsl_spatial::set_parent ( vcl_vector< vcsl_spatial_sptr > const & new_parent ) [inherited]

Set the list of parent coordinate system along the time.

Definition at line 30 of file vcsl_spatial.cxx.

void vcsl_spatial::set_unique	(	const vcsl_spatial_sptr &	new_parent,
		const vcsl_spatial_transformation_sptr &	new_motion
	)		`[inherited]`

Set the unique parent and the unique motion.

Can be called to initialize a CS for the first time. Dynamically allocates space for parent_ and motion_. Makes new_parent and new_motion the first element of each, respectively.

Does not set beat_. Effectively, new_parent and new_motion are valid for all times. However, a subsequent call to set_beat() could add a list of clocks with a time corresponding to (*parent_)[0] and (*motion_)[0].

Parameters: