Inheritance diagram for IsoEx::VolumeImageT< Scalar >:

Classes
struct	Dimension

struct	Neighbor

Public Types
enum	Formats { VI_UCHAR, VI_USHORT, VI_HALF, VI_FLOAT, VI_LOGBYTE }
	Determines data type of stored image. More...

typedef VectorFieldT< Scalar, 3 >	VectorField

typedef VectorField::Vector	Vec3

typedef std::vector< Neighbor >	GaussKernel

typedef enum IsoEx::VolumeImageT::Formats	VolumeImageMode
	Determines data type of stored image.

Public Types inherited from IsoEx::ScalarGridT< Scalar >
typedef std::vector< Scalar >	Values

Public Types inherited from IsoEx::RegularGrid< Vec3 >
typedef ACG::Matrix4x4T < typename Vec3::value_type >	Matrix

typedef Vec3::value_type	real

typedef Grid< Vec3 >::CubeIdx	CubeIdx
	CubeIdx can be used to refer to cubes.

typedef Grid< Vec3 >::PointIdx	PointIdx
	The grid points can be referred to by PointIdx.

Public Types inherited from IsoEx::Grid< Vec3 >
typedef Vec3	Vec3

typedef Vec3::value_type	real

typedef unsigned int	CubeIdx
	CubeIdx can be used to refer to cubes.

typedef unsigned int	PointIdx
	The grid points can be referred to by PointIdx.

Public Member Functions
	VolumeImageT (const Vec3 &_origin=Vec3(0, 0, 0), const Vec3 &_x_axis=Vec3(1, 0, 0), const Vec3 &_y_axis=Vec3(0, 1, 0), const Vec3 &_z_axis=Vec3(0, 0, 1), unsigned int _x_res=10, unsigned int _y_res=10, unsigned int _z_res=10)
	Default constructor.

virtual	~VolumeImageT ()
	Destructor.

void	init (const Vec3 &_origin, const Vec3 &_x_axis, const Vec3 &_y_axis, const Vec3 &_z_axis, unsigned int _x_res, unsigned int _y_res, unsigned int _z_res)

virtual bool	read (const char *_fname)
	load and save

virtual bool	write (const char *_filename, VolumeImageMode _mode)

void	getByteData (std::vector< unsigned char > &_result) const
	Returns an array of bytes. More...

void	getByteDataGradient (std::vector< unsigned char > &_result) const

void	getData (std::vector< float > &_result) const

void	getDataGradient (std::vector< float > &_result) const

void	update_min_max ()
	min/max scalar value

Scalar	max_value ()

Scalar	min_value ()

void	bilateral_filter (Scalar _hs, Scalar _hr, int _iterations)
	Filter.

void	bilateral_filter_simple (Scalar _sigma_s, Scalar _sigma_r, int _iterations)

void	normalize ()
	normalization and clamping

void	normalize (double _min, double _max)

void	clamp (double _min, double _max)

void	normalize_with_histogram (Scalar _max, Scalar _percent, int _n_bins=1000)

void	histogram (const int _n_bins, std::vector< unsigned int > &_bins, Scalar &_size, bool _to_image=false)

void	set_border ()

void	assign_gradients ()
	Gradient calculation.

void	normalize_gradients ()

Vec3	calcGradient (const unsigned int &_x, const unsigned int &_y, const unsigned int &_z)

VectorField &	grad_field ()
	access to gradient field

Public Member Functions inherited from IsoEx::ScalarGridT< Scalar >
	ScalarGridT (const Vec3 &_origin=Vec3(0, 0, 0), const Vec3 &_x_axis=Vec3(1, 0, 0), const Vec3 &_y_axis=Vec3(0, 1, 0), const Vec3 &_z_axis=Vec3(0, 0, 1), unsigned int _x_res=1, unsigned int _y_res=1, unsigned int _z_res=1)
	Default constructor.

virtual	~ScalarGridT ()
	Destructor.

void	initialize (const Vec3 &_origin, const Vec3 &_x_axis, const Vec3 &_y_axis, const Vec3 &_z_axis, unsigned int _x_res, unsigned int _y_res, unsigned int _z_res)
	function to initialize the grid

virtual real	scalar_distance (PointIdx _pidx) const

virtual bool	is_inside (PointIdx _pidx) const

virtual bool	directed_distance (const Vec3 &, const Vec3 &, Vec3 &, Vec3 &, real &) const
	See IsoEx::Implicit::directed_distance()

void	sample (const Implicit &_implicit)

virtual bool	write (const char *_filename)

virtual bool	read (FILE *_in)

virtual bool	write (FILE *_out)

Scalar &	operator() (unsigned int x, unsigned int y, unsigned int z)
	data access

Scalar	operator() (unsigned int x, unsigned int y, unsigned int z) const

Scalar &	value (unsigned int x, unsigned int y, unsigned int z)

Scalar	value (unsigned int x, unsigned int y, unsigned int z) const

Scalar	value_range (int x, int y, int z) const
	get scalar value, returns 0.0 if position is not in range

Scalar	lerp_local (Scalar _x, Scalar _y, Scalar _z)
	function to lineary interpolate a scalar value at a local point

Scalar	lerp_world (Scalar _x, Scalar _y, Scalar _z)
	funciton to lineary interploate a scalar value at a world point

void	get_isosurface_intersections_local (const Vec3 &_o, const Vec3 &_d, Scalar _iso, std::vector< Vec3 > &_intersections)
	get intersections with isosurface in local coordinates

void	get_isosurface_intersections_world (const Vec3 &_o, const Vec3 &_d, Scalar _iso, std::vector< Vec3 > &_intersections)
	get intersections with isosurface in world coordinates

Public Member Functions inherited from IsoEx::RegularGrid< Vec3 >
	RegularGrid (const Vec3 &_origin=Vec3(0, 0, 0), const Vec3 &_x_axis=Vec3(1, 0, 0), const Vec3 &_y_axis=Vec3(0, 1, 0), const Vec3 &_z_axis=Vec3(0, 0, 1), unsigned int _x_res=1, unsigned int _y_res=1, unsigned int _z_res=1)

void	initialize (const Vec3 &_origin, const Vec3 &_x_axis, const Vec3 &_y_axis, const Vec3 &_z_axis, unsigned int _x_res, unsigned int _y_res, unsigned int _z_res)
	function to initialize the grid

unsigned int	n_cubes () const
	Return number of cubes.

unsigned int	n_points () const
	Return number of points.

PointIdx	point_idx (CubeIdx _idx, unsigned char _corner) const
	Return the PointIdx of the _corners'th corner of the cube _idx.

Vec3	point (PointIdx _idx) const
	Return the 3D point refered to by _idx.

Vec3	point (int x, int y, int z) const
	Return the 3D point refered to by x,y,z.

PointIdx	nearest_point (const Vec3 &_p)
	Return the nearest grid point.

const Vec3 &	origin () const

const Vec3 &	x_axis () const

const Vec3 &	y_axis () const

const Vec3 &	z_axis () const

const Vec3 &	dx () const

const Vec3 &	dy () const

const Vec3 &	dz () const

unsigned int	x_resolution () const

unsigned int	y_resolution () const

unsigned int	z_resolution () const

Vec3	to_local (const Vec3 &_pw)
	transforms a point to local cube coordinates

Vec3	to_world (const Vec3 &_pl)
	transforms a point for local cube coordinates to world coordinates

bool	ray_intersect_local (const Vec3 &_o, const Vec3 &_d, Vec3 &_entry, Vec3 &_exit)
	function to intersect a Ray with the cube ( local coordinates )

real	volume ()
	returns the volume of the grid

virtual real	outer_surface ()
	returns the outer surface of the grid

Public Member Functions inherited from IsoEx::Grid< Vec3 >
	Grid ()
	Default constructor.

virtual	~Grid ()
	Destructor.

CubeIterator	begin () const
	Returns begin iterator for the grid's cubes.

CubeIterator	end () const
	Returns end iterator for the grid's cubes.

virtual PointIdx	point_idx (CubeIdx _idx, unsigned char _corner) const =0
	Return the PointIdx of the _corners'th corner of the cube _idx.

virtual Vec3	point (PointIdx _idx) const =0
	Return the 3D point refered to by _idx.

virtual bool	is_inside (PointIdx _pidx) const =0
	See IsoEx::Implicit::is_inside()

virtual real	scalar_distance (PointIdx _pidx) const =0
	See IsoEx::Implicit::scalar_distance()

Additional Inherited Members
Protected Attributes inherited from IsoEx::ScalarGridT< Scalar >
Values	values_

Protected Attributes inherited from IsoEx::RegularGrid< Vec3 >
Matrix	to_local_

Matrix	to_world_

Vec3	origin_

Vec3	x_axis_

Vec3	y_axis_

Vec3	z_axis_

Vec3	dx_

Vec3	dy_

Vec3	dz_

unsigned int	x_res_

unsigned int	y_res_

unsigned int	z_res_

unsigned int	n_cubes_

unsigned int	n_points_

CubeIdx	offsets_ [8]

Member Enumeration Documentation

template<class Scalar>

enum IsoEx::VolumeImageT::Formats

Determines data type of stored image.

Enumerator
VI_UCHAR	Image will use bytes.
VI_USHORT	Image will use 16 bit integers.
VI_HALF	Image will use 16 bit Scalars.
VI_FLOAT	Image will use 32 bit Scalars.
VI_LOGBYTE	Image will use logarithmic byte encoding.

Member Function Documentation

template<class Scalar >

void IsoEx::VolumeImageT< Scalar >::getByteData ( std::vector< unsigned char > & _result ) const

Returns an array of bytes.

Returns the volume data converted into bytes, e.g. for usage as a 3D texture. The range 0.0 - 1.0 is converted to 0 - 255. Values that are out of these bounds are clipped to the nearest bound.

template<class Scalar>

void IsoEx::VolumeImageT< Scalar >::histogram	(	const int	_n_bins,
		std::vector< unsigned int > &	_bins,
		Scalar &	_size,
		bool	_to_image = `false`
	)

Image of Histogram

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

Grids/VolumeImageT.hh
Grids/VolumeImageT.cc

Classes

Public Types

Public Member Functions

Additional Inherited Members

Member Enumeration Documentation

Member Function Documentation