Data Structures
class	AnatomicalMesh
	AnatomicalMesh is a class to handle a polygon mesh for tissue. More...

class	AssimpSceneGraphBinder

class	AtomicElement
	AtomicElement is a class to manage elements in material. More...

class	AttenuationCoefficient
	AttenuationCoefficient is a class to handle an attenuation coefficient. More...

class	BoneMesh
	BoneMesh is a class to handle a polygon mesh for Bone, with thin bumps stored using a 3D texture. More...

class	Context
	Context is a class to manage an OpenGL or Vulkan context. More...

class	CoordinateSystemMesh
	CoordinateSystemMesh is a class to handle the display of coordinate system axes in the visualisation. More...

class	CubeMesh
	CubeMesh is a class to handle 3D meshes of cubes. More...

class	CuboidMesh
	CuboidMesh is a class to handle 3D meshes of cuboids. More...

class	CylinderMesh
	CylinderMesh is a class to handle 3D meshes of cylinders. More...

class	DepthMap
	DepthMap is a class to render to a buffer in order to create, for exemple, a shadow map. More...

class	DiaphragmMesh
	DiaphragmMesh is a class to handle a polygon mesh for a diaphragm. More...

class	ElementSet
	ElementSet is a class to manage a table of elements in material. More...

class	Exception
	Exception is a class to handle exceptions. More...

class	FBOException
	FBOException is a class to handle exceptions related to FBOs. More...

class	FFT
	FFT is a class to compute the FFT of a greyscale image. More...

class	FileDoesNotExistException
	FileDoesNotExistException is a class to handle exceptions when trying to open a read-only file that is not accessible. More...

class	Image
	Image is a class to manage a greyscale image. More...

class	ImplicitSurface
	ImplicitSurface is a class to build 3D implicit surfaces. More...

class	InternalOrganMesh
	InternalOrganMesh is a class to handle a polygon mesh for an internal organ. Internal organs use bump mapping. More...

class	InvalidImageSizeException
	InvalidImageSizeException is a class to handle exceptions when the image size is wrong. More...

class	InvalidInternalFormalException
	InvalidInternalFormalException is a class to handle exceptions when an invalid internal format has been specified. More...

class	LineMesh

class	LiverMesh
	LiverMesh is a class to handle a polygon mesh for a liver. It uses 3D texture for the bump map and 2D texture for the colour. More...

class	Logger

class	LungsMesh
	LungsMesh is a class to handle a polygon mesh for a lung. It uses 2D texture for the bump map and 3D texture for the colour. More...

class	Material
	Material is a class to handle materials. More...

class	MaterialSet
	MaterialSet is a class to manage a table of materials. More...

class	Matrix4x4
	Matrix4x4 is a template class to handle a 4 by 4 matrix. More...

class	Mixture
	Mixture is a class to manage a mixture (e.g. Ti90Al6V4). More...

class	NoBeamException
	NoBeamException is a class to handle exceptions when no beam spectrum has been registered. More...

class	NoDetectorException
	NoDetectorException is a class to handle exceptions when no detector has been registered. More...

class	OpenGL2VBO
	OpenGL2VBO is a class to handle a vertex buffer object (VBO) in OpenGL 2.x. More...

class	OpenGL3VBO
	OpenGL3VBO is a class to handle a vertex buffer object (VBO) in OpenGL 3.x or 4.x. More...

class	OpenGLException
	OpenGLException is a class to handle exceptions related to OpenGL. More...

class	OpenSceneGraphBinder

class	OutOfBoundsException

class	OutOfMemoryException
	OutOfMemoryException is a class to handle exceptions when accessing an array cell that is not accessible, i.e. out of bounds memory access. More...

class	PhotonCrossSection
	PhotonCrossSection is a class to manage photon cross sections of elements, compounds and mixtures. More...

class	PolygonMesh
	PolygonMesh is a class to handle polygon (triangles) meshes. More...

class	PythonSingleton

class	ResourceManager

class	SceneGraphBinder

class	SceneGraphNode

class	Scintillator
	Scintillator is a class to generate the energy response due to the scintillator of the X-Ray detector. More...

class	Shader
	Shader is a class to handle shaders written in GLSL. More...

class	Sinogram
	Sinogram is a class to reconstruct images from a sinogram. More...

class	SkinMesh
	SkinMesh is a class to handle a polygon mesh for Skin. More...

class	SoftTissueMesh
	SoftTissueMesh is a class to handle a polygon mesh for an internal organ. It uses procedural texturing. More...

class	SpectrumRecord
	SpectrumRecord is a class to handle a record of the X-Ray beam, i.e. an energy bin (number of photons, energy of the photons in the bin). More...

class	SphereMesh
	SphereMesh is a class to handle 3D meshes of spheres. More...

class	StepWedgeMesh
	StepWedgeMesh is a class to handle 3D meshes of step wedges. More...

class	StereoHelper
	StereoHelper is a class to handle stereo vision using OpenGL's quad buffer. More...

class	TextRenderer
	TextRenderer is a class to render text using OpenGL and FreeType2. More...

class	TissueMaterial
	TissueMaterial is a class to manage a material. More...

class	VBO
	VBO is a class to handle a vertex buffer object (VBO). More...

class	Vec2
	Vec2 is a template class to handle a 2D vector. More...

class	Vec3
	Vec3 is a template class to handle a 3D vector. More...

class	XRayBeam
	XRayBeam is a class to handle the X-Ray beam. The beam spectrum is discretised into energy channels. More...

class	XRayDetector
	XRayDetector is a class to handle a X-ray detector. More...

class	XRayRenderer
	XRayRenderer is a class to compute and renderer X-ray images on GPU. More...

Typedefs
typedef float	SinogramType
	Type of data used to store sinograms. More...

typedef float	RATIONAL_NUMBER
	Type of data used to store real numbers. More...

typedef Vec2< RATIONAL_NUMBER >	VEC2
	Type of data used to store 2D vectors. More...

typedef Vec3< RATIONAL_NUMBER >	VEC3
	Type of data used to store 3D vectors. More...

typedef Matrix4x4< RATIONAL_NUMBER >	MATRIX4
	Type of data used to store 4x4 matrices. More...

typedef Vec2< double >	Vec2d
	Vec2d is a class to handle a 2D vector using double precision floating point numbers. More...

typedef Vec2< float >	Vec2f
	Vec2f is a class to handle a 2D vector using double precision floating point numbers. More...

typedef Vec2< int >	Vec2i
	Vec2i is a class to handle a 2D vector using 32 bits integers. More...

typedef Vec2< unsigned int >	Vec2ui
	Vec2ui is a class to handle a 2D vector using unsigned 32 bits integers. More...

typedef Vec3< double >	Vec3d
	Vec3d is a class to handle a 3D vector using double precision floating point numbers. More...

typedef Vec3< float >	Vec3f
	Vec3f is a class to handle a 3D vector using double precision floating point numbers. More...

typedef Vec3< int >	Vec3i
	Vec3i is a class to handle a 3D vector using signed 32 bits integers. More...

typedef Vec3< unsigned int >	Vec3ui
	Vec3ui is a class to handle a 3D vector using unsigned 32 bits integers. More...

typedef Matrix4x4< double >	Matrix4x4d
	Matrix4x4d is a class to handle a 4x4 matrix using double precision floating point numbers. More...

typedef Matrix4x4< float >	Matrix4x4f
	Matrix4x4f is a class to handle a 4x4 matrix using single precision floating point numbers. More...

Functions
std::ostream &	operator<< (std::ostream &anOutputSream, const gVirtualXRay::AtomicElement &anElement)
	operator << More...

std::istream &	operator>> (std::istream &anInputSream, gVirtualXRay::AtomicElement &anElement)
	operator >> More...

std::istream &	operator>> (std::istream &is, AttenuationCoefficient &obj)
	operator>> More...

std::ostream &	operator<< (std::ostream &os, const AttenuationCoefficient &obj)
	operator<< More...

std::ostream &	operator<< (std::ostream &anOutputSream, const gVirtualXRay::ElementSet &anElementSet)
	operator << More...

std::ostream &	operator<< (std::ostream &anOutputStream, const Exception &anException)
	operator<< More...

template<typename T >
Image< T >	operator* (const T &aValue, const Image< T > &anImage)

template<typename T >
Image< T >	operator/ (const T &aValue, const Image< T > &anImage)

template<typename T >
Image< T >	operator+ (const T &aValue, const Image< T > &anImage)

template<typename T >
Image< T >	operator- (const T &aValue, const Image< T > &anImage)

template<typename T >
Image< T >	log (const Image< T > &anImage)

template<typename T >
Image< T >	abs (const Image< T > &anImage)

std::string	getPixelType (const std::string &aFileName)

std::string	getPixelType (const char *aFileName)

template<typename T >
Image< T >	gauss2D (unsigned int aSize, double aSigmaValue)

std::ostream &	operator<< (std::ostream &anOutputSream, const MaterialSet &aMaterialSet)

template<typename T >
std::ostream &	operator<< (std::ostream &anOutputStream, const Matrix4x4< T > &aMatrix)

void	initialiseGLAD (const std::string &anAPI)
	Initialise GLAD. More...

void	initializeGLAD (const std::string &anAPI)
	Initialize GLAD. More...

void	initialiseGLEW ()
	Initialise GLEW. More...

void	initializeGLEW ()
	Initialize GLEW. More...

void	checkOpenGLErrorStatus (const char aFileName, const char aFunctionName, int aLineNumber)
	Check OpenGL's error status. More...

void	checkFBOErrorStatus (const char aFileName, const char aFunctionName, int aLineNumber)
	Check the current FBO's error status. More...

void	pushProjectionMatrix ()
	Add the current matrix to the projection matrix stack. More...

void	pushModelViewMatrix ()
	Add the current matrix to the model/view matrix stack. More...

void	pushFBO ()
	Add the current FBO binding to the FBO stack. More...

void	pushTexture1D ()
	Add the current 1D texture binding to the texture stack. More...

void	pushTexture2D ()
	Add the current 2D texture binding to the texture stack. More...

void	pushTextureRectangle ()
	Add the current rectangle texture binding to the texture stack. More...

void	pushTexture3D ()
	Add the current 3D texture binding to the texture stack. More...

void	pushEnableDisableState (int aParameter)
	Add the enable/disable state to the corresponding stack. More...

void	pushShaderProgram ()
	Add the current shader program to the corresponding stack. More...

void	popProjectionMatrix ()

void	popModelViewMatrix ()

void	popFBO ()

void	popTexture ()

void	popEnableDisableState ()

void	popShaderProgram ()

gVirtualXRay::Matrix4x4< float >	getCurrentOpenGLMatrix ()
	Load the current OpenGL matrix. More...

void	loadIdentityProjectionMatrix ()
	Replace the projection matrix by the identity matrix. More...

void	loadIdentityModelViewMatrix ()
	Replace the model/view matrix by the identity matrix. More...

void	loadFrustumProjectionMatrix (double left, double right, double bottom, double top, double near, double far)
	Replace the projection matrix by a perspective projection matrix. More...

void	loadPerspectiveProjectionMatrix (double fovy, double aspect, double zNear, double zFar)
	Replace the projection matrix by a perspective projection matrix. More...

void	loadOrthoProjectionMatrix (double left, double right, double bottom, double top, double near, double far)
	Replace the projection matrix by a orthographic projection matrix. More...

MATRIX4	buildOrthoProjectionMatrix (double left, double right, double bottom, double top, double near, double far)
	Create a orthographic projection matrix. More...

MATRIX4	buildFrustumProjectionMatrix (double left, double right, double bottom, double top, double near, double far)
	Create a perspective projection matrix. More...

MATRIX4	buildPerspectiveProjectionMatrix (double fovy, double aspect, double zNear, double zFar)
	Create a perspective projection matrix. More...

void	loadLookAtModelViewMatrix (const VEC3 &eye, const VEC3 &centre, const VEC3 &up)
	Replace the modelling-viewing matrix by a viewing transformation matrix. More...

void	loadLookAtModelViewMatrix (double eyeX, double eyeY, double eyeZ, double centreX, double centreY, double centreZ, double upX, double upY, double upZ)
	Replace the modelling-viewing matrix by a viewing transformation matrix. More...

MATRIX4	buildLookAtModelViewMatrix (const VEC3 &eye, const VEC3 &centre, const VEC3 &up)
	Create a modelling-viewing matrix. More...

MATRIX4	buildLookAtModelViewMatrix (double eyeX, double eyeY, double eyeZ, double centreX, double centreY, double centreZ, double upX, double upY, double upZ)
	Create a modelling-viewing matrix. More...

void	loadProjectionMatrixFromOpenGL ()
	Replace the projection matrix by OpenGL's projection matrix. More...

void	loadModelViewMatrixFromOpenGL ()
	Replace the modelling-viewing matrix by OpenGL's modelling-viewing matrix. More...

void	applyModelViewMatrix ()

bool	useOpenGL45 ()
	Check if OpenGL 4.5 is supported by the current OpenGL context. More...

bool	useOpenGL32 ()
	Check if OpenGL 3.2 is supported by the current OpenGL context. More...

bool	useOpenGLCompute ()
	Check if OpenGL Compute Shaders are supported by the current OpenGL context. More...

VBO *	createVBO ()
	Create an OpenGL VBO suitable for the current OpenGL context. More...

OpenGL2VBO *	createOpenGL2VBO ()
	Create an OpenGL 2.x VBO. More...

OpenGL3VBO *	createOpenGL3VBO ()
	Create an OpenGL 3.x or 4.x VBO. More...

std::string	getShaderTypeID (const std::type_info &aTypeID)

std::string	getShaderImageType (const std::type_info &aTypeID)

std::string	getShaderPixelType (const std::type_info &aTypeID)

std::string	getShaderRGBAPixelType (const std::type_info &aTypeID)

void	multiplyOrthoProjectionMatrix (double left, double right, double bottom, double top, double nearPlane, double farPlane)

void	multiplyPerspectiveProjectionMatrix (double fovy, double aspect, double zNear, double zFar)

int	getShaderOpenGLType (const std::type_info &aTypeID)

std::ostream &	operator<< (std::ostream &anOuputStream, const PhotonCrossSection &anInstance)

std::vector< double >	logspace (const double &a, const double &b, const int &k)

std::istream &	operator>> (std::istream &is, SpectrumRecord &obj)
	operator>> More...

std::ostream &	operator<< (std::ostream &os, const SpectrumRecord &obj)
	operator<< More...

std::ostream &	operator<< (std::ostream &anOutputSream, const TissueMaterial &aTissueMaterial)

std::istream &	operator>> (std::istream &anInputSream, TissueMaterial &aTissueMaterial)

int	inflate (const void src, int srcLen, char *apDst)
	Uncompress data using the Zlib. More...

int	deflate (const void src, int srcLen, char *apDst)
	Compress data using the Zlib. More...

bool	isMAT (const char *aFileName)
	Check if the extension of a file name is MAT. More...

bool	isDAT (const char *aFileName)
	Check if the extension of a file name is DAT. More...

bool	isTXT (const char *aFileName)
	Check if the extension of a file name is TXT. More...

bool	isPGM (const char *aFileName)
	Check if the extension of a file name is PGM. More...

bool	isRAW (const char *aFileName)
	Check if the extension of a file name is RAW. More...

bool	isMHA (const char *aFileName)
	Check if the extension of a file name is MHA. More...

bool	isMHD (const char *aFileName)
	Check if the extension of a file name is MHD. More...

bool	isDCM (const char *aFileName)
	Check if the extension of a file name is DCM. More...

bool	isJPEG (const char *aFileName)
	Check if the extension of a file name is JPEG. More...

bool	isTIFF (const char *aFileName)
	Check if the extension of a file name is TIFF. More...

bool	isMAT (const std::string &aFileName)
	Check if the extension of a file name is MAT. More...

bool	isDAT (const std::string &aFileName)
	Check if the extension of a file name is DAT. More...

bool	isTXT (const std::string &aFileName)
	Check if the extension of a file name is TXT. More...

bool	isPGM (const std::string &aFileName)
	Check if the extension of a file name is PGM. More...

bool	isRAW (const std::string &aFileName)
	Check if the extension of a file name is RAW. More...

bool	isMHA (const std::string &aFileName)
	Check if the extension of a file name is MHA. More...

bool	isMHD (const std::string &aFileName)
	Check if the extension of a file name is MHD. More...

bool	isDCM (const std::string &aFileName)
	Check if the extension of a file name is DCM. More...

bool	isJPEG (const std::string &aFileName)
	Check if the extension of a file name is JPEG. More...

bool	isTIFF (const std::string &aFileName)
	Check if the extension of a file name is TIFF. More...

bool	checkExtension (const char aFileName, const char anExtension)

bool	checkExtension (const std::string &aFileName, const std::string &anExtension)

bool	isBigEndian ()

bool	isLittleEndian ()

bool	isLetter (char aValue)

bool	isUpperCase (char aValue)

bool	isLowerCase (char aValue)

bool	isNumber (char aValue)

template<typename T >
void	swapBytes (T &aValue)

template<typename T >
T	degreeToRadian (const T &aAngleInDegree)

template<typename T >
T	radianToDegree (const T &aAngleInRadian)

template<typename T >
int	sgn (const T &aValue)

double	interpolate (const double &a_low, const double &a_high, const double &a0, const double &b_low, const double &b_high)

float	interpolate (const float &a_low, const float &a_high, const float &a0, const float &b_low, const float &b_high)

template<typename T >
std::ostream &	operator<< (std::ostream &anOutputStream, const Vec2< T > &aVector)

template<typename T >
std::ostream &	operator<< (std::ostream &anOutputStream, const Vec3< T > &aVector)

template<typename T >
Vec3< T >	operator* (const double &aValue, const Vec3< T > &aVector)
	Operator * to multiply each component of the vector by a given value. More...

Variables
const double	Pi = 3.14159265358979323846
	Pi. More...

const double	Pi_2 = Pi / 2.0
	Pi divided by 2.0. More...

const double	N_Avogadro = 6.02552 * 1.0e23
	Avogadro number. More...

const unsigned short	Z_H = 1
	Hydrogen atomic number. More...

const unsigned short	Z_C = 6
	Carbon atomic number. More...

const unsigned short	Z_N = 7
	Nitrogen atomic number. More...

const unsigned short	Z_O = 8
	Oxygen atomic number. More...

const unsigned short	Z_Na = 11
	Sodium atomic number. More...

const unsigned short	Z_Mg = 12
	Magnesium atomic number. More...

const unsigned short	Z_P = 15
	Phosphorus atomic number. More...

const unsigned short	Z_S = 16
	Sulfur atomic number. More...

const unsigned short	Z_Cl = 17
	Chlorine atomic number. More...

const unsigned short	Z_Ar = 18
	Argon atomic number. More...

const unsigned short	Z_K = 19
	Potassium atomic number. More...

const unsigned short	Z_Ca = 20
	Calcium atomic number. More...

const unsigned short	Z_Ti = 22
	Titanium atomic number. More...

const unsigned short	Z_Fe = 26
	Iron atomic number. More...

const unsigned short	Z_Cu = 29
	Copper atomic number. More...

const unsigned short	Z_Zn = 30
	Zinc atomic number. More...

const unsigned short	Z_Ag = 47
	Silver atomic number. More...

const unsigned short	Z_Sn = 50
	Tin atomic number. More...

const unsigned short	Z_I = 53
	Iodine atomic number. More...

Logger	LOGGER

std::vector< MATRIX4 >	g_p_modelview_matrix_stack
	The stack of model/view matrices. More...

std::vector< MATRIX4 >	g_p_projection_matrix_stack
	The stack of projection matrix. More...

MATRIX4	g_current_modelview_matrix
	The model/view matrices. More...

MATRIX4	g_current_projection_matrix
	The projection matrix. More...

std::vector< int >	g_frame_buffer_object_stack
	The stack of FBO binding. More...

std::vector< std::pair< int, int > >	g_texture_stack
	The stack of texture binding. More...

std::vector< std::pair< int, bool > >	g_enable_disable_state_stack
	The stack of enable/disable states. More...

std::vector< int >	g_shader_program_stack
	The stack of shader programs. More...

const double	kilometer = 1000.0 / 0.001
	kilometre More...

const double	hectometer = 100.0 / 0.001
	hectometre More...

const double	decameter = 10.0 / 0.001
	decametre More...

const double	meter = 1.0 / 0.001
	metre More...

const double	decimeter = 0.1 / 0.001
	decimetre More...

const double	centimeter = 0.01 / 0.001
	centimetre More...

const double	millimeter = 0.001 / 0.001
	millimetre More...

const double	micrometer = 1.0e-6 / 0.001
	micrometre More...

const double	kilometre = kilometer
	kilometre More...

const double	hectometre = hectometer
	hectometre More...

const double	decametre = decameter
	decametre More...

const double	metre = meter
	metre More...

const double	decimetre = decimeter
	decimetre More...

const double	centimetre = centimeter
	centimetre More...

const double	millimetre = millimeter
	millimetre More...

const double	micrometre = micrometer
	micrometre More...

const double	km = kilometer
	kilometre More...

const double	hm = hectometer
	hectometre More...

const double	dam = decameter
	decametre More...

const double	m = meter
	meter More...

const double	dm = decimeter
	decimeter More...

const double	cm = centimeter
	centimeter More...

const double	mm = millimeter
	millimeter More...

const double	um = micrometer
	micrometre More...

const double	km2 = km * km
	square kilometre More...

const double	hm2 = hm * hm
	square hectometre More...

const double	dam2 = dam * dam
	square decametre More...

const double	m2 = m * m
	square meter More...

const double	dm2 = dm * dm
	square decimeter More...

const double	cm2 = cm * cm
	square centimeter More...

const double	mm2 = mm * mm
	square millimeter More...

const double	um2 = um * um
	square micrometre More...

const double	km3 = km * km * km
	cubic kilometre More...

const double	hm3 = hm * hm * hm
	cubic hectometre More...

const double	dam3 = dam * dam * dam
	cubic decametre More...

const double	m3 = m * m * m
	cubic meter More...

const double	dm3 = dm * dm * dm
	cubic decimeter More...

const double	cm3 = cm * cm * cm
	cubic centimeter More...

const double	mm3 = mm * mm * mm
	cubic millimeter More...

const double	um3 = um * um * um
	cubic micrometre More...

const double	megaelectronvolt = 1.0
	megaelectron volt More...

const double	kiloelectronvolt = megaelectronvolt * 1.0e-3
	kiloelectron volt More...

const double	electronvolt = megaelectronvolt * 1.0e-6
	electronvolt More...

const double	MeV = megaelectronvolt
	megaelectron volt More...

const double	keV = kiloelectronvolt
	kiloelectron volt More...

const double	eV = electronvolt
	electronvolt More...

const double	kilogram = 1000.0
	kilogram More...

const double	hectogram = 100.0
	hectogram More...

const double	decagram = 10.0
	decagram More...

const double	gram = 1.0
	gram More...

const double	decigram = 0.1
	decigram More...

const double	centigram = 0.01
	centigram More...

const double	milligram = 0.001
	milligram More...

const double	microgram = 1e-6
	microgram More...

const double	kg = kilogram
	kilogram More...

const double	hg = hectogram
	hectogram More...

const double	dag = decagram
	decagram More...

const double	g = gram
	gram More...

const double	dg = decigram
	decigram More...

const double	cg = centigram
	centigram More...

const double	mg = milligram
	milligram More...

const double	ug = microgram
	microgram More...

const double	mole = 1.0
	mole More...

const double	megavolt = 1.0
	mega volt More...

const double	kilovolt = megavolt * 1.0e-3
	kilo volt More...

const double	volt = megavolt * 1.0e-6
	volt More...

const double	MV = megavolt
	mega volt More...

const double	kV = kilovolt
	kilo volt More...

const double	V = volt
	volt More...

Typedef Documentation

◆ MATRIX4

typedef Matrix4x4<RATIONAL_NUMBER> gVirtualXRay::MATRIX4

Type of data used to store 4x4 matrices.

Definition at line 119 of file Types.h.

◆ Matrix4x4d

gVirtualXRay::Matrix4x4d

Matrix4x4d is a class to handle a 4x4 matrix using double precision floating point numbers.

Definition at line 211 of file Types.h.

◆ Matrix4x4f

gVirtualXRay::Matrix4x4f

Matrix4x4f is a class to handle a 4x4 matrix using single precision floating point numbers.

Definition at line 221 of file Types.h.

◆ RATIONAL_NUMBER

typedef float gVirtualXRay::RATIONAL_NUMBER

Type of data used to store real numbers.

Definition at line 107 of file Types.h.

◆ SinogramType

typedef float gVirtualXRay::SinogramType

Type of data used to store sinograms.

Definition at line 103 of file Types.h.

◆ VEC2

typedef Vec2<RATIONAL_NUMBER> gVirtualXRay::VEC2

Type of data used to store 2D vectors.

Definition at line 111 of file Types.h.

◆ Vec2d

gVirtualXRay::Vec2d

Vec2d is a class to handle a 2D vector using double precision floating point numbers.

Definition at line 132 of file Types.h.

◆ Vec2f

gVirtualXRay::Vec2f

Vec2f is a class to handle a 2D vector using double precision floating point numbers.

Definition at line 142 of file Types.h.

◆ Vec2i

gVirtualXRay::Vec2i

Vec2i is a class to handle a 2D vector using 32 bits integers.

Definition at line 151 of file Types.h.

◆ Vec2ui

gVirtualXRay::Vec2ui

Vec2ui is a class to handle a 2D vector using unsigned 32 bits integers.

Definition at line 161 of file Types.h.

◆ VEC3

typedef Vec3<RATIONAL_NUMBER> gVirtualXRay::VEC3

Type of data used to store 3D vectors.

Definition at line 115 of file Types.h.

◆ Vec3d

gVirtualXRay::Vec3d

Vec3d is a class to handle a 3D vector using double precision floating point numbers.

Definition at line 171 of file Types.h.

◆ Vec3f

gVirtualXRay::Vec3f

Vec3f is a class to handle a 3D vector using double precision floating point numbers.

Definition at line 181 of file Types.h.

◆ Vec3i

gVirtualXRay::Vec3i

Vec3i is a class to handle a 3D vector using signed 32 bits integers.

Definition at line 191 of file Types.h.

◆ Vec3ui

gVirtualXRay::Vec3ui

Vec3ui is a class to handle a 3D vector using unsigned 32 bits integers.

Definition at line 201 of file Types.h.

Function Documentation

◆ abs()

template<typename T >

Image< T > gVirtualXRay::abs ( const Image< T > & anImage )

Definition at line 5177 of file Image.inl.

◆ applyModelViewMatrix()

void gVirtualXRay::applyModelViewMatrix ( )

Load the modelling-viewing matrix in the current shader program, or replace OpenGL's modelling-viewing matrix.

◆ buildFrustumProjectionMatrix()

MATRIX4 gVirtualXRay::buildFrustumProjectionMatrix	(	double	left,
		double	right,
		double	bottom,
		double	top,
		double	near,
		double	far
	)

inline

Create a perspective projection matrix.

Parameters

left	Specify the coordinates for the left vertical clipping plane
right	Specify the coordinates for the right vertical clipping plane
bottom	Specify the coordinates for the bottom horizontal clipping plane
top	Specify the coordinates for the top horizontal clipping plane
near	Specify the distances to the near clipping plane. The value must be positive
far	Specify the distances to the far clipping plane. The value must be positive

Returns: the projection matrix

Definition at line 228 of file OpenGLUtilities.inl.

◆ buildLookAtModelViewMatrix() [1/2]

MATRIX4 gVirtualXRay::buildLookAtModelViewMatrix	(	const VEC3 &	eye,
		const VEC3 &	centre,
		const VEC3 &	up
	)

inline

Create a modelling-viewing matrix.

Parameters

eye	Specifies the position of the eye point
centre	Specifies the position of the reference point
up	Specifies the direction of the up vector

Returns: the modelling-viewing matrix

Definition at line 334 of file OpenGLUtilities.inl.

◆ buildLookAtModelViewMatrix() [2/2]

MATRIX4 gVirtualXRay::buildLookAtModelViewMatrix	(	double	eyeX,
		double	eyeY,
		double	eyeZ,
		double	centreX,
		double	centreY,
		double	centreZ,
		double	upX,
		double	upY,
		double	upZ
	)

inline

Create a modelling-viewing matrix.

Parameters

eyeX	Specifies the position of the eye point along the X-axis
eyeY	Specifies the position of the eye point along the Y-axis
eyeZ	Specifies the position of the eye point along the Z-axis
centreX	Specifies the position of the reference point along the X-axis
centreY	Specifies the position of the reference point along the Y-axis
centreZ	Specifies the position of the reference point along the Z-axis
upX	Specifies the direction of the up vector along the X-axis
upY	Specifies the direction of the up vector along the Y-axis
upZ	Specifies the direction of the up vector along the Z-axis

Returns: the modelling-viewing matrix

Definition at line 381 of file OpenGLUtilities.inl.

◆ buildOrthoProjectionMatrix()

MATRIX4 gVirtualXRay::buildOrthoProjectionMatrix	(	double	left,
		double	right,
		double	bottom,
		double	top,
		double	near,
		double	far
	)

inline

Create a orthographic projection matrix.

Parameters

left	Specify the coordinates for the left vertical clipping plane
right	Specify the coordinates for the right vertical clipping plane
bottom	Specify the coordinates for the bottom horizontal clipping plane
top	Specify the coordinates for the top horizontal clipping plane
near	Specify the distances to the near clipping plane. The value must be positive
far	Specify the distances to the far clipping plane. The value must be positive

Returns: the projection matrix

Definition at line 166 of file OpenGLUtilities.inl.

◆ buildPerspectiveProjectionMatrix()

MATRIX4 gVirtualXRay::buildPerspectiveProjectionMatrix	(	double	fovy,
		double	aspect,
		double	zNear,
		double	zFar
	)

inline

Create a perspective projection matrix.

Parameters

fovy	specifies the field of view angle, in degrees, in the y-direction.
aspect	Specifies the aspect ratio that determines the field of view in the x direction. The aspect ratio is the ratio of x (width) to y (height).
zNear	Specifies the distance from the viewer to the near clipping plane (always positive)
zFar	Specifies the distance from the viewer to the far clipping plane (always positive).

Returns: the projection matrix

Definition at line 279 of file OpenGLUtilities.inl.

◆ checkExtension() [1/2]

bool gVirtualXRay::checkExtension	(	const char *	aFileName,
		const char *	anExtension
	)

inline

Definition at line 325 of file Utilities.inl.

◆ checkExtension() [2/2]

bool gVirtualXRay::checkExtension	(	const std::string &	aFileName,
		const std::string &	anExtension
	)

◆ checkFBOErrorStatus()

void gVirtualXRay::checkFBOErrorStatus	(	const char *	aFileName,
		const char *	aFunctionName,
		int	aLineNumber
	)

Check the current FBO's error status.

Parameters

aFileName	name of the source file where FBO is checked
aFunctionName	name of the function where FBO is checked
aLineNumber	name at which FBO is checked

◆ checkOpenGLErrorStatus()

void gVirtualXRay::checkOpenGLErrorStatus	(	const char *	aFileName,
		const char *	aFunctionName,
		int	aLineNumber
	)

Check OpenGL's error status.

Parameters

aFileName	name of the source file where OpenGL is checked
aFunctionName	name of the function where OpenGL is checked
aLineNumber	name at which OpenGL is checked

◆ createOpenGL2VBO()

OpenGL2VBO* gVirtualXRay::createOpenGL2VBO ( )

Create an OpenGL 2.x VBO.

◆ createOpenGL3VBO()

OpenGL3VBO* gVirtualXRay::createOpenGL3VBO ( )

Create an OpenGL 3.x or 4.x VBO.

◆ createVBO()

VBO* gVirtualXRay::createVBO ( )

Create an OpenGL VBO suitable for the current OpenGL context.

◆ deflate()

int gVirtualXRay::deflate	(	const void *	src,
		int	srcLen,
		char **	apDst
	)

Compress data using the Zlib.

Parameters

src	uncompressed data
srcLen	length of the uncompressed data
apDst	compressed data

◆ degreeToRadian()

template<typename T >

T gVirtualXRay::degreeToRadian ( const T & aAngleInDegree )

Definition at line 403 of file Utilities.inl.

◆ gauss2D()

template<typename T >

Image< T > gVirtualXRay::gauss2D	(	unsigned int	aSize,
		double	aSigmaValue
	)

Definition at line 310 of file Image.inl.

◆ getCurrentOpenGLMatrix()

gVirtualXRay::Matrix4x4<float> gVirtualXRay::getCurrentOpenGLMatrix ( )

Load the current OpenGL matrix.

Returns: the current OpenGL matrix.

◆ getPixelType() [1/2]

std::string gVirtualXRay::getPixelType ( const std::string & aFileName )

inline

Definition at line 5096 of file Image.inl.

◆ getPixelType() [2/2]

std::string gVirtualXRay::getPixelType ( const char * aFileName )

inline

Definition at line 5066 of file Image.inl.

◆ getShaderImageType()

std::string gVirtualXRay::getShaderImageType ( const std::type_info & aTypeID )

inline

Definition at line 466 of file OpenGLUtilities.inl.

◆ getShaderOpenGLType()

int gVirtualXRay::getShaderOpenGLType ( const std::type_info & aTypeID )

inline

Definition at line 586 of file OpenGLUtilities.inl.

◆ getShaderPixelType()

std::string gVirtualXRay::getShaderPixelType ( const std::type_info & aTypeID )

inline

Definition at line 506 of file OpenGLUtilities.inl.

◆ getShaderRGBAPixelType()

std::string gVirtualXRay::getShaderRGBAPixelType ( const std::type_info & aTypeID )

inline

Definition at line 546 of file OpenGLUtilities.inl.

◆ getShaderTypeID()

std::string gVirtualXRay::getShaderTypeID ( const std::type_info & aTypeID )

inline

Definition at line 426 of file OpenGLUtilities.inl.

◆ inflate()

int gVirtualXRay::inflate	(	const void *	src,
		int	srcLen,
		char **	apDst
	)

Uncompress data using the Zlib.

Parameters

src	compressed data
srcLen	length of the uncompressed data
apDst	uncompressed data

◆ initialiseGLAD()

void gVirtualXRay::initialiseGLAD ( const std::string & anAPI )

Initialise GLAD.

◆ initialiseGLEW()

void gVirtualXRay::initialiseGLEW ( )

Initialise GLEW.

◆ initializeGLAD()

void gVirtualXRay::initializeGLAD ( const std::string & anAPI )

Initialize GLAD.

◆ initializeGLEW()

void gVirtualXRay::initializeGLEW ( )

Initialize GLEW.

◆ interpolate() [1/2]

double gVirtualXRay::interpolate	(	const double &	a_low,
		const double &	a_high,
		const double &	a0,
		const double &	b_low,
		const double &	b_high
	)

inline

Definition at line 427 of file Utilities.inl.

◆ interpolate() [2/2]

float gVirtualXRay::interpolate	(	const float &	a_low,
		const float &	a_high,
		const float &	a0,
		const float &	b_low,
		const float &	b_high
	)

inline

Definition at line 439 of file Utilities.inl.

◆ isBigEndian()

bool gVirtualXRay::isBigEndian ( )

inline

Definition at line 334 of file Utilities.inl.

◆ isDAT() [1/2]

bool gVirtualXRay::isDAT ( const char * aFileName )

inline

Check if the extension of a file name is DAT.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is DAT; false if it is not

Definition at line 97 of file Utilities.inl.

◆ isDAT() [2/2]

bool gVirtualXRay::isDAT ( const std::string & aFileName )

inline

Check if the extension of a file name is DAT.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is DAT; false if it is not

Definition at line 253 of file Utilities.inl.

◆ isDCM() [1/2]

bool gVirtualXRay::isDCM ( const char * aFileName )

inline

Check if the extension of a file name is DCM.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is DCM; false if it is not

Definition at line 193 of file Utilities.inl.

◆ isDCM() [2/2]

bool gVirtualXRay::isDCM ( const std::string & aFileName )

inline

Check if the extension of a file name is DCM.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is DCM; false if it is not

Definition at line 301 of file Utilities.inl.

◆ isJPEG() [1/2]

bool gVirtualXRay::isJPEG ( const char * aFileName )

inline

Check if the extension of a file name is JPEG.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is JPEG; false if it is not

Definition at line 209 of file Utilities.inl.

◆ isJPEG() [2/2]

bool gVirtualXRay::isJPEG ( const std::string & aFileName )

inline

Check if the extension of a file name is JPEG.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is JPEG; false if it is not

Definition at line 309 of file Utilities.inl.

◆ isLetter()

bool gVirtualXRay::isLetter ( char aValue )

inline

Definition at line 351 of file Utilities.inl.

◆ isLittleEndian()

bool gVirtualXRay::isLittleEndian ( )

inline

Definition at line 343 of file Utilities.inl.

◆ isLowerCase()

bool gVirtualXRay::isLowerCase ( char aValue )

inline

Definition at line 368 of file Utilities.inl.

◆ isMAT() [1/2]

bool gVirtualXRay::isMAT ( const char * aFileName )

inline

Check if the extension of a file name is MAT.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is MAT; false if it is not

Definition at line 81 of file Utilities.inl.

◆ isMAT() [2/2]

bool gVirtualXRay::isMAT ( const std::string & aFileName )

inline

Check if the extension of a file name is MAT.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is MAT; false if it is not

Definition at line 245 of file Utilities.inl.

◆ isMHA() [1/2]

bool gVirtualXRay::isMHA ( const char * aFileName )

inline

Check if the extension of a file name is MHA.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is MHA; false if it is not

Definition at line 161 of file Utilities.inl.

◆ isMHA() [2/2]

bool gVirtualXRay::isMHA ( const std::string & aFileName )

inline

Check if the extension of a file name is MHA.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is MHA; false if it is not

Definition at line 285 of file Utilities.inl.

◆ isMHD() [1/2]

bool gVirtualXRay::isMHD ( const char * aFileName )

inline

Check if the extension of a file name is MHD.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is MHD; false if it is not

Definition at line 177 of file Utilities.inl.

◆ isMHD() [2/2]

bool gVirtualXRay::isMHD ( const std::string & aFileName )

inline

Check if the extension of a file name is MHD.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is MHD; false if it is not

Definition at line 293 of file Utilities.inl.

◆ isNumber()

bool gVirtualXRay::isNumber ( char aValue )

inline

Definition at line 376 of file Utilities.inl.

◆ isPGM() [1/2]

bool gVirtualXRay::isPGM ( const char * aFileName )

inline

Check if the extension of a file name is PGM.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is PGM; false if it is not

Definition at line 129 of file Utilities.inl.

◆ isPGM() [2/2]

bool gVirtualXRay::isPGM ( const std::string & aFileName )

inline

Check if the extension of a file name is PGM.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is PGM; false if it is not

Definition at line 269 of file Utilities.inl.

◆ isRAW() [1/2]

bool gVirtualXRay::isRAW ( const char * aFileName )

inline

Check if the extension of a file name is RAW.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is RAW; false if it is not

Definition at line 145 of file Utilities.inl.

◆ isRAW() [2/2]

bool gVirtualXRay::isRAW ( const std::string & aFileName )

inline

Check if the extension of a file name is RAW.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is RAW; false if it is not

Definition at line 277 of file Utilities.inl.

◆ isTIFF() [1/2]

bool gVirtualXRay::isTIFF ( const char * aFileName )

inline

Check if the extension of a file name is TIFF.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is TIFF; false if it is not

Definition at line 227 of file Utilities.inl.

◆ isTIFF() [2/2]

bool gVirtualXRay::isTIFF ( const std::string & aFileName )

inline

Check if the extension of a file name is TIFF.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is TIFF; false if it is not

Definition at line 317 of file Utilities.inl.

◆ isTXT() [1/2]

bool gVirtualXRay::isTXT ( const char * aFileName )

inline

Check if the extension of a file name is TXT.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is TXT; false if it is not

Definition at line 113 of file Utilities.inl.

◆ isTXT() [2/2]

bool gVirtualXRay::isTXT ( const std::string & aFileName )

inline

Check if the extension of a file name is TXT.

Parameters

aFileName the file name to check

Returns: true if the extension of aFileName is TXT; false if it is not

Definition at line 261 of file Utilities.inl.

◆ isUpperCase()

bool gVirtualXRay::isUpperCase ( char aValue )

inline

Definition at line 360 of file Utilities.inl.

◆ loadFrustumProjectionMatrix()

void gVirtualXRay::loadFrustumProjectionMatrix	(	double	left,
		double	right,
		double	bottom,
		double	top,
		double	near,
		double	far
	)

inline

Replace the projection matrix by a perspective projection matrix.

Parameters

left	Specify the coordinates for the left vertical clipping plane
right	Specify the coordinates for the right vertical clipping plane
bottom	Specify the coordinates for the bottom horizontal clipping plane
top	Specify the coordinates for the top horizontal clipping plane
near	Specify the distances to the near clipping plane. The value must be positive
far	Specify the distances to the far clipping plane. The value must be positive

Definition at line 215 of file OpenGLUtilities.inl.

◆ loadIdentityModelViewMatrix()

void gVirtualXRay::loadIdentityModelViewMatrix ( )

inline

Replace the model/view matrix by the identity matrix.

Definition at line 158 of file OpenGLUtilities.inl.

◆ loadIdentityProjectionMatrix()

void gVirtualXRay::loadIdentityProjectionMatrix ( )

inline

Replace the projection matrix by the identity matrix.

Definition at line 150 of file OpenGLUtilities.inl.

◆ loadLookAtModelViewMatrix() [1/2]

void gVirtualXRay::loadLookAtModelViewMatrix	(	const VEC3 &	eye,
		const VEC3 &	centre,
		const VEC3 &	up
	)

inline

Replace the modelling-viewing matrix by a viewing transformation matrix.

Parameters

eye	Specifies the position of the eye point
centre	Specifies the position of the reference point
up	Specifies the direction of the up vector

Definition at line 397 of file OpenGLUtilities.inl.

◆ loadLookAtModelViewMatrix() [2/2]

void gVirtualXRay::loadLookAtModelViewMatrix	(	double	eyeX,
		double	eyeY,
		double	eyeZ,
		double	centreX,
		double	centreY,
		double	centreZ,
		double	upX,
		double	upY,
		double	upZ
	)

inline

Replace the modelling-viewing matrix by a viewing transformation matrix.

Parameters

eyeX	Specifies the position of the eye point along the X-axis
eyeY	Specifies the position of the eye point along the Y-axis
eyeZ	Specifies the position of the eye point along the Z-axis
centreX	Specifies the position of the reference point along the X-axis
centreY	Specifies the position of the reference point along the Y-axis
centreZ	Specifies the position of the reference point along the Z-axis
upX	Specifies the direction of the up vector along the X-axis
upY	Specifies the direction of the up vector along the Y-axis
upZ	Specifies the direction of the up vector along the Z-axis

Definition at line 407 of file OpenGLUtilities.inl.

◆ loadModelViewMatrixFromOpenGL()

void gVirtualXRay::loadModelViewMatrixFromOpenGL ( )

Replace the modelling-viewing matrix by OpenGL's modelling-viewing matrix.

◆ loadOrthoProjectionMatrix()

void gVirtualXRay::loadOrthoProjectionMatrix	(	double	left,
		double	right,
		double	bottom,
		double	top,
		double	near,
		double	far
	)

inline

Replace the projection matrix by a orthographic projection matrix.

Parameters

left	Specify the coordinates for the left vertical clipping plane
right	Specify the coordinates for the right vertical clipping plane
bottom	Specify the coordinates for the bottom horizontal clipping plane
top	Specify the coordinates for the top horizontal clipping plane
near	Specify the distances to the near clipping plane. The value must be positive
far	Specify the distances to the far clipping plane. The value must be positive

Definition at line 202 of file OpenGLUtilities.inl.

◆ loadPerspectiveProjectionMatrix()

void gVirtualXRay::loadPerspectiveProjectionMatrix	(	double	fovy,
		double	aspect,
		double	zNear,
		double	zFar
	)

inline

Replace the projection matrix by a perspective projection matrix.

Parameters

fovy	specifies the field of view angle, in degrees, in the y-direction.
aspect	Specifies the aspect ratio that determines the field of view in the x direction. The aspect ratio is the ratio of x (width) to y (height).
zNear	Specifies the distance from the viewer to the near clipping plane (always positive)
zFar	Specifies the distance from the viewer to the far clipping plane (always positive).

Definition at line 312 of file OpenGLUtilities.inl.

◆ loadProjectionMatrixFromOpenGL()

void gVirtualXRay::loadProjectionMatrixFromOpenGL ( )

Replace the projection matrix by OpenGL's projection matrix.

◆ log()

template<typename T >

Image< T > gVirtualXRay::log ( const Image< T > & anImage )

Definition at line 5169 of file Image.inl.

◆ logspace()

std::vector<double> gVirtualXRay::logspace	(	const double &	a,
		const double &	b,
		const int &	k
	)

inline

Definition at line 98 of file Scintillator.inl.

◆ multiplyOrthoProjectionMatrix()

void gVirtualXRay::multiplyOrthoProjectionMatrix	(	double	left,
		double	right,
		double	bottom,
		double	top,
		double	nearPlane,
		double	farPlane
	)

inline

Definition at line 266 of file OpenGLUtilities.inl.

◆ multiplyPerspectiveProjectionMatrix()

void gVirtualXRay::multiplyPerspectiveProjectionMatrix	(	double	fovy,
		double	aspect,
		double	zNear,
		double	zFar
	)

inline

Definition at line 323 of file OpenGLUtilities.inl.

◆ operator*() [1/2]

template<typename T >

Image< T > gVirtualXRay::operator*	(	const T &	aValue,
		const Image< T > &	anImage
	)

Definition at line 5104 of file Image.inl.

◆ operator*() [2/2]

template<typename T >

Vec3< T > gVirtualXRay::operator*	(	const double &	aValue,
		const Vec3< T > &	aVector
	)

Operator * to multiply each component of the vector by a given value.

Parameters

aValue	the multiplicative value
aVector	the vector to multiply

Returns: the modified vector

Definition at line 476 of file Vec3.inl.

◆ operator+()

template<typename T >

Image< T > gVirtualXRay::operator+	(	const T &	aValue,
		const Image< T > &	anImage
	)

Definition at line 5137 of file Image.inl.

◆ operator-()

template<typename T >

Image< T > gVirtualXRay::operator-	(	const T &	aValue,
		const Image< T > &	anImage
	)

Definition at line 5146 of file Image.inl.

◆ operator/()

template<typename T >

Image< T > gVirtualXRay::operator/	(	const T &	aValue,
		const Image< T > &	anImage
	)

Definition at line 5113 of file Image.inl.

◆ operator<<() [1/11]

template<typename T >

std::ostream & gVirtualXRay::operator<<	(	std::ostream &	anOutputStream,
		const Vec2< T > &	aVector
	)

Definition at line 362 of file Vec2.inl.

◆ operator<<() [2/11]

template<typename T >

std::ostream & gVirtualXRay::operator<<	(	std::ostream &	anOutputStream,
		const Vec3< T > &	aVector
	)

Definition at line 485 of file Vec3.inl.

◆ operator<<() [3/11]

template<typename T >

std::ostream & gVirtualXRay::operator<<	(	std::ostream &	anOutputStream,
		const Matrix4x4< T > &	aMatrix
	)

Definition at line 624 of file Matrix4x4.inl.

◆ operator<<() [4/11]

std::ostream & gVirtualXRay::operator<<	(	std::ostream &	anOuputStream,
		const PhotonCrossSection &	anInstance
	)

inline

Definition at line 80 of file PhotonCrossSection.inl.

◆ operator<<() [5/11]

std::ostream & gVirtualXRay::operator<<	(	std::ostream &	anOutputStream,
		const Exception &	anException
	)

inline

operator<<

Parameters

anOutputStream	the output stream
anException	the exception to add to the output stream

Returns: the output stream

Definition at line 80 of file Exception.inl.

◆ operator<<() [6/11]

std::ostream& gVirtualXRay::operator<<	(	std::ostream &	anOutputSream,
		const gVirtualXRay::ElementSet &	anElementSet
	)

operator <<

◆ operator<<() [7/11]

std::ostream& gVirtualXRay::operator<<	(	std::ostream &	anOutputSream,
		const gVirtualXRay::AtomicElement &	anElement
	)

operator <<

◆ operator<<() [8/11]

std::ostream & gVirtualXRay::operator<<	(	std::ostream &	os,
		const SpectrumRecord &	obj
	)

inline

operator<<

Parameters

os	the output stream
obj	the record to store in the stream

Returns: the output stream

Definition at line 117 of file SpectrumRecord.inl.

◆ operator<<() [9/11]

std::ostream & gVirtualXRay::operator<<	(	std::ostream &	os,
		const AttenuationCoefficient &	obj
	)

inline

operator<<

Parameters

os	the output stream
obj	the record to store in the stream

Returns: the output stream

Definition at line 110 of file AttenuationCoefficient.inl.

◆ operator<<() [10/11]

std::ostream& gVirtualXRay::operator<<	(	std::ostream &	anOutputSream,
		const MaterialSet &	aMaterialSet
	)

inline

Definition at line 136 of file MaterialSet.inl.

◆ operator<<() [11/11]

std::ostream& gVirtualXRay::operator<<	(	std::ostream &	anOutputSream,
		const TissueMaterial &	aTissueMaterial
	)

inline

Definition at line 298 of file TissueMaterial.inl.

◆ operator>>() [1/4]

std::istream & gVirtualXRay::operator>>	(	std::istream &	is,
		SpectrumRecord &	obj
	)

inline

operator>>

Parameters

is	the input stream
obj	the record to load from the stream

Returns: the input stream

Definition at line 105 of file SpectrumRecord.inl.

◆ operator>>() [2/4]

std::istream & gVirtualXRay::operator>>	(	std::istream &	is,
		AttenuationCoefficient &	obj
	)

inline

operator>>

Parameters

is	the input stream
obj	the record to load from the stream

Returns: the input stream

Definition at line 95 of file AttenuationCoefficient.inl.

◆ operator>>() [3/4]

std::istream& gVirtualXRay::operator>>	(	std::istream &	anInputSream,
		gVirtualXRay::AtomicElement &	anElement
	)

operator >>

◆ operator>>() [4/4]

std::istream& gVirtualXRay::operator>>	(	std::istream &	anInputSream,
		TissueMaterial &	aTissueMaterial
	)

inline

Definition at line 317 of file TissueMaterial.inl.

◆ popEnableDisableState()

void gVirtualXRay::popEnableDisableState ( )

Restore the enable/disable state to the corresponding stack, and remove the last state of the stack.

◆ popFBO()

void gVirtualXRay::popFBO ( )

Restore the FBO binding from the FBO stack, and remove the last FBO of the stack.

◆ popModelViewMatrix()

void gVirtualXRay::popModelViewMatrix ( )

inline

Restore the matrix from the model/view matrix stack, and remove the last matrix of the stack.

Definition at line 131 of file OpenGLUtilities.inl.

◆ popProjectionMatrix()

void gVirtualXRay::popProjectionMatrix ( )

inline

Restore the matrix from the projection matrix stack, and remove the last matrix of the stack.

Definition at line 113 of file OpenGLUtilities.inl.

◆ popShaderProgram()

void gVirtualXRay::popShaderProgram ( )

Restore the shader program to the corresponding stack, and remove the last state of the stack.

◆ popTexture()

void gVirtualXRay::popTexture ( )

Restore the texture binding from the texture stack, and remove the last texture of the stack.

◆ pushEnableDisableState()

void gVirtualXRay::pushEnableDisableState ( int aParameter )

Add the enable/disable state to the corresponding stack.

Parameters

aParameter parameter to add

◆ pushFBO()

void gVirtualXRay::pushFBO ( )

Add the current FBO binding to the FBO stack.

◆ pushModelViewMatrix()

void gVirtualXRay::pushModelViewMatrix ( )

inline

Add the current matrix to the model/view matrix stack.

Definition at line 105 of file OpenGLUtilities.inl.

◆ pushProjectionMatrix()

void gVirtualXRay::pushProjectionMatrix ( )

inline

Add the current matrix to the projection matrix stack.

Definition at line 97 of file OpenGLUtilities.inl.

◆ pushShaderProgram()

void gVirtualXRay::pushShaderProgram ( )

Add the current shader program to the corresponding stack.

◆ pushTexture1D()

void gVirtualXRay::pushTexture1D ( )

Add the current 1D texture binding to the texture stack.

◆ pushTexture2D()

void gVirtualXRay::pushTexture2D ( )

Add the current 2D texture binding to the texture stack.

◆ pushTexture3D()

void gVirtualXRay::pushTexture3D ( )

Add the current 3D texture binding to the texture stack.

◆ pushTextureRectangle()

void gVirtualXRay::pushTextureRectangle ( )

Add the current rectangle texture binding to the texture stack.

◆ radianToDegree()

template<typename T >

T gVirtualXRay::radianToDegree ( const T & aAngleInRadian )

Definition at line 411 of file Utilities.inl.

◆ sgn()

template<typename T >

int gVirtualXRay::sgn ( const T & aValue )

Definition at line 419 of file Utilities.inl.

◆ swapBytes()

template<typename T >

void gVirtualXRay::swapBytes ( T & aValue )

Definition at line 384 of file Utilities.inl.

◆ useOpenGL32()

bool gVirtualXRay::useOpenGL32 ( )

Check if OpenGL 3.2 is supported by the current OpenGL context.

◆ useOpenGL45()

bool gVirtualXRay::useOpenGL45 ( )

Check if OpenGL 4.5 is supported by the current OpenGL context.

◆ useOpenGLCompute()

bool gVirtualXRay::useOpenGLCompute ( )

Check if OpenGL Compute Shaders are supported by the current OpenGL context.

Variable Documentation

◆ centigram

const double gVirtualXRay::centigram = 0.01

centigram

Definition at line 141 of file Units.h.

◆ centimeter

const double gVirtualXRay::centimeter = 0.01 / 0.001

centimetre

Definition at line 88 of file Units.h.

◆ centimetre

const double gVirtualXRay::centimetre = centimeter

centimetre

Definition at line 97 of file Units.h.

◆ cg

const double gVirtualXRay::cg = centigram

centigram

Definition at line 150 of file Units.h.

◆ cm

const double gVirtualXRay::cm = centimeter

centimeter

Definition at line 106 of file Units.h.

◆ cm2

const double gVirtualXRay::cm2 = cm * cm

square centimeter

Definition at line 115 of file Units.h.

◆ cm3

const double gVirtualXRay::cm3 = cm * cm * cm

cubic centimeter

Definition at line 124 of file Units.h.

◆ dag

const double gVirtualXRay::dag = decagram

decagram

Definition at line 147 of file Units.h.

◆ dam

const double gVirtualXRay::dam = decameter

decametre

Definition at line 103 of file Units.h.

◆ dam2

const double gVirtualXRay::dam2 = dam * dam

square decametre

Definition at line 112 of file Units.h.

◆ dam3

const double gVirtualXRay::dam3 = dam * dam * dam

cubic decametre

Definition at line 121 of file Units.h.

◆ decagram

const double gVirtualXRay::decagram = 10.0

decagram

Definition at line 138 of file Units.h.

◆ decameter

const double gVirtualXRay::decameter = 10.0 / 0.001

decametre

Definition at line 85 of file Units.h.

◆ decametre

const double gVirtualXRay::decametre = decameter

decametre

Definition at line 94 of file Units.h.

◆ decigram

const double gVirtualXRay::decigram = 0.1

decigram

Definition at line 140 of file Units.h.

◆ decimeter

const double gVirtualXRay::decimeter = 0.1 / 0.001

decimetre

Definition at line 87 of file Units.h.

◆ decimetre

const double gVirtualXRay::decimetre = decimeter

decimetre

Definition at line 96 of file Units.h.

◆ dg

const double gVirtualXRay::dg = decigram

decigram

Definition at line 149 of file Units.h.

◆ dm

const double gVirtualXRay::dm = decimeter

decimeter

Definition at line 105 of file Units.h.

◆ dm2

const double gVirtualXRay::dm2 = dm * dm

square decimeter

Definition at line 114 of file Units.h.

◆ dm3

const double gVirtualXRay::dm3 = dm * dm * dm

cubic decimeter

Definition at line 123 of file Units.h.

◆ electronvolt

const double gVirtualXRay::electronvolt = megaelectronvolt * 1.0e-6

electronvolt

Definition at line 130 of file Units.h.

◆ eV

const double gVirtualXRay::eV = electronvolt

electronvolt

Definition at line 134 of file Units.h.

◆ g

const double gVirtualXRay::g = gram

gram

Definition at line 148 of file Units.h.

◆ g_current_modelview_matrix

MATRIX4 gVirtualXRay::g_current_modelview_matrix

The model/view matrices.

◆ g_current_projection_matrix

MATRIX4 gVirtualXRay::g_current_projection_matrix

The projection matrix.

◆ g_enable_disable_state_stack

std::vector<std::pair<int, bool> > gVirtualXRay::g_enable_disable_state_stack

The stack of enable/disable states.

◆ g_frame_buffer_object_stack

std::vector<int> gVirtualXRay::g_frame_buffer_object_stack

The stack of FBO binding.

◆ g_p_modelview_matrix_stack

std::vector<MATRIX4> gVirtualXRay::g_p_modelview_matrix_stack

The stack of model/view matrices.

◆ g_p_projection_matrix_stack

std::vector<MATRIX4> gVirtualXRay::g_p_projection_matrix_stack

The stack of projection matrix.

◆ g_shader_program_stack

std::vector<int> gVirtualXRay::g_shader_program_stack

The stack of shader programs.

◆ g_texture_stack

std::vector<std::pair<int, int> > gVirtualXRay::g_texture_stack

The stack of texture binding.

◆ gram

const double gVirtualXRay::gram = 1.0

gram

Definition at line 139 of file Units.h.

◆ hectogram

const double gVirtualXRay::hectogram = 100.0

hectogram

Definition at line 137 of file Units.h.

◆ hectometer

const double gVirtualXRay::hectometer = 100.0 / 0.001

hectometre

Definition at line 84 of file Units.h.

◆ hectometre

const double gVirtualXRay::hectometre = hectometer

hectometre

Definition at line 93 of file Units.h.

◆ hg

const double gVirtualXRay::hg = hectogram

hectogram

Definition at line 146 of file Units.h.

◆ hm

const double gVirtualXRay::hm = hectometer

hectometre

Definition at line 102 of file Units.h.

◆ hm2

const double gVirtualXRay::hm2 = hm * hm

square hectometre

Definition at line 111 of file Units.h.

◆ hm3

const double gVirtualXRay::hm3 = hm * hm * hm

cubic hectometre

Definition at line 120 of file Units.h.

◆ keV

const double gVirtualXRay::keV = kiloelectronvolt

kiloelectron volt

Definition at line 133 of file Units.h.

◆ kg

const double gVirtualXRay::kg = kilogram

kilogram

Definition at line 145 of file Units.h.

◆ kiloelectronvolt

const double gVirtualXRay::kiloelectronvolt = megaelectronvolt * 1.0e-3

kiloelectron volt

Definition at line 129 of file Units.h.

◆ kilogram

const double gVirtualXRay::kilogram = 1000.0

kilogram

Definition at line 136 of file Units.h.

◆ kilometer

const double gVirtualXRay::kilometer = 1000.0 / 0.001

kilometre

Definition at line 83 of file Units.h.

◆ kilometre

const double gVirtualXRay::kilometre = kilometer

kilometre

Definition at line 92 of file Units.h.

◆ kilovolt

const double gVirtualXRay::kilovolt = megavolt * 1.0e-3

kilo volt

Definition at line 157 of file Units.h.

◆ km

const double gVirtualXRay::km = kilometer

kilometre

Definition at line 101 of file Units.h.

◆ km2

const double gVirtualXRay::km2 = km * km

square kilometre

Definition at line 110 of file Units.h.

◆ km3

const double gVirtualXRay::km3 = km * km * km

cubic kilometre

Definition at line 119 of file Units.h.

◆ kV

const double gVirtualXRay::kV = kilovolt

kilo volt

Definition at line 161 of file Units.h.

◆ LOGGER

Logger gVirtualXRay::LOGGER

◆ m

const double gVirtualXRay::m = meter

meter

Definition at line 104 of file Units.h.

◆ m2

const double gVirtualXRay::m2 = m * m

square meter

Definition at line 113 of file Units.h.

◆ m3

const double gVirtualXRay::m3 = m * m * m

cubic meter

Definition at line 122 of file Units.h.

◆ megaelectronvolt

const double gVirtualXRay::megaelectronvolt = 1.0

megaelectron volt

Definition at line 128 of file Units.h.

◆ megavolt

const double gVirtualXRay::megavolt = 1.0

mega volt

Definition at line 156 of file Units.h.

◆ meter

const double gVirtualXRay::meter = 1.0 / 0.001

metre

Definition at line 86 of file Units.h.

◆ metre

const double gVirtualXRay::metre = meter

metre

Definition at line 95 of file Units.h.

◆ MeV

const double gVirtualXRay::MeV = megaelectronvolt

megaelectron volt

Definition at line 132 of file Units.h.

◆ mg

const double gVirtualXRay::mg = milligram

milligram

Definition at line 151 of file Units.h.

◆ microgram

const double gVirtualXRay::microgram = 1e-6

microgram

Definition at line 143 of file Units.h.

◆ micrometer

const double gVirtualXRay::micrometer = 1.0e-6 / 0.001

micrometre

Definition at line 90 of file Units.h.

◆ micrometre

const double gVirtualXRay::micrometre = micrometer

micrometre

Definition at line 99 of file Units.h.

◆ milligram

const double gVirtualXRay::milligram = 0.001

milligram

Definition at line 142 of file Units.h.

◆ millimeter

const double gVirtualXRay::millimeter = 0.001 / 0.001

millimetre

Definition at line 89 of file Units.h.

◆ millimetre

const double gVirtualXRay::millimetre = millimeter

millimetre

Definition at line 98 of file Units.h.

◆ mm

const double gVirtualXRay::mm = millimeter

millimeter

Definition at line 107 of file Units.h.

◆ mm2

const double gVirtualXRay::mm2 = mm * mm

square millimeter

Definition at line 116 of file Units.h.

◆ mm3

const double gVirtualXRay::mm3 = mm * mm * mm

cubic millimeter

Definition at line 125 of file Units.h.

◆ mole

const double gVirtualXRay::mole = 1.0

mole

Definition at line 154 of file Units.h.

◆ MV

const double gVirtualXRay::MV = megavolt

mega volt

Definition at line 160 of file Units.h.

◆ N_Avogadro

const double gVirtualXRay::N_Avogadro = 6.02552 * 1.0e23

Avogadro number.

Definition at line 101 of file ConstantValues.h.

◆ Pi

const double gVirtualXRay::Pi = 3.14159265358979323846

Pi.

Definition at line 96 of file ConstantValues.h.

◆ Pi_2

const double gVirtualXRay::Pi_2 = Pi / 2.0

Pi divided by 2.0.

Definition at line 99 of file ConstantValues.h.

◆ ug

const double gVirtualXRay::ug = microgram

microgram

Definition at line 152 of file Units.h.

◆ um

const double gVirtualXRay::um = micrometer

micrometre

Definition at line 108 of file Units.h.

◆ um2

const double gVirtualXRay::um2 = um * um

square micrometre

Definition at line 117 of file Units.h.

◆ um3

const double gVirtualXRay::um3 = um * um * um

cubic micrometre

Definition at line 126 of file Units.h.

◆ V

const double gVirtualXRay::V = volt

volt

Definition at line 162 of file Units.h.

◆ volt

const double gVirtualXRay::volt = megavolt * 1.0e-6

volt

Definition at line 158 of file Units.h.

◆ Z_Ag

const unsigned short gVirtualXRay::Z_Ag = 47

Silver atomic number.

Definition at line 119 of file ConstantValues.h.

◆ Z_Ar

const unsigned short gVirtualXRay::Z_Ar = 18

Argon atomic number.

Definition at line 112 of file ConstantValues.h.

◆ Z_C

const unsigned short gVirtualXRay::Z_C = 6

Carbon atomic number.

Definition at line 104 of file ConstantValues.h.

◆ Z_Ca

const unsigned short gVirtualXRay::Z_Ca = 20

Calcium atomic number.

Definition at line 114 of file ConstantValues.h.

◆ Z_Cl

const unsigned short gVirtualXRay::Z_Cl = 17

Chlorine atomic number.

Definition at line 111 of file ConstantValues.h.

◆ Z_Cu

const unsigned short gVirtualXRay::Z_Cu = 29

Copper atomic number.

Definition at line 117 of file ConstantValues.h.

◆ Z_Fe

const unsigned short gVirtualXRay::Z_Fe = 26

Iron atomic number.

Definition at line 116 of file ConstantValues.h.

◆ Z_H

const unsigned short gVirtualXRay::Z_H = 1

Hydrogen atomic number.

Definition at line 103 of file ConstantValues.h.

◆ Z_I

const unsigned short gVirtualXRay::Z_I = 53

Iodine atomic number.

Definition at line 121 of file ConstantValues.h.

◆ Z_K

const unsigned short gVirtualXRay::Z_K = 19

Potassium atomic number.

Definition at line 113 of file ConstantValues.h.

◆ Z_Mg

const unsigned short gVirtualXRay::Z_Mg = 12

Magnesium atomic number.

Definition at line 108 of file ConstantValues.h.

◆ Z_N

const unsigned short gVirtualXRay::Z_N = 7

Nitrogen atomic number.

Definition at line 105 of file ConstantValues.h.

◆ Z_Na

const unsigned short gVirtualXRay::Z_Na = 11

Sodium atomic number.

Definition at line 107 of file ConstantValues.h.

◆ Z_O

const unsigned short gVirtualXRay::Z_O = 8

Oxygen atomic number.

Definition at line 106 of file ConstantValues.h.

◆ Z_P

const unsigned short gVirtualXRay::Z_P = 15

Phosphorus atomic number.

Definition at line 109 of file ConstantValues.h.

◆ Z_S

const unsigned short gVirtualXRay::Z_S = 16

Sulfur atomic number.

Definition at line 110 of file ConstantValues.h.

◆ Z_Sn

const unsigned short gVirtualXRay::Z_Sn = 50

Tin atomic number.

Definition at line 120 of file ConstantValues.h.

◆ Z_Ti

const unsigned short gVirtualXRay::Z_Ti = 22

Titanium atomic number.

Definition at line 115 of file ConstantValues.h.

◆ Z_Zn

const unsigned short gVirtualXRay::Z_Zn = 30

Zinc atomic number.

Definition at line 118 of file ConstantValues.h.

Data Structures

Typedefs

Functions

Variables

Typedef Documentation

◆ MATRIX4

◆ Matrix4x4d

◆ Matrix4x4f

◆ RATIONAL_NUMBER

◆ SinogramType

◆ VEC2

◆ Vec2d

◆ Vec2f

◆ Vec2i

◆ Vec2ui

◆ VEC3

◆ Vec3d

◆ Vec3f

◆ Vec3i

◆ Vec3ui

Function Documentation

◆ abs()

◆ applyModelViewMatrix()

◆ buildFrustumProjectionMatrix()

◆ buildLookAtModelViewMatrix() [1/2]

◆ buildLookAtModelViewMatrix() [2/2]

◆ buildOrthoProjectionMatrix()

◆ buildPerspectiveProjectionMatrix()

◆ checkExtension() [1/2]

◆ checkExtension() [2/2]

◆ checkFBOErrorStatus()

◆ checkOpenGLErrorStatus()

◆ createOpenGL2VBO()

◆ createOpenGL3VBO()

◆ createVBO()

◆ deflate()

◆ degreeToRadian()

◆ gauss2D()

◆ getCurrentOpenGLMatrix()

◆ getPixelType() [1/2]

◆ getPixelType() [2/2]

◆ getShaderImageType()

◆ getShaderOpenGLType()

◆ getShaderPixelType()

◆ getShaderRGBAPixelType()

◆ getShaderTypeID()

◆ inflate()

◆ initialiseGLAD()

◆ initialiseGLEW()

◆ initializeGLAD()

◆ initializeGLEW()

◆ interpolate() [1/2]

◆ interpolate() [2/2]

◆ isBigEndian()

◆ isDAT() [1/2]

◆ isDAT() [2/2]

◆ isDCM() [1/2]

◆ isDCM() [2/2]

◆ isJPEG() [1/2]

◆ isJPEG() [2/2]

◆ isLetter()

◆ isLittleEndian()

◆ isLowerCase()

◆ isMAT() [1/2]

◆ isMAT() [2/2]

◆ isMHA() [1/2]

◆ isMHA() [2/2]

◆ isMHD() [1/2]

◆ isMHD() [2/2]

◆ isNumber()

◆ isPGM() [1/2]

◆ isPGM() [2/2]

◆ isRAW() [1/2]

◆ isRAW() [2/2]

◆ isTIFF() [1/2]

◆ isTIFF() [2/2]

◆ isTXT() [1/2]

◆ isTXT() [2/2]

◆ isUpperCase()

◆ loadFrustumProjectionMatrix()