#include <mesh.h>

Inheritance diagram for t_mesh:

Public Member Functions
void	InitMesh (bool lgUnitCell)
void	ValidateEdges () const
void	CheckMesh () const
bool	lgMeshSetUp () const
long	ncells () const
double	emm () const
double	egamry () const
double	getResolutionScaleFactor () const
void	setResolutionScaleFactor (double fac)
string	mesh_md5sum () const
const double *	anuptr () const
double	anu (size_t i) const
double	anu2 (size_t i) const
double	anu3 (size_t i) const
double	anuln (size_t i) const
const double *	anulog10ptr () const
double	anulog10 (size_t i) const
double	anusqrt (size_t i) const
double	anumin (size_t i) const
double	anumax (size_t i) const
double	widflx (size_t i) const
size_t	ipointC (double anu) const
size_t	ipointF (double anu) const
size_t	ithreshC (double threshold) const
size_t	ithreshF (double threshold) const
bool	isEnergyBound (Energy en) const
	t_mesh ()

Private Member Functions
void	p_ReadResolution ()
void	p_SetupMesh (bool lgUnitCell)
void	p_SetupEdges ()

Private Attributes
double	p_emm
double	p_egamry
double	p_ResolutionScaleFactor
string	p_mesh_md5sum
vector< double >	p_RangeUpperLimit
vector< double >	p_RangeResolution
vector< Energy >	p_edges
vector< double >	p_anu
vector< double >	p_anu_edge
vector< double >	p_widflx
vector< double >	p_anulog10
vector< double >	p_anuln
vector< double >	p_anusqrt
vector< double >	p_anu2
vector< double >	p_anu3

Constructor & Destructor Documentation

◆ t_mesh()

t_mesh::t_mesh ( )

inline

References p_egamry, p_emm, and p_ResolutionScaleFactor.

Member Function Documentation

◆ anu()

double t_mesh::anu ( size_t i ) const

inline

References p_anu.

Referenced by ipointC(), and ipointF().

◆ anu2()

double t_mesh::anu2 ( size_t i ) const

inline

References p_anu2.

◆ anu3()

double t_mesh::anu3 ( size_t i ) const

inline

References p_anu3.

◆ anuln()

double t_mesh::anuln ( size_t i ) const

inline

References p_anuln.

◆ anulog10()

double t_mesh::anulog10 ( size_t i ) const

inline

References p_anulog10.

◆ anulog10ptr()

const double * t_mesh::anulog10ptr ( ) const

inline

References get_ptr(), and p_anulog10.

Here is the call graph for this function:

◆ anumax()

double t_mesh::anumax ( size_t i ) const

inline

References p_anu_edge.

Referenced by CheckMesh().

◆ anumin()

double t_mesh::anumin ( size_t i ) const

inline

References p_anu_edge.

Referenced by CheckMesh().

◆ anuptr()

const double * t_mesh::anuptr ( ) const

inline

References get_ptr(), and p_anu.

Here is the call graph for this function:

◆ anusqrt()

double t_mesh::anusqrt ( size_t i ) const

inline

References p_anusqrt.

◆ CheckMesh()

void t_mesh::CheckMesh ( ) const

References anumax(), anumin(), ASSERT, cdEXIT, DEBUG_ENTRY, egamry(), emm(), energy(), EXIT_FAILURE, fp_equal(), fprintf(), ioQQQ, ipointC(), ncells(), p_anu, and p_RangeUpperLimit.

Here is the call graph for this function:

◆ egamry()

double t_mesh::egamry ( ) const

inline

References p_egamry.

Referenced by CheckMesh(), and isEnergyBound().

◆ emm()

double t_mesh::emm ( ) const

inline

References p_emm.

Referenced by CheckMesh(), and isEnergyBound().

◆ getResolutionScaleFactor()

double t_mesh::getResolutionScaleFactor ( ) const

inline

References p_ResolutionScaleFactor.

◆ InitMesh()

void t_mesh::InitMesh ( bool lgUnitCell )

inline

References lgMeshSetUp(), MD5datafile(), p_egamry, p_emm, p_mesh_md5sum, p_ReadResolution(), p_SetupEdges(), p_SetupMesh(), and Energy::Ryd().

Here is the call graph for this function:

◆ ipointC()

size_t t_mesh::ipointC ( double anu ) const

inline

References anu(), ASSERT, hunt_bisect(), lgMeshSetUp(), and p_anu_edge.

Referenced by CheckMesh(), and ipointF().

Here is the call graph for this function:

◆ ipointF()

size_t t_mesh::ipointF ( double anu ) const

inline

References anu(), and ipointC().

Here is the call graph for this function:

◆ isEnergyBound()

bool t_mesh::isEnergyBound ( Energy en ) const

inline

References egamry(), emm(), and Energy::Ryd().

Here is the call graph for this function:

◆ ithreshC()

size_t t_mesh::ithreshC ( double threshold ) const

inline

References ASSERT, hunt_bisect(), lgMeshSetUp(), and p_anu.

Referenced by ithreshF().

Here is the call graph for this function:

◆ ithreshF()

size_t t_mesh::ithreshF ( double threshold ) const

inline

References ithreshC().

Here is the call graph for this function:

◆ lgMeshSetUp()

bool t_mesh::lgMeshSetUp ( ) const

inline

References p_anu.

Referenced by InitMesh(), ipointC(), ithreshC(), and setResolutionScaleFactor().

◆ mesh_md5sum()

string t_mesh::mesh_md5sum ( ) const

inline

References p_mesh_md5sum.

◆ ncells()

long t_mesh::ncells ( ) const

inline

References p_anu.

Referenced by CheckMesh().

◆ p_ReadResolution()

void t_mesh::p_ReadResolution ( )

private

References ASSERT, cdEXIT, DEBUG_ENTRY, EXIT_FAILURE, FFmtRead(), fp_equal(), fp_equal_tol(), fprintf(), ioQQQ, open_data(), p_edges, p_egamry, p_RangeResolution, p_RangeUpperLimit, p_ResolutionScaleFactor, read_whole_line(), and trace.

Referenced by InitMesh().

Here is the call graph for this function:

◆ p_SetupEdges()

void t_mesh::p_SetupEdges ( )

private

References DEBUG_ENTRY, and p_edges.

Referenced by InitMesh().

◆ p_SetupMesh()

void t_mesh::p_SetupMesh ( bool lgUnitCell )

private

References ASSERT, DEBUG_ENTRY, fprintf(), ioQQQ, p_anu, p_anu2, p_anu3, p_anu_edge, p_anuln, p_anulog10, p_anusqrt, p_emm, p_RangeResolution, p_RangeUpperLimit, p_ResolutionScaleFactor, p_widflx, pow2, pow3, and trace.

Referenced by InitMesh().

Here is the call graph for this function:

◆ setResolutionScaleFactor()

void t_mesh::setResolutionScaleFactor ( double fac )

inline

References ASSERT, fp_equal(), lgMeshSetUp(), and p_ResolutionScaleFactor.

Here is the call graph for this function:

◆ ValidateEdges()

void t_mesh::ValidateEdges ( ) const

References cdEXIT, DEBUG_ENTRY, dense, EXIT_FAILURE, fprintf(), ioQQQ, ipH1s, ipH2p, ipH2s, ipH_LIKE, ipHe1s1S, ipHE_LIKE, ipHELIUM, ipHYDROGEN, iso_sp, opac, and p_edges.

Here is the call graph for this function:

◆ widflx()

double t_mesh::widflx ( size_t i ) const

inline

References p_widflx.

Member Data Documentation

◆ p_anu

vector<double> t_mesh::p_anu

private

energy in Ryd of center of cell

Referenced by anu(), anuptr(), CheckMesh(), ithreshC(), lgMeshSetUp(), ncells(), and p_SetupMesh().

◆ p_anu2

vector<double> t_mesh::p_anu2

private

Referenced by anu2(), and p_SetupMesh().

◆ p_anu3

vector<double> t_mesh::p_anu3

private

Referenced by anu3(), and p_SetupMesh().

◆ p_anu_edge

vector<double> t_mesh::p_anu_edge

private

energy in Ryd at the edges of each cell

Referenced by anumax(), anumin(), ipointC(), and p_SetupMesh().

◆ p_anuln

vector<double> t_mesh::p_anuln

private

Referenced by anuln(), and p_SetupMesh().

◆ p_anulog10

vector<double> t_mesh::p_anulog10

private

these are log, sqrt, square, and cube of anu array

Referenced by anulog10(), anulog10ptr(), and p_SetupMesh().

◆ p_anusqrt

vector<double> t_mesh::p_anusqrt

private

Referenced by anusqrt(), and p_SetupMesh().

◆ p_edges

vector<Energy> t_mesh::p_edges

private

a list of major ionization edges that need to be fiddled into the frequency mesh

Referenced by p_ReadResolution(), p_SetupEdges(), and ValidateEdges().

◆ p_egamry

double t_mesh::p_egamry

private

the energy of the upper limit high-energy limit of the continuum

Referenced by egamry(), InitMesh(), p_ReadResolution(), and t_mesh().

◆ p_emm

double t_mesh::p_emm

private

================================================================================= the following define the continuum energy scale and its limits the energy of the lower limit low-energy limit of the continuum

Referenced by emm(), InitMesh(), p_SetupMesh(), and t_mesh().

◆ p_mesh_md5sum

string t_mesh::p_mesh_md5sum

private

MD5 sum of the continuum_mesh.ini file

Referenced by InitMesh(), and mesh_md5sum().

◆ p_RangeResolution

vector<double> t_mesh::p_RangeResolution

private

Referenced by p_ReadResolution(), and p_SetupMesh().

◆ p_RangeUpperLimit

vector<double> t_mesh::p_RangeUpperLimit

private

this is information needed to set the energy binning, full continuum is described by series of ranges where resolution is constant over that range

Referenced by CheckMesh(), p_ReadResolution(), and p_SetupMesh().

◆ p_ResolutionScaleFactor

double t_mesh::p_ResolutionScaleFactor

private

factor to reset continuum resolution from continuum_mesh.ini, default is unity, reset with set continuum resolution command

Referenced by getResolutionScaleFactor(), p_ReadResolution(), p_SetupMesh(), setResolutionScaleFactor(), and t_mesh().

◆ p_widflx

vector<double> t_mesh::p_widflx

private

width of cells in Rydberg

Referenced by p_SetupMesh(), and widflx().

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

Public Member Functions

Private Member Functions

Private Attributes

Constructor & Destructor Documentation

◆ t_mesh()

Member Function Documentation

◆ anu()

◆ anu2()

◆ anu3()

◆ anuln()

◆ anulog10()

◆ anulog10ptr()

◆ anumax()

◆ anumin()

◆ anuptr()

◆ anusqrt()

◆ CheckMesh()

◆ egamry()

◆ emm()

◆ getResolutionScaleFactor()

◆ InitMesh()

◆ ipointC()

◆ ipointF()

◆ isEnergyBound()

◆ ithreshC()

◆ ithreshF()

◆ lgMeshSetUp()

◆ mesh_md5sum()

◆ ncells()

◆ p_ReadResolution()

◆ p_SetupEdges()

◆ p_SetupMesh()

◆ setResolutionScaleFactor()

◆ ValidateEdges()

◆ widflx()

Member Data Documentation

◆ p_anu

◆ p_anu2

◆ p_anu3

◆ p_anu_edge

◆ p_anuln

◆ p_anulog10

◆ p_anusqrt

◆ p_edges

◆ p_egamry

◆ p_emm

◆ p_mesh_md5sum

◆ p_RangeResolution

◆ p_RangeUpperLimit

◆ p_ResolutionScaleFactor

◆ p_widflx