sd_data Class Reference

Public Member Functions
void	clear ()

Public Attributes
double	a [NSD]
double	lim [2]
double	clim [2]
vector< double >	xx
vector< double >	aa
vector< double >	rr
vector< double >	ww
double	unity
double	unity_bin
double	cSize
double	radius
double	area
double	vol
vector< double >	ln_a
vector< double >	ln_a4dNda
sd_type	sdCase
long int	nCarbon
long int	magic
long int	cPart
long int	nPart
long int	nmul
long int	nn
long int	npts
bool	lgLogScale

Private Member Functions
void	p_clear1 ()

Member Function Documentation

void sd_data::clear ( )

inline

References p_clear1().

Here is the call graph for this function:

void sd_data::p_clear1 ( )

inlineprivate

References aa, ln_a, ln_a4dNda, rr, ww, and xx.

Referenced by clear().

Member Data Documentation

double sd_data::a[NSD]

parameters for size distribution

Referenced by mie_auxiliary(), mie_cs_size_distr(), mie_read_szd(), and size_distr().

vector<double> sd_data::aa

aa[nn]: weights for Gauss quadrature on [-1,1]

Referenced by mie_integrate(), and p_clear1().

double sd_data::area

average grain surface area for current bin <4pi*a^2>

Referenced by mie_auxiliary(), mie_integrate(), and mie_write_opc().

double sd_data::clim[2]

holds lower and upper size limit for current bin

Referenced by mie_auxiliary(), mie_integrate(), mie_step(), and mie_write_opc().

long int sd_data::cPart

current partition no. for size distribution

Referenced by mie_auxiliary(), and mie_write_opc().

double sd_data::cSize

the grain size currently being used for the calculations

Referenced by mie_cs(), mie_cs_size_distr(), mie_step(), pah1_fun(), pah2_fun(), and pah3_fun().

bool sd_data::lgLogScale

use logarithmic mesh for integration over size ?

Referenced by mie_auxiliary(), mie_integrate(), and mie_write_opc().

double sd_data::lim[2]

holds lower and upper size limit for entire distribution

Referenced by mie_auxiliary(), mie_read_szd(), mie_write_opc(), search_limit(), and size_distr().

vector<double> sd_data::ln_a

ln(a)[npts]: log of grain radii for user-supplied size distr

Referenced by mie_read_szd(), p_clear1(), and size_distr().

vector<double> sd_data::ln_a4dNda

ln(a^4*dN/da)[npts]: log of user-supplied size distr

Referenced by mie_read_szd(), p_clear1(), and size_distr().

long int sd_data::magic

magic number

Referenced by mie_read_szd(), and mie_write_opc().

long int sd_data::nCarbon

number of carbon atoms requested in SD_NR_CARBON file

Referenced by mie_auxiliary(), and mie_read_szd().

long int sd_data::nmul

multiplier for obtaining no. of abscissas in gaussian quadrature

Referenced by mie_auxiliary(), and mie_integrate().

long int sd_data::nn

no. of abscissas used in gaussian quadrature (per partition)

Referenced by mie_integrate().

long int sd_data::nPart

total no. of partitions for size distribution

Referenced by mie_auxiliary(), and mie_write_opc().

long int sd_data::npts

no. of points in user-supplied size distr

Referenced by mie_read_szd(), and size_distr().

double sd_data::radius

average grain radius for current bin

Referenced by mie_auxiliary(), mie_integrate(), and mie_write_opc().

vector<double> sd_data::rr

rr[nn]: abcissas for Gauss quadrature

Referenced by mie_integrate(), and p_clear1().

sd_type sd_data::sdCase

SD_SINGLE_SIZE, SD_POWERLAW, ...

Referenced by mie_auxiliary(), mie_cs_size_distr(), mie_read_szd(), mie_write_opc(), and size_distr().

double sd_data::unity

normalization for integrals over size distribution

Referenced by mie_auxiliary(), and mie_write_opc().

double sd_data::unity_bin

normalization for integrals over size distribution

Referenced by mie_auxiliary(), and mie_write_opc().

double sd_data::vol

average grain volume for current bin <4pi/3*a^3>

Referenced by mie_auxiliary(), mie_integrate(), and mie_write_opc().

vector<double> sd_data::ww

ww[nn]: weights for Gauss quadrature

Referenced by mie_integrate(), and p_clear1().

vector<double> sd_data::xx

xx[nn]: abcissas for Gauss quadrature on [-1,1]

Referenced by mie_integrate(), and p_clear1().

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

• grains_mie.cpp