cs_atmo_1d_rad_t Struct Reference

#include <cs_atmo_1d_rad.h>

Collaboration diagram for cs_atmo_1d_rad_t:

Public Attributes
int	radiative_model_1d
int	nvert
int	nlevels
int	nlevels_max
int	frequency
cs_real_t *	xy
cs_real_t *	z
cs_real_t *	acinfe
cs_real_t *	dacinfe
cs_real_t *	aco2
cs_real_t *	aco2s
cs_real_t *	daco2
cs_real_t *	daco2s
cs_real_t *	acsup
cs_real_t *	acsups
cs_real_t *	dacsup
cs_real_t *	dacsups
cs_real_t *	tauzq
cs_real_t *	tauz
cs_real_t *	zq
cs_real_t *	ir_div
cs_real_t *	sol_div
cs_real_t *	iru
cs_real_t *	ird
cs_real_t *	solu
cs_real_t *	sold
cs_real_t *	qw
cs_real_t *	ql
cs_real_t *	qv
cs_real_t *	nc
cs_real_t *	fn
cs_real_t *	aerosols
cs_real_t *	albedo0
cs_real_t *	emissi0
cs_real_t *	temp0
cs_real_t *	theta0
cs_real_t *	qw0
cs_real_t *	p0
cs_real_t *	rho0

Member Data Documentation

acinfe

cs_real_t* acinfe

absorption for CO2 + 03

aco2

cs_real_t* aco2

absorption for CO2 only

aco2s

cs_real_t* aco2s

acsup

cs_real_t* acsup

as acinfe, downwing flux

acsups

cs_real_t* acsups

aerosols

cs_real_t* aerosols

1D profiles of aerosols along each vertical

albedo0

cs_real_t* albedo0

Value of ground albedo for each vertical

dacinfe

cs_real_t* dacinfe

differential absorption for CO2 + 03

daco2

cs_real_t* daco2

differential absorption for CO2 only

daco2s

cs_real_t* daco2s

dacsup

cs_real_t* dacsup

dacsups

cs_real_t* dacsups

emissi0

cs_real_t* emissi0

Value of ground emissivity for each vertical

fn

cs_real_t* fn

1D profiles of nebulosity along each vertical

frequency

int frequency

1D radiative model pass frequency (1 valu bu default)

ir_div

cs_real_t* ir_div

flux divergence of IR radiation

ird

cs_real_t* ird

iru

cs_real_t* iru

Upward and downward radiative fluxes (infrared, solar) along each vertical

nc

cs_real_t* nc

1D profiles of number of droplets along each vertical

nlevels

int nlevels

1-D radiative model: number of levels (up to the top of the domain)

nlevels_max

int nlevels_max

1-D radiative model: number of levels (up to 11000 m) (automatically computed)

nvert

int nvert

1-D radiative model: number of vertical arrays

p0

cs_real_t* p0

Value of ground pressure for each vertical

ql

cs_real_t* ql

1D profiles of liquid water mass fraction along each vertical

qv

cs_real_t* qv

1D profiles of vapor water mass fraction along each vertical

qw

cs_real_t* qw

1D profiles of total water mass fraction along each vertical

qw0

cs_real_t* qw0

Value of ground total water mass fraction for each vertical

radiative_model_1d

int radiative_model_1d

1-D radiative model (0 off, 1 on)

rho0

cs_real_t* rho0

Value of ground density for each vertical

sol_div

cs_real_t* sol_div

flux divergence of solar radiation

sold

cs_real_t* sold

solu

cs_real_t* solu

tauz

cs_real_t* tauz

internal variable for 1D radiative model

tauzq

cs_real_t* tauzq

internal variable for 1D radiative model

temp0

cs_real_t* temp0

Value of ground temperature for each vertical

theta0

cs_real_t* theta0

Value of ground potential temperature for each vertical

xy

cs_real_t* xy

horizontal coordinates of the vertical grid

z

cs_real_t* z

vertical grid for 1D radiative scheme

zq

cs_real_t* zq

vertical grid for 1D radiative scheme (staggered grid associated to faces)

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

• src/atmo/cs_atmo_1d_rad.h