module_mp_tempo_params – TEMPO Microphysics

parameters and variables used in tempo microphysics

Uses

- ccpp_kind_types
- iso_fortran_env
- machine
- mpas_kind_types
Help

Graph Key

Nodes of different colours represent the following:

Solid arrows point from a submodule to the (sub)module which it is descended from. Dashed arrows point from a module or program unit to modules which it uses.

Variables

Type	Visibility	Attributes		Name		Initial
integer,	public,	parameter	::	dp	=	selected_real_kind(15, 307)
character(len=11),	public		::	tempo_version			tempo version string (max is xxx.xxx.xxx)
integer,	public,	parameter	::	idx_bg1	=	6	index from rho_g when hail_aware = false: density = 500 $kg\, m^{-3}$
real(kind=wp),	public,	parameter	::	av_r	=	4854._wp	Note av_r is the rain fallspeed power-law coefficient fallspeed power law relations are $v =(a_{v}D^{b_{v}})\exp\left(-f_{v}D\right), \textrm{where}\,fv = 0\, \textrm{for graupel/ice}$ and coefficients are from from Ferrier (1994) for rain and Thompson et al. (2008) for ice, snow, and graupel
real(kind=wp),	public,	parameter	::	bv_r	=	1.0_wp	rain fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	av_s	=	40._wp	snow fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	bv_s	=	0.55_wp	snow fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	fv_s	=	100._wp	snow fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	bv_c	=	2.0_wp	cloud fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	bv_i	=	1.0_wp	ice fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	av_g_old	=	442._wp	graupel fallspeed power-law coefficient (hail_aware = false)
real(kind=wp),	public,	parameter	::	bv_g_old	=	0.89_wp	graupel fallspeed power-law coefficient (hail_aware = false)
real(kind=wp),	public,	parameter	::	av_g_new	=	161.794724_wp	graupel fallspeed power-law coefficient HARDCODED for idx_bg1 = 6 (hail_aware = true)
real(kind=wp),	public,	parameter	::	bv_g_new	=	0.640961647_wp	graupel fallspeed power-law coefficient HARDCODED for idx_bg1 = 6 (hail_aware = true)
real(kind=wp),	public,	parameter	::	fv_r	=	195.0_wp	rain fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	av_c	=	0.316946e8_wp	cloud fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	a_coeff	=	0.47244157_wp	graupel fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	b_coeff	=	0.54698726_wp	grapuel fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	av_i	=	1493.9	ice fallspeed power-law coefficient
real(kind=wp),	public,	parameter	::	am_s	=	0.069_wp	Note am_s is the snow mass power-law coefficient mass power law relations are $m = a_{m}D^{b_{m}}$ and coefficients for snow are from Field et al. (2005) and others assume a spherical form
real(kind=wp),	public,	parameter	::	bm_s	=	2.0_wp	snow mass power-law coefficient
real(kind=wp),	public,	parameter	::	bm_g	=	3.0_wp	graupel mass power-law coefficient
real(kind=wp),	public,	parameter	::	bm_i	=	3.0_wp	ice mass power-law coefficient
real(kind=wp),	public,	parameter	::	bm_r	=	3.0_wp	rain mass power-law coefficient
real(kind=wp),	public,	parameter	::	rho_i	=	890._wp	density of cloud ice $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter	::	xm0i	=	1.e-12_wp	ice initiates with this mass $[kg]$
real(kind=wp),	public,	parameter	::	d0c	=	1.e-6_wp	minimum diameter of cloud droplets $[m]$
real(kind=wp),	public,	parameter	::	d0r	=	50.e-6_wp	minimum diameter of raindrops $[m]$
real(kind=wp),	public,	parameter	::	d0s	=	300.e-6_wp	minimum diameter of snow $[m]$
real(kind=wp),	public,	parameter	::	d0g	=	350.e-6_wp	minimum diameter of graupel $[m]$
real(kind=wp),	public,	parameter	::	d0r_max	=	2.5e-3_wp	maximum diameter of raindrops $[m]$
real(kind=wp),	public,	parameter	::	c_cube	=	0.5_wp	capacitance of a sphere $\left(D^{3}\right)$
real(kind=wp),	public,	parameter	::	c_sqrd	=	0.15_wp	capacitance of plates/aggregates $\left(D^{2}\right)$
real(kind=wp),	public,	parameter	::	mu_r	=	0.0_wp	Note mu_r is the shape parameter for rain generalized gamma distributions for rain, graupel and cloud ice have the form $n\left(D\right) = n_{0} D^{\mu}\exp(-\lambda D)$ $\textrm{where}\\ \mu = 0 \\ \textrm{is exponential}$
real(kind=wp),	public,	parameter	::	mu_s	=	0.6357_wp	shape parameter for snow
real(kind=wp),	public,	parameter	::	mu_g	=	0.0_wp	shape parameter for graupel
real(kind=wp),	public,	parameter	::	mu_i	=	0.0_wp	shape parameter for cloud ice
real(kind=wp),	public,	parameter	::	nu_c_scale	=	1000.e6_wp	scaling parameter for nu_c
integer,	public,	parameter	::	nu_c_max	=	15	maximum value for nu_c
integer,	public,	parameter	::	nu_c_min	=	2	minimum value for nu_c
real(kind=wp),	public,	parameter	::	naccn0	=	300.0e6_wp	used for water-friendly aerosol initialization
real(kind=wp),	public,	parameter	::	naccn1	=	50.0e6_wp	used for water-friendly aerosol initialization
real(kind=wp),	public,	parameter	::	nain0	=	1.5e6_wp	used for ice-friendly aerosol initialization
real(kind=wp),	public,	parameter	::	nain1	=	0.5e6_wp	used for ice-friendly aerosol initialization
real(kind=wp),	public,	parameter	::	nwfa_default	=	11.1e6_wp	default value for water-friendly aerosols
real(kind=wp),	public,	parameter	::	nifa_default	=	nain1*0.01_wp	default value for ice-friendly aerosols
real(kind=wp),	public,	parameter	::	aero_max	=	9999.e6_wp	maximum aerosol value
real(kind=wp),	public,	parameter	::	hgfrz	=	235.16_wp	temperature to freeze all liquid $[K]$
real(kind=wp),	public,	parameter	::	nt_c_o	=	50.e6_wp	cloud number concentration over ocean (non-aerosol aware) $[m^{-3}]$
real(kind=wp),	public,	parameter	::	nt_c_l	=	100.e6_wp	cloud number concentration over land (non-aerosol aware) $[m^{-3}]$
real(kind=wp),	public,	parameter	::	nt_c_max	=	1999.e6_wp	maximum cloud number concentration $[m^{-3}]$
real(kind=wp),	public,	parameter	::	nt_c_min	=	2._wp	minimum cloud number concentration $[m^{-3}]$
real(kind=wp),	public,	parameter	::	tno	=	5.0_wp	constant in the Cooper curve for ice nucleation
real(kind=wp),	public,	parameter	::	ato	=	0.304_wp	constant in the Cooper curve for ice nucleation
real(kind=wp),	public		::	rho_s	=	100.0_wp	density of snow $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter	::	demott_nuc_ssati	=	0.25_wp	ice supersaturation threshold for DeMott nucleation
real(kind=dp),	public,	parameter	::	max_ni	=	4999.e3_wp	maximum ice number concentration $[m^{-3}]$
real(kind=wp),	public,	parameter	::	icenuc_max	=	1000.e3_wp	maximum ice nucleation number $[m^{-3}]$
real(kind=wp),	public,	parameter	::	rime_threshold	=	2.0_wp	snow to graupel rime threshold parameter
real(kind=wp),	public,	parameter	::	rime_conversion	=	0.95_wp	snow to graupel rime conversion parameter
real(kind=wp),	public,	parameter	::	ef_si	=	0.05_wp	snow-ice collection efficiency
real(kind=wp),	public,	parameter	::	ef_rs	=	0.95_wp	rain-snow collection efficiency
real(kind=wp),	public,	parameter	::	ef_rg	=	0.75_wp	rain-graupel collection efficiency
real(kind=wp),	public,	parameter	::	ef_ri	=	0.95_wp	rain-ice collection efficiency
real(kind=wp),	public,	parameter	::	autocon_nr_factor	=	10._wp	factor controlling rain number tendency from autconversion (larger produces few drops)
real(kind=wp),	public,	parameter	::	timestep_conversion_rime_to_rain	=	120._wp	timestep above which rime above freezing becomes rain (this timestep should be at least 120s)
integer,	public,	parameter	::	table_sp	=	real32	precision for lookup tables (machine independent)
integer,	public,	parameter	::	table_dp	=	real64	precision for lookup tables (machine independent)
integer,	public,	parameter	::	nrhg	=	9	graupel density array size when hail_aware = true
integer,	public,	parameter	::	nrhg1	=	1	graupel density array size when hail_aware = false
real(kind=wp),	public,	parameter	::	min_qv	=	1.e-10_wp	minimum value of water vapor mixing ratio $[kg\, kg^{-1}]$
real(kind=wp),	public,	parameter	::	r1	=	1.e-12_wp	minimum hydrometeor mass $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter	::	r2	=	1.e-6_wp	minimum hydrometeor number $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter	::	low_limit_mass_for_precip	=	1.e-9_wp	minimum hydrometor mass needed in the lowest-model level for precipitation
real(kind=wp),	public,	parameter	::	eps	=	1.e-15_wp	small non-zero number
real(kind=wp),	public,	parameter	::	meters3_to_liters	=	1000._wp	number of liters in 1 $m^{3}$
real(kind=dp),	public,	parameter	::	gonv_min	=	1.e2_dp	minimum graupel y-intercept $[m^{-4}]$
real(kind=dp),	public,	parameter	::	gonv_max	=	1.e6_dp	maximum graupel y-intercept $[m^{-4}]$
real(kind=wp),	public,	parameter	::	t0	=	273.15_wp	melting point of ice $[K]$
real(kind=wp),	public,	parameter	::	rho_w	=	1000._wp	density of liquid water $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter, dimension(nrhg)	::	rho_g	=	[50._wp, 100._wp, 200._wp, 300._wp, 400._wp, 500._wp, 600._wp, 700._wp, 800._wp]	!! densities of graupel when hail_aware = true $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter	::	sc	=	0.632_wp	schmidt number
real(kind=wp),	public		::	pi	=	3.1415926536_wp	pi is approximately 355/113
real(kind=wp),	public		::	lsub	=	2.834e6_wp	enthalpy of sublimation $[J\, kg^{-1}]$
real(kind=wp),	public		::	lvap0	=	2.5e6_wp	enthalpy of vaporization $[J\, kg^{-1}]$
real(kind=wp),	public		::	rv	=	461.5_wp	gas constant for water vapor $[J\, K^{-1}\, kg^{-1}]$
real(kind=wp),	public		::	rdry	=	287.04_wp	gas constant for dry air $[J\, K^{-1}\, kg^{-1}]$
real(kind=wp),	public		::	roverrv	=	0.622_wp	dry gas constant divided by water vapor gas constant
real(kind=wp),	public		::	r	=	287.04_wp	gas constant for dry air $[J\, K^{-1}\, kg^{-1}]$
real(kind=wp),	public		::	rho_not			density constant $[kg\, m^{-3}]$
real(kind=wp),	public		::	rho_not0			density constant $[kg\, m^{-3}]$
real(kind=wp),	public		::	cp	=	1004.0_wp	heat capacity of air at constant pressure $[J\, K^{-1}\, kg^{-1}]$
real(kind=wp),	public		::	r_uni	=	8.314	gas constant $[J\, K^{-1}\, mol^{-1}]$
real(kind=wp),	public,	parameter	::	kap0	=	490.6_wp	snow parameter from Field et al. (2005)
real(kind=wp),	public,	parameter	::	kap1	=	17.46_wp	snow parameter from Field et al. (2005)
real(kind=wp),	public,	parameter	::	lam0	=	20.78_wp	snow parameter from Field et al. (2005)
real(kind=wp),	public,	parameter	::	lam1	=	3.29_wp	snow parameter from Field et al. (2005)
integer,	public,	parameter	::	nbins	=	100	lookup table dimension (number of bins)
integer,	public,	parameter	::	nbc	=	nbins	lookup table dimension for cloud water
integer,	public,	parameter	::	nbr	=	nbins	lookup table dimension for rain
integer,	public,	parameter	::	nbs	=	nbins	lookup table dimension for snow
integer,	public,	parameter	::	nbi	=	nbins	lookup table dimension
integer,	public,	parameter	::	nbg	=	nbins	lookup table dimension
integer,	public,	parameter	::	ntb_i	=	64	lookup table dimension for cloud ice
integer,	public,	parameter	::	ntb_i1	=	55	lookup table dimension for cloud ice
integer,	public,	parameter	::	ntb_c	=	37	lookup table dimension for cloud water
integer,	public,	parameter	::	ntb_t	=	9	lookup table dimension for temperature
integer,	public,	parameter	::	ntb_g1	=	37	lookup table dimension for graupel
integer,	public,	parameter	::	ntb_s	=	37	lookup table dimension for snow
integer,	public,	parameter	::	ntb_g	=	37	lookup table dimension for graupel
integer,	public,	parameter	::	ntb_r	=	37	lookup table dimension for rain
integer,	public,	parameter	::	ntb_r1	=	37	lookup table dimension for rain
integer,	public,	parameter	::	ntb_t1	=	45	lookup table dimension for temperature
integer,	public,	parameter	::	ntb_in	=	55	lookup table dimension for IN
integer,	public,	parameter	::	ntb_arc	=	7	lookup table dimension for CCN activation
integer,	public,	parameter	::	ntb_arw	=	9	lookup table dimension for CCN activation
integer,	public,	parameter	::	ntb_art	=	7	lookup table dimension for CCN activation
integer,	public,	parameter	::	ntb_arr	=	5	lookup table dimension for CCN activation
integer,	public,	parameter	::	ntb_ark	=	4	lookup table dimension for CCN activation
real(kind=wp),	public,	parameter, dimension(ntb_c)	::	r_c	=	[1.e-6_wp, 2.e-6_wp, 3.e-6_wp, 4.e-6_wp, 5.e-6_wp, 6.e-6_wp, 7.e-6_wp, 8.e-6_wp, 9.e-6_wp, 1.e-5_wp, 2.e-5_wp, 3.e-5_wp, 4.e-5_wp, 5.e-5_wp, 6.e-5_wp, 7.e-5_wp, 8.e-5_wp, 9.e-5_wp, 1.e-4_wp, 2.e-4_wp, 3.e-4_wp, 4.e-4_wp, 5.e-4_wp, 6.e-4_wp, 7.e-4_wp, 8.e-4_wp, 9.e-4_wp, 1.e-3_wp, 2.e-3_wp, 3.e-3_wp, 4.e-3_wp, 5.e-3_wp, 6.e-3_wp, 7.e-3_wp, 8.e-3_wp, 9.e-3_wp, 1.e-2_wp]	mass bins for cloud water $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter, dimension(ntb_i)	::	r_i	=	[1.e-10_wp, 2.e-10_wp, 3.e-10_wp, 4.e-10_wp, 5.e-10_wp, 6.e-10_wp, 7.e-10_wp, 8.e-10_wp, 9.e-10_wp, 1.e-9_wp, 2.e-9_wp, 3.e-9_wp, 4.e-9_wp, 5.e-9_wp, 6.e-9_wp, 7.e-9_wp, 8.e-9_wp, 9.e-9_wp, 1.e-8_wp, 2.e-8_wp, 3.e-8_wp, 4.e-8_wp, 5.e-8_wp, 6.e-8_wp, 7.e-8_wp, 8.e-8_wp, 9.e-8_wp, 1.e-7_wp, 2.e-7_wp, 3.e-7_wp, 4.e-7_wp, 5.e-7_wp, 6.e-7_wp, 7.e-7_wp, 8.e-7_wp, 9.e-7_wp, 1.e-6_wp, 2.e-6_wp, 3.e-6_wp, 4.e-6_wp, 5.e-6_wp, 6.e-6_wp, 7.e-6_wp, 8.e-6_wp, 9.e-6_wp, 1.e-5_wp, 2.e-5_wp, 3.e-5_wp, 4.e-5_wp, 5.e-5_wp, 6.e-5_wp, 7.e-5_wp, 8.e-5_wp, 9.e-5_wp, 1.e-4_wp, 2.e-4_wp, 3.e-4_wp, 4.e-4_wp, 5.e-4_wp, 6.e-4_wp, 7.e-4_wp, 8.e-4_wp, 9.e-4_wp, 1.e-3_wp]	mass bins for ice water $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter, dimension(ntb_r)	::	r_r	=	[1.e-6_wp, 2.e-6_wp, 3.e-6_wp, 4.e-6_wp, 5.e-6_wp, 6.e-6_wp, 7.e-6_wp, 8.e-6_wp, 9.e-6_wp, 1.e-5_wp, 2.e-5_wp, 3.e-5_wp, 4.e-5_wp, 5.e-5_wp, 6.e-5_wp, 7.e-5_wp, 8.e-5_wp, 9.e-5_wp, 1.e-4_wp, 2.e-4_wp, 3.e-4_wp, 4.e-4_wp, 5.e-4_wp, 6.e-4_wp, 7.e-4_wp, 8.e-4_wp, 9.e-4_wp, 1.e-3_wp, 2.e-3_wp, 3.e-3_wp, 4.e-3_wp, 5.e-3_wp, 6.e-3_wp, 7.e-3_wp, 8.e-3_wp, 9.e-3_wp, 1.e-2_wp]	mass bins for rain $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter, dimension(ntb_s)	::	r_s	=	[1.e-6_wp, 2.e-6_wp, 3.e-6_wp, 4.e-6_wp, 5.e-6_wp, 6.e-6_wp, 7.e-6_wp, 8.e-6_wp, 9.e-6_wp, 1.e-5_wp, 2.e-5_wp, 3.e-5_wp, 4.e-5_wp, 5.e-5_wp, 6.e-5_wp, 7.e-5_wp, 8.e-5_wp, 9.e-5_wp, 1.e-4_wp, 2.e-4_wp, 3.e-4_wp, 4.e-4_wp, 5.e-4_wp, 6.e-4_wp, 7.e-4_wp, 8.e-4_wp, 9.e-4_wp, 1.e-3_wp, 2.e-3_wp, 3.e-3_wp, 4.e-3_wp, 5.e-3_wp, 6.e-3_wp, 7.e-3_wp, 8.e-3_wp, 9.e-3_wp, 1.e-2_wp]	mass bins for snow $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter, dimension(ntb_g)	::	r_g	=	[1.e-6_wp, 2.e-6_wp, 3.e-6_wp, 4.e-6_wp, 5.e-6_wp, 6.e-6_wp, 7.e-6_wp, 8.e-6_wp, 9.e-6_wp, 1.e-5_wp, 2.e-5_wp, 3.e-5_wp, 4.e-5_wp, 5.e-5_wp, 6.e-5_wp, 7.e-5_wp, 8.e-5_wp, 9.e-5_wp, 1.e-4_wp, 2.e-4_wp, 3.e-4_wp, 4.e-4_wp, 5.e-4_wp, 6.e-4_wp, 7.e-4_wp, 8.e-4_wp, 9.e-4_wp, 1.e-3_wp, 2.e-3_wp, 3.e-3_wp, 4.e-3_wp, 5.e-3_wp, 6.e-3_wp, 7.e-3_wp, 8.e-3_wp, 9.e-3_wp, 1.e-2_wp]	mass bins for graupel $[kg\, m^{-3}]$
real(kind=wp),	public,	parameter, dimension(ntb_r1)	::	n0r_exp	=	[1.e6_wp, 2.e6_wp, 3.e6_wp, 4.e6_wp, 5.e6_wp, 6.e6_wp, 7.e6_wp, 8.e6_wp, 9.e6_wp, 1.e7_wp, 2.e7_wp, 3.e7_wp, 4.e7_wp, 5.e7_wp, 6.e7_wp, 7.e7_wp, 8.e7_wp, 9.e7_wp, 1.e8_wp, 2.e8_wp, 3.e8_wp, 4.e8_wp, 5.e8_wp, 6.e8_wp, 7.e8_wp, 8.e8_wp, 9.e8_wp, 1.e9_wp, 2.e9_wp, 3.e9_wp, 4.e9_wp, 5.e9_wp, 6.e9_wp, 7.e9_wp, 8.e9_wp, 9.e9_wp, 1.e10_wp]	y-intercept bins for rain $[m^{-4}]$
real(kind=wp),	public,	parameter, dimension(ntb_g1)	::	n0g_exp	=	[1.e2_wp, 2.e2_wp, 3.e2_wp, 4.e2_wp, 5.e2_wp, 6.e2_wp, 7.e2_wp, 8.e2_wp, 9.e2_wp, 1.e3_wp, 2.e3_wp, 3.e3_wp, 4.e3_wp, 5.e3_wp, 6.e3_wp, 7.e3_wp, 8.e3_wp, 9.e3_wp, 1.e4_wp, 2.e4_wp, 3.e4_wp, 4.e4_wp, 5.e4_wp, 6.e4_wp, 7.e4_wp, 8.e4_wp, 9.e4_wp, 1.e5_wp, 2.e5_wp, 3.e5_wp, 4.e5_wp, 5.e5_wp, 6.e5_wp, 7.e5_wp, 8.e5_wp, 9.e5_wp, 1.e6_wp]	y-intercept bins for graupel $[m^{-4}]$
real(kind=wp),	public,	parameter, dimension(ntb_i1)	::	nt_i	=	[1.0_wp, 2.0_wp, 3.0_wp, 4.0_wp, 5.0_wp, 6.0_wp, 7.0_wp, 8.0_wp, 9.0_wp, 1.e1_wp, 2.e1_wp, 3.e1_wp, 4.e1_wp, 5.e1_wp, 6.e1_wp, 7.e1_wp, 8.e1_wp, 9.e1_wp, 1.e2_wp, 2.e2_wp, 3.e2_wp, 4.e2_wp, 5.e2_wp, 6.e2_wp, 7.e2_wp, 8.e2_wp, 9.e2_wp, 1.e3_wp, 2.e3_wp, 3.e3_wp, 4.e3_wp, 5.e3_wp, 6.e3_wp, 7.e3_wp, 8.e3_wp, 9.e3_wp, 1.e4_wp, 2.e4_wp, 3.e4_wp, 4.e4_wp, 5.e4_wp, 6.e4_wp, 7.e4_wp, 8.e4_wp, 9.e4_wp, 1.e5_wp, 2.e5_wp, 3.e5_wp, 4.e5_wp, 5.e5_wp, 6.e5_wp, 7.e5_wp, 8.e5_wp, 9.e5_wp, 1.e6_wp]	number bins for ice $[m^{-3}]$
real(kind=wp),	public,	parameter, dimension(ntb_in)	::	nt_in	=	[1.0_wp, 2.0_wp, 3.0_wp, 4.0_wp, 5.0_wp, 6.0_wp, 7.0_wp, 8.0_wp, 9.0_wp, 1.e1_wp, 2.e1_wp, 3.e1_wp, 4.e1_wp, 5.e1_wp, 6.e1_wp, 7.e1_wp, 8.e1_wp, 9.e1_wp, 1.e2_wp, 2.e2_wp, 3.e2_wp, 4.e2_wp, 5.e2_wp, 6.e2_wp, 7.e2_wp, 8.e2_wp, 9.e2_wp, 1.e3_wp, 2.e3_wp, 3.e3_wp, 4.e3_wp, 5.e3_wp, 6.e3_wp, 7.e3_wp, 8.e3_wp, 9.e3_wp, 1.e4_wp, 2.e4_wp, 3.e4_wp, 4.e4_wp, 5.e4_wp, 6.e4_wp, 7.e4_wp, 8.e4_wp, 9.e4_wp, 1.e5_wp, 2.e5_wp, 3.e5_wp, 4.e5_wp, 5.e5_wp, 6.e5_wp, 7.e5_wp, 8.e5_wp, 9.e5_wp, 1.e6_wp]	number bins for IN concentration from $0.001-1000\, L^{-1}$ $[m^{-3}]$
real(kind=wp),	public,	parameter, dimension(ntb_arc)	::	ta_na	=	[10._wp, 31.6_wp, 100._wp, 316._wp, 1000._wp, 3160._wp, 10000._wp]	aerosol lookup table bins for number concentration
real(kind=wp),	public,	parameter, dimension(ntb_arw)	::	ta_ww	=	[0.01_wp, 0.0316_wp, 0.1_wp, 0.316_wp, 1._wp, 3.16_wp, 10._wp, 31.6_wp, 100._wp]	aerosol lookup table bins for vertical velocity
real(kind=wp),	public,	parameter, dimension(ntb_art)	::	ta_tk	=	[243.15_wp, 253.15_wp, 263.15_wp, 273.15_wp, 283.15_wp, 293.15_wp, 303.15_wp]	aerosol lookup table bins for temperature
real(kind=wp),	public,	parameter, dimension(ntb_arr)	::	ta_ra	=	[0.01_wp, 0.02_wp, 0.04_wp, 0.08_wp, 0.16_wp]	aerosol lookup table bins for radius
real(kind=wp),	public,	parameter, dimension(ntb_ark)	::	ta_ka	=	[0.2_wp, 0.4_wp, 0.6_wp, 0.8_wp]	aerosol lookup table bins for hygroscopicity
real(kind=wp),	public,	parameter, dimension(10)	::	sa	=	[5.065339_wp, -0.062659_wp, -3.032362_wp, 0.029469_wp, -0.000285_wp, 0.31255_wp, 0.000204_wp, 0.003199_wp, 0._wp, -0.015952_wp]	snow moment data from Field et al. (2005)
real(kind=wp),	public,	parameter, dimension(10)	::	sb	=	[0.476221_wp, -0.015896_wp, 0.165977_wp, 0.007468_wp, -0.000141_wp, 0.060366_wp, 0.000079_wp, 0.000594_wp, 0._wp, -0.003577_wp]	snow moment data from Field et al. (2005)
real(kind=wp),	public,	parameter, dimension(ntb_t)	::	tc	=	[-0.01_wp, -5._wp, -10._wp, -15._wp, -20._wp, -25._wp, -30._wp, -35._wp, -40._wp]	temperature lookup table data
integer,	public		::	nic2			lookup table indexes
integer,	public		::	nii2			lookup table indexes
integer,	public		::	nii3			lookup table indexes
integer,	public		::	nir2			lookup table indexes
integer,	public		::	nir3			lookup table indexes
integer,	public		::	nis2			lookup table indexes
integer,	public		::	nig2			lookup table indexes
integer,	public		::	nig3			lookup table indexes
integer,	public		::	niin2			lookup table indexes
real(kind=dp),	public		::	nic1			History nic1 is used for cloud droplet number concentration lookup table nic1 was changed from integer in previous code versions
integer,	public,	parameter	::	nhbins	=	50	used for hail size calculation
integer,	public,	parameter	::	radar_bins	=	50	used for radar caculation
real(kind=dp),	public,	allocatable, dimension(:,:)	::	t_efrw			collection efficiency data arrays
real(kind=dp),	public,	allocatable, dimension(:,:)	::	t_efsw			collection efficiency data arrays
real(kind=dp),	public,	allocatable, dimension(:,:,:)	::	tpc_wev			evaporation data arrays
real(kind=dp),	public,	allocatable, dimension(:,:,:)	::	tnc_wev			evaporation data arrays
real(kind=table_sp),	public,	allocatable, dimension(:,:,:,:,:)	::	tnccn_act			cloud condensation nuclei data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:,:)	::	tcg_racg			rain-graupel collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:,:)	::	tmr_racg			rain-graupel collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:,:)	::	tcr_gacr			rain-graupel collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:,:)	::	tnr_racg			rain-graupel collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:,:)	::	tnr_gacr			rain-graupel collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tcs_racs1			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tmr_racs1			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tcs_racs2			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tmr_racs2			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tcr_sacr1			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tms_sacr1			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tcr_sacr2			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tms_sacr2			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tnr_racs1			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tnr_racs2			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tnr_sacr1			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tnr_sacr2			rain-snow collection data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tpi_qcfz			cloud droplet freezing data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tni_qcfz			cloud droplet freezing data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tpi_qrfz			rain freezing data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tpg_qrfz			rain freezing data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tni_qrfz			rain freezing data arrays
real(kind=table_dp),	public,	allocatable, dimension(:,:,:,:)	::	tnr_qrfz			rain freezing data arrays
real(kind=dp),	public,	allocatable, dimension(:,:)	::	tps_iaus			cloud ice depositional growth and conversion to snow data array
real(kind=dp),	public,	allocatable, dimension(:,:)	::	tni_iaus			cloud ice depositional growth and conversion to snow data array
real(kind=dp),	public,	allocatable, dimension(:,:)	::	tpi_ide			cloud ice depositional growth and conversion to snow data array

Subroutines

public subroutine get_version(version)

returns the tempo version string from the README.md file or returns empty string if not found

Arguments

Type	Intent	Optional	Attributes		Name
character(len=*),	intent(inout)			::	version

public subroutine initialize_graupel_vars(hail_flag)

initialize graupel variables based on hail-aware configuration flag

Arguments

Type	Intent	Optional	Attributes		Name
logical,	intent(in)			::	hail_flag

public subroutine initialize_parameters()

initialize tempo parameters and variables

Arguments

None

public subroutine initialize_bins_for_tables()

initialize log-spaced bins of hydrometer quantities used for lookup tables

Arguments

None

public subroutine initialize_bins_for_hail_size()

initialize log-spaced bins for hail size calculation

Arguments

None

public subroutine initialize_bins_for_radar()

initialize log-spaced bins for radar calculation

Arguments

None

public subroutine create_bins(numbins, lowbin, highbin, bins, deltabins)

calculates log-spaced bins of hydrometer sizes to simplify calculations later

Arguments

Type	Intent	Optional	Attributes		Name
integer,	intent(in)			::	numbins
real(kind=dp),	intent(in)			::	lowbin
real(kind=dp),	intent(in)			::	highbin
real(kind=dp),	intent(out),		dimension(:)	::	bins
real(kind=dp),	intent(out),	optional,	dimension(:)	::	deltabins