mo_mrm_riv_temp_class::riv_temp_type Module Reference

This is a container to define the river temperature routing in the current time step. More...

Public Member Functions
procedure	config (self, file_namelist, unamelist, file_namelist_param, unamelist_param)
	configure the riv_temp_type class from the mhm namelist
procedure	init (self, ncells)
	initalize the riv_temp_type class for the current domain
procedure	init_area (self, idomain, l11_netperm, l11_fromn, l11_length, nlinks, ncells, nrows, ncols, l11_mask)
	initialize the river area of riv_temp_type class for the current domain
procedure	init_riv_temp (self, temp_air, efecarea, l1_l11_id, l11_areacell, l11_l1_id, map_flag)
	initialize the river temperature of riv_temp_type class for the current domain
procedure	acc_source_e (self, fsealed_area_fraction, fast_interflow, slow_interflow, baseflow, direct_runoff, temp_air)
	accumulate energy sources of riv_temp_type
procedure	finalize_source_e (self, efecarea, l1_l11_id, l11_areacell, l11_l1_id, timestep, map_flag)
	finalize energy sources of riv_temp_type
procedure	get_lrad_out (self, riv_temp)
	get outgoing longwave radiation of riv_temp_type
procedure	get_lat_heat (self, air_temp, netrad)
	latent heat flux of riv_temp_type
procedure	get_sens_heat (self, air_temp, riv_temp)
	sensible heat flux of riv_temp_type
procedure	get_e_io (self, riv_temp, cell)
	get complete energy source of riv_temp_type at given cell
procedure	l11_routing_e (self, nlinks, netperm, netlink_fromn, netlink_ton, netlink_c1, netlink_c2, ninflowgauges, inflowheadwater, inflownodelist, l11_qtr, l11_qmod)
	execute the temperature routing of riv_temp_type
procedure	init_iter (self)
	initialize iterative solver of riv_temp_type
procedure	next_iter (self, t_est, t_rout)
	execute next iteration with iterative solver of riv_temp_type
procedure	reset_timestep (self)
	reset riv_temp_type class for next timestep
procedure	alloc_lateral (self, ncells)
	allocate lateral temp components of riv_temp_type class for current domain
procedure	dealloc_lateral (self)
	deallocate lateral temp components of riv_temp_type
procedure	clean_up (self)
	clean up

Public Attributes
logical	active = .false.
	state if this process is active
integer(i4)	case = 0_i4
	the selected process-case option
character(256)	nml_name = 'config_riv_temp'
	namelist name in mhm namelist
character(256), dimension(:), allocatable	dir_riv_widths
	Directory where river widths are stored.
character(256)	riv_widths_file
	file name for river widths
character(256)	riv_widths_name
	variable name for river widths
real(dp), dimension(:), allocatable, public	l11_riv_widths
	river widths in L11
real(dp), dimension(:), allocatable, public	l11_riv_areas
	river area in L11
real(dp)	albedo_water
	albedo of open water
real(dp)	pt_a_water
	priestley taylor alpha parameter for PET on open water
real(dp)	emissivity_water
	emissivity of water
real(dp)	turb_heat_ex_coeff
	lateral heat exchange coefficient water <-> air
real(dp)	delta_t = 0.1_dp
	cutoff value for temperature
integer(i4)	max_iter
	input: maximal number of iterations done
real(dp)	delta_iter
	input: convergence criteria for iterative solver
real(dp)	step_iter
	input: step-size for linear search
logical	first_iter
	whether it is at the first iteration (to determine search direction)
logical	up_iter
	whether the search direction is upwards
logical	bisect_iter
	whether to do the bisection search part (after the interval is found)
real(dp)	up_bnd_iter
	upper bound for the current bisection step
real(dp)	low_bnd_iter
	lower bound for the current bisection step
real(dp), dimension(:), allocatable	l1_runoff_e
	runoff energy at L1 level
real(dp), dimension(:), allocatable	l1_acc_ssrd
	accumulated shortwave radiation at L1 level
real(dp), dimension(:), allocatable	l1_acc_strd
	accumulated longwave radiation at L1 level
real(dp), dimension(:), allocatable	l1_acc_temp
	accumulated air temperature at L1 level
real(dp), dimension(:), allocatable	l1_ssrd_calc
	current shortwave radiation at L1 level
real(dp), dimension(:), allocatable	l1_strd_calc
	current longwave radiation at L1 level
real(dp), dimension(:), allocatable	l1_tann_calc
	current mean air temperature at L1 level
integer(i4)	ts_cnt
	sub time-step counter for accumulation of meteo
integer(i4)	s11
	starting index for current L11 domain
integer(i4)	e11
	ending index for current L11 domain
real(dp), dimension(:,:), allocatable	netnode_e_in
	Total energy inputs at t-1 and t.
real(dp), dimension(:,:), allocatable	netnode_e_r
	energy leaving at t-1 and t
real(dp), dimension(:), allocatable	netnode_e_mod
	Simulated routed energy.
real(dp), dimension(:), allocatable	netnode_e_out
	total energy source from cell in L11
real(dp), dimension(:), allocatable	l11_srad_net
	net short wave radiation at L11
real(dp), dimension(:), allocatable	l11_lrad_in
	incoming long wave radiation at L11
real(dp), dimension(:), allocatable	l11_air_temp
	air temp at L11
real(dp), dimension(:), allocatable	river_temp
	resulting river temp at L11 in [deg C]

Detailed Description

This is a container to define the river temperature routing in the current time step.

This class provides all procedures to rout river tmperature through the river network.

Warning

This feature is still experimental! This first version doesn't provide ice covering, which means, that the river temperature can drop below 0 [deg C] in winter.

Definition at line 28 of file mo_mrm_riv_temp_class.f90.

Member Function/Subroutine Documentation

acc_source_e()

procedure mo_mrm_riv_temp_class::riv_temp_type::acc_source_e	(	class(riv_temp_type), intent(inout)	self,
		real(dp), dimension(:), intent(in)	fsealed_area_fraction,
		real(dp), dimension(:), intent(in)	fast_interflow,
		real(dp), dimension(:), intent(in)	slow_interflow,
		real(dp), dimension(:), intent(in)	baseflow,
		real(dp), dimension(:), intent(in)	direct_runoff,
		real(dp), dimension(:), intent(in)	temp_air
	)

accumulate energy sources of riv_temp_type

Parameters

[in]	fsealed_area_fraction	sealed area fraction [1]
[in]	fast_interflow	\( q_0 \) Fast runoff component [mm TS-1]
[in]	slow_interflow	\( q_1 \) Slow runoff component [mm TS-1]
[in]	baseflow	\( q_2 \) Baseflow [mm TS-1]
[in]	direct_runoff	\( q_D \) Direct runoff from impervious areas [mm TS-1]
[in]	temp_air	air temperature [K]

See also

mo_mrm_riv_temp_class::acc_source_e

Definition at line 90 of file mo_mrm_riv_temp_class.f90.

alloc_lateral()

procedure mo_mrm_riv_temp_class::riv_temp_type::alloc_lateral	(	class(riv_temp_type), intent(inout)	self,
		integer(i4), intent(in)	ncells
	)

allocate lateral temp components of riv_temp_type class for current domain

Parameters

[in]

ncells

number of level-1 cells for the current domain

See also

mo_mrm_riv_temp_class::alloc_lateral

Definition at line 116 of file mo_mrm_riv_temp_class.f90.

clean_up()

procedure mo_mrm_riv_temp_class::riv_temp_type::clean_up

(

class(riv_temp_type), intent(inout)

self

)

clean up

See also

mo_mrm_riv_temp_class::clean_up

Definition at line 120 of file mo_mrm_riv_temp_class.f90.

config()

procedure mo_mrm_riv_temp_class::riv_temp_type::config	(	class(riv_temp_type), intent(inout)	self,
		character(*), intent(in)	file_namelist,
		integer, intent(in)	unamelist,
		character(*), intent(in)	file_namelist_param,
		integer, intent(in)	unamelist_param
	)

configure the riv_temp_type class from the mhm namelist

Parameters

[in]	file_namelist	mhm namelist file
[in]	file_namelist_param	mhm parameter namelist file

See also

mo_mrm_riv_temp_class::config

Definition at line 80 of file mo_mrm_riv_temp_class.f90.

dealloc_lateral()

procedure mo_mrm_riv_temp_class::riv_temp_type::dealloc_lateral

(

class(riv_temp_type), intent(inout)

self

)

deallocate lateral temp components of riv_temp_type

See also

mo_mrm_riv_temp_class::dealloc_lateral

Definition at line 118 of file mo_mrm_riv_temp_class.f90.

finalize_source_e()

procedure mo_mrm_riv_temp_class::riv_temp_type::finalize_source_e	(	class(riv_temp_type), intent(inout)	self,
		real(dp), dimension(:), intent(in)	efecarea,
		integer(i4), dimension(:), intent(in)	l1_l11_id,
		real(dp), dimension(:), intent(in)	l11_areacell,
		integer(i4), dimension(:), intent(in)	l11_l1_id,
		integer(i4), intent(in)	timestep,
		logical, intent(in)	map_flag
	)

finalize energy sources of riv_temp_type

Parameters

[in]	efecarea	effective area in [km2] at Level 1
[in]	l1_l11_id	L11 Ids mapped on L1
[in]	l11_areacell	effective area in [km2] at Level 11
[in]	l11_l1_id	L1 Ids mapped on L11
[in]	timestep	simulation timestep in [h]
[in]	map_flag	Flag indicating whether routing resolution is higher than hydrologic one

See also

mo_mrm_riv_temp_class::finalize_source_e

Definition at line 92 of file mo_mrm_riv_temp_class.f90.

get_e_io()

procedure mo_mrm_riv_temp_class::riv_temp_type::get_e_io	(	class(riv_temp_type), intent(in)	self,
		real(dp), intent(in)	riv_temp,
		integer(i4), intent(in)	cell
	)

get complete energy source of riv_temp_type at given cell

Returns

energy IO

Parameters

[in]	riv_temp	given river temperature in K to calculate heat fluxes
[in]	cell	cell index in the current domain

See also

mo_mrm_riv_temp_class::get_e_io

Definition at line 102 of file mo_mrm_riv_temp_class.f90.

get_lat_heat()

procedure mo_mrm_riv_temp_class::riv_temp_type::get_lat_heat	(	class(riv_temp_type), intent(in)	self,
		real(dp), intent(in)	air_temp,
		real(dp), intent(in)	netrad
	)

latent heat flux of riv_temp_type

Returns

latent heat flux

Parameters

[in]	air_temp	air temperature in deg C
[in]	netrad	net radiation in W * m-2

See also

mo_mrm_riv_temp_class::get_lat_heat

Definition at line 98 of file mo_mrm_riv_temp_class.f90.

get_lrad_out()

procedure mo_mrm_riv_temp_class::riv_temp_type::get_lrad_out	(	class(riv_temp_type), intent(in)	self,
		real(dp), intent(in)	riv_temp
	)

get outgoing longwave radiation of riv_temp_type

Returns

outgoing longwave radiation

Parameters

[in]

riv_temp

river temperature in K

See also

mo_mrm_riv_temp_class::get_lrad_out

Definition at line 96 of file mo_mrm_riv_temp_class.f90.

get_sens_heat()

procedure mo_mrm_riv_temp_class::riv_temp_type::get_sens_heat	(	class(riv_temp_type), intent(in)	self,
		real(dp), intent(in)	air_temp,
		real(dp), intent(in)	riv_temp
	)

sensible heat flux of riv_temp_type

Returns

sensible heat flux

Parameters

[in]	air_temp	air temperature in [deg C]
[in]	riv_temp	river temperature in [deg C]

See also

mo_mrm_riv_temp_class::get_sens_heat

Definition at line 100 of file mo_mrm_riv_temp_class.f90.

init()

procedure mo_mrm_riv_temp_class::riv_temp_type::init	(	class(riv_temp_type), intent(inout)	self,
		integer(i4), intent(in)	ncells
	)

initalize the riv_temp_type class for the current domain

Parameters

[in]

ncells

number of level-11 cells for the current domain

See also

mo_mrm_riv_temp_class::init

Definition at line 82 of file mo_mrm_riv_temp_class.f90.

init_area()

procedure mo_mrm_riv_temp_class::riv_temp_type::init_area	(	class(riv_temp_type), intent(inout)	self,
		integer(i4), intent(in)	idomain,
		integer(i4), dimension(:), intent(in)	l11_netperm,
		integer(i4), dimension(:), intent(in)	l11_fromn,
		real(dp), dimension(:), intent(in)	l11_length,
		integer(i4), intent(in)	nlinks,
		integer(i4), intent(in)	ncells,
		integer(i4), intent(in)	nrows,
		integer(i4), intent(in)	ncols,
		logical, dimension(:, :), intent(in)	l11_mask
	)

initialize the river area of riv_temp_type class for the current domain

Parameters

[in]	idomain	Domain ID
[in]	l11_netperm	L11 routing order
[in]	l11_fromn	L11 source grid cell order
[in]	l11_length	L11 link length
[in]	nlinks	number of L11 links in the current domain
[in]	ncells	number of L11 cells of the current domain
[in]	ncols	Number of columns
[in]	nrows	Number of rows
[in]	l11_mask	the mask for valid cells in the original grid (nrows, ncols)

See also

mo_mrm_riv_temp_class::init_area

Definition at line 84 of file mo_mrm_riv_temp_class.f90.

init_iter()

procedure mo_mrm_riv_temp_class::riv_temp_type::init_iter

(

class(riv_temp_type), intent(inout)

self

)

initialize iterative solver of riv_temp_type

See also

mo_mrm_riv_temp_class::init_iter

Definition at line 108 of file mo_mrm_riv_temp_class.f90.

init_riv_temp()

procedure mo_mrm_riv_temp_class::riv_temp_type::init_riv_temp	(	class(riv_temp_type), intent(inout)	self,
		real(dp), dimension(:), intent(in)	temp_air,
		real(dp), dimension(:), intent(in)	efecarea,
		integer(i4), dimension(:), intent(in)	l1_l11_id,
		real(dp), dimension(:), intent(in)	l11_areacell,
		integer(i4), dimension(:), intent(in)	l11_l1_id,
		logical, intent(in)	map_flag
	)

initialize the river temperature of riv_temp_type class for the current domain

Parameters

[in]	temp_air	air temperature [degC] for current timestep
[in]	efecarea	effective area in [km2] at Level 1
[in]	l1_l11_id	L11 Ids mapped on L1
[in]	l11_areacell	effective area in [km2] at Level 11
[in]	l11_l1_id	L1 Ids mapped on L11
[in]	map_flag	Flag indicating whether routing resolution is higher than hydrologic one

See also

mo_mrm_riv_temp_class::init_riv_temp

Definition at line 86 of file mo_mrm_riv_temp_class.f90.

l11_routing_e()

procedure mo_mrm_riv_temp_class::riv_temp_type::l11_routing_e	(	class(riv_temp_type), intent(inout)	self,
		integer(i4), intent(in)	nlinks,
		integer(i4), dimension(:), intent(in)	netperm,
		integer(i4), dimension(:), intent(in)	netlink_fromn,
		integer(i4), dimension(:), intent(in)	netlink_ton,
		real(dp), dimension(:), intent(in)	netlink_c1,
		real(dp), dimension(:), intent(in)	netlink_c2,
		integer(i4), intent(in)	ninflowgauges,
		logical, dimension(:), intent(in)	inflowheadwater,
		integer(i4), dimension(:), intent(in)	inflownodelist,
		real(dp), dimension(:), intent(in)	l11_qtr,
		real(dp), dimension(:), intent(in)	l11_qmod
	)

execute the temperature routing of riv_temp_type

Parameters

[in]	nlinks	number of stream segment (reaches)
[in]	netperm	routing order of a given domain (permutation)
[in]	netlink_fromn	from node
[in]	netlink_ton	to node
[in]	netlink_c1	routing parameter C1 ([7] p. 25-41)
[in]	netlink_c2	routing parameters C2 (id)
[in]	ninflowgauges	[-] number of inflow points
[in]	inflowheadwater	[-] if to consider headwater cells of inflow gauge
[in]	inflownodelist	[-] L11 ID of inflow points
[in]	l11_qtr	[m3 s-1] Transformed outflow leaving node I at current timestep(Muskingum)
[in]	l11_qmod	[m3 s-1] Simulated routed discharge

See also

mo_mrm_riv_temp_class::l11_routing_e

Definition at line 104 of file mo_mrm_riv_temp_class.f90.

next_iter()

procedure mo_mrm_riv_temp_class::riv_temp_type::next_iter	(	class(riv_temp_type), intent(inout)	self,
		real(dp), intent(inout)	t_est,
		real(dp), intent(in)	t_rout
	)

execute next iteration with iterative solver of riv_temp_type

Parameters

[in,out]	t_est	estimated river temperature
[in]	t_rout	calculated (routed) river temperature

See also

mo_mrm_riv_temp_class::next_iter

Definition at line 110 of file mo_mrm_riv_temp_class.f90.

reset_timestep()

procedure mo_mrm_riv_temp_class::riv_temp_type::reset_timestep

(

class(riv_temp_type), intent(inout)

self

)

reset riv_temp_type class for next timestep

See also

mo_mrm_riv_temp_class::reset_timestep

Definition at line 114 of file mo_mrm_riv_temp_class.f90.

Member Data Documentation

active

logical mo_mrm_riv_temp_class::riv_temp_type::active = .false.

state if this process is active

Definition at line 30 of file mo_mrm_riv_temp_class.f90.

albedo_water

real(dp) mo_mrm_riv_temp_class::riv_temp_type::albedo_water

albedo of open water

Definition at line 40 of file mo_mrm_riv_temp_class.f90.

bisect_iter

logical mo_mrm_riv_temp_class::riv_temp_type::bisect_iter

whether to do the bisection search part (after the interval is found)

Definition at line 53 of file mo_mrm_riv_temp_class.f90.

case

integer(i4) mo_mrm_riv_temp_class::riv_temp_type::case = 0_i4

the selected process-case option

Definition at line 31 of file mo_mrm_riv_temp_class.f90.

delta_iter

real(dp) mo_mrm_riv_temp_class::riv_temp_type::delta_iter

input: convergence criteria for iterative solver

Definition at line 49 of file mo_mrm_riv_temp_class.f90.

delta_t

real(dp) mo_mrm_riv_temp_class::riv_temp_type::delta_t = 0.1_dp

cutoff value for temperature

Definition at line 46 of file mo_mrm_riv_temp_class.f90.

dir_riv_widths

character(256), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::dir_riv_widths

Directory where river widths are stored.

Definition at line 34 of file mo_mrm_riv_temp_class.f90.

e11

integer(i4) mo_mrm_riv_temp_class::riv_temp_type::e11

ending index for current L11 domain

Definition at line 67 of file mo_mrm_riv_temp_class.f90.

emissivity_water

real(dp) mo_mrm_riv_temp_class::riv_temp_type::emissivity_water

emissivity of water

Definition at line 43 of file mo_mrm_riv_temp_class.f90.

first_iter

logical mo_mrm_riv_temp_class::riv_temp_type::first_iter

whether it is at the first iteration (to determine search direction)

Definition at line 51 of file mo_mrm_riv_temp_class.f90.

l11_air_temp

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l11_air_temp

air temp at L11

Definition at line 74 of file mo_mrm_riv_temp_class.f90.

l11_lrad_in

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l11_lrad_in

incoming long wave radiation at L11

Definition at line 73 of file mo_mrm_riv_temp_class.f90.

l11_riv_areas

real(dp), dimension(:), allocatable, public mo_mrm_riv_temp_class::riv_temp_type::l11_riv_areas

river area in L11

Definition at line 38 of file mo_mrm_riv_temp_class.f90.

l11_riv_widths

real(dp), dimension(:), allocatable, public mo_mrm_riv_temp_class::riv_temp_type::l11_riv_widths

river widths in L11

Definition at line 37 of file mo_mrm_riv_temp_class.f90.

l11_srad_net

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l11_srad_net

net short wave radiation at L11

Definition at line 72 of file mo_mrm_riv_temp_class.f90.

l1_acc_ssrd

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l1_acc_ssrd

accumulated shortwave radiation at L1 level

Definition at line 58 of file mo_mrm_riv_temp_class.f90.

l1_acc_strd

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l1_acc_strd

accumulated longwave radiation at L1 level

Definition at line 59 of file mo_mrm_riv_temp_class.f90.

l1_acc_temp

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l1_acc_temp

accumulated air temperature at L1 level

Definition at line 60 of file mo_mrm_riv_temp_class.f90.

l1_runoff_e

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l1_runoff_e

runoff energy at L1 level

Definition at line 57 of file mo_mrm_riv_temp_class.f90.

l1_ssrd_calc

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l1_ssrd_calc

current shortwave radiation at L1 level

Definition at line 61 of file mo_mrm_riv_temp_class.f90.

l1_strd_calc

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l1_strd_calc

current longwave radiation at L1 level

Definition at line 62 of file mo_mrm_riv_temp_class.f90.

l1_tann_calc

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::l1_tann_calc

current mean air temperature at L1 level

Definition at line 63 of file mo_mrm_riv_temp_class.f90.

low_bnd_iter

real(dp) mo_mrm_riv_temp_class::riv_temp_type::low_bnd_iter

lower bound for the current bisection step

Definition at line 55 of file mo_mrm_riv_temp_class.f90.

max_iter

integer(i4) mo_mrm_riv_temp_class::riv_temp_type::max_iter

input: maximal number of iterations done

Definition at line 48 of file mo_mrm_riv_temp_class.f90.

netnode_e_in

real(dp), dimension(:,:), allocatable mo_mrm_riv_temp_class::riv_temp_type::netnode_e_in

Total energy inputs at t-1 and t.

Definition at line 68 of file mo_mrm_riv_temp_class.f90.

netnode_e_mod

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::netnode_e_mod

Simulated routed energy.

Definition at line 70 of file mo_mrm_riv_temp_class.f90.

netnode_e_out

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::netnode_e_out

total energy source from cell in L11

Definition at line 71 of file mo_mrm_riv_temp_class.f90.

netnode_e_r

real(dp), dimension(:,:), allocatable mo_mrm_riv_temp_class::riv_temp_type::netnode_e_r

energy leaving at t-1 and t

Definition at line 69 of file mo_mrm_riv_temp_class.f90.

nml_name

character(256) mo_mrm_riv_temp_class::riv_temp_type::nml_name = 'config_riv_temp'

namelist name in mhm namelist

Definition at line 32 of file mo_mrm_riv_temp_class.f90.

pt_a_water

real(dp) mo_mrm_riv_temp_class::riv_temp_type::pt_a_water

priestley taylor alpha parameter for PET on open water

Definition at line 41 of file mo_mrm_riv_temp_class.f90.

riv_widths_file

character(256) mo_mrm_riv_temp_class::riv_temp_type::riv_widths_file

file name for river widths

Definition at line 35 of file mo_mrm_riv_temp_class.f90.

riv_widths_name

character(256) mo_mrm_riv_temp_class::riv_temp_type::riv_widths_name

variable name for river widths

Definition at line 36 of file mo_mrm_riv_temp_class.f90.

river_temp

real(dp), dimension(:), allocatable mo_mrm_riv_temp_class::riv_temp_type::river_temp

resulting river temp at L11 in [deg C]

Definition at line 76 of file mo_mrm_riv_temp_class.f90.

s11

integer(i4) mo_mrm_riv_temp_class::riv_temp_type::s11

starting index for current L11 domain

Definition at line 66 of file mo_mrm_riv_temp_class.f90.

step_iter

real(dp) mo_mrm_riv_temp_class::riv_temp_type::step_iter

input: step-size for linear search

Definition at line 50 of file mo_mrm_riv_temp_class.f90.

ts_cnt

integer(i4) mo_mrm_riv_temp_class::riv_temp_type::ts_cnt

sub time-step counter for accumulation of meteo

Definition at line 64 of file mo_mrm_riv_temp_class.f90.

turb_heat_ex_coeff

real(dp) mo_mrm_riv_temp_class::riv_temp_type::turb_heat_ex_coeff

lateral heat exchange coefficient water <-> air

Definition at line 44 of file mo_mrm_riv_temp_class.f90.

up_bnd_iter

real(dp) mo_mrm_riv_temp_class::riv_temp_type::up_bnd_iter

upper bound for the current bisection step

Definition at line 54 of file mo_mrm_riv_temp_class.f90.

up_iter

logical mo_mrm_riv_temp_class::riv_temp_type::up_iter

whether the search direction is upwards

Definition at line 52 of file mo_mrm_riv_temp_class.f90.

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

• src/mRM/mo_mrm_riv_temp_class.f90