This is a handler for the meteorological forcings. More...

Public Member Functions
procedure	clean_up (self)
	clean up

procedure	config (self, file_namelist, unamelist, optimize, domainmeta, processmatrix, timestep, couple_cfg)
	configure the meteo_handler_type class from the mhm namelist

procedure	single_read (self, idomain)
	whether meteo data should be read completely at the begining

procedure	init_level2 (self, level0, level1)
	Initialize meteo data and level-2 grid.

procedure	prepare_data (self, tt, idomain, level1, simper)
	Prepare meteorological forcings data for a given variable.

procedure	update_timestep (self, tt, time, idomain, level1, simper)
	update the current time-step of the meteo_handler_type class

procedure	get_corrected_pet (self, pet_calc, petlaicorfactorl1, fasp, harsamcoeff, latitude, prietayalpha, aeroresist, surfresist)
	get corrected PET for the current timestep and domain

procedure	get_temp (self, temp_calc)
	get surface temperature for the current timestep and domain

procedure	get_prec (self, prec_calc)
	get precipitation for the current timestep and domain

procedure	get_ssrd (self, ssrd_calc)
	get surface short-wave (solar) radiation downwards for the current timestep and domain

procedure	get_strd (self, strd_calc)
	get surface long-wave (thermal) radiation downwards for the current timestep and domain

procedure	get_tann (self, tann_calc)
	get annual mean surface temperature for the current timestep and domain

procedure	set_meteo (self, year, month, day, hour, pre, temp, pet, tmin, tmax, netrad, absvappress, windspeed, ssrd, strd, tann)
	set meteo_data from coupling

Public Attributes
character(256)	dir_nml_name = 'directories_mHM'
	namelist name in mhm namelist

character(256)	weight_nml_name = 'nightDayRatio'
	namelist name in mhm namelist

character(256)	file_meteo_header = 'header.txt'
	Input nCols and nRows of binary meteo and LAI files are in header file.

integer	umeteo_header = 50
	Unit for meteo header file.

logical	bound_error
	.FALSE.

integer(i4)	pet_case
	process case for PET (processCase(5))

integer(i4)	riv_temp_case
	process case for river temperature (processCase(11))

type(period), public	readper
	start and end dates of read period

integer(i4), public	ntstepforcingday
	Number of forcing intervals per day.

logical, public	is_hourly_forcing
	flag wether forcings are given at hourly timestep

integer(i4), public	timestep
	[h] simulation time step (= TS) in [h]

integer(i4), public	ntstepday
	Number of time intervals per day.

real(dp), public	ntstepday_dp
	Number of time intervals per day as real.

type(grid), dimension(:), allocatable, public	level2
	Reference of the metereological variables.

integer(i4), dimension(:), allocatable, public	timestep_model_inputs
	frequency for reading meteo input

logical, public	read_meteo_weights
	read weights for tavg and pet

character(256), public	inputformat_meteo_forcings
	format of meteo input data (nc)

character(256), dimension(:), allocatable, public	dir_meteo_header
	Directory where the meteo header file is located.

character(256), dimension(:), allocatable, public	dirprecipitation
	Directory where precipitation files are located.

character(256), dimension(:), allocatable, public	dirtemperature
	Directory where temperature files are located.

character(256), dimension(:), allocatable, public	dirmintemperature
	Directory where minimum temp.

character(256), dimension(:), allocatable, public	dirmaxtemperature
	Directory where maximum temp.

character(256), dimension(:), allocatable, public	dirnetradiation
	Directory where abs.

character(256), dimension(:), allocatable, public	dirabsvappressure
	Directory where abs.

character(256), dimension(:), allocatable, public	dirwindspeed
	Directory where windspeed files are located.

character(256), dimension(:), allocatable, public	dirreferenceet
	Directory where reference-ET files are located.

character(256), dimension(:), allocatable, public	dirradiation
	Directory where short/long-wave rad.

real(dp), dimension(:, :, :), allocatable, public	l1_temp_weights
	hourly temperature weights for daily values

real(dp), dimension(:, :, :), allocatable, public	l1_pet_weights
	hourly pet weights for daily values

real(dp), dimension(:, :, :), allocatable, public	l1_pre_weights
	hourly pre weights for daily values

real(dp), dimension(:, :), allocatable, public	l1_pre
	[mm] Precipitation

real(dp), dimension(:, :), allocatable, public	l1_temp
	[degC] Air temperature

real(dp), dimension(:, :), allocatable, public	l1_pet
	[mm TS-1] Potential evapotranspiration

real(dp), dimension(:, :), allocatable, public	l1_tmin
	[degC] minimum daily air temperature

real(dp), dimension(:, :), allocatable, public	l1_tmax
	[degC] maximum daily air temperature

real(dp), dimension(:, :), allocatable, public	l1_netrad
	[W m2] net radiation

real(dp), dimension(:, :), allocatable, public	l1_absvappress
	[Pa] absolute vapour pressure

real(dp), dimension(:, :), allocatable, public	l1_windspeed
	[m s-1] windspeed

real(dp), dimension(:, :), allocatable, public	l1_ssrd
	[W m2] short wave radiation

real(dp), dimension(:, :), allocatable, public	l1_strd
	[W m2] long wave radiation

real(dp), dimension(:, :), allocatable, public	l1_tann
	[degC] annual mean air temperature

real(dp), dimension(int(yearmonths, i4)), public	fday_prec
	[-] Day ratio precipitation < 1

real(dp), dimension(int(yearmonths, i4)), public	fnight_prec
	[-] Night ratio precipitation < 1

real(dp), dimension(int(yearmonths, i4)), public	fday_pet
	[-] Day ratio PET < 1

real(dp), dimension(int(yearmonths, i4)), public	fnight_pet
	[-] Night ratio PET < 1

real(dp), dimension(int(yearmonths, i4)), public	fday_temp
	[-] Day factor mean temp

real(dp), dimension(int(yearmonths, i4)), public	fnight_temp
	[-] Night factor mean temp

real(dp), dimension(int(yearmonths, i4)), public	fday_ssrd
	[-] Day factor short-wave rad.

real(dp), dimension(int(yearmonths, i4)), public	fnight_ssrd
	[-] Night factor short-wave rad.

real(dp), dimension(int(yearmonths, i4)), public	fday_strd
	[-] Day factor long-wave rad.

real(dp), dimension(int(yearmonths, i4)), public	fnight_strd
	[-] Night factor long-wave rad.

integer(i4)	s_meteo
	start index of meteo variables

integer(i4)	e_meteo
	end index of meteo variables

integer(i4)	imeteots
	index of meteo time-step

integer(i4)	s1
	start index of level-1 variables

integer(i4)	e1
	end index of level-1 variables

integer(i4)	ndomains
	number of domains

integer(i4), dimension(:), allocatable	indices
	indices

integer(i4), dimension(:), allocatable	l0datafrom
	index of associated level-0 domain

real(dp)	time
	current julian time

type(couple_cfg_type), public	couple_cfg
	coupling configuration class

type(timedelta)	couple_step_delta
	timedelta for the coupling meteo time-step

type(datetime)	couple_pre_time
	current time from coupling for pre

type(datetime)	couple_temp_time
	current time from coupling for temp

type(datetime)	couple_pet_time
	current time from coupling for pet

type(datetime)	couple_tmin_time
	current time from coupling for tmin

type(datetime)	couple_tmax_time
	current time from coupling for tmax

type(datetime)	couple_netrad_time
	current time from coupling for netrad

type(datetime)	couple_absvappress_time
	current time from coupling for absvappress

type(datetime)	couple_windspeed_time
	current time from coupling for windspeed

type(datetime)	couple_ssrd_time
	current time from coupling for ssrd

type(datetime)	couple_strd_time
	current time from coupling for strd

type(datetime)	couple_tann_time
	current time from coupling for tann

logical, public	couple_pre
	coupling config for pre

logical, public	couple_temp
	coupling config for temp

logical, public	couple_pet
	coupling config for pet

logical, public	couple_tmin
	coupling config for tmin

logical, public	couple_tmax
	coupling config for tmax

logical, public	couple_netrad
	coupling config for netrad

logical, public	couple_absvappress
	coupling config for absvappress

logical, public	couple_windspeed
	coupling config for windspeed

logical, public	couple_ssrd
	coupling config for ssrd

logical, public	couple_strd
	coupling config for strd

logical, public	couple_tann
	coupling config for tann

logical, public	couple_all
	flag to indicated that all meteo-data is coming from the coupler

logical, public	couple_is_hourly
	flag to indicated hourly data from coupler

Detailed Description

This is a handler for the meteorological forcings.

This class provides all procedures to handle meteorological forcings from file or interfaces.

Definition at line 43 of file mo_meteo_handler.f90.

Member Function/Subroutine Documentation

◆ clean_up()

procedure mo_meteo_handler::meteo_handler_type::clean_up ( class(meteo_handler_type), intent(inout) self )

clean up

See also: mo_meteo_handler::clean_up

Definition at line 176 of file mo_meteo_handler.f90.

◆ config()

procedure mo_meteo_handler::meteo_handler_type::config	(	class(meteo_handler_type), intent(inout)	self,
		character(*), intent(in)	file_namelist,
		integer, intent(in)	unamelist,
		logical, intent(in)	optimize,
		type(domain_meta), intent(in)	domainmeta,
		integer(i4), dimension(nprocesses, 3), intent(in)	processmatrix,
		integer(i4), intent(in)	timestep,
		type(couple_cfg_type), intent(in)	couple_cfg
	)

configure the meteo_handler_type class from the mhm namelist

Parameters

[in]	file_namelist	mhm namelist file
[in]	unamelist	unit to open namelist file
[in]	optimize	Optimization flag
[in]	domainmeta	domain general description
[in]	processmatrix	Info about which process runs in which option
[in]	timestep	[h] simulation time step (= TS) in [h]
[in]	couple_cfg	coupling configuration class

See also: mo_meteo_handler::config

Definition at line 178 of file mo_meteo_handler.f90.

◆ get_corrected_pet()

procedure mo_meteo_handler::meteo_handler_type::get_corrected_pet	(	class(meteo_handler_type), intent(inout)	self,
		real(dp), dimension(:), intent(inout)	pet_calc,
		real(dp), dimension(:), intent(in)	petlaicorfactorl1,
		real(dp), dimension(:), intent(in)	fasp,
		real(dp), dimension(:), intent(in)	harsamcoeff,
		real(dp), dimension(:), intent(in)	latitude,
		real(dp), dimension(:), intent(in)	prietayalpha,
		real(dp), dimension(:), intent(in)	aeroresist,
		real(dp), dimension(:), intent(in)	surfresist
	)

get corrected PET for the current timestep and domain

Parameters

[in,out]	pet_calc	[mm TS-1] estimated PET (if PET is input = corrected values (fAsp*PET))
[in]	petlaicorfactorl1	PET correction factor based on LAI at level 1
[in]	fasp	[1] PET correction for Aspect at level 1
[in]	harsamcoeff	[1] PET Hargreaves Samani coefficient at level 1
[in]	latitude	latitude on level 1
[in]	prietayalpha	[1] PET Priestley Taylor coefficient at level 1
[in]	aeroresist	[s m-1] PET aerodynamical resitance at level 1
[in]	surfresist	[s m-1] PET bulk surface resitance at level 1

See also: mo_meteo_handler::get_corrected_pet

Definition at line 188 of file mo_meteo_handler.f90.

◆ get_prec()

procedure mo_meteo_handler::meteo_handler_type::get_prec	(	class(meteo_handler_type), intent(inout)	self,
		real(dp), dimension(:), intent(inout)	prec_calc
	)

get precipitation for the current timestep and domain

Parameters

[in,out] prec_calc [mm TS-1] precipitation for current time step

See also: mo_meteo_handler::get_prec

Definition at line 192 of file mo_meteo_handler.f90.

◆ get_ssrd()

procedure mo_meteo_handler::meteo_handler_type::get_ssrd	(	class(meteo_handler_type), intent(inout)	self,
		real(dp), dimension(:), intent(inout)	ssrd_calc
	)

get surface short-wave (solar) radiation downwards for the current timestep and domain

Parameters

[in,out] ssrd_calc [W m2] surface short-wave (solar) radiation downwards for current time step

See also: mo_meteo_handler::get_ssrd

Definition at line 194 of file mo_meteo_handler.f90.

◆ get_strd()

procedure mo_meteo_handler::meteo_handler_type::get_strd	(	class(meteo_handler_type), intent(inout)	self,
		real(dp), dimension(:), intent(inout)	strd_calc
	)

get surface long-wave (thermal) radiation downwards for the current timestep and domain

Parameters

[in,out] strd_calc [W m2] surface long-wave (thermal) radiation downwards for current time step

See also: mo_meteo_handler::get_strd

Definition at line 196 of file mo_meteo_handler.f90.

◆ get_tann()

procedure mo_meteo_handler::meteo_handler_type::get_tann	(	class(meteo_handler_type), intent(inout)	self,
		real(dp), dimension(:), intent(inout)	tann_calc
	)

get annual mean surface temperature for the current timestep and domain

Parameters

[in,out] tann_calc [degC] annual mean air temperature

See also: mo_meteo_handler::get_tann

Definition at line 198 of file mo_meteo_handler.f90.

◆ get_temp()

procedure mo_meteo_handler::meteo_handler_type::get_temp	(	class(meteo_handler_type), intent(inout)	self,
		real(dp), dimension(:), intent(inout)	temp_calc
	)

get surface temperature for the current timestep and domain

Parameters

[in,out] temp_calc [degC] temperature for current time step

See also: mo_meteo_handler::get_temp

Definition at line 190 of file mo_meteo_handler.f90.

◆ init_level2()

procedure mo_meteo_handler::meteo_handler_type::init_level2	(	class(meteo_handler_type), intent(inout)	self,
		type(grid), dimension(:), intent(in)	level0,
		type(grid), dimension(:), intent(in)	level1
	)

Initialize meteo data and level-2 grid.

Parameters

[in]	level0	grid information at level-0
[in]	level1	grid information at level-1 if all meteo data is coupled

See also: mo_meteo_handler::init_level2

Definition at line 182 of file mo_meteo_handler.f90.

◆ prepare_data()

procedure mo_meteo_handler::meteo_handler_type::prepare_data	(	class(meteo_handler_type), intent(inout)	self,
		integer(i4), intent(in)	tt,
		integer(i4), intent(in)	idomain,
		type(grid), dimension(:), intent(in)	level1,
		type(period), dimension(:), intent(in)	simper
	)

Prepare meteorological forcings data for a given variable.

Prepare meteorological forcings data for a given variable. Internally this subroutine calls another routine meteo_wrapper for different meterological variables

Changelog

Matthias Zink, Jun 2013
- addded NetCDf reader
Rohini Kumar, Aug 2013
- name changed "inputFormat" to inputFormat_meteo_forcings
Matthias Zink, Feb 2014
- added read in for different PET processes (process 5)
Stephan Thober, Jun 2014
- add chunk_config for chunk read, copied L2 initialization to mo_startup
Stephan Thober, Nov 2016
- moved processMatrix to common variables
Stephan Thober, Jan 2017
- added subroutine for meteo_weights
Robert Schweppe Jun 2018
- refactoring and reformatting
Sebastian Müller Mar 2023
- converted routine to meteo-handler method

Authors: Rohini Kumar

Date: Jan 2013

Parameters

[in]	tt	current timestep
[in]	idomain	Domain number
[in]	level1	grid information at hydrologic level
[in]	simper	warmPer + evalPer

See also: mo_meteo_handler::prepare_data

Definition at line 184 of file mo_meteo_handler.f90.

◆ set_meteo()

procedure mo_meteo_handler::meteo_handler_type::set_meteo	(	class(meteo_handler_type), intent(inout)	self,
		integer(i4), intent(in)	year,
		integer(i4), intent(in)	month,
		integer(i4), intent(in)	day,
		integer(i4), intent(in), optional	hour,
		real(dp), dimension(:), intent(in), optional	pre,
		real(dp), dimension(:), intent(in), optional	temp,
		real(dp), dimension(:), intent(in), optional	pet,
		real(dp), dimension(:), intent(in), optional	tmin,
		real(dp), dimension(:), intent(in), optional	tmax,
		real(dp), dimension(:), intent(in), optional	netrad,
		real(dp), dimension(:), intent(in), optional	absvappress,
		real(dp), dimension(:), intent(in), optional	windspeed,
		real(dp), dimension(:), intent(in), optional	ssrd,
		real(dp), dimension(:), intent(in), optional	strd,
		real(dp), dimension(:), intent(in), optional	tann
	)

set meteo_data from coupling

See also: mo_meteo_handler::set_meteo

Definition at line 200 of file mo_meteo_handler.f90.

◆ single_read()

procedure mo_meteo_handler::meteo_handler_type::single_read	(	class(meteo_handler_type), intent(in)	self,
		integer(i4), intent(in)	idomain
	)

whether meteo data should be read completely at the begining

Returns: True if meteo data is retrieved with a single read

Parameters

[in] idomain current domain

See also: mo_meteo_handler::single_read

Definition at line 180 of file mo_meteo_handler.f90.

◆ update_timestep()

procedure mo_meteo_handler::meteo_handler_type::update_timestep	(	class(meteo_handler_type), intent(inout)	self,
		integer(i4), intent(in)	tt,
		real(dp), intent(in)	time,
		integer(i4), intent(in)	idomain,
		type(grid), dimension(:), intent(in)	level1,
		type(period), dimension(:), intent(in)	simper
	)

update the current time-step of the meteo_handler_type class

Parameters

[in]	tt	current time step
[in]	time	current decimal Julian day
[in]	idomain	current domain
[in]	level1	grid information at hydrologic level
[in]	simper	warmPer + evalPer

See also: mo_meteo_handler::update_timestep

Definition at line 186 of file mo_meteo_handler.f90.

Member Data Documentation

◆ bound_error

logical mo_meteo_handler::meteo_handler_type::bound_error

.FALSE.

to only warn about bound (lower, upper) violations in meteo files, default = .TRUE. - raise an error

Definition at line 52 of file mo_meteo_handler.f90.

◆ couple_absvappress

logical, public mo_meteo_handler::meteo_handler_type::couple_absvappress

coupling config for absvappress

Definition at line 167 of file mo_meteo_handler.f90.

◆ couple_absvappress_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_absvappress_time

current time from coupling for absvappress

Definition at line 156 of file mo_meteo_handler.f90.

◆ couple_all

logical, public mo_meteo_handler::meteo_handler_type::couple_all

flag to indicated that all meteo-data is coming from the coupler

Definition at line 172 of file mo_meteo_handler.f90.

◆ couple_cfg

type(couple_cfg_type), public mo_meteo_handler::meteo_handler_type::couple_cfg

coupling configuration class

Definition at line 148 of file mo_meteo_handler.f90.

◆ couple_is_hourly

logical, public mo_meteo_handler::meteo_handler_type::couple_is_hourly

flag to indicated hourly data from coupler

Definition at line 173 of file mo_meteo_handler.f90.

◆ couple_netrad

logical, public mo_meteo_handler::meteo_handler_type::couple_netrad

coupling config for netrad

Definition at line 166 of file mo_meteo_handler.f90.

◆ couple_netrad_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_netrad_time

current time from coupling for netrad

Definition at line 155 of file mo_meteo_handler.f90.

◆ couple_pet

logical, public mo_meteo_handler::meteo_handler_type::couple_pet

coupling config for pet

Definition at line 163 of file mo_meteo_handler.f90.

◆ couple_pet_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_pet_time

current time from coupling for pet

Definition at line 152 of file mo_meteo_handler.f90.

◆ couple_pre

logical, public mo_meteo_handler::meteo_handler_type::couple_pre

coupling config for pre

Definition at line 161 of file mo_meteo_handler.f90.

◆ couple_pre_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_pre_time

current time from coupling for pre

Definition at line 150 of file mo_meteo_handler.f90.

◆ couple_ssrd

logical, public mo_meteo_handler::meteo_handler_type::couple_ssrd

coupling config for ssrd

Definition at line 169 of file mo_meteo_handler.f90.

◆ couple_ssrd_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_ssrd_time

current time from coupling for ssrd

Definition at line 158 of file mo_meteo_handler.f90.

◆ couple_step_delta

type(timedelta) mo_meteo_handler::meteo_handler_type::couple_step_delta

timedelta for the coupling meteo time-step

Definition at line 149 of file mo_meteo_handler.f90.

◆ couple_strd

logical, public mo_meteo_handler::meteo_handler_type::couple_strd

coupling config for strd

Definition at line 170 of file mo_meteo_handler.f90.

◆ couple_strd_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_strd_time

current time from coupling for strd

Definition at line 159 of file mo_meteo_handler.f90.

◆ couple_tann

logical, public mo_meteo_handler::meteo_handler_type::couple_tann

coupling config for tann

Definition at line 171 of file mo_meteo_handler.f90.

◆ couple_tann_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_tann_time

current time from coupling for tann

Definition at line 160 of file mo_meteo_handler.f90.

◆ couple_temp

logical, public mo_meteo_handler::meteo_handler_type::couple_temp

coupling config for temp

Definition at line 162 of file mo_meteo_handler.f90.

◆ couple_temp_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_temp_time

current time from coupling for temp

Definition at line 151 of file mo_meteo_handler.f90.

◆ couple_tmax

logical, public mo_meteo_handler::meteo_handler_type::couple_tmax

coupling config for tmax

Definition at line 165 of file mo_meteo_handler.f90.

◆ couple_tmax_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_tmax_time

current time from coupling for tmax

Definition at line 154 of file mo_meteo_handler.f90.

◆ couple_tmin

logical, public mo_meteo_handler::meteo_handler_type::couple_tmin

coupling config for tmin

Definition at line 164 of file mo_meteo_handler.f90.

◆ couple_tmin_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_tmin_time

current time from coupling for tmin

Definition at line 153 of file mo_meteo_handler.f90.

◆ couple_windspeed

logical, public mo_meteo_handler::meteo_handler_type::couple_windspeed

coupling config for windspeed

Definition at line 168 of file mo_meteo_handler.f90.

◆ couple_windspeed_time

type(datetime) mo_meteo_handler::meteo_handler_type::couple_windspeed_time

current time from coupling for windspeed

Definition at line 157 of file mo_meteo_handler.f90.

◆ dir_meteo_header

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dir_meteo_header

Directory where the meteo header file is located.

Definition at line 76 of file mo_meteo_handler.f90.

◆ dir_nml_name

character(256) mo_meteo_handler::meteo_handler_type::dir_nml_name = 'directories_mHM'

namelist name in mhm namelist

Definition at line 45 of file mo_meteo_handler.f90.

◆ dirabsvappressure

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirabsvappressure

Directory where abs.

vap. pressure files are located

Definition at line 82 of file mo_meteo_handler.f90.

◆ dirmaxtemperature

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirmaxtemperature

Directory where maximum temp.

files are located

Definition at line 80 of file mo_meteo_handler.f90.

◆ dirmintemperature

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirmintemperature

Directory where minimum temp.

files are located

Definition at line 79 of file mo_meteo_handler.f90.

◆ dirnetradiation

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirnetradiation

Directory where abs.

vap. pressure files are located

Definition at line 81 of file mo_meteo_handler.f90.

◆ dirprecipitation

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirprecipitation

Directory where precipitation files are located.

Definition at line 77 of file mo_meteo_handler.f90.

◆ dirradiation

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirradiation

Directory where short/long-wave rad.

files are located

Definition at line 86 of file mo_meteo_handler.f90.

◆ dirreferenceet

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirreferenceet

Directory where reference-ET files are located.

Definition at line 84 of file mo_meteo_handler.f90.

◆ dirtemperature

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirtemperature

Directory where temperature files are located.

Definition at line 78 of file mo_meteo_handler.f90.

◆ dirwindspeed

character(256), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::dirwindspeed

Directory where windspeed files are located.

Definition at line 83 of file mo_meteo_handler.f90.

◆ e1

integer(i4) mo_meteo_handler::meteo_handler_type::e1

end index of level-1 variables

Definition at line 137 of file mo_meteo_handler.f90.

◆ e_meteo

integer(i4) mo_meteo_handler::meteo_handler_type::e_meteo

end index of meteo variables

Definition at line 131 of file mo_meteo_handler.f90.

◆ fday_pet

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fday_pet

[-] Day ratio PET < 1

Definition at line 116 of file mo_meteo_handler.f90.

◆ fday_prec

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fday_prec

[-] Day ratio precipitation < 1

Definition at line 114 of file mo_meteo_handler.f90.

◆ fday_ssrd

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fday_ssrd

[-] Day factor short-wave rad.

Definition at line 120 of file mo_meteo_handler.f90.

◆ fday_strd

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fday_strd

[-] Day factor long-wave rad.

Definition at line 122 of file mo_meteo_handler.f90.

◆ fday_temp

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fday_temp

[-] Day factor mean temp

Definition at line 118 of file mo_meteo_handler.f90.

◆ file_meteo_header

character(256) mo_meteo_handler::meteo_handler_type::file_meteo_header = 'header.txt'

Input nCols and nRows of binary meteo and LAI files are in header file.

Definition at line 48 of file mo_meteo_handler.f90.

◆ fnight_pet

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fnight_pet

[-] Night ratio PET < 1

Definition at line 117 of file mo_meteo_handler.f90.

◆ fnight_prec

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fnight_prec

[-] Night ratio precipitation < 1

Definition at line 115 of file mo_meteo_handler.f90.

◆ fnight_ssrd

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fnight_ssrd

[-] Night factor short-wave rad.

Definition at line 121 of file mo_meteo_handler.f90.

◆ fnight_strd

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fnight_strd

[-] Night factor long-wave rad.

Definition at line 123 of file mo_meteo_handler.f90.

◆ fnight_temp

real(dp), dimension(int(yearmonths, i4)), public mo_meteo_handler::meteo_handler_type::fnight_temp

[-] Night factor mean temp

Definition at line 119 of file mo_meteo_handler.f90.

◆ imeteots

integer(i4) mo_meteo_handler::meteo_handler_type::imeteots

index of meteo time-step

Definition at line 133 of file mo_meteo_handler.f90.

◆ indices

integer(i4), dimension(:), allocatable mo_meteo_handler::meteo_handler_type::indices

indices

Definition at line 140 of file mo_meteo_handler.f90.

◆ inputformat_meteo_forcings

character(256), public mo_meteo_handler::meteo_handler_type::inputformat_meteo_forcings

format of meteo input data (nc)

Definition at line 71 of file mo_meteo_handler.f90.

◆ is_hourly_forcing

logical, public mo_meteo_handler::meteo_handler_type::is_hourly_forcing

flag wether forcings are given at hourly timestep

Definition at line 58 of file mo_meteo_handler.f90.

◆ l0datafrom

integer(i4), dimension(:), allocatable mo_meteo_handler::meteo_handler_type::l0datafrom

index of associated level-0 domain

Definition at line 141 of file mo_meteo_handler.f90.

◆ l1_absvappress

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_absvappress

[Pa] absolute vapour pressure

Definition at line 103 of file mo_meteo_handler.f90.

◆ l1_netrad

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_netrad

[W m2] net radiation

Definition at line 102 of file mo_meteo_handler.f90.

◆ l1_pet

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_pet

[mm TS-1] Potential evapotranspiration

Definition at line 99 of file mo_meteo_handler.f90.

◆ l1_pet_weights

real(dp), dimension(:, :, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_pet_weights

hourly pet weights for daily values

Definition at line 95 of file mo_meteo_handler.f90.

◆ l1_pre

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_pre

[mm] Precipitation

Definition at line 97 of file mo_meteo_handler.f90.

◆ l1_pre_weights

real(dp), dimension(:, :, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_pre_weights

hourly pre weights for daily values

Definition at line 96 of file mo_meteo_handler.f90.

◆ l1_ssrd

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_ssrd

[W m2] short wave radiation

Definition at line 106 of file mo_meteo_handler.f90.

◆ l1_strd

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_strd

[W m2] long wave radiation

Definition at line 107 of file mo_meteo_handler.f90.

◆ l1_tann

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_tann

[degC] annual mean air temperature

Definition at line 108 of file mo_meteo_handler.f90.

◆ l1_temp

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_temp

[degC] Air temperature

Definition at line 98 of file mo_meteo_handler.f90.

◆ l1_temp_weights

real(dp), dimension(:, :, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_temp_weights

hourly temperature weights for daily values

Definition at line 94 of file mo_meteo_handler.f90.

◆ l1_tmax

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_tmax

[degC] maximum daily air temperature

Definition at line 101 of file mo_meteo_handler.f90.

◆ l1_tmin

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_tmin

[degC] minimum daily air temperature

Definition at line 100 of file mo_meteo_handler.f90.

◆ l1_windspeed

real(dp), dimension(:, :), allocatable, public mo_meteo_handler::meteo_handler_type::l1_windspeed

[m s-1] windspeed

Definition at line 104 of file mo_meteo_handler.f90.

◆ level2

type(grid), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::level2

Reference of the metereological variables.

Definition at line 65 of file mo_meteo_handler.f90.

◆ ndomains

integer(i4) mo_meteo_handler::meteo_handler_type::ndomains

number of domains

Definition at line 139 of file mo_meteo_handler.f90.

◆ ntstepday

integer(i4), public mo_meteo_handler::meteo_handler_type::ntstepday

Number of time intervals per day.

Definition at line 60 of file mo_meteo_handler.f90.

◆ ntstepday_dp

real(dp), public mo_meteo_handler::meteo_handler_type::ntstepday_dp

Number of time intervals per day as real.

Definition at line 61 of file mo_meteo_handler.f90.

◆ ntstepforcingday

integer(i4), public mo_meteo_handler::meteo_handler_type::ntstepforcingday

Number of forcing intervals per day.

Definition at line 56 of file mo_meteo_handler.f90.

◆ pet_case

integer(i4) mo_meteo_handler::meteo_handler_type::pet_case

process case for PET (processCase(5))

Definition at line 53 of file mo_meteo_handler.f90.

◆ read_meteo_weights

logical, public mo_meteo_handler::meteo_handler_type::read_meteo_weights

read weights for tavg and pet

Definition at line 70 of file mo_meteo_handler.f90.

◆ readper

type(period), public mo_meteo_handler::meteo_handler_type::readper

start and end dates of read period

Definition at line 55 of file mo_meteo_handler.f90.

◆ riv_temp_case

integer(i4) mo_meteo_handler::meteo_handler_type::riv_temp_case

process case for river temperature (processCase(11))

Definition at line 54 of file mo_meteo_handler.f90.

◆ s1

integer(i4) mo_meteo_handler::meteo_handler_type::s1

start index of level-1 variables

Definition at line 135 of file mo_meteo_handler.f90.

◆ s_meteo

integer(i4) mo_meteo_handler::meteo_handler_type::s_meteo

start index of meteo variables

Definition at line 129 of file mo_meteo_handler.f90.

◆ time

real(dp) mo_meteo_handler::meteo_handler_type::time

current julian time

Definition at line 143 of file mo_meteo_handler.f90.

◆ timestep

integer(i4), public mo_meteo_handler::meteo_handler_type::timestep

[h] simulation time step (= TS) in [h]

Definition at line 59 of file mo_meteo_handler.f90.

◆ timestep_model_inputs

integer(i4), dimension(:), allocatable, public mo_meteo_handler::meteo_handler_type::timestep_model_inputs

frequency for reading meteo input

Definition at line 69 of file mo_meteo_handler.f90.

◆ umeteo_header

integer mo_meteo_handler::meteo_handler_type::umeteo_header = 50

Unit for meteo header file.

Definition at line 50 of file mo_meteo_handler.f90.

◆ weight_nml_name

character(256) mo_meteo_handler::meteo_handler_type::weight_nml_name = 'nightDayRatio'

namelist name in mhm namelist

Definition at line 46 of file mo_meteo_handler.f90.

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

src/meteo/mo_meteo_handler.f90

Public Member Functions

Public Attributes

Detailed Description

Member Function/Subroutine Documentation

◆ clean_up()

◆ config()

◆ get_corrected_pet()

◆ get_prec()

◆ get_ssrd()

◆ get_strd()

◆ get_tann()

◆ get_temp()

◆ init_level2()

◆ prepare_data()

◆ set_meteo()

◆ single_read()

◆ update_timestep()

Member Data Documentation

◆ bound_error

◆ couple_absvappress

◆ couple_absvappress_time

◆ couple_all

◆ couple_cfg

◆ couple_is_hourly

◆ couple_netrad

◆ couple_netrad_time

◆ couple_pet

◆ couple_pet_time

◆ couple_pre

◆ couple_pre_time

◆ couple_ssrd

◆ couple_ssrd_time

◆ couple_step_delta

◆ couple_strd

◆ couple_strd_time

◆ couple_tann

◆ couple_tann_time

◆ couple_temp

◆ couple_temp_time

◆ couple_tmax

◆ couple_tmax_time

◆ couple_tmin

◆ couple_tmin_time

◆ couple_windspeed

◆ couple_windspeed_time

◆ dir_meteo_header

◆ dir_nml_name

◆ dirabsvappressure

◆ dirmaxtemperature

◆ dirmintemperature

◆ dirnetradiation

◆ dirprecipitation

◆ dirradiation

◆ dirreferenceet

◆ dirtemperature

◆ dirwindspeed

◆ e1

◆ e_meteo

◆ fday_pet

◆ fday_prec

◆ fday_ssrd

◆ fday_strd

◆ fday_temp

◆ file_meteo_header

◆ fnight_pet

◆ fnight_prec

◆ fnight_ssrd

◆ fnight_strd

◆ fnight_temp

◆ imeteots

◆ indices

◆ inputformat_meteo_forcings

◆ is_hourly_forcing

◆ l0datafrom

◆ l1_absvappress

◆ l1_netrad

◆ l1_pet

◆ l1_pet_weights

◆ l1_pre

◆ l1_pre_weights