This is a container to hold all information while running mHM. More...

Public Member Functions
procedure	get_domain_index (self, i)
	get domain index from domain loop counter

procedure	clean_up (self)
	clean up run variables

Public Attributes
integer(i4)	time_step
	time step counter

integer(i4)	selected_domain
	currently selected domain

integer(i4)	ndomains
	number of domains simulated in this mhm_eval run.

logical	output_runoff = .false.
	output runoff

logical	output_bfi = .false.
	output BFI

real(dp), dimension(:), allocatable	parameterset
	currently used parameter set

integer(i4), dimension(:), allocatable	domain_indices
	selected domains

real(dp), dimension(:, :, :), allocatable	l1_fnotsealed
	fraction of NOT sealed area

type(outputdataset)	nc_mhm
	output mHM NetCDF object

type(outputdataset)	nc_mrm
	output mRM NetCDF object

type(outputdataset)	nc_gw
	output groundwater NetCDF object

integer(i4)	ncells
	No.

integer(i4)	s1
	start and end index at level 1 for current Domain

integer(i4)	e1

integer(i4), dimension(6)	imeteo_p5
	meteorological time step for process 5 (PET)

integer(i4), dimension(6)	s_p5
	process 5: start and end index of vectors index 1: pet index 2: tmin index 3: tmax index 4: netrad index 5: absolute vapour pressure index 6: windspeed

integer(i4), dimension(6)	e_p5

integer(i4)	s_meteo
	start and end index of meteo variables

integer(i4)	e_meteo

logical, dimension(:, :), pointer	mask1
	pointer to current domain L1 mask

integer(i4)	imeteots
	index of meteo time-step

type(datetimeinfo)	domaindatetime
	datetimeinfo variable for everything that has to do with time dependend calculations

integer(i4)	idischargets
	discharge timestep

integer(i4)	s11
	start and end index at L11

integer(i4)	e11

real(dp)	tsroutfactor
	factor between routing and hydrological modelling resolution

real(dp)	tsroutfactorin
	factor between routing and hydrological modelling resolution (dummy)

integer(i4)	timestep_rout
	timestep of runoff to rout [h]

real(dp), dimension(:), allocatable	runtorout
	Runoff that is input for routing.

real(dp), dimension(:), allocatable	inflowdischarge
	inflowing discharge

logical, dimension(:, :), pointer	mask11
	pointer to current domain L11 mask

logical	doroute
	flag for performing routing

Detailed Description

This is a container to hold all information while running mHM.

Definition at line 22 of file mo_common_run_variables.f90.

Member Function/Subroutine Documentation

◆ clean_up()

procedure mo_common_run_variables::run_cfg_t::clean_up ( class(run_cfg_t), intent(inout) self )

clean up run variables

See also: mo_common_run_variables::clean_up

Definition at line 91 of file mo_common_run_variables.f90.

◆ get_domain_index()

procedure mo_common_run_variables::run_cfg_t::get_domain_index	(	class(run_cfg_t), intent(in)	self,
		integer(i4), intent(in)	i )

get domain index from domain loop counter

Returns: index

Parameters

[in] i domain loop counter

See also: mo_common_run_variables::get_domain_index

Definition at line 89 of file mo_common_run_variables.f90.

Member Data Documentation

◆ domain_indices

integer(i4), dimension(:), allocatable mo_common_run_variables::run_cfg_t::domain_indices

selected domains

Definition at line 36 of file mo_common_run_variables.f90.

◆ domaindatetime

type(datetimeinfo) mo_common_run_variables::run_cfg_t::domaindatetime

datetimeinfo variable for everything that has to do with time dependend calculations

Definition at line 66 of file mo_common_run_variables.f90.

◆ doroute

logical mo_common_run_variables::run_cfg_t::doroute

flag for performing routing

Definition at line 86 of file mo_common_run_variables.f90.

◆ e1

integer(i4) mo_common_run_variables::run_cfg_t::e1

Definition at line 48 of file mo_common_run_variables.f90.

◆ e11

integer(i4) mo_common_run_variables::run_cfg_t::e11

Definition at line 70 of file mo_common_run_variables.f90.

◆ e_meteo

integer(i4) mo_common_run_variables::run_cfg_t::e_meteo

Definition at line 60 of file mo_common_run_variables.f90.

◆ e_p5

integer(i4), dimension(6) mo_common_run_variables::run_cfg_t::e_p5

Definition at line 58 of file mo_common_run_variables.f90.

◆ idischargets

integer(i4) mo_common_run_variables::run_cfg_t::idischargets

discharge timestep

Definition at line 68 of file mo_common_run_variables.f90.

◆ imeteo_p5

integer(i4), dimension(6) mo_common_run_variables::run_cfg_t::imeteo_p5

meteorological time step for process 5 (PET)

Definition at line 50 of file mo_common_run_variables.f90.

◆ imeteots

integer(i4) mo_common_run_variables::run_cfg_t::imeteots

index of meteo time-step

Definition at line 64 of file mo_common_run_variables.f90.

◆ inflowdischarge

real(dp), dimension(:), allocatable mo_common_run_variables::run_cfg_t::inflowdischarge

inflowing discharge

Definition at line 82 of file mo_common_run_variables.f90.

◆ l1_fnotsealed

real(dp), dimension(:, :, :), allocatable mo_common_run_variables::run_cfg_t::l1_fnotsealed

fraction of NOT sealed area

Definition at line 38 of file mo_common_run_variables.f90.

◆ mask1

logical, dimension(:, :), pointer mo_common_run_variables::run_cfg_t::mask1

pointer to current domain L1 mask

Definition at line 62 of file mo_common_run_variables.f90.

◆ mask11

logical, dimension(:, :), pointer mo_common_run_variables::run_cfg_t::mask11

pointer to current domain L11 mask

Definition at line 84 of file mo_common_run_variables.f90.

◆ nc_gw

type(outputdataset) mo_common_run_variables::run_cfg_t::nc_gw

output groundwater NetCDF object

Definition at line 44 of file mo_common_run_variables.f90.

◆ nc_mhm

type(outputdataset) mo_common_run_variables::run_cfg_t::nc_mhm

output mHM NetCDF object

Definition at line 40 of file mo_common_run_variables.f90.

◆ nc_mrm

type(outputdataset) mo_common_run_variables::run_cfg_t::nc_mrm

output mRM NetCDF object

Definition at line 42 of file mo_common_run_variables.f90.

◆ ncells

integer(i4) mo_common_run_variables::run_cfg_t::ncells

No.

of cells at level 1 for current Domain

Definition at line 46 of file mo_common_run_variables.f90.

◆ ndomains

integer(i4) mo_common_run_variables::run_cfg_t::ndomains

number of domains simulated in this mhm_eval run.

Depends on opti_function

Definition at line 28 of file mo_common_run_variables.f90.

◆ output_bfi

logical mo_common_run_variables::run_cfg_t::output_bfi = .false.

output BFI

Definition at line 32 of file mo_common_run_variables.f90.

◆ output_runoff

logical mo_common_run_variables::run_cfg_t::output_runoff = .false.

output runoff

Definition at line 30 of file mo_common_run_variables.f90.

◆ parameterset

real(dp), dimension(:), allocatable mo_common_run_variables::run_cfg_t::parameterset

currently used parameter set

Definition at line 34 of file mo_common_run_variables.f90.

◆ runtorout

real(dp), dimension(:), allocatable mo_common_run_variables::run_cfg_t::runtorout

Runoff that is input for routing.

Definition at line 80 of file mo_common_run_variables.f90.

◆ s1

integer(i4) mo_common_run_variables::run_cfg_t::s1

start and end index at level 1 for current Domain

Definition at line 48 of file mo_common_run_variables.f90.

◆ s11

integer(i4) mo_common_run_variables::run_cfg_t::s11

start and end index at L11

Definition at line 70 of file mo_common_run_variables.f90.

◆ s_meteo

integer(i4) mo_common_run_variables::run_cfg_t::s_meteo

start and end index of meteo variables

Definition at line 60 of file mo_common_run_variables.f90.

◆ s_p5

integer(i4), dimension(6) mo_common_run_variables::run_cfg_t::s_p5

process 5: start and end index of vectors index 1: pet index 2: tmin index 3: tmax index 4: netrad index 5: absolute vapour pressure index 6: windspeed

Definition at line 58 of file mo_common_run_variables.f90.

◆ selected_domain

integer(i4) mo_common_run_variables::run_cfg_t::selected_domain

currently selected domain

Definition at line 26 of file mo_common_run_variables.f90.

◆ time_step

integer(i4) mo_common_run_variables::run_cfg_t::time_step

time step counter

Definition at line 24 of file mo_common_run_variables.f90.

◆ timestep_rout

integer(i4) mo_common_run_variables::run_cfg_t::timestep_rout

timestep of runoff to rout [h]

identical to timestep of input if tsRoutFactor is less than 1
tsRoutFactor * timestep if tsRoutFactor is greater than 1

Definition at line 78 of file mo_common_run_variables.f90.

◆ tsroutfactor

real(dp) mo_common_run_variables::run_cfg_t::tsroutfactor

factor between routing and hydrological modelling resolution

Definition at line 72 of file mo_common_run_variables.f90.

◆ tsroutfactorin

real(dp) mo_common_run_variables::run_cfg_t::tsroutfactorin

factor between routing and hydrological modelling resolution (dummy)

Definition at line 74 of file mo_common_run_variables.f90.

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

src/common/mo_common_run_variables.f90

Public Member Functions

Public Attributes