modvar.f90 File Reference

Data Types
type	modvar::stateconfigurationtype
type	modvar::statedimensiontype
type	modvar::simulationconfigurationtype
type	modvar::timeinformationtype
type	modvar::basintype
type	modvar::rrcqtype
type	modvar::rrcwtype
type	modvar::rrcw0type
type	modvar::iceseasonratingcurvetype
type	modvar::sectorratingcurvetype
type	modvar::riverratingtype
type	modvar::sedimentmanagementtype
type	modvar::damtype
type	modvar::outlettype
type	modvar::newlaketype
type	modvar::lakebasintype
type	modvar::lakesectiontype
type	modvar::floodtype
type	modvar::classbasintype
type	modvar::glaciertype
type	modvar::aquifertype
type	modvar::pathtype
type	modvar::branchtype
type	modvar::npcloadtype
type	modvar::depositiontype
type	modvar::t1loadtype
type	modvar::pointsourcedatatype
type	modvar::pointsourcetype
type	modvar::irrigationtype
type	modvar::watertransfertype
type	modvar::classtype
type	modvar::cropdatatype
type	modvar::cropirrdatatype
type	modvar::wetlandtype
type	modvar::soilleakagedatatype
type	modvar::outvaridtype
type	modvar::changeoutvartype
type	modvar::sourceapptype
type	modvar::modparidtype
type	modvar::updatetype

Modules
module	modvar

Procedures
subroutine	modvar::allocate_outvar (nout, noutclass)
subroutine	modvar::set_accload_to_zero ()
subroutine	modvar::accumulate_class_load (isub, varindex, values)
subroutine	modvar::accumulate_basin_load (isub, varindex, values)
subroutine	modvar::deallocate_modvar (n)
subroutine	modvar::deallocate_glacier ()
subroutine	modvar::allocate_modelparameters (ns, nregpar)
subroutine	modvar::allocate_basinvariables (ns)
subroutine	modvar::initialize_simulation_configuration ()
subroutine	modvar::allocate_initialize_modeloptions ()
character(len=2) function	modvar::substance_name (i)
subroutine	modvar::set_update_method_names ()
subroutine	modvar::find_next_watertransfer (i, lastwt, wtindex)
subroutine	modvar::find_next_pointsource (isb, lastps, nps, psdata, nextps)
subroutine	modvar::set_xobsoutvarindex ()
subroutine	modvar::initiate_xobsinformation (array, n)
subroutine	modvar::save_xobsinformation (n, var2, ns)
subroutine	modvar::set_recharge_discharge_classes (n, indata)
subroutine	modvar::calculate_class_discharge_divisor ()
logical function	modvar::isdischargeclass (j)
logical function	modvar::isfirstdischargeclass (j)
subroutine	modvar::set_soildepth_classdata (nlayer, depth, geoclassdata)
subroutine	modvar::set_class_current_soildepth (nlayer, slc, depth)
subroutine	modvar::set_coded_classes (dim, array, ilakearg, olakearg, lriverarg, mriverarg, iwetarg, owetarg)
real function, dimension(nsubst)	modvar::get_current_soilleakage_memory (icl, isub, nsubst)
subroutine	modvar::initiate_cropdata ()
subroutine	modvar::set_cropdataindex (n, id, reg, cindex)
subroutine	modvar::find_croppart (i, j, kcrop, row, part)
integer function	modvar::get_current_petmodel (i)
logical function	modvar::endofday (ts)
integer function	modvar::get_pseudo_dayno (dn, latitude)
logical function	modvar::in_season_end (begjd, endjd)
logical function	modvar::in_season_period (begjd, period)
subroutine	modvar::get_class_wet_deposition (i, ns, iluse, veg, conc)
subroutine	modvar::set_class_deposition (i, ns, iluse, veg, source)
integer function	modvar::get_deposition_vegindex (isubst, idep, veg, iluse)
integer function	modvar::get_deposition_timeindex (isubst, idep)
subroutine	modvar::find_lbtype (isub, ldtype)
subroutine	modvar::find_lakebasins (isub, status)
subroutine	modvar::check_connected_subbasins (i2, i3, isource, ibranch)
logical function	modvar::is_upstream_lakebasin (ldtype)
subroutine	modvar::sum_upstream_area (n, areasum)

Variables
character(len=24), parameter	modvar::model_version_string = '5.31.0'
Miscellaneous constant parameters
integer, parameter	modvar::max_classoutvar = 11
integer, parameter	modvar::some_basinoutvar = 23
integer, parameter	modvar::max_noutvar = 10000
integer, parameter	modvar::maxsoillayers = 3
integer, parameter	modvar::max_pstype = 8
integer, parameter	modvar::max_subid = 9999999
integer, parameter	modvar::maxlakesections = 10
real, parameter	modvar::missing_value = -9999.
real, parameter	modvar::def_min = -1.1E38
real, parameter	modvar::def_max = 1.1E38
real, parameter	modvar::realzero = 1.E-37
double precision, parameter	modvar::doublezero = 1.D-307
real, parameter	modvar::pi = 3.1415927
real, parameter	modvar::solar = 0.0820
real, parameter	modvar::cwater = 4.2
real, parameter	modvar::cice = 2.1
real, parameter	modvar::lfreezing = 335.
real, parameter	modvar::lfreezing2 = 335000.
real, parameter	modvar::lfusion = 334000.
real, parameter	modvar::kice = 2.2
real, parameter	modvar::icedensity = 917.
real, parameter	modvar::dice = 0.917
real, parameter	modvar::waterdensity = 1000.
Model parameter dependence type parameters
These codes are used for identifying which model parameter-array to find a specific parameter in.
integer, parameter	modvar::m_gpar = 1
integer, parameter	modvar::m_spar = 2
integer, parameter	modvar::m_lpar = 3
integer, parameter	modvar::m_bpar = 4
integer, parameter	modvar::m_rpar = 5
integer, parameter	modvar::m_ldpar = 6
integer, parameter	modvar::m_mpar = 7
integer, parameter	modvar::nregiondivisions = 6
Output variable type parameters; code for accumulation of data
These codes are used to define how a period value of a variable is calculated.
integer, parameter	modvar::i_sum = 0
integer, parameter	modvar::i_mean = 1
integer, parameter	modvar::i_wmean = 2
integer, parameter	modvar::i_wmean2 = 3
integer, parameter	modvar::i_end = 4
Output variable type parameters; code for class type
These codes are used to define if class values can be had.
integer, parameter	modvar::i_notdef = 0
integer, parameter	modvar::i_class = 1
Output variable type parameters; code for base area for upstream output calculation
These codes are used to define how to calculate upstream value.
integer, parameter	modvar::i_basin = 1
integer, parameter	modvar::i_land = 2
integer, parameter	modvar::i_scale3 = 3
integer, parameter	modvar::i_scale12 = 4
integer, parameter	modvar::i_scale9 = 5
integer, parameter	modvar::i_scale6 = 6
Output variable observation type parameters; code for observation variable
integer, parameter	modvar::i_recvar = 1
integer, parameter	modvar::i_regrec = 2
integer, parameter	modvar::i_otherrec = 3
Global simulation time variables for the time resolution
These variables are used to retrieve the simulation time resolution set by the info file.
integer	modvar::simtimestep = 0
character(len=4)	modvar::simtimeunit = '?'
Variables for configuration of simulation
HYSS make available variables to hold information on the configuration of the simulation.
integer	modvar::i_in
integer	modvar::i_on
integer	modvar::i_sp
integer	modvar::i_pp
integer	modvar::i_t1
integer	modvar::i_t2
integer	modvar::i_oc
integer	modvar::i_ss
integer	modvar::i_ae
integer	modvar::i_dsi
integer	modvar::i_asi
integer, parameter	modvar::max_substances = 11
logical	modvar::simulatesubstances
type(simulationconfigurationtype)	modvar::simulate
type(stateconfigurationtype)	modvar::conduct
logical	modvar::irrunlimited
logical	modvar::soiliniwet
logical	modvar::conductxoms
logical	modvar::conductwb
logical	modvar::conductregest
logical	modvar::conductbasinpetmodel
logical	modvar::conductbasinlocsoil
logical	modvar::conductwarning
logical	modvar::conducticecurve
logical	modvar::conductdamconstruction
logical	modvar::conductloadcrun
integer, parameter	modvar::p_snowfall = 1
integer, parameter	modvar::p_snowmelt = 2
integer, parameter	modvar::p_lakeriverice = 3
integer, parameter	modvar::p_petmodel = 4
integer, parameter	modvar::p_deepgroundwater = 5
integer, parameter	modvar::p_swtemperature = 6
integer, parameter	modvar::p_snowevap = 7
integer, parameter	modvar::p_growthstart = 8
integer, parameter	modvar::p_floodplain = 9
integer, parameter	modvar::p_snowdensity = 10
integer, parameter	modvar::p_glacierini = 11
integer, parameter	modvar::p_infiltration = 12
integer, parameter	modvar::p_erosion = 13
integer, parameter	modvar::p_wetland = 14
integer, parameter	modvar::p_soilleakage = 15
integer, parameter	modvar::p_snowfalldist = 16
integer, parameter	modvar::p_frozensoil = 17
integer, parameter	modvar::p_snowheat = 18
integer, parameter	modvar::p_surfacerunoff = 19
integer, parameter	modvar::p_connectivity = 20
integer, parameter	modvar::p_siltation = 21
integer, parameter	modvar::p_siltation2 = 22
integer, parameter	modvar::p_sedresusp = 23
integer, parameter	modvar::p_rivermodel = 24
integer, parameter	modvar::p_diffusesource = 25
integer, parameter	modvar::p_t2rivermodel = 26
integer, parameter	modvar::p_redischarge = 27
integer, parameter	modvar::p_t1model = 28
integer, parameter	modvar::p_snowpackreset = 29
integer, parameter	modvar::p_timedep_luse = 30
integer, parameter	modvar::num_modelprocess = 30
character(len=17), dimension(:), allocatable	modvar::modeloptionname
integer, dimension(:), allocatable	modvar::modeloption
integer, dimension(num_modelprocess)	modvar::maxmodelsinoption
character(len=64), dimension(0:maxmodelsinoption(p_petmodel) -1)	modvar::petmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_snowfall) -1)	modvar::snowfallmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_snowfalldist) -1)	modvar::snowfalldistmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_snowmelt) -1)	modvar::snowmeltmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_lakeriverice) -1)	modvar::lakerivericemodelnames
character(len=64), dimension(0:maxmodelsinoption(p_deepgroundwater) -1)	modvar::deepgroundwatermodelnames
character(len=64), dimension(0:maxmodelsinoption(p_swtemperature) -1)	modvar::swtemperaturemodelnames
character(len=64), dimension(0:maxmodelsinoption(p_snowevap) -1)	modvar::snowevapmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_growthstart) -1)	modvar::growthstartmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_floodplain) -1)	modvar::floodplainmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_snowdensity) -1)	modvar::snowdensitymodelnames
character(len=64), dimension(0:maxmodelsinoption(p_glacierini) -1)	modvar::glacierinimodelnames
character(len=64), dimension(0:maxmodelsinoption(p_infiltration) -1)	modvar::infiltrationmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_erosion) -1)	modvar::erosionmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_wetland) -1)	modvar::wetlandmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_soilleakage) -1)	modvar::soilleakmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_frozensoil) -1)	modvar::frozensoilmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_snowheat) -1)	modvar::snowheatmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_surfacerunoff) -1)	modvar::surfacerunoffmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_connectivity) -1)	modvar::connectivitymodelnames
character(len=64), dimension(0:maxmodelsinoption(p_siltation) -1)	modvar::siltationmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_siltation2) -1)	modvar::siltation2modelnames
character(len=64), dimension(0:maxmodelsinoption(p_sedresusp) -1)	modvar::sedresuspmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_rivermodel) -1)	modvar::rivermodelnames
character(len=64), dimension(0:maxmodelsinoption(p_diffusesource) -1)	modvar::diffusesourcemodelnames
character(len=64), dimension(0:maxmodelsinoption(p_t2rivermodel) -1)	modvar::t2rivermodelnames
character(len=64), dimension(0:maxmodelsinoption(p_redischarge) -1)	modvar::redischargemodelnames
character(len=64), dimension(0:maxmodelsinoption(p_t1model) -1)	modvar::t1modelnames
character(len=64), dimension(0:maxmodelsinoption(p_snowpackreset) -1)	modvar::snowpackresetmodelnames
character(len=64), dimension(0:maxmodelsinoption(p_timedep_luse) -1)	modvar::timedeplusenames
Variables for input data
HYSS make available variables to hold input data for simulation, both static geographical data and time series data for forcing the model and for evaluation. Variables ending with suffix i are dependent on subbasin.
real, dimension(:), allocatable	modvar::tempi
real, dimension(:), allocatable	modvar::preci
real, dimension(:), allocatable	modvar::qobsi
real, dimension(:), allocatable	modvar::wobsi
real, dimension(:), allocatable	modvar::xobsi
real, dimension(:), allocatable	modvar::xoregobsi
real, dimension(:), allocatable	modvar::xcgobsi
integer, dimension(:), allocatable	modvar::wobsindex
integer, dimension(:,:), allocatable	modvar::xobsindex
integer, dimension(:,:), allocatable	modvar::xoregindex
integer, dimension(:,:,:), allocatable	modvar::xcgobsindex
real, dimension(:), allocatable	modvar::snowfraci
real, dimension(:), allocatable	modvar::shortwavei
real, dimension(:), allocatable	modvar::windi
real, dimension(:), allocatable	modvar::uwindi
real, dimension(:), allocatable	modvar::vwindi
real, dimension(:), allocatable	modvar::humidi
real, dimension(:), allocatable	modvar::tmini
real, dimension(:), allocatable	modvar::tmaxi
type(basintype), dimension(:), allocatable	modvar::basin
real, dimension(:), allocatable	modvar::upstreamarea
real, dimension(:), allocatable	modvar::landarea
real, dimension(:), allocatable	modvar::tobselevation
real, dimension(:,:), allocatable	modvar::tilefraction
type(damtype), dimension(:), allocatable	modvar::dam
type(newlaketype), dimension(:), allocatable	modvar::slake
type(lakebasintype), dimension(:), allocatable	modvar::lakebasin
type(newlaketype), dimension(:), allocatable	modvar::elake
type(lakesectiontype), dimension(:,:), allocatable	modvar::lakesectiondata
type(pathtype), dimension(:), allocatable	modvar::path
type(pathtype), dimension(:), allocatable	modvar::pathsubid
type(branchtype), dimension(:), allocatable	modvar::branchdata
type(branchtype), dimension(:), allocatable	modvar::branchsubid
type(glaciertype), dimension(:), allocatable	modvar::glacier
type(aquifertype), dimension(:), allocatable	modvar::aquifer
type(npcloadtype), dimension(:), allocatable	modvar::load
type(depositiontype)	modvar::deposition
type(depositiontype), dimension(:), allocatable	modvar::deposition2
type(t1loadtype), dimension(:), allocatable	modvar::tload
type(pointsourcedatatype), dimension(:), allocatable	modvar::psinfo
type(pointsourcetype), dimension(:), allocatable	modvar::psload
type(pointsourcedatatype), dimension(:), allocatable	modvar::absinfo
type(pointsourcetype), dimension(:), allocatable	modvar::absload
type(classbasintype), dimension(:,:), allocatable	modvar::classbasin
real, dimension(:,:,:), allocatable	modvar::classbasin_wsf
type(classtype), dimension(:), allocatable	modvar::classdata
type(cropdatatype), dimension(:), allocatable	modvar::cropdata
type(cropirrdatatype), dimension(:), allocatable	modvar::cropirrdata
type(irrigationtype), dimension(:), allocatable	modvar::irrigationsystem
type(watertransfertype), dimension(:), allocatable	modvar::watertransfer
type(wetlandtype), dimension(:,:), allocatable	modvar::wetland
type(floodtype), dimension(:), allocatable	modvar::flooding
type(soilleakagedatatype)	modvar::soilleak
type(riverratingtype), dimension(:), allocatable	modvar::rrcdata
integer, dimension(:), allocatable	modvar::petmodel
integer, dimension(:,:), allocatable	modvar::cropindex
integer, dimension(:), allocatable	modvar::damindex
integer, dimension(:), allocatable	modvar::lakeindex
integer, dimension(:), allocatable	modvar::glacierindex
integer, dimension(:), allocatable	modvar::lakebasinindex
integer, dimension(:), allocatable	modvar::floodindex
integer, dimension(:), allocatable	modvar::branchindex
logical, dimension(:), allocatable	modvar::tloadexist
Variables for configuration of model set-up
HYSS make available variables to hold information on the configuration of the model set-up.
integer, parameter	modvar::i_open = 1
integer, parameter	modvar::i_forest = 2
integer, parameter	modvar::i_water = 3
real, dimension(:,:), allocatable	modvar::soildepth
real, dimension(:,:), allocatable	modvar::soilthick
type(statedimensiontype)	modvar::statesize
integer	modvar::nsub
integer	modvar::numsubstances
integer	modvar::ncrop
integer	modvar::nluse
integer	modvar::nsoil
integer	modvar::nclass
integer	modvar::num_classgroup
integer	modvar::numrotations
integer	modvar::nrechargeclasses
integer	modvar::ndischargeclasses
integer, dimension(:), allocatable	modvar::rechargeclasses
integer, dimension(:), allocatable	modvar::dischargeclasses
real, dimension(:,:), allocatable	modvar::rechargefraction
real, dimension(:), allocatable	modvar::disdivisor
integer, dimension(:), allocatable	modvar::regiondivision
integer, dimension(nregiondivisions)	modvar::nregions
integer	modvar::naquifers
integer	modvar::nglaciers
integer	modvar::nwtransfer
integer	modvar::npsused = 0
integer	modvar::nabsused = 0
integer, parameter	modvar::nrivertypes = 2
integer, parameter	modvar::nlaketypes = 2
integer, parameter	modvar::olake_model = 1
integer, parameter	modvar::ilake_model = 2
integer, parameter	modvar::lriver_model = 11
integer, parameter	modvar::mriver_model = 12
integer, parameter	modvar::iwet_model = 13
integer, parameter	modvar::owet_model = 14
integer, parameter	modvar::glacier_model = 3
integer, parameter	modvar::traveltime_model = 5
integer, parameter	modvar::rzleak_model = 6
integer, dimension(:,:), allocatable	modvar::classmodel
integer	modvar::slc_olake
integer	modvar::slc_ilake
integer	modvar::slc_lriver
integer	modvar::slc_mriver
integer	modvar::slc_iwet
integer	modvar::slc_owet
Time variables
HYSS make available variables to hold information on time during simulation run and for model set-up.
type(timeinformationtype)	modvar::current_time
integer	modvar::seconds_per_timestep
integer	modvar::timesteps_per_day
logical	modvar::firstoutstep
Output variables
HYSS make available variables to hold output values and information on output variables.
logical	modvar::conductload
integer	modvar::max_basinoutvar
integer	modvar::num_basinsource
integer	modvar::max_outvar
integer	modvar::max_xobsoutvar
type(outvaridtype), dimension(:), allocatable	modvar::outvarid
integer, dimension(:), allocatable	modvar::xobsoutvarindex
integer, dimension(:), allocatable	modvar::outvarxobsindex
integer	modvar::noutvar
integer	modvar::noutvarclass
logical, dimension(:), allocatable	modvar::outvarstatus
real, dimension(:,:), allocatable	modvar::outvar
integer, dimension(:), allocatable	modvar::outvarindex
integer, dimension(:), allocatable	modvar::outvarclassindex
real, dimension(:,:,:), allocatable	modvar::outvarclassdata
real, dimension(:,:,:), allocatable	modvar::outvarclassfraction
type(sourceapptype)	modvar::accload
type(changeoutvartype), dimension(:), allocatable	modvar::changecritvar
integer, dimension(:), allocatable	modvar::obsfuncoutvar
character(len=6), dimension(max_classoutvar), parameter	modvar::classloadheadings = ['WetAtm','DryAtm','Fertil','PDecay','RuralA','GrwSIn','IrrSrc','Runoff','RzLay3','RfLay3','RhLay3']
character(len=6), dimension(some_basinoutvar+1), parameter	modvar::basinloadheadings = ['RuralB','Rgrwmr','Wtrans','Rgrwol','A ','B ','C ','D ','E ','F ','G ','H ','I ','J ','K ','L ','MA ','M ','N ','O ','P ','Q ','R ','S ']
Model parameter variables
HYSS make available variables to hold information on and values for model parameters.
integer	modvar::max_par
type(modparidtype), dimension(:), allocatable	modvar::modparid
real, dimension(:), allocatable	modvar::genpar
real, dimension(:,:), allocatable	modvar::basinpar
real, dimension(:,:), allocatable, target	modvar::landpar
real, dimension(:,:), allocatable, target	modvar::soilpar
real, dimension(:,:), allocatable, target	modvar::regpar
real, dimension(:,:), allocatable, target	modvar::monthpar
real, dimension(:,:), allocatable	modvar::lakedatapar_ini
real, dimension(:,:), allocatable	modvar::lakedatapar
integer, dimension(:,:), allocatable	modvar::lakedataparindex
Parameters for updating; code and dimension.
Several updating methods exist. These can be used separately or together.
integer, parameter	modvar::i_quseobs = 1
integer, parameter	modvar::i_tpcorr = 2
integer, parameter	modvar::i_wendupd = 3
integer, parameter	modvar::i_qar = 4
integer, parameter	modvar::i_war = 5
integer, parameter	modvar::i_tncorr = 6
integer, parameter	modvar::i_tnloccorr = 7
integer, parameter	modvar::i_tploccorr = 8
integer, parameter	modvar::i_cuseobs = 9
integer, parameter	modvar::dim_update = 9
Variables for updating
HYSS make available variables to hold information on updating. Several different updating functions exist.
logical, dimension(dim_update)	modvar::doupdate
integer	modvar::wobsvarindex
type(updatetype), dimension(dim_update)	modvar::useinupdate

Detailed Description

Contains module modvar.