| Nassimilation_interface | Module with HYPE/HYSS specific subroutines for interface between HYPE/HYSS and the EnKF Data Assimilation routines |
| Nassimilation_routines | Generic subroutines and functions for (Ensemble Kalman Filter) Data Assimilation. These functions are supposed to be general, and should not be changed Functions special for a specific model application are in assimilation_interface.f90 |
| ►Nassimilation_variables | Variables needed to run the (EnKF) data assimilation routines within HYSS |
| Cassim_coordinate_type | Type for spatial coordinates |
| Cassim_data_type | Type for holding all assimilation data |
| Cassim_ensemble_type | Type for holding ensemble data in matrix and assisiated variables |
| Cassim_flag_type | Type for assimilation status of different categories/variables |
| Cassim_generation_type | Type for holding data needed for ensemble generation |
| Cassim_info_type | Assimilation application information type (application specific settings) |
| Cassim_input_ensemble_type | Type for holding other ensembles than states (data, interface and generation information) |
| Cassim_interface_type | Type for holding indices used as interface between ENKF data and Model data |
| Cassim_state_ensemble_type | Type for holding state ensembles (data and interface information) |
| Cassim_twodmatrix_type | Type for 2-dimensional matrix, used for localizations |
| Natmospheric_processes | Subroutines for calculating current atmospheric forcing |
| Ncompout | The module compout contains procedures relating to calculating output and criteria |
| Nconvert | Procedures for transforming between different variable types and between upper and lower case |
| Ndatamodule | Read and process model input from files, both static data and forcing |
| Nfloodplain_soilmodel | HYPE soil model for floodplain areas |
| Ngeneral_functions | General equations that are used by hydrological models |
| Ngeneral_water_concentration | Routines handling water and concentration in HYPE |
| ►Nglacier_soilmodel | HYPE glacier soil model (glacier_model = 3) |
| Cglaciertimeseries | Type for glacier mass balance calculations |
| Nhype_waterbalance | Handles specific output of waterbalance for HYPE model |
| ►Nhypevariables | Variables for the HYPE model (HYdrological Predictions for the Environment) |
| Coutflowtype | Type for outflow for lakes with two outflows |
| Nirrigation_module | Irrigation calculations in HYPE |
| ►Nlibdate | http://flibs.sourceforge.net/libdate.html |
| Cdatetype | |
| Cjuliandatetype | |
| Coperator(*) | |
| Coperator(+) | |
| Coperator(-) | |
| Coperator(.eq.) | |
| Coperator(.ge.) | |
| Coperator(.gt.) | |
| Coperator(.le.) | |
| Coperator(.lt.) | |
| Coperator(.ne.) | |
| ►Nmodel_test_routines | Module for writing test cases to a log file |
| Cdata_is_within_tolerance | |
| Ctestcasetype | Type for holding data about test cases with test information and error messages |
| Ctestexternalinternaltype | Type for holding tested data for external tests |
| Ctestexternaltype | Type for holding data about external tests with test information and tested data |
| Ctestprocesstype | Type for holding data about test cases included in a test process |
| Nmodeldata_module | This module is used to define HYPE version and output variables. It handles specific input data (files) for the HYPE model; observations in XobsXOMN.txt, XobsXOSN.txt and regression parameters in reg_par.txt, CatchDes.txt, CatchGroup.txt |
| Nmodelmodule | Main module for hydrological model HYPE |
| ►Nmodvar | Declaration of model data types and variables |
| Caquifertype | Type for holding information about aquifers |
| Cbasintype | Type for holding data about subbasin characteristics |
| Cbranchtype | Type for holding information about branching flow |
| Cchangeoutvartype | Type for changing output variables for criteria calculations |
| Cclassbasintype | Type for holding basic information about classes in a subbasin |
| Cclasstype | Type for holding information about classes |
| Ccropdatatype | Type for holding information about vegetation; nutrient uptake, fertilization etc |
| Ccropirrdatatype | Type for holding information irrigation for vegetation |
| Cdamtype | Type for holding information about dams |
| Cdepositiontype | Type for holding deposition data |
| Cfloodtype | Type for holding data about floodplain characteristics |
| Cglaciertype | Type for holding information about glacier class |
| Ciceseasonratingcurvetype | Type for holding data about different ice season river rating curves |
| Cirrigationtype | Type for holding information about irrigation |
| Clakebasintype | Type for holding information about lakebasins |
| Clakesectiontype | Type for holding information about lake type 1 sections in a subbasin !TODO: do this need to be type? only reals |
| Cmodparidtype | Type for holding definition of model parameters |
| Cnewlaketype | Type for holding information about lakes/lakeoutflow |
| Cnpcloadtype | Type for holding applied nutrient load data |
| Coutlettype | Type for holding information about lakes/lakeoutflow |
| Coutvaridtype | Type for holding information about output variables |
| Cpathtype | Type for holding information about flow path between subbasins |
| Cpointsourcedatatype | Type for characteristics of point sources and abstractions from PointSourceData.txt (time series) |
| Cpointsourcetype | Type for current point source data |
| Criverratingtype | Type for holding information about river rating curves for calculation main river water level |
| Crrcqtype | Type for holding rating curve parameters; q=k*(w-w0)**p |
| Crrcw0type | Type for holding rating curve parameters; w=w0+a*q**b |
| Crrcwtype | Type for holding rating curve parameters; w=a*q**b |
| Csectorratingcurvetype | Type for holding information about river rating curves divided into sections |
| Csedimentmanagementtype | Type for holding information about sediment management of lakes/dams |
| Csimulationconfigurationtype | Type for holding data about simulation configuration |
| Csoilleakagedatatype | Type for holding information about soil leakage "forcing" data; concentration or load |
| Csourceapptype | Type for variables for accumulated load to be used for source apportionment |
| Cstateconfigurationtype | Type for holding data about simulation configuration for states |
| Cstatedimensiontype | Type for holding dimension data about simulation configuration for states |
| Ct1loadtype | Type for holding general substance load to surface water |
| Ctimeinformationtype | Type to hold information on current time
|
| Cupdatetype | |
| Cwatertransfertype | Type for holding information about water transfer |
| Cwetlandtype | Type for holding information about river wetlands |
| Nnpc_soil_processes | Nitrogen, phosphorus and organic carbon processes in soil in HYPE |
| Nnpc_surfacewater_processes | Nitrogen, phosphorus and organic carbon processes in surface water in HYPE |
| Noptimization | Global optimization procedures for calibration of HYSS |
| Noutput_module | Prepare for and save result |
| ►Nrandom_routines | Routines for random number generation, including routines for spatially correlated random fields |
| Crandxy_data | Type with data needed to generate spatially correlated random data for a vector of X,Y points |
| Nreadwrite_routines | Module for reading and writing to files |
| Nregional_groundwater_module | Regional groundwater calculations in HYPE |
| Nsoil_processes | Water processes in soil in HYPE and some more |
| Nsoilmodel_default | HYPE default soil model |
| Nsoilmodel_traveltime | HYPE substance simplified soil model based on travel time through soil and half life of pollutants to simulate losses in soil |
| Nstate_datamodule | Load and save model states |
| ►Nstatetype_module | Types for state variables for the HYPE model (HYdrological Predictions for the Environment) |
| Caquiferstatetype | Type for state variables related to groundwater/aquifers |
| Clakestatetype | Type for state variables related to lake |
| Cmiscstatetype | Type for miscellaneous state variables |
| Cpointertype | Type for pointers to state variables |
| Criverstatetype | Type for state variables related to rivers |
| Csnowicestatetype | Type for state variables related to snow and ice |
| Csoilstatetype | Type for state variables related to soil |
| Cstateinfotype | Type for model state information |
| Nsurfacewater_processes | Lake and river water related subroutines in HYPE |
| Ntimeroutines | Module contains procedures relating to time calculations |
| Ntracer_processes | General substance (T1) and water temperature (T2) processes in HYPE |
| Nupdating | Module for updating and correction procedures used with the hydrological model HYPE |
| ►Nworldvar | Module for declaration of HYSS variables. These are NOT to be used in the model |
| Caccumulationinfo | Type for holding information about accumulation of output
|
| Cbasemodeltype | Types for holding information about simulation settings; state files and submodel
|
| Ccalibrationinfo | Type for holding information about criteria |
| Cclassgrouptype | Type for holding information about classgroups |
| Cdatetype2 | |
| Cforcingdatatype | Type for holding information about forcing data |
| Cinstatetype | Type for settings related to reading/using initial state file |
| Cnetcdf_time_definition | |
| Cobservationdatatype | Type for holding information about other observations data, only used for netcdf files (so far) |
| Coptimizationtype | Type for holding information about optimization and parameter ensemble simulation |
| Coutputdatatype | Type for accumulated output data |
| Coutputtype | Type for information about wanted output
|
| Coutputvariabletype | Type for information about variables for output
|
| Coutregioninfotype | Type for information about output regions |
| Coutstatetype | Type for settings related to writing of state files |
| Coutvarinfotype | Types for holding information about wanted output
|
| Ctestoutvartype | Type for testing output variables |
1.9.4
