| File | Description |
|---|---|
| AirRelativeHumidity.f90 | Manage air relative humidity with arbitrary time cumulation |
| AirTemperature.f90 | Manage air temperature with arbitrary time cumulation |
| AirTemperatureDailyMax.f90 | Manage maximum daily air temperatur |
| AirTemperatureDailyMean.f90 | Manage mean daily air temperature |
| AirTemperatureDailyMin.f90 | Manage minimum daily air temperature |
| BasinAverage.f90 | Compute average value data within a river basin |
| Chronos.f90 | Module to manage date and time |
| CronSchedule.f90 | Module to manage process scheduling |
| DataTypeSizes.f90 | Provide named kind parameters for use in declarations of real and integer variables with specific byte sizes |
| DischargeRouting.f90 | Perform discharge routing |
| Diversions.f90 | Simulate river diversions along the river network |
| DomainProperties.f90 | Manage domain properties |
| ErrorCodes.f90 | provide error codes used by log process |
| Evapotranspiration.f90 | Compute evapotranspiration |
| fest.f90 | Perform hydrological simulation |
| FileSys.f90 | basic file and directory management |
| GeoLib.f90 | coordinate reference system conversion |
| Glacier.f90 | Simulate glaciers accumulation and ablation |
| GridLib.f90 | manage input and output of grids |
| GridOperations.f90 | advanced operations on grids |
| GridStatistics.f90 | compute grid statistics |
| Groundwater.f90 | Simulate quasi 3D groundwater flux and river-groundwater interaction |
| HydroNetwork.f90 | Manage cells connection in the river network |
| Infiltration.f90 | Implement models to compute infiltration rate |
| IniLib.f90 | routines for reading configuration files in |
| Irrigation.f90 | manage water intakes from river for irrigation purposes |
| iso_varying_string.f90 | |
| Kriging.f90 | Routines to implement Kriging interpolation |
| LogLib.f90 | Basic set of routines to handle errors and manage log file |
| Meteo.f90 | Manage meteorological forcings |
| MeteoUtilities.f90 | Contains subroutines used by Meteo module |
| MorphologicalProperties.f90 | Manage morphological properties |
| Morphology.f90 | Module to deal with river and basin morphology |
| ObservationalNetworks.f90 | Manage a group of stations |
| Plants.f90 | Simulate vegetation dynamic |
| PlantsAllometrics.f90 | Define relations between key characteristic dimensions of trees and other properties |
| PlantsInterception.f90 | Compute canopy interception |
| PlantsManagement.f90 | Implement forest management practices |
| PlantsModifiers.f90 | Compute gross primary production modifiers |
| PlantsMortality.f90 | Compute plants mortality |
| PlantsPhenology.f90 | Simulate plants grow and climate interaction (TODO) |
| Precipitation.f90 | Manage precipitation with arbitrary time cumulation |
| PrecipitationDaily.f90 | Manage daily precipitation |
| RasterExport.f90 | Elaborate and export raster map |
| Reservoirs.f90 | Simulate reservoirs within the distributed hydrological model |
| RiverDrainage.f90 | Define river network scheme |
| RoutingModels.f90 | Implement models for discharge routing |
| Sediment.f90 | Compute sediment erosion and deposition |
| Snow.f90 | Simulate snow accumulation and melting |
| SoilBalance.f90 | Solve soil water and energy balance |
| SoilProperties.f90 | Set soil properties |
| SolarRadiation.f90 | Manage solar radiation with arbitrary time cumulation |
| SpatialAverage.f90 | Compute average value of grid data over a given area |
| SpatialInterpolation.f90 | Interpolate sparse point measurements to regular grid |
| Statistics.f90 | compute statistics |
| StringManipulation.f90 | basic string manipulations |
| TableLib.f90 | Module for managing plain text tables |
| Units.f90 | Constant values and factors for the conversion from |
| Utilities.f90 | Collection of general purpose utilities |
| WindFlux.f90 | Manage wind speed data with arbitrary time cumulation |