hydrology Directory Reference

Directory dependency graph for hydrology:

Files
	Climate.cpp
	Climate processing — numerically identical to legacy climate.c.
	Climate.hpp
	Climate processing — evaporation, temperature, wind.
	ClimateFile.cpp
	Multi-format climate file reader — faithful to legacy climate.c.
	ClimateFile.hpp
	Multi-format climate file reader for temperature, evaporation, wind.
	Gage.cpp
	Rain gage processing — numerically identical to legacy gage.c.
	Gage.hpp
	Rain gage processing — rainfall interpolation, type conversion.
	Groundwater.cpp
	Two-zone groundwater — matching legacy gwater.c via RKF45 ODE solver.
	Groundwater.hpp
	Two-zone groundwater model — batch-oriented ODE integration.
	Infiltration.cpp
	Infiltration models — numerically identical to legacy infil.c.
	Infiltration.hpp
	Infiltration models — Horton, Green-Ampt, SCS Curve Number.
	Inflow.cpp
	External/DWF inflows — batch SoA, numerically identical to legacy.
	Inflow.hpp
	External inflows, dry weather flows, and RDII at nodes.
	LID.cpp
	LID control modules — batch-oriented, type-grouped.
	LID.hpp
	Low Impact Development (LID) control modules.
	RDII.cpp
	RDII unit hydrograph convolution — matching legacy rdii.c.
	RDII.hpp
	RDII — rainfall-dependent infiltration/inflow via unit hydrograph.
	Runoff.cpp
	Subcatchment runoff — 3-subarea nonlinear reservoir model.
	Runoff.hpp
	Subcatchment runoff generation — batch-oriented nonlinear reservoir.
	RunoffInterface.cpp
	Runoff interface file — binary save/load of pre-computed runoff.
	RunoffInterface.hpp
	Runoff interface file — save/load pre-computed runoff results.
	Snow.cpp
	Snowmelt — batch-oriented, vectorisable kernels.
	Snow.hpp
	Snowmelt — degree-day and rain-on-snow methods.