Model names in HydPy 6.0
arma_v1
arma_rimorido
HydPy-ARMA-RIMO/RIDO (nonlinear routing by multiple ARMA processes)
conv_v001
conv_nn
HydPy-Conv-NN (nearest neighbour interpolation)
conv_v002
conv_idw
HydPy-Conv-IDW (inverse distance weighted interpolation)
conv_v003
conv_idw_ed
HydPy-Conv-IDW-ED (inverse distance weighted interpolation with external drift)
dam_v001
?
?
dam_v002
?
?
dam_v003
?
?
dam_v004
?
?
dam_v005
?
?
dam_v006
dam_llake
HydPy-Dam-L-Lake (controlled lake model adopted from LARSIM)
dam_v007
dam_lretention
HydPy-Dam-L-RB (retention basin model adopted from LARSIM)
dam_v008
dam_lreservoir
HydPy-Dam-L-Res (reservoir model adopted from LARSIM)
dam_pump
HydPy-Dam-Pump (pumping station model)
dam_sluice
HydPy-Dam-Sluice (sluice model)
dam_pump_sluice
HydPy-Dam-Pump-Sluice (pumping station with sluice model)
dummy_v1
dummy_node2node
HydPy-Dummy-Node2Node (dummy model passing data from inlet to outlet nodes)
dummy_interceptedwater
HydPy-Dummy-InterceptedWater (dummy model supplying main models with intercepted water states)
dummy_soilwater
HydPy-Dummy-SoilWater (dummy model supplying main models with soil water states)
dummy_snowcover
HydPy-Dummy-SnowCover (dummy model supplying main models with snow cover states)
dummy_snowycanopy
HydPy-Dummy-SnowyCanopy (dummy model supplying main models with snow cover degrees in canopies)
dummy_snowalbedo
HydPy-Dummy-SnowAlbedo (dummy model supplying main models with snow albedo states)
evap_v001
evap_ret_fao56
HydPy-Evap-RET-FAO56 (FAO-56 Penman-Monteith reference evapotranspiration)
evap_ret_tw2002
HydPy-Evap-RET-TW2002 (Turc-Wendling reference evapotranspiration, 2002)
evap_ret_io
HydPy-Evap-RET-IO (external data)
evap_pet_m
HydPy-Evap-PET-M (month-based adjustment of reference evapotranspiration)
evap_pet_mlc
HydPy-Evap-PET-M-LC (month-based land cover adjustment of reference evapotranspiration)
evap_pet_ambav1
HydPy-Evap-PET-AMBAV-1.0 (potential evapotranspiration based on AMBAV 1.0)
evap_pet_hbv96
HydPy-Evap-PET-HBV96 (potential evapotranspiration after HBV96)
evap_aet_hbv96
HydPy-Evap-AET-HBV96 (actual evapotranspiration after HBV96)
evap_aet_minhas
HydPy-Evap-AET-Minhas (actual evapotranspiration based on the Minhas equation)
evap_aet_morsim
HydPy-Evap-AET-MORSIM (actual evapotranspiration based on MORECS/LARSIM)
exch_v001
exch_weir_hbv96
HydPy-Exch-Weir-HBV96 (weir model adopted from IHMS-HBV96)
exch_waterlevel
HydPy-Exch-WL (submodel for querying the water level from a remote node)
gland_gr4
HydPy-G-GR4 (Génie Rural model with 4 parameters)
gland_gr5
HydPy-G-GR5 (Génie Rural model with 5 parameters)
gland_gr6
HydPy-G-GR6 (Génie Rural model with 6 parameters)
hbranch_v1
exch_branch_hbv96
HydPy-Exch-Branch-HBV96 (branch model adopted from IHMS-HBV96)
ga_garto
HydPy-GA-GARTO (main model for calculating the Green-Ampt / Talbot-Ogden infiltration with redistribution)
ga_garto_submodel1
HydPy-GA-GARTO-Sub1 (submodel for calculating the Green-Ampt / Talbot-Ogden infiltration with redistribution)
hland_v1
hland_96
HydPy-H-HBV96 (adoption of SMHI-IHMS-HBV96)
hland_v2
(obsolete after extracting the unit hydrograph / linear storage cascade)
hland_v3
hland_96p
HydPy-H-HBV96-PREVAH (fusion of SMHI-IHMS-HBV96 and PREVAH)
hland_v4
hland_96c
HydPy-H-HBV96-COSERO (fusion of SMHI-IHMS-HBV96 and COSERO)
lland_v1
lland_dd
HydPy-L-DD (adoption of LARSIM with degree day-based snow modelling)
lland_v2
(obsolete after extracting Turc-Wendling / reading reference evapotranspiration)
lland_v3
lland_knauf
HydPy-L-Knauf (adoption of LARSIM with Knauf-based snow modelling)
lland_v4
lland_knauf_ic
HydPy-L-Knauf-Ic (adoption of LARSIM with Knauf-based snow modelling including snow interception)
lstream_v001
kinw_williams
HydPy-KinW-Williams (Williams routing based on a triple trapeze profile and the Strickler equation)
lstream_v002
kinw_williams_ext
HydPy-KinW-Williams-Ext (Williams routing based on an externally calculated volume-discharge relationship )
llake_v1
(can be removed, replaced by dam_v006 for a long time now)
meteo_v001
meteo_glob_fao56
HydPy-Meteo-Glob-FAO56 (global radiation estimation adopted from FAO56)
meteo_v002
meteo_sun_fao56
HydPy-Meteo-Sun-FAO56 (sunshine duration estimation adopted from FAO56)
meteo_v003
meteo_glob_morsim
HydPy-Meteo-Glob-MORSIM (global radiation estimation adopted from MORECS/LARSIM)
meteo_v004
meteo_sun_morsim
HydPy-Meteo-Sun-MORSIM (sunshine duration estimation adopted from MORECS/LARSIM)
meteo_glob_io
HydPy-Meteo-Glob-IO (external global radiation data)
meteo_clear_glob_io
HydPy-Meteo-Clear-Glob-IO (external clear sky and global radiation data)
meteo_psun_sun_glob_io
HydPy-PSun-Sun-Glob-IO (external possible and actual sunshine duration and global radiation data)
meteo_precip_io
HydPy-Meteo-Precip-IO (external precipitation data)
meteo_temp_io
HydPy-Meteo_Temp-IO (external temperature data)
musk_classic
musk_classic
HydPy-Musk-Classic (classic Muskingum routing, compatible with SMHI-IHMS-HBV96)
musk_mct
musk_mct
HydPy-Musk-MCT (Muskingum-Cunge-Todini routing)
rconc_uh
HydPy-Rconc-UH (Unit Hydrograph runoff concentration, compatible with HBV96 and GR4J)
rconc_nash
HydPy-Rconc-Nash (Nash-Cascade runoff concentration)
snow_cn
HydPy-Snow-CemaNeige (Cema-Neige model with mean temperature as input)
snow_cn_temprange
HydPy-Snow-CemaNeige-TempRange (Cema-Neige model with minimum and maximum temperature as input)
sw1d_channel
HydPy-SW1D-Channel ("user model" for preparing single channels that will be combined and solved by HydPy-SW1D-Network)
sw1d_network
HydPy-SW1D-Network ("composite model" for solving the 1-dimensional shallow water equations in channel networks)
sw1d_lias
HydPy-SW1D-LIAS (submodel for calculating the discharge between two channel segments based on Bates et al. (2010) and Almeida et al. (2012)
sw1d_lias_sluice
HydPy-SW1D-LIAS/Sluice (submodel that extends HydPy-SW1D-LIAS with sluice functionalities)
sw1d_pump
HydPy-SW1D-Pump (submodel for pumping water between two channel segments)
sw1d_storage
HydPy-SW1D-Storage (submodel for calculating a single channel segment's water balance)
sw1d_q_in
HydPy-SW1D-Q-In (submodel for adding pre-determined discharge to a channel inlet)
sw1d_q_out
HydPy-SW1D-Q-Out (submodel for subtracting pre-determined discharge from a channel outlet)
sw1d_weir_out
HydPy-SW1D-Weir-Out (submodel for calculating free weir flow at a channel outlet)
sw1d_gate_out
HydPy-SW1D-Gate-Out (submodel for calculating flow under a submerged gate at a channel outlet)
test_v1
test_stiff0d
HydPy-Test-Stiff-0D (test model for stiff ODEs and scalar sequences)
test_v2
test_discontinous
HydPy-Test-Discontinuous (test model for discontinuous ODEs)
test_v3
test_stiff1d
HydPy-Test-Stiff-1D (test model for stiff ODEs and 1-dimensional sequences)
wland_v001
wland_wag
HydPy-W-Wag (extended version of the original Wageningen WALRUS model)
wland_v002
wland_gd
HydPy-W-GD (extended version of the WALRUS model with modified groundwater dynamics)
wq_walrus
HydPy-WQ-WALRUS (WALRUS default function for calculating catchment outflow)
wq_trapeze
HydPy-WQ-Trapeze (multi-trapeze river profile submodel)
wq_trapeze_strickler
HydPy-WQ-Trapeze-Strickler (multi-trapeze river profile submodel including Strickler-based calculations)