hype_waterbalance Module Reference

Functions/Subroutines
subroutine	initiate_waterbalance_output (n)
subroutine	zero_waterbalance_flows ()
subroutine	zero_recharge_waterbalance ()
subroutine	set_irrigation_waterbalance_local (i, n, irrigationflows, irrevap)
subroutine	set_waterbalance_regional_flows (m, n, horizontalflows2, regionalirrflows)
subroutine	set_landclass_waterbalance_flows (i, snowfall, infiltrationflows, evapflows, verticalflows, horizontalflows, irrappl, aadj, oldsnowpart)
subroutine	set_runoff_waterbalance_flows (i, j, recievinglayer, infiltrationflows, runofflows, a)
subroutine	set_mainriver_floodplain_runoff_waterbalance_flows (i, infiltrationflows, evapflows, runofflows, floodplainflows, aadj)
subroutine	set_olake_floodplain_runoff_waterbalance_flows (i, infiltrationflows, evapflows, runofflows, floodplainflows, aadj)
subroutine	set_glacier_waterbalance_flows (i, glacvol, glacierflows, infiltrationflows, evapflows, a, oldsnowpart)
subroutine	recalculate_waterbalance_flows_unit (i, area)
subroutine	recalculate_glacier_waterbalance_flows_unit (i, area)
subroutine	recalculate_floodplain_waterbalance_flows_unit (i, area)
subroutine	prepare_waterbalance_files (dir, n, na, subid)
subroutine	print_waterbalance_timestep (n, na, date)
subroutine	print_initial_waterbalance_stores (n, na)
subroutine	close_waterbalance_files (na)

Variables
Water balance flow variable indices
integer, parameter	w_sfallsnow = 1
integer, parameter	w_smeltsl1 = 2
integer, parameter	w_smeltsr = 3
integer, parameter	w_smeltmp1 = 4
integer, parameter	w_smeltmp2 = 5
integer, parameter	w_smeltmp3 = 6
integer, parameter	w_stoice = 7
integer, parameter	w_precglac = 8
integer, parameter	w_gmeltsl1 = 9
integer, parameter	w_gmeltsr = 10
integer, parameter	w_gmeltmp1 = 11
integer, parameter	w_gmeltmp2 = 12
integer, parameter	w_gmeltmp3 = 13
integer, parameter	w_infrain = 14
integer, parameter	w_rainsr = 55
integer, parameter	w_rainmp1 = 15
integer, parameter	w_rainmp2 = 16
integer, parameter	w_rainmp3 = 17
integer, parameter	w_evap1 = 18
integer, parameter	w_evap2 = 19
integer, parameter	w_surfrf = 20
integer, parameter	w_tile1 = 21
integer, parameter	w_tile2 = 22
integer, parameter	w_tile3 = 23
integer, parameter	w_gwrunf1 = 24
integer, parameter	w_gwrunf2 = 25
integer, parameter	w_gwrunf3 = 26
integer, parameter	w_perc1 = 27
integer, parameter	w_perc2 = 28
integer, parameter	w_upwell1 = 29
integer, parameter	w_upwell2 = 30
integer, parameter	w_rural1 = 31
integer, parameter	w_rural2 = 32
integer, parameter	w_rural3 = 33
integer, parameter	w_rgrwto1 = 34
integer, parameter	w_rgrwto2 = 35
integer, parameter	w_rgrwto3 = 36
integer, parameter	w_piriver = 37
integer, parameter	w_pilake = 38
integer, parameter	w_pmriver = 39
integer, parameter	w_polake = 40
integer, parameter	w_eiriver = 41
integer, parameter	w_eilake = 42
integer, parameter	w_emriver = 43
integer, parameter	w_eolake = 44
integer, parameter	w_irtoil = 45
integer, parameter	w_irtomr = 46
integer, parameter	w_iltomr = 47
integer, parameter	w_mrtool = 48
integer, parameter	w_oltomb = 49
integer, parameter	w_oltob = 50
integer, parameter	w_rural4 = 51
integer, parameter	w_pstomr = 52
integer, parameter	w_abstmr = 53
integer, parameter	w_abstol = 54
integer, parameter	w_abstaq = 87
integer, parameter	w_rgrwtool = 56
integer, parameter	w_rgrwof1 = 57
integer, parameter	w_rgrwof2 = 58
integer, parameter	w_rgrwof3 = 59
integer, parameter	w_rgrwtoos = 60
integer, parameter	w_rgrwfromos = 100
integer, parameter	w_rgrwofmr = 61
integer, parameter	w_rgrwtomr = 62
integer, parameter	w_evap3 = 63
integer, parameter	w_evap4 = 64
integer, parameter	w_wtrtomr = 65
integer, parameter	w_wtrofol = 66
integer, parameter	w_oltombol = 67
integer, parameter	w_oltobol = 68
integer, parameter	w_mrtoow = 69
integer, parameter	w_owtomb = 70
integer, parameter	w_owtob = 71
integer, parameter	w_iwtoir = 72
integer, parameter	w_rainsrtoiw = 73
integer, parameter	w_smeltsrtoiw = 74
integer, parameter	w_gmeltsrtoiw = 75
integer, parameter	w_surfrftoiw = 76
integer, parameter	w_tile1toiw = 77
integer, parameter	w_tile2toiw = 78
integer, parameter	w_tile3toiw = 79
integer, parameter	w_gwrunf1toiw = 80
integer, parameter	w_gwrunf2toiw = 81
integer, parameter	w_gwrunf3toiw = 82
integer, parameter	w_preciwet = 83
integer, parameter	w_precowet = 84
integer, parameter	w_evapiwet = 85
integer, parameter	w_evapowet = 86
integer, parameter	w_rechameltr1 = 88
integer, parameter	w_rechameltr2 = 89
integer, parameter	w_rechameltr3 = 90
integer, parameter	w_recharainr1 = 91
integer, parameter	w_recharainr2 = 92
integer, parameter	w_recharainr3 = 93
integer, parameter	w_recharf1r2 = 94
integer, parameter	w_recharf1r3 = 95
integer, parameter	w_recharf2r1 = 96
integer, parameter	w_recharf2r3 = 97
integer, parameter	w_recharf3r1 = 98
integer, parameter	w_recharf3r2 = 99
integer, parameter, private	num_wbflows = 100
Water balance store variable indices
integer, parameter	w_snow = 1
integer, parameter	w_glacier = 2
integer, parameter	w_soil1 = 3
integer, parameter	w_soil2 = 4
integer, parameter	w_soil3 = 5
integer, parameter	w_iwet = 6
integer, parameter	w_iriver = 7
integer, parameter	w_ilake = 8
integer, parameter	w_mriver = 9
integer, parameter	w_olake = 10
integer, parameter	w_owet = 11
integer, parameter	w_irrcanal = 12
integer, parameter	w_aquifer = 13
integer, parameter	w_riverplain = 14
integer, parameter	w_lakeplain = 15
integer, parameter	w_wtcanal = 16
integer, parameter, private	num_wbstores = 16
Water balance selected subbasin flow variable indices (irrigation)
integer, parameter	w_apply1 = 1
integer, parameter	w_wdfromil = 2
integer, parameter	w_wdfromdg = 3
integer, parameter	w_wdfromol = 4
integer, parameter	w_wdfrommr = 5
integer, parameter	w_evapirrc = 6
integer, parameter	w_wdregol = 7
integer, parameter	w_wdregmr = 8
integer, parameter	w_evapregol = 9
integer, parameter	w_evapregmr = 10
integer, parameter	w_wdoutside = 11
integer, parameter	w_rgrwtoir = 12
integer, parameter, private	num_wbirrflows = 12
Water balance selected subbasin flow variable indices (floodplain)
integer, parameter	w_pmrfp = 1
integer, parameter	w_polfp = 2
integer, parameter	w_emrfp = 3
integer, parameter	w_eolfp = 4
integer, parameter	w_infmrfp = 5
integer, parameter	w_infolfp = 6
integer, parameter	w_smtsrmrfp = 7
integer, parameter	w_smtsrolfp = 8
integer, parameter	w_rtsrmrfp = 9
integer, parameter	w_rtsrolfp = 10
integer, parameter	w_srftmrfp = 11
integer, parameter	w_srftolfp = 12
integer, parameter	w_grf1mrfp = 13
integer, parameter	w_grf2mrfp = 14
integer, parameter	w_grf3mrfp = 15
integer, parameter	w_grf1olfp = 16
integer, parameter	w_grf2olfp = 17
integer, parameter	w_grf3olfp = 18
integer, parameter	w_stomrfp = 19
integer, parameter	w_stoolfp = 20
integer, parameter	w_fptomr = 21
integer, parameter	w_mrtofp = 22
integer, parameter	w_fptool = 23
integer, parameter	w_oltofp = 24
integer, parameter	w_trf1mrfp = 25
integer, parameter	w_trf2mrfp = 26
integer, parameter	w_trf3mrfp = 27
integer, parameter	w_trf1olfp = 28
integer, parameter	w_trf2olfp = 29
integer, parameter	w_trf3olfp = 30
integer, parameter	w_rgrwofmrfp = 31
integer, parameter, private	num_wbfpflows = 31
Variables for waterbalance output
integer, dimension(num_wbstores), private	funit_wbstores
integer, dimension(num_wbflows), private	funit_wbflows
integer, dimension(num_wbirrflows), private	funit_wbirrflows
integer, dimension(num_wbfpflows), private	funit_wbfpflows
character(len=20), dimension(num_wbstores), private	fname_wbstores = (/ 'WBs_snow.txt ', 'WBs_glacier.txt ','WBs_soillayer1.txt', 'WBs_soillayer2.txt','WBs_soillayer3.txt', 'WBs_iwet.txt ','WBs_lstream.txt ', 'WBs_ilake.txt ','WBs_mriver.txt ', 'WBs_olake.txt ','WBs_owet.txt ', 'WBs_irrcanal.txt ','WBs_aquifer.txt ', 'WBs_riverplain.txt','WBs_lakeplain.txt ', 'WBs_wtcanal.txt '/)
character(len=50), dimension(num_wbflows), private	fname_wbflows = (/ 'WBf_snowfall__snow.txt ', 'WBf_snowmelt_snow_soillayer1.txt ', 'WBf_snowmelt_surfacerunoff_snow_lstream.txt ', 'WBf_snowmelt_via_macropore_snow_soillayer1.txt ', 'WBf_snowmelt_via_macropore_snow_soillayer2.txt ', 'WBf_snowmelt_via_macropore_snow_soillayer3.txt ', 'WBf_growingice_snow_glacier.txt ', 'WBf_precipitation__glacier.txt ', 'WBf_melt_glacier_soillayer1.txt ', 'WBf_melt_surfacerunoff_glacier_lstream.txt ', 'WBf_melt_via_macropore_glacier_sollayer1.txt ', 'WBf_melt_via_macropore_glacier_sollayer2.txt ', 'WBf_melt_via_macropore_glacier_sollayer3.txt ', 'WBf_rain__soillayer1.txt ', 'WBf_rain_via_macropore__soillayer1.txt ', 'WBf_rain_via_macropore__soillayer2.txt ', 'WBf_rain_via_macropore__soillayer3.txt ', 'WBf_evaporation_soillayer1_.txt ', 'WBf_evaporation_soillayer2_.txt ', 'WBf_satsurfaceflow_soillayer1_lstream.txt ', 'WBf_tilerunoff_soillayer1_lstream.txt ', 'WBf_tilerunoff_soillayer2_lstream.txt ', 'WBf_tilerunoff_soillayer3_lstream.txt ', 'WBf_soilrunoff_soillayer1_lstream.txt ', 'WBf_soilrunoff_soillayer2_lstream.txt ', 'WBf_soilrunoff_soillayer3_lstream.txt ', 'WBf_percolation_soillayer1_soillayer2.txt ', 'WBf_percolation_soillayer2_soillayer3.txt ', 'WBf_upwell_soillayer2_soillayer1.txt ', 'WBf_upwell_soillayer3_soillayer2.txt ', 'WBf_ruralflow__soillayer1.txt ', 'WBf_ruralflow__soillayer2.txt ', 'WBf_ruralflow__soillayer3.txt ', 'WBf_regionalgroundwater_reservoir_soillayer1.txt', 'WBf_regionalgroundwater_reservoir_soillayer2.txt', 'WBf_regionalgroundwater_reservoir_soillayer3.txt', 'WBf_precipitation__lstream.txt ', 'WBf_precipitation__ilake.txt ', 'WBf_precipitation__mriver.txt ', 'WBf_precipitation__olake.txt ', 'WBf_evaporation_lstream_.txt ', 'WBf_evaporation_ilake_.txt ', 'WBf_evaporation_mriver_.txt ', 'WBf_evaporation_olake_.txt ', 'WBf_flow_lstream_ilake.txt ', 'WBf_flow_lstream_mriver.txt ', 'WBf_flow_ilake_mriver.txt ', 'WBf_flow_mriver_olake.txt ', 'WBf_flow_olake_mriver_maindownstream.txt ', 'WBf_flow_olake_mriver_branchdownstream.txt ', 'WBf_ruralflow__lstream.txt ', 'WBf_pointsource__mriver.txt ', 'WBf_abstraction_mriver_.txt ', 'WBf_abstraction_olake_.txt ', 'WBf_rain_surfacerunoff__lstream.txt ', 'WBf_regionalgroundwater_reservoir_olake.txt ', 'WBf_regionalgroundwater_soillayer1_reservoir.txt', 'WBf_regionalgroundwater_soillayer2_reservoir.txt', 'WBf_regionalgroundwater_soillayer3_reservoir.txt', 'WBf_regionalgroundwater_reservoir_.txt ', 'WBf_regionalgroundwater_mriver_reservoir.txt ', 'WBf_regionalgroundwater_reservoir_mriver.txt ', 'WBf_evaporation_snow_.txt ', 'WBf_evaporation_glacier_.txt ', 'WBf_watertransfer_wtcanal_mriver.txt ', 'WBf_watertransfer_olake_wtcanal.txt ', 'WBf_flow_olake_olake_maindownstream.txt ', 'WBf_flow_olake_olake_branchdownstream.txt ', 'WBf_flow_mriver_owet.txt ', 'WBf_flow_owet_mriver_maindownstream.txt ', 'WBf_flow_owet_mriver_branchdownstream.txt ', 'WBf_flow_iwet_lstream.txt ', 'WBf_rain_surfacerunoff__iwet.txt ', 'WBf_snowmelt_surfacerunoff_snow_iwet.txt ', 'WBf_melt_surfacerunoff_glacier_iwet.txt ', 'WBf_satsurfaceflow_soillayer1_iwet.txt ', 'WBf_tilerunoff_soillayer1_iwet.txt ', 'WBf_tilerunoff_soillayer2_iwet.txt ', 'WBf_tilerunoff_soillayer3_iwet.txt ', 'WBf_soilrunoff_soillayer1_iwet.txt ', 'WBf_soilrunoff_soillayer2_iwet.txt ', 'WBf_soilrunoff_soillayer3_iwet.txt ', 'WBf_precipitation__iwet.txt ', 'WBf_precipitation__owet.txt ', 'WBf_evaporation_iwet_.txt ', 'WBf_evaporation_owet_.txt ', 'WBf_abstraction_aquifer_.txt ', 'WBf_rechargearea_flow_snow_soillayer1.txt ', 'WBf_rechargearea_flow_snow_soillayer2.txt ', 'WBf_rechargearea_flow_snow_soillayer3.txt ', 'WBf_rechargearea_flow__soillayer1.txt ', 'WBf_rechargearea_flow__soillayer2.txt ', 'WBf_rechargearea_flow__soillayer3.txt ', 'WBf_rechargearea_flow_soillayer1_soillayer2.txt ', 'WBf_rechargearea_flow_soillayer1_soillayer3.txt ', 'WBf_rechargearea_flow_soillayer2_soillayer1.txt ', 'WBf_rechargearea_flow_soillayer2_soillayer3.txt ', 'WBf_rechargearea_flow_soillayer3_soillayer1.txt ', 'WBf_rechargearea_flow_soillayer3_soillayer2.txt ', 'WBf_regionalgroundwater__reservoir.txt '/)
character(len=50), dimension(num_wbirrflows), private	fname_wbirrflows = (/ 'WBfs_apply_irrcanal_soillayer1.txt ', 'WBfs_local_withdraw_ilake_irrcanal.txt ', 'WBfs_local_withdraw_deepgrw_irrcanal.txt ', 'WBfs_local_withdraw_olake_irrcanal.txt ', 'WBfs_local_withdraw_mriver_irrcanal.txt ', 'WBfs_evaporation_irrcanal_.txt ', 'WBfs_regsrc_withdraw_olake_irrcanal.txt ', 'WBfs_regsrc_withdraw_mriver_irrcanal.txt ', 'WBfs_regsrc_evaporation_olake_.txt ', 'WBfs_regsrc_evaporation_mriver_.txt ', 'WBfs_unlimited_withdraw__irrcanal.txt ', 'WBfs_regionalgroundwater_reservoir_irrcanal.txt'/)
character(len=50), dimension(num_wbfpflows), private	fname_wbfpflows = (/ 'WBff_precipitation__mriver_floodplain.txt ', 'WBff_precipitation__olake_floodplain.txt ', 'WBff_evaporation_mriver_floodplain_.txt ', 'WBff_evaporation_olake_floodplain_.txt ', 'WBff_infilt_mriver_floodplain_soillayer1.txt ', 'WBff_infilt_olake_floodplain_soillayer1.txt ', 'WBff_melt_surfrunoff_snow_mriver_floodplain.txt', 'WBff_melt_surfrunoff_snow_olake_floodplain.txt ', 'WBff_rain_surfrunoff_mriver_floodplain.txt ', 'WBff_rain_surfrunoff_olake_floodplain.txt ', 'WBff_satsfflow_soillayer1_mriver_floodplain.txt', 'WBff_satsfflow_soillayer1_olake_floodplain.txt ', 'WBff_soilrunf_soillayer1_mriver_floodplain.txt ', 'WBff_soilrunf_soillayer2_mriver_floodplain.txt ', 'WBff_soilrunf_soillayer3_mriver_floodplain.txt ', 'WBff_soilrunf_soillayer1_olake_floodplain.txt ', 'WBff_soilrunf_soillayer2_olake_floodplain.txt ', 'WBff_soilrunf_soillayer3_olake_floodplain.txt ', 'WBff_flooded_snow_mriver_floodplain.txt ', 'WBff_flooded_snow_olake_floodplain.txt ', 'WBff_flow_mriver_floodplain_mriver.txt ', 'WBff_flow_mriver_mriver_floodplain.txt ', 'WBff_flow_olake_floodplain_olake.txt ', 'WBff_flow_olake_olake_floodplain.txt ', 'WBff_tilerunf_soillayer1_mriver_floodplain.txt ', 'WBff_tilerunf_soillayer2_mriver_floodplain.txt ', 'WBff_tilerunf_soillayer3_mriver_floodplain.txt ', 'WBff_tilerunf_soillayer1_olake_floodplain.txt ', 'WBff_tilerunf_soillayer2_olake_floodplain.txt ', 'WBff_tilerunf_soillayer3_olake_floodplain.txt ', 'WBff_reggroundwater_mr_floodplain_reservoir.txt'/)
real, dimension(:,:), allocatable, public	wbflows
real, dimension(:,:), allocatable, public	wbirrflows
real, dimension(:,:), allocatable, public	wbfpflows
real, dimension(:,:), allocatable, public	wbstores
real, dimension(3), private	rechargerf
integer, private	nwbirrbasin
integer, private	nwbfpbasin
integer, dimension(:), allocatable, private	printindex_wbirrflows
integer, dimension(:), allocatable, private	printindex_wbfpflows

Detailed Description

Handles specific output of waterbalance for HYPE model.

Function/Subroutine Documentation

close_waterbalance_files()

subroutine hype_waterbalance::close_waterbalance_files

(

integer, intent(in)

na

)

Close files of waterbalance flows and stores.

Parameters

[in]

na

Number of aquifers

Here is the call graph for this function:

Here is the caller graph for this function:

initiate_waterbalance_output()

subroutine hype_waterbalance::initiate_waterbalance_output

(

integer, intent(in)

n

)

Allocate variables for water balance calculations.

Parameters

[in]

n

Number of subbasins

Here is the caller graph for this function:

prepare_waterbalance_files()

subroutine hype_waterbalance::prepare_waterbalance_files	(	character(len=*), intent(in)	dir,
		integer, intent(in)	n,
		integer, intent(in)	na,
		integer, dimension(n), intent(in)	subid
	)

Open and write heading for files of waterbalance flows and stores Calculate which subbasins need to print irrigation flows and floodplain flows.

Parameters

[in]	dir	Result file directory
[in]	n	Number of subbasins
[in]	na	Number of aquifers
[in]	subid	subid of subbasins

Here is the call graph for this function:

Here is the caller graph for this function:

print_initial_waterbalance_stores()

subroutine hype_waterbalance::print_initial_waterbalance_stores	(	integer, intent(in)	n,
		integer, intent(in)	na
	)

Write one timestep of waterbalance stores.

Parameters

[in]	n	Number of subbasins
[in]	na	Number of aquifers

Here is the call graph for this function:

Here is the caller graph for this function:

print_waterbalance_timestep()

subroutine hype_waterbalance::print_waterbalance_timestep	(	integer, intent(in)	n,
		integer, intent(in)	na,
		type(datetype), intent(in)	date
	)

Write one timestep of waterbalance flows and stores.

Parameters

[in]	n	Number of subbasins
[in]	na	Number of aquifers
[in]	date	Current time in DateType format

Here is the call graph for this function:

Here is the caller graph for this function:

recalculate_floodplain_waterbalance_flows_unit()

subroutine hype_waterbalance::recalculate_floodplain_waterbalance_flows_unit	(	integer, intent(in)	i,
		real, intent(in)	area
	)

Recalculate water balance flow for floodplains to cubic meter per timestep. They were accumulated in mm.

Parameters

[in]	i	index of current subbasin
[in]	area	area of current subbasin

Here is the caller graph for this function:

recalculate_glacier_waterbalance_flows_unit()

subroutine hype_waterbalance::recalculate_glacier_waterbalance_flows_unit	(	integer, intent(in)	i,
		real, intent(in)	area
	)

Recalculate water balance flow in cubic meter per timestep. They were accumulated in mm.

Parameters

[in]	i	index of current subbasin
[in]	area	area of current subbasin

Here is the caller graph for this function:

recalculate_waterbalance_flows_unit()

subroutine hype_waterbalance::recalculate_waterbalance_flows_unit	(	integer, intent(in)	i,
		real, intent(in)	area
	)

Recalculate water balance flow in cubic meter per timestep. They were accumulated in mm.

Parameters

[in]	i	index of current subbasin
[in]	area	area of current subbasin

Here is the caller graph for this function:

set_glacier_waterbalance_flows()

subroutine hype_waterbalance::set_glacier_waterbalance_flows	(	integer, intent(in)	i,
		real, intent(in)	glacvol,
		real, dimension(2), intent(in)	glacierflows,
		real, dimension(7), intent(in)	infiltrationflows,
		real, dimension(4), intent(in)	evapflows,
		real, intent(in)	a,
		real, intent(in)	oldsnowpart
	)

Set glacier water balance variables for subbasin.

Parameters

[in]	i	index of current subbasin
[in]	glacvol	glacier volume
[in]	glacierflows	glacier flows
[in]	infiltrationflows	infiltration
[in]	evapflows	evaporation
[in]	a	area fraction of class
[in]	oldsnowpart	area fraction of old snow

Here is the caller graph for this function:

set_irrigation_waterbalance_local()

subroutine hype_waterbalance::set_irrigation_waterbalance_local	(	integer, intent(in)	i,
		integer, intent(in)	n,
		real, dimension(7), intent(in)	irrigationflows,
		real, dimension(n), intent(in)	irrevap
	)

Set irrigation water balance variables for subbasin.

Parameters

[in]	i	index of current subbasin
[in]	n	Number of subbasins
[in]	irrigationflows	irrigation flows of this subbasin
[in]	irrevap	regional irrigation evaporation due to irrigation of this subbasin

Here is the caller graph for this function:

set_landclass_waterbalance_flows()

subroutine hype_waterbalance::set_landclass_waterbalance_flows	(	integer, intent(in)	i,
		real, intent(in)	snowfall,
		real, dimension(7), intent(in)	infiltrationflows,
		real, dimension(4), intent(in)	evapflows,
		real, dimension(6), intent(in)	verticalflows,
		real, dimension(3), intent(in)	horizontalflows,
		real, intent(in)	irrappl,
		real, intent(in)	aadj,
		real, intent(in)	oldsnowpart
	)

Set land class water balance variables for subbasin, including floodplain parts.

Parameters

[in]	i	index of current subbasin
[in]	snowfall	snow fall
[in]	infiltrationflows	infiltration
[in]	evapflows	evaporation
[in]	verticalflows	vertical flows
[in]	horizontalflows	horizontal flows
[in]	irrappl	applied irrigation
[in]	aadj	area fraction of class, floodplain adjusted
[in]	oldsnowpart	area fraction of old snow

Here is the caller graph for this function:

set_mainriver_floodplain_runoff_waterbalance_flows()

subroutine hype_waterbalance::set_mainriver_floodplain_runoff_waterbalance_flows	(	integer, intent(in)	i,
		real, dimension(7), intent(in)	infiltrationflows,
		real, dimension(4), intent(in)	evapflows,
		real, dimension(7), intent(in)	runofflows,
		real, dimension(3), intent(in)	floodplainflows,
		real, intent(in)	aadj
	)

Set runoff water balance variables for main river floodplain classes for subbasin.

Parameters

[in]	i	index of current subbasin
[in]	infiltrationflows	infiltration
[in]	evapflows	evaporation
[in]	runofflows	runoff
[in]	floodplainflows	floodplain flows
[in]	aadj	area fraction of class, floodplain adjusted

Here is the caller graph for this function:

set_olake_floodplain_runoff_waterbalance_flows()

subroutine hype_waterbalance::set_olake_floodplain_runoff_waterbalance_flows	(	integer, intent(in)	i,
		real, dimension(7), intent(in)	infiltrationflows,
		real, dimension(4), intent(in)	evapflows,
		real, dimension(7), intent(in)	runofflows,
		real, dimension(3), intent(in)	floodplainflows,
		real, intent(in)	aadj
	)

Set runoff water balance variables for outlet lake floodplain classes for subbasin.

Parameters

[in]	i	index of current subbasin
[in]	infiltrationflows	infiltration
[in]	evapflows	evaporation
[in]	runofflows	runoff
[in]	floodplainflows	floodplain flows
[in]	aadj	area fraction of class, floodplain adjusted

Here is the caller graph for this function:

set_runoff_waterbalance_flows()

subroutine hype_waterbalance::set_runoff_waterbalance_flows	(	integer, intent(in)	i,
		integer, intent(in)	j,
		integer, intent(in)	recievinglayer,
		real, dimension(7), intent(in)	infiltrationflows,
		real, dimension(7), intent(in)	runofflows,
		real, intent(in)	a
	)

Set runoff water balance variables for non floodplain land classes for subbasin.

Parameters

[in]	i	index of current subbasin
[in]	j	index of current class
[in]	recievinglayer	index of soil layer recieving the flow (for discharge classes)
[in]	infiltrationflows	infiltration
[in]	runofflows	runoff
[in]	a	area fraction of class

Here is the call graph for this function:

Here is the caller graph for this function:

set_waterbalance_regional_flows()

subroutine hype_waterbalance::set_waterbalance_regional_flows	(	integer, intent(in)	m,
		integer, intent(in)	n,
		real, dimension(m,n), intent(in)	horizontalflows2,
		real, dimension(n,4), intent(in)	regionalirrflows
	)

Set regional irrigation and regional groundwater water balance variables for whole model.

Parameters

[in]	m	Dimension of variable
[in]	n	Number of subbasins
[in]	horizontalflows2	regional groundwater flows
[in]	regionalirrflows	withdrawal from regional source and evaporation losses

Here is the caller graph for this function:

zero_recharge_waterbalance()

subroutine hype_waterbalance::zero_recharge_waterbalance

Initiate variables for water balance calculations to zero for next subbasin and timestep.

Here is the caller graph for this function:

zero_waterbalance_flows()

subroutine hype_waterbalance::zero_waterbalance_flows

Initiate variables for water balance calculations to zero for next timestep.

Here is the caller graph for this function:

Variable Documentation

fname_wbflows

character(len=50), dimension(num_wbflows), private hype_waterbalance::fname_wbflows = (/ 'WBf_snowfall__snow.txt ', 'WBf_snowmelt_snow_soillayer1.txt ', 'WBf_snowmelt_surfacerunoff_snow_lstream.txt ', 'WBf_snowmelt_via_macropore_snow_soillayer1.txt ', 'WBf_snowmelt_via_macropore_snow_soillayer2.txt ', 'WBf_snowmelt_via_macropore_snow_soillayer3.txt ', 'WBf_growingice_snow_glacier.txt ', 'WBf_precipitation__glacier.txt ', 'WBf_melt_glacier_soillayer1.txt ', 'WBf_melt_surfacerunoff_glacier_lstream.txt ', 'WBf_melt_via_macropore_glacier_sollayer1.txt ', 'WBf_melt_via_macropore_glacier_sollayer2.txt ', 'WBf_melt_via_macropore_glacier_sollayer3.txt ', 'WBf_rain__soillayer1.txt ', 'WBf_rain_via_macropore__soillayer1.txt ', 'WBf_rain_via_macropore__soillayer2.txt ', 'WBf_rain_via_macropore__soillayer3.txt ', 'WBf_evaporation_soillayer1_.txt ', 'WBf_evaporation_soillayer2_.txt ', 'WBf_satsurfaceflow_soillayer1_lstream.txt ', 'WBf_tilerunoff_soillayer1_lstream.txt ', 'WBf_tilerunoff_soillayer2_lstream.txt ', 'WBf_tilerunoff_soillayer3_lstream.txt ', 'WBf_soilrunoff_soillayer1_lstream.txt ', 'WBf_soilrunoff_soillayer2_lstream.txt ', 'WBf_soilrunoff_soillayer3_lstream.txt ', 'WBf_percolation_soillayer1_soillayer2.txt ', 'WBf_percolation_soillayer2_soillayer3.txt ', 'WBf_upwell_soillayer2_soillayer1.txt ', 'WBf_upwell_soillayer3_soillayer2.txt ', 'WBf_ruralflow__soillayer1.txt ', 'WBf_ruralflow__soillayer2.txt ', 'WBf_ruralflow__soillayer3.txt ', 'WBf_regionalgroundwater_reservoir_soillayer1.txt', 'WBf_regionalgroundwater_reservoir_soillayer2.txt', 'WBf_regionalgroundwater_reservoir_soillayer3.txt', 'WBf_precipitation__lstream.txt ', 'WBf_precipitation__ilake.txt ', 'WBf_precipitation__mriver.txt ', 'WBf_precipitation__olake.txt ', 'WBf_evaporation_lstream_.txt ', 'WBf_evaporation_ilake_.txt ', 'WBf_evaporation_mriver_.txt ', 'WBf_evaporation_olake_.txt ', 'WBf_flow_lstream_ilake.txt ', 'WBf_flow_lstream_mriver.txt ', 'WBf_flow_ilake_mriver.txt ', 'WBf_flow_mriver_olake.txt ', 'WBf_flow_olake_mriver_maindownstream.txt ', 'WBf_flow_olake_mriver_branchdownstream.txt ', 'WBf_ruralflow__lstream.txt ', 'WBf_pointsource__mriver.txt ', 'WBf_abstraction_mriver_.txt ', 'WBf_abstraction_olake_.txt ', 'WBf_rain_surfacerunoff__lstream.txt ', 'WBf_regionalgroundwater_reservoir_olake.txt ', 'WBf_regionalgroundwater_soillayer1_reservoir.txt', 'WBf_regionalgroundwater_soillayer2_reservoir.txt', 'WBf_regionalgroundwater_soillayer3_reservoir.txt', 'WBf_regionalgroundwater_reservoir_.txt ', 'WBf_regionalgroundwater_mriver_reservoir.txt ', 'WBf_regionalgroundwater_reservoir_mriver.txt ', 'WBf_evaporation_snow_.txt ', 'WBf_evaporation_glacier_.txt ', 'WBf_watertransfer_wtcanal_mriver.txt ', 'WBf_watertransfer_olake_wtcanal.txt ', 'WBf_flow_olake_olake_maindownstream.txt ', 'WBf_flow_olake_olake_branchdownstream.txt ', 'WBf_flow_mriver_owet.txt ', 'WBf_flow_owet_mriver_maindownstream.txt ', 'WBf_flow_owet_mriver_branchdownstream.txt ', 'WBf_flow_iwet_lstream.txt ', 'WBf_rain_surfacerunoff__iwet.txt ', 'WBf_snowmelt_surfacerunoff_snow_iwet.txt ', 'WBf_melt_surfacerunoff_glacier_iwet.txt ', 'WBf_satsurfaceflow_soillayer1_iwet.txt ', 'WBf_tilerunoff_soillayer1_iwet.txt ', 'WBf_tilerunoff_soillayer2_iwet.txt ', 'WBf_tilerunoff_soillayer3_iwet.txt ', 'WBf_soilrunoff_soillayer1_iwet.txt ', 'WBf_soilrunoff_soillayer2_iwet.txt ', 'WBf_soilrunoff_soillayer3_iwet.txt ', 'WBf_precipitation__iwet.txt ', 'WBf_precipitation__owet.txt ', 'WBf_evaporation_iwet_.txt ', 'WBf_evaporation_owet_.txt ', 'WBf_abstraction_aquifer_.txt ', 'WBf_rechargearea_flow_snow_soillayer1.txt ', 'WBf_rechargearea_flow_snow_soillayer2.txt ', 'WBf_rechargearea_flow_snow_soillayer3.txt ', 'WBf_rechargearea_flow__soillayer1.txt ', 'WBf_rechargearea_flow__soillayer2.txt ', 'WBf_rechargearea_flow__soillayer3.txt ', 'WBf_rechargearea_flow_soillayer1_soillayer2.txt ', 'WBf_rechargearea_flow_soillayer1_soillayer3.txt ', 'WBf_rechargearea_flow_soillayer2_soillayer1.txt ', 'WBf_rechargearea_flow_soillayer2_soillayer3.txt ', 'WBf_rechargearea_flow_soillayer3_soillayer1.txt ', 'WBf_rechargearea_flow_soillayer3_soillayer2.txt ', 'WBf_regionalgroundwater__reservoir.txt '/)

private

filenames waterbalance flows

fname_wbfpflows

character(len=50), dimension(num_wbfpflows), private hype_waterbalance::fname_wbfpflows = (/ 'WBff_precipitation__mriver_floodplain.txt ', 'WBff_precipitation__olake_floodplain.txt ', 'WBff_evaporation_mriver_floodplain_.txt ', 'WBff_evaporation_olake_floodplain_.txt ', 'WBff_infilt_mriver_floodplain_soillayer1.txt ', 'WBff_infilt_olake_floodplain_soillayer1.txt ', 'WBff_melt_surfrunoff_snow_mriver_floodplain.txt', 'WBff_melt_surfrunoff_snow_olake_floodplain.txt ', 'WBff_rain_surfrunoff_mriver_floodplain.txt ', 'WBff_rain_surfrunoff_olake_floodplain.txt ', 'WBff_satsfflow_soillayer1_mriver_floodplain.txt', 'WBff_satsfflow_soillayer1_olake_floodplain.txt ', 'WBff_soilrunf_soillayer1_mriver_floodplain.txt ', 'WBff_soilrunf_soillayer2_mriver_floodplain.txt ', 'WBff_soilrunf_soillayer3_mriver_floodplain.txt ', 'WBff_soilrunf_soillayer1_olake_floodplain.txt ', 'WBff_soilrunf_soillayer2_olake_floodplain.txt ', 'WBff_soilrunf_soillayer3_olake_floodplain.txt ', 'WBff_flooded_snow_mriver_floodplain.txt ', 'WBff_flooded_snow_olake_floodplain.txt ', 'WBff_flow_mriver_floodplain_mriver.txt ', 'WBff_flow_mriver_mriver_floodplain.txt ', 'WBff_flow_olake_floodplain_olake.txt ', 'WBff_flow_olake_olake_floodplain.txt ', 'WBff_tilerunf_soillayer1_mriver_floodplain.txt ', 'WBff_tilerunf_soillayer2_mriver_floodplain.txt ', 'WBff_tilerunf_soillayer3_mriver_floodplain.txt ', 'WBff_tilerunf_soillayer1_olake_floodplain.txt ', 'WBff_tilerunf_soillayer2_olake_floodplain.txt ', 'WBff_tilerunf_soillayer3_olake_floodplain.txt ', 'WBff_reggroundwater_mr_floodplain_reservoir.txt'/)

private

filenames waterbalance floodplain flows

fname_wbirrflows

character(len=50), dimension(num_wbirrflows), private hype_waterbalance::fname_wbirrflows = (/ 'WBfs_apply_irrcanal_soillayer1.txt ', 'WBfs_local_withdraw_ilake_irrcanal.txt ', 'WBfs_local_withdraw_deepgrw_irrcanal.txt ', 'WBfs_local_withdraw_olake_irrcanal.txt ', 'WBfs_local_withdraw_mriver_irrcanal.txt ', 'WBfs_evaporation_irrcanal_.txt ', 'WBfs_regsrc_withdraw_olake_irrcanal.txt ', 'WBfs_regsrc_withdraw_mriver_irrcanal.txt ', 'WBfs_regsrc_evaporation_olake_.txt ', 'WBfs_regsrc_evaporation_mriver_.txt ', 'WBfs_unlimited_withdraw__irrcanal.txt ', 'WBfs_regionalgroundwater_reservoir_irrcanal.txt'/)

private

filenames waterbalance irrigation flows

fname_wbstores

character(len=20), dimension(num_wbstores), private hype_waterbalance::fname_wbstores = (/ 'WBs_snow.txt ', 'WBs_glacier.txt ','WBs_soillayer1.txt', 'WBs_soillayer2.txt','WBs_soillayer3.txt', 'WBs_iwet.txt ','WBs_lstream.txt ', 'WBs_ilake.txt ','WBs_mriver.txt ', 'WBs_olake.txt ','WBs_owet.txt ', 'WBs_irrcanal.txt ','WBs_aquifer.txt ', 'WBs_riverplain.txt','WBs_lakeplain.txt ', 'WBs_wtcanal.txt '/)

private

filenames waterbalance stores

funit_wbflows

integer, dimension(num_wbflows), private hype_waterbalance::funit_wbflows

private

fileunits waterbalance flows

funit_wbfpflows

integer, dimension(num_wbfpflows), private hype_waterbalance::funit_wbfpflows

private

fileunits waterbalance floodplain flows

funit_wbirrflows

integer, dimension(num_wbirrflows), private hype_waterbalance::funit_wbirrflows

private

fileunits waterbalance irrigation flows

funit_wbstores

integer, dimension(num_wbstores), private hype_waterbalance::funit_wbstores

private

fileunits waterbalance stores

num_wbflows

integer, parameter, private hype_waterbalance::num_wbflows = 100

private

Number of water balance flows.

num_wbfpflows

integer, parameter, private hype_waterbalance::num_wbfpflows = 31

private

Number of water balance flows regarding floodplains.

num_wbirrflows

integer, parameter, private hype_waterbalance::num_wbirrflows = 12

private

Number of water balance flows regarding irrigation.

num_wbstores

integer, parameter, private hype_waterbalance::num_wbstores = 16

private

Number of water balance stores.

nwbfpbasin

integer, private hype_waterbalance::nwbfpbasin

private

Number of subbasins with floodplains.

nwbirrbasin

integer, private hype_waterbalance::nwbirrbasin

private

Number of subbasins with irrigation flows.

printindex_wbfpflows

integer, dimension(:), allocatable, private hype_waterbalance::printindex_wbfpflows

private

index of subbasins with floodplains, to be printed

printindex_wbirrflows

integer, dimension(:), allocatable, private hype_waterbalance::printindex_wbirrflows

private

index of subbasins with irrigation, to be printed

rechargerf

real, dimension(3), private hype_waterbalance::rechargerf

private

Recharge-discharge area flow between the same soil layer of differnt classes, help variable.

w_abstaq

integer, parameter hype_waterbalance::w_abstaq = 87

Index for abstraction from aquifer.

w_abstmr

integer, parameter hype_waterbalance::w_abstmr = 53

Index for abstraction from main river.

w_abstol

integer, parameter hype_waterbalance::w_abstol = 54

Index for abstraction from outlet lake.

w_apply1

integer, parameter hype_waterbalance::w_apply1 = 1

Index for irrigation applied to soil layer 1.

w_aquifer

integer, parameter hype_waterbalance::w_aquifer = 13

Index for aquifer.

w_eilake

integer, parameter hype_waterbalance::w_eilake = 42

Index for evaporation of internal lake.

w_eiriver

integer, parameter hype_waterbalance::w_eiriver = 41

Index for evaporation of local stream.

w_emrfp

integer, parameter hype_waterbalance::w_emrfp = 3

Index for evaporation of main river floodplain.

w_emriver

integer, parameter hype_waterbalance::w_emriver = 43

Index for evaporation of main river.

w_eolake

integer, parameter hype_waterbalance::w_eolake = 44

Index for evaporation of outlet lake.

w_eolfp

integer, parameter hype_waterbalance::w_eolfp = 4

Index for evaporation of outlet lake floodplain.

w_evap1

integer, parameter hype_waterbalance::w_evap1 = 18

Index for evapotranspiration from soil layer 1.

w_evap2

integer, parameter hype_waterbalance::w_evap2 = 19

Index for evapotranspiration from soil layer 2.

w_evap3

integer, parameter hype_waterbalance::w_evap3 = 63

Index for evaporation from snow.

w_evap4

integer, parameter hype_waterbalance::w_evap4 = 64

Index for evaporation from glacier.

w_evapirrc

integer, parameter hype_waterbalance::w_evapirrc = 6

Index for evaporation losses of (local) irrigation canal.

w_evapiwet

integer, parameter hype_waterbalance::w_evapiwet = 85

Index for evapotranspiration iwet.

w_evapowet

integer, parameter hype_waterbalance::w_evapowet = 86

Index for evapotranspiration owet.

w_evapregmr

integer, parameter hype_waterbalance::w_evapregmr = 10

Index for evaporation losses at withdrawal of water from river volume and inflow (regional source)

w_evapregol

integer, parameter hype_waterbalance::w_evapregol = 9

Index for evaporation losses at withdrawal of water from outlet lake (regional source)

w_fptomr

integer, parameter hype_waterbalance::w_fptomr = 21

Index for flow from floodplain to main river.

w_fptool

integer, parameter hype_waterbalance::w_fptool = 23

Index for flow from floodplain to outlet lake.

w_glacier

integer, parameter hype_waterbalance::w_glacier = 2

Index for glacier.

w_gmeltmp1

integer, parameter hype_waterbalance::w_gmeltmp1 = 11

Index for glacier melt to macropore to soil layer 1.

w_gmeltmp2

integer, parameter hype_waterbalance::w_gmeltmp2 = 12

Index for glacier melt to macropore to soil layer 2.

w_gmeltmp3

integer, parameter hype_waterbalance::w_gmeltmp3 = 13

Index for glacier melt to macropore to soil layer 3.

w_gmeltsl1

integer, parameter hype_waterbalance::w_gmeltsl1 = 9

Index for glacier melt to infiltration.

w_gmeltsr

integer, parameter hype_waterbalance::w_gmeltsr = 10

Index for glacier melt to surface runoff.

w_gmeltsrtoiw

integer, parameter hype_waterbalance::w_gmeltsrtoiw = 75

Index for glacier melt to surface runoff to iwet.

w_grf1mrfp

integer, parameter hype_waterbalance::w_grf1mrfp = 13

Index for groundwater runoff from soil layer 1 to main river floodplain.

w_grf1olfp

integer, parameter hype_waterbalance::w_grf1olfp = 16

Index for groundwater runoff from soil layer 1 to outlet lake floodplain.

w_grf2mrfp

integer, parameter hype_waterbalance::w_grf2mrfp = 14

Index for groundwater runoff from soil layer 2 to main river floodplain.

w_grf2olfp

integer, parameter hype_waterbalance::w_grf2olfp = 17

Index for groundwater runoff from soil layer 2 to outlet lake floodplain.

w_grf3mrfp

integer, parameter hype_waterbalance::w_grf3mrfp = 15

Index for groundwater runoff from soil layer 3 to main river floodplain.

w_grf3olfp

integer, parameter hype_waterbalance::w_grf3olfp = 18

Index for groundwater runoff from soil layer 3 to outlet lake floodplain.

w_gwrunf1

integer, parameter hype_waterbalance::w_gwrunf1 = 24

Index for groundwater runoff from soil layer 1.

w_gwrunf1toiw

integer, parameter hype_waterbalance::w_gwrunf1toiw = 80

Index for groundwater runoff from soil layer 1 to iwet.

w_gwrunf2

integer, parameter hype_waterbalance::w_gwrunf2 = 25

Index for groundwater runoff from soil layer 2.

w_gwrunf2toiw

integer, parameter hype_waterbalance::w_gwrunf2toiw = 81

Index for groundwater runoff from soil layer 2 to iwet.

w_gwrunf3

integer, parameter hype_waterbalance::w_gwrunf3 = 26

Index for groundwater runoff from soil layer 3.

w_gwrunf3toiw

integer, parameter hype_waterbalance::w_gwrunf3toiw = 82

Index for groundwater runoff from soil layer 3 to iwet.

w_ilake

integer, parameter hype_waterbalance::w_ilake = 8

Index for internal lake.

w_iltomr

integer, parameter hype_waterbalance::w_iltomr = 47

Index for flow from internal lake to main river.

w_infmrfp

integer, parameter hype_waterbalance::w_infmrfp = 5

Index for infiltration from main river floodplain to soil layer 1.

w_infolfp

integer, parameter hype_waterbalance::w_infolfp = 6

Index for infiltration from outlet lake floodplain to soil layer 1.

w_infrain

integer, parameter hype_waterbalance::w_infrain = 14

Index for infiltration of rain.

w_iriver

integer, parameter hype_waterbalance::w_iriver = 7

Index for local stream.

w_irrcanal

integer, parameter hype_waterbalance::w_irrcanal = 12

Index for irrigation canal.

w_irtoil

integer, parameter hype_waterbalance::w_irtoil = 45

Index for flow from local stream to internal lake.

w_irtomr

integer, parameter hype_waterbalance::w_irtomr = 46

Index for flow from local stream to main river.

w_iwet

integer, parameter hype_waterbalance::w_iwet = 6

Index for local wetland.

w_iwtoir

integer, parameter hype_waterbalance::w_iwtoir = 72

Index for flow from internal wetland to local stream.

w_lakeplain

integer, parameter hype_waterbalance::w_lakeplain = 15

Index for outlet lake floodplain.

w_mriver

integer, parameter hype_waterbalance::w_mriver = 9

Index for main river.

w_mrtofp

integer, parameter hype_waterbalance::w_mrtofp = 22

Index for flow from main river to floodplain.

w_mrtool

integer, parameter hype_waterbalance::w_mrtool = 48

Index for flow from main river to outlet lake.

w_mrtoow

integer, parameter hype_waterbalance::w_mrtoow = 69

Index for flow from main river to outlet wetland.

w_olake

integer, parameter hype_waterbalance::w_olake = 10

Index for outlet lake.

w_oltob

integer, parameter hype_waterbalance::w_oltob = 50

Index for flow from outlet lake to branch downstream.

w_oltobol

integer, parameter hype_waterbalance::w_oltobol = 68

Index for flow from outlet lake to branch downstream directly to olake.

w_oltofp

integer, parameter hype_waterbalance::w_oltofp = 24

Index for flow from outlet lake to floodplain.

w_oltomb

integer, parameter hype_waterbalance::w_oltomb = 49

Index for flow from outlet lake to main downstream subbasin.

w_oltombol

integer, parameter hype_waterbalance::w_oltombol = 67

Index for flow from outlet lake to main downstream subbasin directly to olake.

w_owet

integer, parameter hype_waterbalance::w_owet = 11

Index for outlet wetland.

w_owtob

integer, parameter hype_waterbalance::w_owtob = 71

Index for flow from outlet wetland to branch downstream.

w_owtomb

integer, parameter hype_waterbalance::w_owtomb = 70

Index for flow from outlet wetland to main downstream subbasin.

w_perc1

integer, parameter hype_waterbalance::w_perc1 = 27

Index for percolation from soil layer 1.

w_perc2

integer, parameter hype_waterbalance::w_perc2 = 28

Index for percolation from soil layer 2.

w_pilake

integer, parameter hype_waterbalance::w_pilake = 38

Index for precipitation on internal lake.

w_piriver

integer, parameter hype_waterbalance::w_piriver = 37

Index for precipitation on local stream.

w_pmrfp

integer, parameter hype_waterbalance::w_pmrfp = 1

Index for precipitation on main river floodplain.

w_pmriver

integer, parameter hype_waterbalance::w_pmriver = 39

Index for precipitation on main river.

w_polake

integer, parameter hype_waterbalance::w_polake = 40

Index for precipitation on outlet lake.

w_polfp

integer, parameter hype_waterbalance::w_polfp = 2

Index for precipitation on outlet lake floodplain.

w_precglac

integer, parameter hype_waterbalance::w_precglac = 8

Index for precipitation on glacier.

w_preciwet

integer, parameter hype_waterbalance::w_preciwet = 83

Index for precipitation on iwet.

w_precowet

integer, parameter hype_waterbalance::w_precowet = 84

Index for precipitation on owet.

w_pstomr

integer, parameter hype_waterbalance::w_pstomr = 52

Index for point source flow to main river.

w_rainmp1

integer, parameter hype_waterbalance::w_rainmp1 = 15

Index for rain to macropore to soil layer 1.

w_rainmp2

integer, parameter hype_waterbalance::w_rainmp2 = 16

Index for rain to macropore to soil layer 2.

w_rainmp3

integer, parameter hype_waterbalance::w_rainmp3 = 17

Index for rain to macropore to soil layer 3.

w_rainsr

integer, parameter hype_waterbalance::w_rainsr = 55

Index for rain to surface runoff.

w_rainsrtoiw

integer, parameter hype_waterbalance::w_rainsrtoiw = 73

Index for rain to surface runoff to iwet.

w_rechameltr1

integer, parameter hype_waterbalance::w_rechameltr1 = 88

Index for recharge area flow from snow melt to soil layer 1.

w_rechameltr2

integer, parameter hype_waterbalance::w_rechameltr2 = 89

Index for recharge area flow from snow melt to soil layer 2.

w_rechameltr3

integer, parameter hype_waterbalance::w_rechameltr3 = 90

Index for recharge area flow from snow melt to soil layer 3.

w_recharainr1

integer, parameter hype_waterbalance::w_recharainr1 = 91

Index for recharge area flow from rain to soil layer 1.

w_recharainr2

integer, parameter hype_waterbalance::w_recharainr2 = 92

Index for recharge area flow from rain to soil layer 2.

w_recharainr3

integer, parameter hype_waterbalance::w_recharainr3 = 93

Index for recharge area flow from rain to soil layer 3.

w_recharf1r2

integer, parameter hype_waterbalance::w_recharf1r2 = 94

Index for recharge area flow from soil layer 1 to soil layer 2.

w_recharf1r3

integer, parameter hype_waterbalance::w_recharf1r3 = 95

Index for recharge area flow from soil layer 1 to soil layer 3.

w_recharf2r1

integer, parameter hype_waterbalance::w_recharf2r1 = 96

Index for recharge area flow from soil layer 2 to soil layer 1.

w_recharf2r3

integer, parameter hype_waterbalance::w_recharf2r3 = 97

Index for recharge area flow from soil layer 2 to soil layer 3.

w_recharf3r1

integer, parameter hype_waterbalance::w_recharf3r1 = 98

Index for recharge area flow from soil layer 3 to soil layer 1.

w_recharf3r2

integer, parameter hype_waterbalance::w_recharf3r2 = 99

Index for recharge area flow from soil layer 3 to soil layer 2.

w_rgrwfromos

integer, parameter hype_waterbalance::w_rgrwfromos = 100

Index for aquifer flow from outside model domain.

w_rgrwof1

integer, parameter hype_waterbalance::w_rgrwof1 = 57

Index for regional groundwater flow from soil layer 1.

w_rgrwof2

integer, parameter hype_waterbalance::w_rgrwof2 = 58

Index for regional groundwater flow from soil layer 2.

w_rgrwof3

integer, parameter hype_waterbalance::w_rgrwof3 = 59

Index for regional groundwater flow from soil layer 3.

w_rgrwofmr

integer, parameter hype_waterbalance::w_rgrwofmr = 61

Index for regional groundwater flow from main river.

w_rgrwofmrfp

integer, parameter hype_waterbalance::w_rgrwofmrfp = 31

Index for regional groundwater flow leaving main river floodplain.

w_rgrwto1

integer, parameter hype_waterbalance::w_rgrwto1 = 34

Index for regional groundwater flow to soil layer 1.

w_rgrwto2

integer, parameter hype_waterbalance::w_rgrwto2 = 35

Index for regional groundwater flow to soil layer 2.

w_rgrwto3

integer, parameter hype_waterbalance::w_rgrwto3 = 36

Index for regional groundwater flow to soil layer 3.

w_rgrwtoir

integer, parameter hype_waterbalance::w_rgrwtoir = 12

Index for withdrawal of water from aquifer.

w_rgrwtomr

integer, parameter hype_waterbalance::w_rgrwtomr = 62

Index for regional groundwater flow to main river.

w_rgrwtool

integer, parameter hype_waterbalance::w_rgrwtool = 56

Index for regional groundwater flow to outlet lake.

w_rgrwtoos

integer, parameter hype_waterbalance::w_rgrwtoos = 60

Index for regional groundwater flow to outside model domain (grwdown=0)

w_riverplain

integer, parameter hype_waterbalance::w_riverplain = 14

Index for main river floodplain.

w_rtsrmrfp

integer, parameter hype_waterbalance::w_rtsrmrfp = 9

Index for rain to surface runoff to main river floodplain.

w_rtsrolfp

integer, parameter hype_waterbalance::w_rtsrolfp = 10

Index for rain to surface runoff to outlet lake floodplain.

w_rural1

integer, parameter hype_waterbalance::w_rural1 = 31

Index for flow from rural load to soil layer 1.

w_rural2

integer, parameter hype_waterbalance::w_rural2 = 32

Index for flow from rural load to soil layer 2.

w_rural3

integer, parameter hype_waterbalance::w_rural3 = 33

Index for flow from rural load to soil layer 3.

w_rural4

integer, parameter hype_waterbalance::w_rural4 = 51

Index for rural flow to local river.

w_sfallsnow

integer, parameter hype_waterbalance::w_sfallsnow = 1

Index for snowfall on snow (on land)

w_smeltmp1

integer, parameter hype_waterbalance::w_smeltmp1 = 4

Index for snow melt to macropore to soil layer 1.

w_smeltmp2

integer, parameter hype_waterbalance::w_smeltmp2 = 5

Index for snow melt to macropore to soil layer 2.

w_smeltmp3

integer, parameter hype_waterbalance::w_smeltmp3 = 6

Index for snow melt to macropore to soil layer 3.

w_smeltsl1

integer, parameter hype_waterbalance::w_smeltsl1 = 2

Index for snow melt to infiltration.

w_smeltsr

integer, parameter hype_waterbalance::w_smeltsr = 3

Index for snow melt to surface runoff.

w_smeltsrtoiw

integer, parameter hype_waterbalance::w_smeltsrtoiw = 74

Index for snow melt to surface runoff to iwet.

w_smtsrmrfp

integer, parameter hype_waterbalance::w_smtsrmrfp = 7

Index for snow melt to surface runoff to main river floodplain.

w_smtsrolfp

integer, parameter hype_waterbalance::w_smtsrolfp = 8

Index for snow melt to surface runoff to outlet lake floodplain.

w_snow

integer, parameter hype_waterbalance::w_snow = 1

Index for snow.

w_soil1

integer, parameter hype_waterbalance::w_soil1 = 3

Index for soil layer 1 (uppermost)

w_soil2

integer, parameter hype_waterbalance::w_soil2 = 4

Index for soil layer 2.

w_soil3

integer, parameter hype_waterbalance::w_soil3 = 5

Index for soil layer 3 (deepest)

w_srftmrfp

integer, parameter hype_waterbalance::w_srftmrfp = 11

Index for surface runoff (saturated overland flow) to main river floodplain.

w_srftolfp

integer, parameter hype_waterbalance::w_srftolfp = 12

Index for surface runoff (saturated overland flow) to outlet lake floodplain.

w_stoice

integer, parameter hype_waterbalance::w_stoice = 7

Index for snow incorporated in glacier.

w_stomrfp

integer, parameter hype_waterbalance::w_stomrfp = 19

Index for snow incorporated in main river floodplain.

w_stoolfp

integer, parameter hype_waterbalance::w_stoolfp = 20

Index for snow incorporated in outlet lake floodplain.

w_surfrf

integer, parameter hype_waterbalance::w_surfrf = 20

Index for surface runoff (saturated overland flow)

w_surfrftoiw

integer, parameter hype_waterbalance::w_surfrftoiw = 76

Index for surface runoff (saturated overland flow) to iwet.

w_tile1

integer, parameter hype_waterbalance::w_tile1 = 21

Index for tile drainage pipes runoff from soil layer 1.

w_tile1toiw

integer, parameter hype_waterbalance::w_tile1toiw = 77

Index for tile drainage pipes runoff from soil layer 1 to iwet.

w_tile2

integer, parameter hype_waterbalance::w_tile2 = 22

Index for tile drainage pipes runoff from soil layer 2.

w_tile2toiw

integer, parameter hype_waterbalance::w_tile2toiw = 78

Index for tile drainage pipes runoff from soil layer 2 to iwet.

w_tile3

integer, parameter hype_waterbalance::w_tile3 = 23

Index for tile drainage pipes runoff from soil layer 3.

w_tile3toiw

integer, parameter hype_waterbalance::w_tile3toiw = 79

Index for tile drainage pipes runoff from soil layer 3 to iwet.

w_trf1mrfp

integer, parameter hype_waterbalance::w_trf1mrfp = 25

Index for tile runoff to main river floodplain.

w_trf1olfp

integer, parameter hype_waterbalance::w_trf1olfp = 28

Index for tile runoff to outlet lake floodplain.

w_trf2mrfp

integer, parameter hype_waterbalance::w_trf2mrfp = 26

Index for tile runoff to main river floodplain.

w_trf2olfp

integer, parameter hype_waterbalance::w_trf2olfp = 29

Index for tile runoff to outlet lake floodplain.

w_trf3mrfp

integer, parameter hype_waterbalance::w_trf3mrfp = 27

Index for tile runoff to main river floodplain.

w_trf3olfp

integer, parameter hype_waterbalance::w_trf3olfp = 30

Index for tile runoff to outlet lake floodplain.

w_upwell1

integer, parameter hype_waterbalance::w_upwell1 = 29

Index for upwelling to soil layer 1.

w_upwell2

integer, parameter hype_waterbalance::w_upwell2 = 30

Index for upwelling to soil layer 2.

w_wdfromdg

integer, parameter hype_waterbalance::w_wdfromdg = 3

Index for withdrawal of water from deep groundwater.

w_wdfromil

integer, parameter hype_waterbalance::w_wdfromil = 2

Index for withdrawal of water from internal lake.

w_wdfrommr

integer, parameter hype_waterbalance::w_wdfrommr = 5

Index for withdrawal of water from main river volume and inflow as local source.

w_wdfromol

integer, parameter hype_waterbalance::w_wdfromol = 4

Index for withdrawal of water from outlet lake as local source.

w_wdoutside

integer, parameter hype_waterbalance::w_wdoutside = 11

Index for withdrawal of water from outside model domain to cover all demands.

w_wdregmr

integer, parameter hype_waterbalance::w_wdregmr = 8

Index for withdrawal of water from regional source (main river volume and inflow) of this subbasin.

w_wdregol

integer, parameter hype_waterbalance::w_wdregol = 7

Index for withdrawal of water from regional source (outlet lake) of this subbasin.

w_wtcanal

integer, parameter hype_waterbalance::w_wtcanal = 16

Index for water transfer canal.

w_wtrofol

integer, parameter hype_waterbalance::w_wtrofol = 66

Index for water transfer from outlet lake.

w_wtrtomr

integer, parameter hype_waterbalance::w_wtrtomr = 65

Index for water transfer to main river.

wbflows

real, dimension(:,:), allocatable, public hype_waterbalance::wbflows

Current time step water balance flows (nsub,num_wbflows)

wbfpflows

real, dimension(:,:), allocatable, public hype_waterbalance::wbfpflows

Current time step water balance floodplain flows.

wbirrflows

real, dimension(:,:), allocatable, public hype_waterbalance::wbirrflows

Current time step water balance irrigation flows.

wbstores

real, dimension(:,:), allocatable, public hype_waterbalance::wbstores

Current time step water balance stores (at the end of the time step)