Variables
integer, parameter	maxnumberofgrids = 10000

integer, parameter	maxlinesmet = 8640

integer, parameter	nsurf = 7

integer, parameter	nvegsurf = 3

integer, parameter	nsurfincsnow = nsurf + 1

integer, parameter	ndepth = 5

integer, parameter	nlayer_max = 100

integer, parameter	nspec = 1

integer, parameter	nsw = 1

integer, parameter	nlw = 1

integer, parameter	ncol = 1

integer, parameter	pavsurf = 1

integer, parameter	bldgsurf = 2

integer, parameter	conifsurf = 3

integer, parameter	decidsurf = 4

integer, parameter	grasssurf = 5

integer, parameter	bsoilsurf = 6

integer, parameter	watersurf = 7

integer, parameter	excesssurf = 8

integer, parameter	nsurfdonotreceivedrainage = 0

integer, parameter	ivconif = 1

integer, parameter	ivdecid = 2

integer, parameter	ivgrass = 3

real(kind(1d0)), dimension(nsurf)	sfr_surf

integer, parameter	ncolumnssiteselect = 105

integer, parameter	ncolumnsnonveg = 24

integer, parameter	ncolumnsveg = 38

integer, parameter	ncolumnswater = 22

integer, parameter	ncolumnssnow = 25

integer, parameter	ncolumnssoil = 9

integer, parameter	ncolumnsconductance = 13

integer, parameter	ncolumnsohmcoefficients = 4

integer, parameter	ncolumnsestmcoefficients = 52

integer, parameter	ncolumnsanthropogenic = 39

integer, parameter	ncolumnsirrigation = 26

integer, parameter	ncolumnsprofiles = 25

integer, parameter	ncolumnswgwaterdist = 10

integer, parameter	ncolumnsbiogen = 9

integer, parameter	ncolumnsmetforcingdata = 24

integer, parameter	ncolsestmdata = 13

integer, parameter	ncolumnsdataoutsuews = 87

integer, parameter	ncolumnsdataoutsnow = 103

integer, parameter	ncolumnsdataoutsolweig = 31

integer, parameter	ncolumnsdataoutbeers = 34

integer, parameter	ncolumnsdataoutbl = 22

integer, parameter	ncolumnsdataoutestm = 5 + 27

integer, parameter	ncolumnsdataoutehc = 5 + 72 + 15(1 + 4 + 2)*2

integer, parameter	ncolumnsdataoutdailystate = 49

integer, parameter	ncolumnsdataoutrsl = 30*4 + 5 + 13 + 2

integer, parameter	ncolumnsdataoutdebug = 5 + 103 + 14 + 5 + 4 + 3 + 1

integer, parameter	ncolumnsdataoutspartacus = 5 + 7 + 415 + 3 + 615 + 2*15 + 4

character(len=20), dimension(ncolumnssiteselect)	headersiteselect_file

character(len=20), dimension(ncolumnsnonveg)	headernonveg_file

character(len=20), dimension(ncolumnsnonveg)	headernonveg_reqd

character(len=20), dimension(ncolumnsveg)	headerveg_file

character(len=20), dimension(ncolumnsveg)	headerveg_reqd

character(len=20), dimension(ncolumnswater)	headerwater_file

character(len=20), dimension(ncolumnswater)	headerwater_reqd

character(len=20), dimension(ncolumnssnow)	headersnow_file

character(len=20), dimension(ncolumnssnow)	headersnow_reqd

character(len=20), dimension(ncolumnssoil)	headersoil_file

character(len=20), dimension(ncolumnssoil)	headersoil_reqd

character(len=20), dimension(ncolumnsconductance)	headercond_file

character(len=20), dimension(ncolumnsconductance)	headercond_reqd

character(len=20), dimension(ncolumnsohmcoefficients)	headerohmcoefficients_file

character(len=20), dimension(ncolumnsohmcoefficients)	headerohmcoefficients_reqd

character(len=20), dimension(ncolumnsestmcoefficients)	headerestmcoefficients_file

character(len=20), dimension(ncolumnsestmcoefficients)	headerestmcoefficients_reqd

character(len=20), dimension(ncolumnsanthropogenic)	headeranthropogenic_file

character(len=20), dimension(ncolumnsanthropogenic)	headeranthropogenic_reqd

character(len=20), dimension(ncolumnsirrigation)	headerirrigation_file

character(len=20), dimension(ncolumnsirrigation)	headerirrigation_reqd

character(len=20), dimension(ncolumnsprofiles)	headerprofiles_file

character(len=20), dimension(ncolumnsprofiles)	headerprofiles_reqd

character(len=20), dimension(ncolumnswgwaterdist)	headerwgwaterdist_file

character(len=20), dimension(ncolumnswgwaterdist)	headerwgwaterdist_reqd

character(len=20), dimension(ncolumnsbiogen)	headerbiogen_file

character(len=20), dimension(ncolumnsbiogen)	headerbiogen_reqd

integer, dimension(:), allocatable	usecolumnsdataout

character(len=14 *ncolumnsdataoutsuews)	headeruse

character(len=14 *ncolumnsdataoutsuews)	formatuse

character(len=14 *ncolumnsdataoutsuews)	headerusenosep

character(len=14 *ncolumnsdataoutsuews)	formatusenosep

character(len=52 *ncolumnsdataoutsuews)	longnmuse

character(len=14 *ncolumnsdataoutsuews)	unitsuse

character(len=3 *ncolumnsdataoutsuews)	aggreguse

character(len=4 *ncolumnsdataoutsuews)	colnosuse

real(kind(1d0)), dimension(:, :), allocatable	siteselect

real(kind(1d0)), dimension(:, :), allocatable	nonveg_coeff

real(kind(1d0)), dimension(:, :), allocatable	veg_coeff

real(kind(1d0)), dimension(:, :), allocatable	water_coeff

real(kind(1d0)), dimension(:, :), allocatable	snow_coeff

real(kind(1d0)), dimension(:, :), allocatable	soil_coeff

real(kind(1d0)), dimension(:, :), allocatable	conductance_coeff

real(kind(1d0)), dimension(:, :), allocatable	ohmcoefficients_coeff

real(kind(1d0)), dimension(:, :), allocatable	estmcoefficients_coeff

real(kind(1d0)), dimension(:, :), allocatable	anthropogenic_coeff

real(kind(1d0)), dimension(:, :), allocatable	irrigation_coeff

real(kind(1d0)), dimension(:, :), allocatable	profiles_coeff

real(kind(1d0)), dimension(:, :), allocatable	wgwaterdist_coeff

real(kind(1d0)), dimension(:, :), allocatable	biogen_coeff

integer, dimension(:), allocatable	grididmatrix

integer, dimension(:), allocatable	grididmatrix0

real(kind(1d0)), dimension(:, :), allocatable	surfacechar

real(kind(1d0)), dimension(:, :, :), allocatable	metforcingdata

real(kind(1d0)), dimension(:, :), allocatable	metforcingdata_grid

real(kind(1d0)), dimension(:, :, :), allocatable	estmforcingdata

real(kind(1d0)), dimension(:, :), allocatable	modeldailystate

real(kind(1d0)), dimension(:), allocatable	dailystatefirstopen

real(kind(1d0)), dimension(:, :, :), allocatable	modeloutputdata

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutsuews

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutrsl

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutbl

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutsolweig

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutbeers

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutdebug

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutspartacus

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutsnow

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutestm

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutehc

real(kind(1d0)), dimension(:, :, :), allocatable	dataoutdailystate

real(kind(1d0)), dimension(5)	datetimeline

real(kind(1d0)), dimension(ncolumnsdataoutsuews - 5)	dataoutlinesuews

real(kind(1d0)), dimension(ncolumnsdataoutsnow - 5)	dataoutlinesnow

real(kind(1d0)), dimension(ncolumnsdataoutrsl - 5+12)	dataoutlinersl

real(kind(1d0)), dimension(ncolumnsdataoutsolweig - 5)	dataoutlinesolweig

real(kind(1d0)), dimension(ncolumnsdataoutbeers - 5)	dataoutlinebeers

real(kind(1d0)), dimension(ncolumnsdataoutdebug)	dataoutlinedebug

real(kind(1d0)), dimension(ncolumnsdataoutspartacus)	dataoutlinespartacus

real(kind(1d0)), dimension(ncolumnsdataoutdailystate - 5)	dailystateline

real(kind(1d0)), dimension(:, :), allocatable	metfordisagg

real(kind(1d0)), dimension(:), allocatable	metfordisaggprev

real(kind(1d0)), dimension(:), allocatable	metfordisaggnext

real(kind(1d0)), dimension(:, :), allocatable	estmfordisagg

real(kind(1d0)), dimension(:), allocatable	estmfordisaggprev

real(kind(1d0)), dimension(:), allocatable	estmfordisaggnext

real(kind(1d0)), dimension(0:23, 2)	ahprof_24hr

real(kind(1d0)), dimension(0:23, 2)	humactivity_24hr

real(kind(1d0)), dimension(0:23, 2)	traffprof_24hr

real(kind(1d0)), dimension(0:23, 2)	popprof_24hr

real(kind(1d0)), dimension(0:23, 2)	wuprofm_24hr

real(kind(1d0)), dimension(0:23, 2)	wuprofa_24hr

real(kind(1d0)), dimension(:, :), allocatable	ts5mindata

real(kind(1d0)), dimension(:), allocatable	ts5mindata_ir

real(kind(1d0)), dimension(:), allocatable	tair24hr

real(kind(1d0)), dimension(ncolumnsdataoutestm - 5)	dataoutlineestm

real(kind(1d0)), dimension(ncolumnsdataoutehc - 5)	dataoutlineehc

integer	ctp_enusewd = 1

integer	ctp_enusewe = 2

integer	ctp_wumanuwd = 3

integer	ctp_wumanuwe = 4

integer	ctp_wuautowd = 5

integer	ctp_wuautowe = 6

integer	ctp_snowcwd = 7

integer	ctp_snowcwe = 8

integer	ctp_humactivitywd = 9

integer	ctp_humactivitywe = 10

integer	ctp_traffprofwd = 11

integer	ctp_traffprofwe = 12

integer	ctp_popprofwd = 13

integer	ctp_popprofwe = 14

real(kind(1d0)), dimension(nsurf)	addwater

real(kind(1d0)), dimension(nsurf)	addwaterrunoff

real(kind(1d0)), dimension(nsurf)	chang

real(kind(1d0)), dimension(nsurf)	drain

real(kind(1d0)), dimension(nsurf)	evap

real(kind(1d0)), dimension(nsurf)	runoff

real(kind(1d0)), dimension(nsurf)	runoffsoil

real(kind(1d0)), dimension(nsurf)	smd_nsurf

real(kind(1d0)), dimension(nsurf)	smd_nsurfout

real(kind(1d0)), dimension(nsurf)	soilstore_surf

real(kind(1d0)), dimension(nsurf)	soilstoreold

real(kind(1d0)), dimension(nsurf)	state_surf

real(kind(1d0)), dimension(nsurf)	stateout

real(kind(1d0)), dimension(nsurf)	stateold

real(kind(1d0)), dimension(nsurf)	rss_nsurf

real(kind(1d0)), dimension(nsurf)	wetthresh_surf

real(kind(1d0)), dimension(nsurf)	statelimit_surf

real(kind(1d0)), dimension(1)	waterdepth

real(kind(1d0)), dimension(nsurf)	sathydraulicconduct

real(kind(1d0)), dimension(nsurf)	soildepth

real(kind(1d0)), dimension(nsurf)	soilstorecap_surf

real(kind(1d0)), dimension(nsurf+1, nsurf - 1)	waterdist

real(kind(1d0)), dimension(6, nsurf)	storedrainprm

integer, parameter	ndays = 366

real(kind(1d0)), dimension(nvegsurf)	gdd_id

real(kind(1d0)), dimension(nvegsurf)	gdd_id_prev

real(kind(1d0)), dimension(nvegsurf)	sdd_id

real(kind(1d0))	tmin_id

real(kind(1d0))	tmax_id

real(kind(1d0))	lenday_id

real(kind(1d0)), dimension(12)	hdd_id

real(kind(1d0)), dimension(9)	wuday_id

real(kind(1d0)), dimension(9)	wuday_id_prev

real(kind(1d0)), dimension(nvegsurf)	lai_id

real(kind(1d0)), dimension(nvegsurf)	lai_id_prev

real(kind(1d0))	albmin_dectr

real(kind(1d0))	albmax_dectr

real(kind(1d0))	capmin_dec

real(kind(1d0))	capmax_dec

real(kind(1d0))	pormin_dec

real(kind(1d0))	pormax_dec

real(kind(1d0))	albmin_evetr

real(kind(1d0))	albmax_evetr

real(kind(1d0))	albmin_grass

real(kind(1d0))	albmax_grass

real(kind(1d0)), dimension(nvegsurf, maxnumberofgrids)	gdd_id_grids

real(kind(1d0)), dimension(nvegsurf, maxnumberofgrids)	sdd_id_grids

real(kind(1d0)), dimension(maxnumberofgrids)	tmin_id_grids

real(kind(1d0)), dimension(maxnumberofgrids)	tmax_id_grids

real(kind(1d0)), dimension(maxnumberofgrids)	lenday_id_grids

real(kind(1d0)), dimension(12, maxnumberofgrids)	hdd_id_grids

real(kind(1d0)), dimension(9, maxnumberofgrids)	wuday_id_grids

real(kind(1d0)), dimension(nvegsurf, maxnumberofgrids)	lai_id_grids

real(kind(1d0)), dimension(maxnumberofgrids)	decidcap_id_grids

real(kind(1d0)), dimension(maxnumberofgrids)	albdectr_id_grids

real(kind(1d0)), dimension(maxnumberofgrids)	albevetr_id_grids

real(kind(1d0)), dimension(maxnumberofgrids)	albgrass_id_grids

real(kind(1d0)), dimension(maxnumberofgrids)	porosity_id_grids

real(kind(1d0))	decidcap_id

real(kind(1d0))	albdectr_id

real(kind(1d0))	albevetr_id

real(kind(1d0))	albgrass_id

real(kind(1d0))	porosity_id

real(kind(1d0))	xbo

real(kind(1d0)), dimension(nvegsurf)	baset

real(kind(1d0)), dimension(nvegsurf)	basete

real(kind(1d0)), dimension(nvegsurf)	gddfull

real(kind(1d0)), dimension(nvegsurf)	sddfull

real(kind(1d0)), dimension(nvegsurf)	laimin

real(kind(1d0)), dimension(nvegsurf)	laimax

real(kind(1d0)), dimension(nvegsurf)	maxconductance

real(kind(1d0)), dimension(4, nvegsurf)	laipower

integer, dimension(nvegsurf)	laitype

real(kind(1d0)), dimension(nvegsurf)	biogenco2code

real(kind(1d0)), dimension(nvegsurf)	alpha_bioco2

real(kind(1d0)), dimension(nvegsurf)	beta_bioco2

real(kind(1d0)), dimension(nvegsurf)	theta_bioco2

real(kind(1d0)), dimension(nvegsurf)	alpha_enh_bioco2

real(kind(1d0)), dimension(nvegsurf)	beta_enh_bioco2

real(kind(1d0)), dimension(nvegsurf)	resp_a

real(kind(1d0)), dimension(nvegsurf)	resp_b

real(kind(1d0)), dimension(nvegsurf)	min_res_bioco2

real(kind(1d0)), dimension(nsurf)	alb

real(kind(1d0)), dimension(nsurf)	emis

real(kind(1d0))	bulkalbedo

real(kind(1d0)), dimension(nsurf)	tsurf_ind

real(kind(1d0)), dimension(nsurf)	tsurf_ind_snow

real(kind(1d0)), dimension(nsurf)	tsurf_ind_nosnow

real(kind(1d0)), dimension(nsurf)	kup_ind

real(kind(1d0)), dimension(nsurf)	kup_ind_snow

real(kind(1d0)), dimension(nsurf)	kup_ind_nosnow

real(kind(1d0)), dimension(nsurf)	lup_ind

real(kind(1d0)), dimension(nsurf)	lup_ind_snow

real(kind(1d0)), dimension(nsurf)	lup_ind_nosnow

real(kind(1d0)), dimension(nsurf)	qn1_ind

real(kind(1d0)), dimension(nsurf)	qn1_ind_snow

real(kind(1d0)), dimension(nsurf)	qn1_ind_nosnow

real(kind(1d0))	narp_lat

real(kind(1d0))	narp_long

real(kind(1d0))	narp_year

real(kind(1d0))	narp_tz

real(kind(1d0))	narp_alb_snow

real(kind(1d0))	narp_emis_snow

real(kind(1d0))	narp_trans_site

real(kind(1d0)), dimension(365)	narp_g

integer	narp_nperhour

real(kind(1d0)), dimension(:), allocatable	narp_kdown_hr

real(kind(1d0)), parameter	deg2rad = 0.017453292

real(kind(1d0)), parameter	rad2deg = 57.29577951

real(kind(1d0)), parameter	sigma_sb = 5.67E-8

real(kind(1d0)), dimension(nsurf+1, 4, 3)	ohm_coef

real(kind(1d0)), dimension(nsurf+1)	ohm_threshsw

real(kind(1d0)), dimension(nsurf+1)	ohm_threshwd

real(kind(1d0))	a1

real(kind(1d0))	a2

real(kind(1d0))	a3

real(kind(1d0)), dimension(:), allocatable	tair_av_grids

real(kind(1d0)), dimension(:), allocatable	qn_av_grids

real(kind(1d0)), dimension(:), allocatable	qn_s_av_grids

real(kind(1d0)), dimension(:), allocatable	dqndt_grids

real(kind(1d0)), dimension(:), allocatable	dqnsdt_grids

real(kind(1d0))	qn_av

real(kind(1d0))	dqndt

real(kind(1d0))	tair_av

real(kind(1d0))	qn_s_av

real(kind(1d0))	dqnsdt

real(kind(1d0)), dimension(nsurf)	changsnow

real(kind(1d0)), dimension(nsurf)	maxsnowvol

real(kind(1d0)), dimension(nsurf)	snowwater

real(kind(1d0)), dimension(nsurf)	ev_snow

real(kind(1d0)), dimension(nsurf)	mw_ind

real(kind(1d0)), dimension(nsurf)	mw_indday

real(kind(1d0)), dimension(nsurf)	runoffsnow

real(kind(1d0)), dimension(nsurf)	snowdens

real(kind(1d0)), dimension(nsurf)	snowfrac

real(kind(1d0)), dimension(nsurf)	icefrac

real(kind(1d0)), dimension(nsurf)	snowinit

real(kind(1d0)), dimension(nsurf)	snowdepth

real(kind(1d0)), dimension(nsurf)	snowtosurf

real(kind(1d0)), dimension(nsurf)	volswe

real(kind(1d0)), dimension(nsurf)	statefraction

real(kind(1d0)), dimension(nsurf)	freezmelt

real(kind(1d0)), dimension(nsurf)	qm_freezstate

real(kind(1d0)), dimension(nsurf)	freezstate

real(kind(1d0)), dimension(nsurf)	freezstatevol

real(kind(1d0)), dimension(nsurf)	qm_melt

real(kind(1d0)), dimension(nsurf)	qm_rain

real(kind(1d0)), dimension(nsurf)	rainonsnow

real(kind(1d0)), dimension(nsurf)	snowpacklimit

real(kind(1d0)), dimension(nsurf)	deltaqi

real(kind(1d0)), dimension(nsurf, maxnumberofgrids)	icefrac_grids

real(kind(1d0)), dimension(nsurf)	snowpack

real(kind(1d0)), dimension(nsurf)	snowpackold

integer, dimension(nsurf)	heig

integer, dimension(nsurf)	snowcoverforms

integer, dimension(nsurf)	snowcalcswitch = 0

integer, parameter	nconns = 8

real(kind(1d0)), dimension(nconns)	gridtofrac

real(kind(1d0)), dimension(nconns)	gridto

real(kind(1d0)), dimension(maxnumberofgrids)	a1anohm

real(kind(1d0)), dimension(maxnumberofgrids)	a2anohm

real(kind(1d0)), dimension(maxnumberofgrids)	a3anohm

real(kind(1d0)), dimension(maxnumberofgrids)	mahanohm

real(kind(1d0)), dimension(maxnumberofgrids)	boanohmstart

real(kind(1d0)), dimension(maxnumberofgrids)	boanohmend

real(kind(1d0)), dimension(nsurf)	cpanohm

real(kind(1d0)), dimension(nsurf)	kkanohm

real(kind(1d0)), dimension(nsurf)	chanohm

integer	nlayer

integer, dimension(:), allocatable	nlayer_grids

real(kind(1d0)), dimension(:), allocatable	sfr_roof

real(kind(1d0)), dimension(:), allocatable	tsfc_roof

real(kind(1d0)), dimension(:, :), allocatable	k_roof

real(kind(1d0)), dimension(:, :), allocatable	cp_roof

real(kind(1d0)), dimension(:, :), allocatable	dz_roof

real(kind(1d0)), dimension(:), allocatable	tin_roof

real(kind(1d0)), dimension(:), allocatable	alb_roof

real(kind(1d0)), dimension(:), allocatable	emis_roof

real(kind(1d0)), dimension(:), allocatable	state_roof

real(kind(1d0)), dimension(:), allocatable	statelimit_roof

real(kind(1d0)), dimension(:), allocatable	wetthresh_roof

real(kind(1d0)), dimension(:), allocatable	soilstore_roof

real(kind(1d0)), dimension(:), allocatable	soilstorecap_roof

real(kind(1d0)), dimension(:, :), allocatable	temp_roof

real(kind(1d0)), dimension(:, :), allocatable	tsfc_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	sfr_roof_grids

real(kind(1d0)), dimension(:, :, :), allocatable	k_roof_grids

real(kind(1d0)), dimension(:, :, :), allocatable	cp_roof_grids

real(kind(1d0)), dimension(:, :, :), allocatable	dz_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	tin_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	alb_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	emis_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	state_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	statelimit_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	wetthresh_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	soilstore_roof_grids

real(kind(1d0)), dimension(:, :), allocatable	soilstorecap_roof_grids

real(kind(1d0)), dimension(:, :, :), allocatable	temp_roof_grids

real(kind(1d0)), dimension(:), allocatable	sfr_wall

real(kind(1d0)), dimension(:), allocatable	tsfc_wall

real(kind(1d0)), dimension(:, :), allocatable	k_wall

real(kind(1d0)), dimension(:, :), allocatable	cp_wall

real(kind(1d0)), dimension(:, :), allocatable	dz_wall

real(kind(1d0)), dimension(:), allocatable	tin_wall

real(kind(1d0)), dimension(:), allocatable	alb_wall

real(kind(1d0)), dimension(:), allocatable	emis_wall

real(kind(1d0)), dimension(:), allocatable	state_wall

real(kind(1d0)), dimension(:), allocatable	statelimit_wall

real(kind(1d0)), dimension(:), allocatable	wetthresh_wall

real(kind(1d0)), dimension(:), allocatable	soilstore_wall

real(kind(1d0)), dimension(:), allocatable	soilstorecap_wall

real(kind(1d0)), dimension(:, :), allocatable	temp_wall

real(kind(1d0)), dimension(:, :), allocatable	tsfc_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	sfr_wall_grids

real(kind(1d0)), dimension(:, :, :), allocatable	k_wall_grids

real(kind(1d0)), dimension(:, :, :), allocatable	cp_wall_grids

real(kind(1d0)), dimension(:, :, :), allocatable	dz_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	tin_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	alb_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	emis_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	state_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	statelimit_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	wetthresh_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	soilstore_wall_grids

real(kind(1d0)), dimension(:, :), allocatable	soilstorecap_wall_grids

real(kind(1d0)), dimension(:, :, :), allocatable	temp_wall_grids

real(kind(1d0)), dimension(:), allocatable	tsfc_surf

real(kind(1d0)), dimension(:, :), allocatable	k_surf

real(kind(1d0)), dimension(:, :), allocatable	cp_surf

real(kind(1d0)), dimension(:, :), allocatable	dz_surf

real(kind(1d0)), dimension(:), allocatable	tin_surf

real(kind(1d0)), dimension(:, :), allocatable	temp_surf

real(kind(1d0)), dimension(:, :), allocatable	tsfc_surf_grids

real(kind(1d0)), dimension(:, :, :), allocatable	k_surf_grids

real(kind(1d0)), dimension(:, :, :), allocatable	cp_surf_grids

real(kind(1d0)), dimension(:, :, :), allocatable	dz_surf_grids

real(kind(1d0)), dimension(:, :), allocatable	tin_surf_grids

real(kind(1d0)), dimension(:, :, :), allocatable	temp_surf_grids

real(kind(1d0)), dimension(:), allocatable	height

real(kind(1d0)), dimension(:), allocatable	building_frac

real(kind(1d0)), dimension(:), allocatable	veg_frac

real(kind(1d0)), dimension(:), allocatable	building_scale

real(kind(1d0)), dimension(:), allocatable	veg_scale

real(kind(1d0)), dimension(:), allocatable	veg_ext

real(kind(1d0)), dimension(:), allocatable	veg_fsd

real(kind(1d0)), dimension(:), allocatable	veg_contact_fraction

real(kind(1d0)), dimension(:, :), allocatable	roof_albedo_dir_mult_fact

real(kind(1d0)), dimension(:, :), allocatable	wall_specular_frac

real(kind(1d0)), dimension(:, :), allocatable	height_grids

real(kind(1d0)), dimension(:, :), allocatable	building_frac_grids

real(kind(1d0)), dimension(:, :), allocatable	veg_frac_grids

real(kind(1d0)), dimension(:, :), allocatable	building_scale_grids

real(kind(1d0)), dimension(:, :), allocatable	veg_scale_grids

real(kind(1d0)), dimension(:, :), allocatable	veg_ext_grids

real(kind(1d0)), dimension(:, :), allocatable	veg_fsd_grids

real(kind(1d0)), dimension(:, :), allocatable	veg_contact_fraction_grids

real(kind(1d0)), dimension(:, :, :), allocatable	roof_albedo_dir_mult_fact_grids

real(kind(1d0)), dimension(:, :, :), allocatable	wall_specular_frac_grids

integer	n_vegetation_region_urban

integer	n_stream_sw_urban

integer	n_stream_lw_urban

real(kind(1d0))	sw_dn_direct_frac

real(kind(1d0))	air_ext_sw

real(kind(1d0))	air_ssa_sw

real(kind(1d0))	veg_ssa_sw

real(kind(1d0))	air_ext_lw

real(kind(1d0))	air_ssa_lw

real(kind(1d0))	veg_ssa_lw

real(kind(1d0))	veg_fsd_const

real(kind(1d0))	veg_contact_fraction_const

real(kind(1d0))	ground_albedo_dir_mult_fact

logical	use_sw_direct_albedo

real(kind(1d0)), dimension(5, nsurfincsnow)	zsurf_suewssurfs

real(kind(1d0)), dimension(5, nsurfincsnow)	ksurf_suewssurfs

real(kind(1d0)), dimension(5, nsurfincsnow)	rsurf_suewssurfs

integer	cc

integer, parameter	ccendsi = ncolumnsSiteSelect

integer, dimension(nsurf)	c_albmin = (/(cc, cc=ccEndSI + 0nsurf + 1, ccEndSI + 0nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_albmax = (/(cc, cc=ccEndSI + 1nsurf + 1, ccEndSI + 1nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_emis = (/(cc, cc=ccEndSI + 2nsurf + 1, ccEndSI + 2nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_stormin = (/(cc, cc=ccEndSI + 3nsurf + 1, ccEndSI + 3nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_stormax = (/(cc, cc=ccEndSI + 4nsurf + 1, ccEndSI + 4nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wetthresh = (/(cc, cc=ccEndSI + 5nsurf + 1, ccEndSI + 5nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_statelimit = (/(cc, cc=ccEndSI + 6nsurf + 1, ccEndSI + 6nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_dreq = (/(cc, cc=ccEndSI + 7nsurf + 1, ccEndSI + 7nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_drcoef1 = (/(cc, cc=ccEndSI + 8nsurf + 1, ccEndSI + 8nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_drcoef2 = (/(cc, cc=ccEndSI + 9nsurf + 1, ccEndSI + 9nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_soiltcode = (/(cc, cc=ccEndSI + 10nsurf + 1, ccEndSI + 10nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_snowlimpat = (/(cc, cc=ccEndSI + 11nsurf + 1, ccEndSI + 11nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_snowlimrem = (/(cc, cc=ccEndSI + 12nsurf + 1, ccEndSI + 12nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_cpanohm = (/(cc, cc=ccEndSI + 13nsurf + 1, ccEndSI + 13nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_kkanohm = (/(cc, cc=ccEndSI + 14nsurf + 1, ccEndSI + 14nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_chanohm = (/(cc, cc=ccEndSI + 15nsurf + 1, ccEndSI + 15nsurf + nsurf, 1)/)

integer, parameter	ccendi = (ccEndSI + 15*nsurf + nsurf)

integer, dimension(nvegsurf)	c_baset = (/(cc, cc=ccEndI + 0nvegsurf + 1, ccEndI + 0nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_basete = (/(cc, cc=ccEndI + 1nvegsurf + 1, ccEndI + 1nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_gddfull = (/(cc, cc=ccEndI + 2nvegsurf + 1, ccEndI + 2nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_sddfull = (/(cc, cc=ccEndI + 3nvegsurf + 1, ccEndI + 3nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_laimin = (/(cc, cc=ccEndI + 4nvegsurf + 1, ccEndI + 4nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_laimax = (/(cc, cc=ccEndI + 5nvegsurf + 1, ccEndI + 5nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_porositymin = (/(cc, cc=ccEndI + 6nvegsurf + 1, ccEndI + 6nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_porositymax = (/(cc, cc=ccEndI + 7nvegsurf + 1, ccEndI + 7nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_gsmax = (/(cc, cc=ccEndI + 8nvegsurf + 1, ccEndI + 8nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_laieq = (/(cc, cc=ccEndI + 9nvegsurf + 1, ccEndI + 9nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_leafgp1 = (/(cc, cc=ccEndI + 10nvegsurf + 1, ccEndI + 10nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_leafgp2 = (/(cc, cc=ccEndI + 11nvegsurf + 1, ccEndI + 11nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_leafop1 = (/(cc, cc=ccEndI + 12nvegsurf + 1, ccEndI + 12nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_leafop2 = (/(cc, cc=ccEndI + 13nvegsurf + 1, ccEndI + 13nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_biogenco2code = (/(cc, cc=ccEndI + 14nvegsurf + 1, ccEndI + 14nvegsurf + nvegsurf, 1)/)

integer, parameter	ccendp = (ccEndI + 14*nvegsurf + nvegsurf)

integer	c_waterdepth = (ccEndP + 1)

integer, parameter	ccendw = (ccEndP + 1)

integer	c_snowrmfactor = (ccEndW + 1)

integer	c_snowtmfactor = (ccEndW + 2)

integer	c_snowalbmin = (ccEndW + 3)

integer	c_snowalbmax = (ccEndW + 4)

integer	c_snowemis = (ccEndW + 6)

integer	c_snowtau_a = (ccEndW + 7)

integer	c_snowtau_f = (ccEndW + 8)

integer	c_snowplimalb = (ccEndW + 9)

integer	c_snowsdmin = (ccEndW + 10)

integer	c_snowsdmax = (ccEndW + 11)

integer	c_snowtau_r = (ccEndW + 12)

integer	c_snowcrwmin = (ccEndW + 13)

integer	c_snowcrwmax = (ccEndW + 14)

integer	c_snowplimsnow = (ccEndW + 15)

integer, parameter	ccendsn = (ccEndW + 15)

integer, dimension(nsurf)	c_soildepth = (/(cc, cc=ccEndSn + 0nsurf + 1, ccEndSn + 0nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_soilstcap = (/(cc, cc=ccEndSn + 1nsurf + 1, ccEndSn + 1nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_ksat = (/(cc, cc=ccEndSn + 2nsurf + 1, ccEndSn + 2nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_soildens = (/(cc, cc=ccEndSn + 3nsurf + 1, ccEndSn + 3nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_soilinfrate = (/(cc, cc=ccEndSn + 4nsurf + 1, ccEndSn + 4nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_obssmdepth = (/(cc, cc=ccEndSn + 5nsurf + 1, ccEndSn + 5nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_obssmmax = (/(cc, cc=ccEndSn + 6nsurf + 1, ccEndSn + 6nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_obssnrfrac = (/(cc, cc=ccEndSn + 7nsurf + 1, ccEndSn + 7nsurf + nsurf, 1)/)

integer, parameter	ccendso = (ccEndSn + 7*nsurf + nsurf)

integer	c_gsg1 = (ccEndSo + 1)

integer	c_gsg2 = (ccEndSo + 2)

integer	c_gsg3 = (ccEndSo + 3)

integer	c_gsg4 = (ccEndSo + 4)

integer	c_gsg5 = (ccEndSo + 5)

integer	c_gsg6 = (ccEndSo + 6)

integer	c_gsth = (ccEndSo + 7)

integer	c_gstl = (ccEndSo + 8)

integer	c_gss1 = (ccEndSo + 9)

integer	c_gss2 = (ccEndSo + 10)

integer	c_gskmax = (ccEndSo + 11)

integer	c_gsmodel = (ccEndSo + 12)

integer, parameter	ccendgs = (ccEndSo + 12)

integer, dimension(nsurfincsnow)	c_ohmcode_swet = (/(cc, cc=ccEndGs + 0nsurfIncSnow + 1, ccEndGs + 0nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_ohmcode_sdry = (/(cc, cc=ccEndGs + 1nsurfIncSnow + 1, ccEndGs + 1nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_ohmcode_wwet = (/(cc, cc=ccEndGs + 2nsurfIncSnow + 1, ccEndGs + 2nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_ohmcode_wdry = (/(cc, cc=ccEndGs + 3nsurfIncSnow + 1, ccEndGs + 3nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a1_swet = (/(cc, cc=ccEndGs + 4nsurfIncSnow + 1, ccEndGs + 4nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a2_swet = (/(cc, cc=ccEndGs + 5nsurfIncSnow + 1, ccEndGs + 5nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a3_swet = (/(cc, cc=ccEndGs + 6nsurfIncSnow + 1, ccEndGs + 6nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a1_sdry = (/(cc, cc=ccEndGs + 7nsurfIncSnow + 1, ccEndGs + 7nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a2_sdry = (/(cc, cc=ccEndGs + 8nsurfIncSnow + 1, ccEndGs + 8nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a3_sdry = (/(cc, cc=ccEndGs + 9nsurfIncSnow + 1, ccEndGs + 9nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a1_wwet = (/(cc, cc=ccEndGs + 10nsurfIncSnow + 1, ccEndGs + 10nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a2_wwet = (/(cc, cc=ccEndGs + 11nsurfIncSnow + 1, ccEndGs + 11nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a3_wwet = (/(cc, cc=ccEndGs + 12nsurfIncSnow + 1, ccEndGs + 12nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a1_wdry = (/(cc, cc=ccEndGs + 13nsurfIncSnow + 1, ccEndGs + 13nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a2_wdry = (/(cc, cc=ccEndGs + 14nsurfIncSnow + 1, ccEndGs + 14nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_a3_wdry = (/(cc, cc=ccEndGs + 15nsurfIncSnow + 1, ccEndGs + 15nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_ohmthresh_sw = (/(cc, cc=ccEndGs + 16nsurfIncSnow + 1, ccEndGs + 16nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_ohmthresh_wd = (/(cc, cc=ccEndGs + 17nsurfIncSnow + 1, ccEndGs + 17nsurfIncSnow + nsurfIncSnow, 1)/)

integer, dimension(nsurfincsnow)	c_estmcode = (/(cc, cc=ccEndGs + 18nsurfIncSnow + 1, ccEndGs + 18nsurfIncSnow + nsurfIncSnow, 1)/)

integer, parameter	ccendo = (ccEndGs + 18*nsurfIncSnow + nsurfIncSnow)

integer	c_baset_hc = (ccEndO + 1)

integer	c_qf_a1 = (ccEndO + 2)

integer	c_qf_b1 = (ccEndO + 3)

integer	c_qf_c1 = (ccEndO + 4)

integer	c_qf_a2 = (ccEndO + 5)

integer	c_qf_b2 = (ccEndO + 6)

integer	c_qf_c2 = (ccEndO + 7)

integer	c_ahmin_wd = (ccEndO + 8)

integer	c_ahmin_we = (ccEndO + 9)

integer	c_ahslopeheating_wd = (ccEndO + 10)

integer	c_ahslopeheating_we = (ccEndO + 11)

integer	c_ahslopecooling_wd = (ccEndO + 12)

integer	c_ahslopecooling_we = (ccEndO + 13)

integer	c_tcriticheating_we = (ccEndO + 14)

integer	c_tcriticheating_wd = (ccEndO + 15)

integer	c_tcriticcooling_we = (ccEndO + 16)

integer	c_tcriticcooling_wd = (ccEndO + 17)

integer	c_enprofwd = (ccEndO + 18)

integer	c_enprofwe = (ccEndO + 19)

integer	c_co2mwd = (ccEndO + 20)

integer	c_co2mwe = (ccEndO + 21)

integer	c_traffprofwd = (ccEndO + 22)

integer	c_traffprofwe = (ccEndO + 23)

integer	c_popprofwd = (ccEndO + 24)

integer	c_popprofwe = (ccEndO + 25)

integer	c_minqfmetab = (ccEndO + 26)

integer	c_maxqfmetab = (ccEndO + 27)

integer	c_minfcmetab = (ccEndO + 28)

integer	c_maxfcmetab = (ccEndO + 29)

integer	c_frpddwe = (ccEndO + 30)

integer	c_frfossilfuel_heat = (ccEndO + 31)

integer	c_frfossilfuel_nonheat = (ccEndO + 32)

integer	c_ef_umolco2perj = (ccEndO + 33)

integer	c_enef_v_jkm = (ccEndO + 34)

integer	c_fcef_v_kgkmwd = (ccEndO + 35)

integer	c_fcef_v_kgkmwe = (ccEndO + 36)

integer	c_co2pointsource = (ccEndO + 37)

integer	c_trafficunits = (ccEndO + 38)

integer, parameter	ccenda = (ccEndO + 38)

integer	c_iestart = (ccEndA + 1)

integer	c_ieend = (ccEndA + 2)

integer	c_intwu = (ccEndA + 3)

integer	c_faut = (ccEndA + 4)

integer	c_h_maintain = (ccEndA + 5)

integer, dimension(3)	c_ie_a = (/(cc, cc=ccEndA + 5 + 03 + 1, ccEndA + 5 + 03 + 3, 1)/)

integer, dimension(3)	c_ie_m = (/(cc, cc=ccEndA + 5 + 13 + 1, ccEndA + 5 + 13 + 3, 1)/)

integer, dimension(7)	c_daywat = (/(cc, cc=ccEndA + 11 + 07 + 1, ccEndA + 11 + 07 + 7, 1)/)

integer, dimension(7)	c_daywatper = (/(cc, cc=ccEndA + 11 + 17 + 1, ccEndA + 11 + 17 + 7, 1)/)

integer, parameter	ccendir = (ccEndA + 11 + 1*7 + 7)

integer, dimension(24)	c_hrprofenusewd = (/(cc, cc=ccEndIr + 024 + 1, ccEndIr + 024 + 24, 1)/)

integer, dimension(24)	c_hrprofenusewe = (/(cc, cc=ccEndIr + 124 + 1, ccEndIr + 124 + 24, 1)/)

integer, dimension(24)	c_hrprofwumanuwd = (/(cc, cc=ccEndIr + 224 + 1, ccEndIr + 224 + 24, 1)/)

integer, dimension(24)	c_hrprofwumanuwe = (/(cc, cc=ccEndIr + 324 + 1, ccEndIr + 324 + 24, 1)/)

integer, dimension(24)	c_hrprofwuautowd = (/(cc, cc=ccEndIr + 424 + 1, ccEndIr + 424 + 24, 1)/)

integer, dimension(24)	c_hrprofwuautowe = (/(cc, cc=ccEndIr + 524 + 1, ccEndIr + 524 + 24, 1)/)

integer, dimension(24)	c_hrprofsnowcwd = (/(cc, cc=ccEndIr + 624 + 1, ccEndIr + 624 + 24, 1)/)

integer, dimension(24)	c_hrprofsnowcwe = (/(cc, cc=ccEndIr + 724 + 1, ccEndIr + 724 + 24, 1)/)

integer, dimension(24)	c_hrprofhumactivitywd = (/(cc, cc=ccEndIr + 824 + 1, ccEndIr + 824 + 24, 1)/)

integer, dimension(24)	c_hrprofhumactivitywe = (/(cc, cc=ccEndIr + 924 + 1, ccEndIr + 924 + 24, 1)/)

integer, dimension(24)	c_hrproftraffwd = (/(cc, cc=ccEndIr + 1024 + 1, ccEndIr + 1024 + 24, 1)/)

integer, dimension(24)	c_hrproftraffwe = (/(cc, cc=ccEndIr + 1124 + 1, ccEndIr + 1124 + 24, 1)/)

integer, dimension(24)	c_hrprofpopwd = (/(cc, cc=ccEndIr + 1224 + 1, ccEndIr + 1224 + 24, 1)/)

integer, dimension(24)	c_hrprofpopwe = (/(cc, cc=ccEndIr + 1324 + 1, ccEndIr + 1324 + 24, 1)/)

integer, parameter	ccendpr = (ccEndIr + 13*24 + 24)

integer, dimension(nsurf)	c_wgtopaved = (/(cc, cc=ccEndPr + 0nsurf + 1, ccEndPr + 0nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wgtobldgs = (/(cc, cc=ccEndPr + 1nsurf + 1, ccEndPr + 1nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wgtoevetr = (/(cc, cc=ccEndPr + 2nsurf + 1, ccEndPr + 2nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wgtodectr = (/(cc, cc=ccEndPr + 3nsurf + 1, ccEndPr + 3nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wgtograss = (/(cc, cc=ccEndPr + 4nsurf + 1, ccEndPr + 4nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wgtobsoil = (/(cc, cc=ccEndPr + 5nsurf + 1, ccEndPr + 5nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wgtowater = (/(cc, cc=ccEndPr + 6nsurf + 1, ccEndPr + 6nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wgtorunoff = (/(cc, cc=ccEndPr + 7nsurf + 1, ccEndPr + 7nsurf + nsurf, 1)/)

integer, dimension(nsurf)	c_wgtosoilstore = (/(cc, cc=ccEndPr + 8nsurf + 1, ccEndPr + 8nsurf + nsurf, 1)/)

integer, parameter	cbendwg = (ccEndPr + 8*nsurf + nsurf)

integer, dimension(nvegsurf)	c_alpha_bioco2 = (/(cc, cc=cBEndWG + 0nvegsurf + 1, cBEndWG + 0nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_beta_bioco2 = (/(cc, cc=cBEndWG + 1nvegsurf + 1, cBEndWG + 1nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_theta_bioco2 = (/(cc, cc=cBEndWG + 2nvegsurf + 1, cBEndWG + 2nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_alpha_enh_bioco2 = (/(cc, cc=cBEndWG + 3nvegsurf + 1, cBEndWG + 3nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_beta_enh_bioco2 = (/(cc, cc=cBEndWG + 4nvegsurf + 1, cBEndWG + 4nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_resp_a = (/(cc, cc=cBEndWG + 5nvegsurf + 1, cBEndWG + 5nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_resp_b = (/(cc, cc=cBEndWG + 6nvegsurf + 1, cBEndWG + 6nvegsurf + nvegsurf, 1)/)

integer, dimension(nvegsurf)	c_min_res_bioco2 = (/(cc, cc=cBEndWG + 7nvegsurf + 1, cBEndWG + 7nvegsurf + nvegsurf, 1)/)

integer, parameter	ccendb = (cBEndWG + 7*nvegsurf + nvegsurf)

integer, dimension(nsurfincsnow)	c_surf_thick1 = [(cc, cc=ccEndB + 0nsurfIncSnow + 1, ccEndB + 0nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_k1 = [(cc, cc=ccEndB + 1nsurfIncSnow + 1, ccEndB + 1nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_rhocp1 = [(cc, cc=ccEndB + 2nsurfIncSnow + 1, ccEndB + 2nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_thick2 = [(cc, cc=ccEndB + 3nsurfIncSnow + 1, ccEndB + 3nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_k2 = [(cc, cc=ccEndB + 4nsurfIncSnow + 1, ccEndB + 4nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_rhocp2 = [(cc, cc=ccEndB + 5nsurfIncSnow + 1, ccEndB + 5nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_thick3 = [(cc, cc=ccEndB + 6nsurfIncSnow + 1, ccEndB + 6nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_k3 = [(cc, cc=ccEndB + 7nsurfIncSnow + 1, ccEndB + 7nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_rhocp3 = [(cc, cc=ccEndB + 8nsurfIncSnow + 1, ccEndB + 8nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_thick4 = [(cc, cc=ccEndB + 9nsurfIncSnow + 1, ccEndB + 9nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_k4 = [(cc, cc=ccEndB + 10nsurfIncSnow + 1, ccEndB + 10nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_rhocp4 = [(cc, cc=ccEndB + 11nsurfIncSnow + 1, ccEndB + 11nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_thick5 = [(cc, cc=ccEndB + 12nsurfIncSnow + 1, ccEndB + 12nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_k5 = [(cc, cc=ccEndB + 13nsurfIncSnow + 1, ccEndB + 13nsurfIncSnow + nsurfIncSnow, 1)]

integer, dimension(nsurfincsnow)	c_surf_rhocp5 = [(cc, cc=ccEndB + 14nsurfIncSnow + 1, ccEndB + 14nsurfIncSnow + nsurfIncSnow, 1)]

integer, parameter	ccendestmb = (ccEndB + 14*nsurfIncSnow + nsurfIncSnow)

integer	c_wall_thick1 = (ccEndESTMB + 1)

integer	c_wall_k1 = (ccEndESTMB + 2)

integer	c_wall_rhocp1 = (ccEndESTMB + 3)

integer	c_wall_thick2 = (ccEndESTMB + 4)

integer	c_wall_k2 = (ccEndESTMB + 5)

integer	c_wall_rhocp2 = (ccEndESTMB + 6)

integer	c_wall_thick3 = (ccEndESTMB + 7)

integer	c_wall_k3 = (ccEndESTMB + 8)

integer	c_wall_rhocp3 = (ccEndESTMB + 9)

integer	c_wall_thick4 = (ccEndESTMB + 10)

integer	c_wall_k4 = (ccEndESTMB + 11)

integer	c_wall_rhocp4 = (ccEndESTMB + 12)

integer	c_wall_thick5 = (ccEndESTMB + 13)

integer	c_wall_k5 = (ccEndESTMB + 14)

integer	c_wall_rhocp5 = (ccEndESTMB + 15)

integer	c_internal_thick1 = (ccEndESTMB + 16)

integer	c_internal_k1 = (ccEndESTMB + 17)

integer	c_internal_rhocp1 = (ccEndESTMB + 18)

integer	c_internal_thick2 = (ccEndESTMB + 19)

integer	c_internal_k2 = (ccEndESTMB + 20)

integer	c_internal_rhocp2 = (ccEndESTMB + 21)

integer	c_internal_thick3 = (ccEndESTMB + 22)

integer	c_internal_k3 = (ccEndESTMB + 23)

integer	c_internal_rhocp3 = (ccEndESTMB + 24)

integer	c_internal_thick4 = (ccEndESTMB + 25)

integer	c_internal_k4 = (ccEndESTMB + 26)

integer	c_internal_rhocp4 = (ccEndESTMB + 27)

integer	c_internal_thick5 = (ccEndESTMB + 28)

integer	c_internal_k5 = (ccEndESTMB + 29)

integer	c_internal_rhocp5 = (ccEndESTMB + 30)

integer	c_nroom = (ccEndESTMB + 31)

integer	c_alb_ibld = (ccEndESTMB + 32)

integer	c_em_ibld = (ccEndESTMB + 33)

integer	c_ch_iwall = (ccEndESTMB + 34)

integer	c_ch_iroof = (ccEndESTMB + 35)

integer	c_ch_ibld = (ccEndESTMB + 36)

integer, parameter	ccendestmm = (ccEndESTMB + 36)

integer, dimension(3)	c_surf_thick1_paved = (/(cc, cc=ccEndESTMM + 03 + 1, ccEndESTMM + 03 + 3, 1)/)

integer, dimension(3)	c_surf_k1_paved = (/(cc, cc=ccEndESTMM + 13 + 1, ccEndESTMM + 13 + 3, 1)/)

integer, dimension(3)	c_surf_rhocp1_paved = (/(cc, cc=ccEndESTMM + 23 + 1, ccEndESTMM + 23 + 3, 1)/)

integer, dimension(3)	c_surf_thick2_paved = (/(cc, cc=ccEndESTMM + 33 + 1, ccEndESTMM + 33 + 3, 1)/)

integer, dimension(3)	c_surf_k2_paved = (/(cc, cc=ccEndESTMM + 43 + 1, ccEndESTMM + 43 + 3, 1)/)

integer, dimension(3)	c_surf_rhocp2_paved = (/(cc, cc=ccEndESTMM + 53 + 1, ccEndESTMM + 53 + 3, 1)/)

integer, dimension(3)	c_surf_thick3_paved = (/(cc, cc=ccEndESTMM + 63 + 1, ccEndESTMM + 63 + 3, 1)/)

integer, dimension(3)	c_surf_k3_paved = (/(cc, cc=ccEndESTMM + 73 + 1, ccEndESTMM + 73 + 3, 1)/)

integer, dimension(3)	c_surf_rhocp3_paved = (/(cc, cc=ccEndESTMM + 83 + 1, ccEndESTMM + 83 + 3, 1)/)

integer, dimension(3)	c_surf_thick4_paved = (/(cc, cc=ccEndESTMM + 93 + 1, ccEndESTMM + 93 + 3, 1)/)

integer, dimension(3)	c_surf_k4_paved = (/(cc, cc=ccEndESTMM + 103 + 1, ccEndESTMM + 103 + 3, 1)/)

integer, dimension(3)	c_surf_rhocp4_paved = (/(cc, cc=ccEndESTMM + 113 + 1, ccEndESTMM + 113 + 3, 1)/)

integer, dimension(3)	c_surf_thick5_paved = (/(cc, cc=ccEndESTMM + 123 + 1, ccEndESTMM + 123 + 3, 1)/)

integer, dimension(3)	c_surf_k5_paved = (/(cc, cc=ccEndESTMM + 133 + 1, ccEndESTMM + 133 + 3, 1)/)

integer, dimension(3)	c_surf_rhocp5_paved = (/(cc, cc=ccEndESTMM + 143 + 1, ccEndESTMM + 143 + 3, 1)/)

integer, parameter	ccendestmmp = (ccEndESTMM + 14*3 + 3)

integer, dimension(5)	c_surf_thick1_bldgs = (/(cc, cc=ccEndESTMMP + 05 + 1, ccEndESTMMP + 05 + 5, 1)/)

integer, dimension(5)	c_surf_k1_bldgs = (/(cc, cc=ccEndESTMMP + 15 + 1, ccEndESTMMP + 15 + 5, 1)/)

integer, dimension(5)	c_surf_rhocp1_bldgs = (/(cc, cc=ccEndESTMMP + 25 + 1, ccEndESTMMP + 25 + 5, 1)/)

integer, dimension(5)	c_surf_thick2_bldgs = (/(cc, cc=ccEndESTMMP + 35 + 1, ccEndESTMMP + 35 + 5, 1)/)

integer, dimension(5)	c_surf_k2_bldgs = (/(cc, cc=ccEndESTMMP + 45 + 1, ccEndESTMMP + 45 + 5, 1)/)

integer, dimension(5)	c_surf_rhocp2_bldgs = (/(cc, cc=ccEndESTMMP + 55 + 1, ccEndESTMMP + 55 + 5, 1)/)

integer, dimension(5)	c_surf_thick3_bldgs = (/(cc, cc=ccEndESTMMP + 65 + 1, ccEndESTMMP + 65 + 5, 1)/)

integer, dimension(5)	c_surf_k3_bldgs = (/(cc, cc=ccEndESTMMP + 75 + 1, ccEndESTMMP + 75 + 5, 1)/)

integer, dimension(5)	c_surf_rhocp3_bldgs = (/(cc, cc=ccEndESTMMP + 85 + 1, ccEndESTMMP + 85 + 5, 1)/)

integer, dimension(5)	c_surf_thick4_bldgs = (/(cc, cc=ccEndESTMMP + 95 + 1, ccEndESTMMP + 95 + 5, 1)/)

integer, dimension(5)	c_surf_k4_bldgs = (/(cc, cc=ccEndESTMMP + 105 + 1, ccEndESTMMP + 105 + 5, 1)/)

integer, dimension(5)	c_surf_rhocp4_bldgs = (/(cc, cc=ccEndESTMMP + 115 + 1, ccEndESTMMP + 115 + 5, 1)/)

integer, dimension(5)	c_surf_thick5_bldgs = (/(cc, cc=ccEndESTMMP + 125 + 1, ccEndESTMMP + 125 + 5, 1)/)

integer, dimension(5)	c_surf_k5_bldgs = (/(cc, cc=ccEndESTMMP + 135 + 1, ccEndESTMMP + 135 + 5, 1)/)

integer, dimension(5)	c_surf_rhocp5_bldgs = (/(cc, cc=ccEndESTMMP + 145 + 1, ccEndESTMMP + 145 + 5, 1)/)

integer, dimension(5)	c_wall_thick1_bldgs = (/(cc, cc=ccEndESTMMP + 155 + 1, ccEndESTMMP + 155 + 5, 1)/)

integer, dimension(5)	c_wall_k1_bldgs = (/(cc, cc=ccEndESTMMP + 165 + 1, ccEndESTMMP + 165 + 5, 1)/)

integer, dimension(5)	c_wall_rhocp1_bldgs = (/(cc, cc=ccEndESTMMP + 175 + 1, ccEndESTMMP + 175 + 5, 1)/)

integer, dimension(5)	c_wall_thick2_bldgs = (/(cc, cc=ccEndESTMMP + 185 + 1, ccEndESTMMP + 185 + 5, 1)/)

integer, dimension(5)	c_wall_k2_bldgs = (/(cc, cc=ccEndESTMMP + 195 + 1, ccEndESTMMP + 195 + 5, 1)/)

integer, dimension(5)	c_wall_rhocp2_bldgs = (/(cc, cc=ccEndESTMMP + 205 + 1, ccEndESTMMP + 205 + 5, 1)/)

integer, dimension(5)	c_wall_thick3_bldgs = (/(cc, cc=ccEndESTMMP + 215 + 1, ccEndESTMMP + 215 + 5, 1)/)

integer, dimension(5)	c_wall_k3_bldgs = (/(cc, cc=ccEndESTMMP + 225 + 1, ccEndESTMMP + 225 + 5, 1)/)

integer, dimension(5)	c_wall_rhocp3_bldgs = (/(cc, cc=ccEndESTMMP + 235 + 1, ccEndESTMMP + 235 + 5, 1)/)

integer, dimension(5)	c_wall_thick4_bldgs = (/(cc, cc=ccEndESTMMP + 245 + 1, ccEndESTMMP + 245 + 5, 1)/)

integer, dimension(5)	c_wall_k4_bldgs = (/(cc, cc=ccEndESTMMP + 255 + 1, ccEndESTMMP + 255 + 5, 1)/)

integer, dimension(5)	c_wall_rhocp4_bldgs = (/(cc, cc=ccEndESTMMP + 265 + 1, ccEndESTMMP + 265 + 5, 1)/)

integer, dimension(5)	c_wall_thick5_bldgs = (/(cc, cc=ccEndESTMMP + 275 + 1, ccEndESTMMP + 275 + 5, 1)/)

integer, dimension(5)	c_wall_k5_bldgs = (/(cc, cc=ccEndESTMMP + 285 + 1, ccEndESTMMP + 285 + 5, 1)/)

integer, dimension(5)	c_wall_rhocp5_bldgs = (/(cc, cc=ccEndESTMMP + 295 + 1, ccEndESTMMP + 295 + 5, 1)/)

integer, dimension(5)	c_internal_thick1_bldgs = (/(cc, cc=ccEndESTMMP + 305 + 1, ccEndESTMMP + 305 + 5, 1)/)

integer, dimension(5)	c_internal_k1_bldgs = (/(cc, cc=ccEndESTMMP + 315 + 1, ccEndESTMMP + 315 + 5, 1)/)

integer, dimension(5)	c_internal_rhocp1_bldgs = (/(cc, cc=ccEndESTMMP + 325 + 1, ccEndESTMMP + 325 + 5, 1)/)

integer, dimension(5)	c_internal_thick2_bldgs = (/(cc, cc=ccEndESTMMP + 335 + 1, ccEndESTMMP + 335 + 5, 1)/)

integer, dimension(5)	c_internal_k2_bldgs = (/(cc, cc=ccEndESTMMP + 345 + 1, ccEndESTMMP + 345 + 5, 1)/)

integer, dimension(5)	c_internal_rhocp2_bldgs = (/(cc, cc=ccEndESTMMP + 355 + 1, ccEndESTMMP + 355 + 5, 1)/)

integer, dimension(5)	c_internal_thick3_bldgs = (/(cc, cc=ccEndESTMMP + 365 + 1, ccEndESTMMP + 365 + 5, 1)/)

integer, dimension(5)	c_internal_k3_bldgs = (/(cc, cc=ccEndESTMMP + 375 + 1, ccEndESTMMP + 375 + 5, 1)/)

integer, dimension(5)	c_internal_rhocp3_bldgs = (/(cc, cc=ccEndESTMMP + 385 + 1, ccEndESTMMP + 385 + 5, 1)/)

integer, dimension(5)	c_internal_thick4_bldgs = (/(cc, cc=ccEndESTMMP + 395 + 1, ccEndESTMMP + 395 + 5, 1)/)

integer, dimension(5)	c_internal_k4_bldgs = (/(cc, cc=ccEndESTMMP + 405 + 1, ccEndESTMMP + 405 + 5, 1)/)

integer, dimension(5)	c_internal_rhocp4_bldgs = (/(cc, cc=ccEndESTMMP + 415 + 1, ccEndESTMMP + 415 + 5, 1)/)

integer, dimension(5)	c_internal_thick5_bldgs = (/(cc, cc=ccEndESTMMP + 425 + 1, ccEndESTMMP + 425 + 5, 1)/)

integer, dimension(5)	c_internal_k5_bldgs = (/(cc, cc=ccEndESTMMP + 435 + 1, ccEndESTMMP + 435 + 5, 1)/)

integer, dimension(5)	c_internal_rhocp5_bldgs = (/(cc, cc=ccEndESTMMP + 445 + 1, ccEndESTMMP + 445 + 5, 1)/)

integer, dimension(5)	c_nroom_bldgs = (ccEndESTMMP + 44*5 + 5 + 1)

integer, dimension(5)	c_alb_ibld_bldgs = (ccEndESTMMP + 44*5 + 5 + 2)

integer, dimension(5)	c_em_ibld_bldgs = (ccEndESTMMP + 44*5 + 5 + 3)

integer, dimension(5)	c_ch_iwall_bldgs = (ccEndESTMMP + 44*5 + 5 + 4)

integer, dimension(5)	c_ch_iroof_bldgs = (ccEndESTMMP + 44*5 + 5 + 5)

integer, dimension(5)	c_ch_ibld_bldgs = (ccEndESTMMP + 44*5 + 5 + 6)

integer, parameter	maxncols_c = (ccEndESTMMP + 44*5 + 5 + 6)

integer, parameter	ccmod = 32

integer, dimension(nsurf)	cmod_state = (/(cc, cc=ccMOD + 0nsurf + 1, ccMOD + 0nsurf + nsurf, 1)/)

integer, dimension(nsurf)	cmod_soilstate = (/(cc, cc=ccMOD + 1nsurf + 1, ccMOD + 1nsurf + nsurf, 1)/)

integer, dimension(nsurf)	cmod_snowwaterstate = (/(cc, cc=ccMOD + 2nsurf + 1, ccMOD + 2nsurf + nsurf, 1)/)

integer, dimension(nsurf)	cmod_snowpack = (/(cc, cc=ccMOD + 3nsurf + 1, ccMOD + 3nsurf + nsurf, 1)/)

integer, dimension(nsurf)	cmod_snowfrac = (/(cc, cc=ccMOD + 4nsurf + 1, ccMOD + 4nsurf + nsurf, 1)/)

integer, dimension(nsurf)	cmod_snowdens = (/(cc, cc=ccMOD + 5nsurf + 1, ccMOD + 5nsurf + nsurf, 1)/)

integer, parameter	maxncols_cmod = ccMOD + 5*nsurf + nsurf

integer, parameter	ccmds = 30

integer, dimension(nsurf)	cmds_snowdens = (/(cc, cc=ccMDS + 0nsurf + 1, ccMDS + 0nsurf + nsurf, 1)/)

integer, parameter	maxncols_cmds = ccMDS + 0*nsurf + nsurf

integer, parameter	cts_iy = 1

integer, parameter	cts_id = 2

integer, parameter	cts_it = 3

integer, parameter	cts_imin = 4

integer, parameter	cts_tiair = 5

integer, parameter	cts_tsurf = 6

integer, parameter	cts_troof = 7

integer, parameter	cts_troad = 8

integer, parameter	cts_twall = 9

integer, parameter	cts_twall_n = 10

integer, parameter	cts_twall_e = 11

integer, parameter	cts_twall_s = 12

integer, parameter	cts_twall_w = 13

Variable Documentation

◆ a1

real(kind(1d0)) allocatearray::a1

Definition at line 420 of file suews_ctrl_const.f95.

420 REAL(KIND(1D0)) :: a1, a2, a3 !OHM coefficients, a1 [-]; a2 [h]; a3 [W m-2]

Referenced by rsl_module::cal_beta_rsl().

◆ a1anohm

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::a1anohm

Definition at line 481 of file suews_ctrl_const.f95.

481 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: a1AnOHM, a2AnOHM, a3AnOHM ! OHM coefficients, a1 [-]; a2 [h]; a3 [W m-2]

◆ a2

real(kind(1d0)) allocatearray::a2

Definition at line 420 of file suews_ctrl_const.f95.

Referenced by rsl_module::cal_beta_rsl(), solweig_module::clearnessindex_2013b(), and beers_module::clearnessindex_2013b().

◆ a2anohm

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::a2anohm

Definition at line 481 of file suews_ctrl_const.f95.

◆ a3

real(kind(1d0)) allocatearray::a3

Definition at line 420 of file suews_ctrl_const.f95.

Referenced by rsl_module::cal_beta_rsl(), rsl_module::rsl_cal_prms(), rsl_module::rslprofile(), and rsl_module::rslprofile_dts().

◆ a3anohm

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::a3anohm

Definition at line 481 of file suews_ctrl_const.f95.

◆ addwater

real(kind(1d0)), dimension(nsurf) allocatearray::addwater

Definition at line 230 of file suews_ctrl_const.f95.

230 REAL(KIND(1D0)), DIMENSION(nsurf) :: AddWater !Water from other surfaces (WGWaterDist in SUEWS_ReDistributeWater.f95) [mm]

◆ addwaterrunoff

real(kind(1d0)), dimension(nsurf) allocatearray::addwaterrunoff

Definition at line 231 of file suews_ctrl_const.f95.

231 REAL(KIND(1D0)), DIMENSION(nsurf) :: AddWaterRunoff !Fraction of water going to runoff/sub-surface soil (WGWaterDist) [-]

◆ aggreguse

character(len=3*ncolumnsdataoutsuews) allocatearray::aggreguse

Definition at line 127 of file suews_ctrl_const.f95.

127 CHARACTER(len=3*ncolumnsDataOutSUEWS) :: AggregUse

◆ ahprof_24hr

real(kind(1d0)), dimension(0:23, 2) allocatearray::ahprof_24hr

Definition at line 195 of file suews_ctrl_const.f95.

195 REAL(KIND(1D0)), DIMENSION(0:23, 2) :: AHProf_24hr !Anthropogenic heat profiles for (1)weekdays / (2)weekends

◆ air_ext_lw

real(kind(1d0)) allocatearray::air_ext_lw

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ air_ext_sw

real(kind(1d0)) allocatearray::air_ext_sw

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ air_ssa_lw

real(kind(1d0)) allocatearray::air_ssa_lw

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ air_ssa_sw

real(kind(1d0)) allocatearray::air_ssa_sw

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ alb

real(kind(1d0)), dimension(nsurf) allocatearray::alb

Definition at line 386 of file suews_ctrl_const.f95.

386 REAL(KIND(1D0)), DIMENSION(nsurf) :: alb !Albedo of each surface type [-]

Referenced by estm_module::estm_translate().

◆ alb_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::alb_roof

Definition at line 501 of file suews_ctrl_const.f95.

501 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: alb_roof

Referenced by estm_module::load_gridlayout().

◆ alb_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::alb_roof_grids

Definition at line 516 of file suews_ctrl_const.f95.

516 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: alb_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ alb_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::alb_wall

Definition at line 532 of file suews_ctrl_const.f95.

532 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: alb_wall

Referenced by estm_module::load_gridlayout().

◆ alb_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::alb_wall_grids

Definition at line 547 of file suews_ctrl_const.f95.

547 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: alb_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ albdectr_id

real(kind(1d0)) allocatearray::albdectr_id

Definition at line 333 of file suews_ctrl_const.f95.

333 REAL(KIND(1D0)) :: albDecTr_id

◆ albdectr_id_grids

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::albdectr_id_grids

Definition at line 327 of file suews_ctrl_const.f95.

327 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: albDecTr_id_grids

◆ albevetr_id

real(kind(1d0)) allocatearray::albevetr_id

Definition at line 334 of file suews_ctrl_const.f95.

334 REAL(KIND(1D0)) :: albEveTr_id

◆ albevetr_id_grids

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::albevetr_id_grids

Definition at line 328 of file suews_ctrl_const.f95.

328 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: albEveTr_id_grids

◆ albgrass_id

real(kind(1d0)) allocatearray::albgrass_id

Definition at line 335 of file suews_ctrl_const.f95.

335 REAL(KIND(1D0)) :: albGrass_id

◆ albgrass_id_grids

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::albgrass_id_grids

Definition at line 329 of file suews_ctrl_const.f95.

329 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: albGrass_id_grids

◆ albmax_dectr

real(kind(1d0)) allocatearray::albmax_dectr

Definition at line 292 of file suews_ctrl_const.f95.

◆ albmax_evetr

real(kind(1d0)) allocatearray::albmax_evetr

Definition at line 292 of file suews_ctrl_const.f95.

◆ albmax_grass

real(kind(1d0)) allocatearray::albmax_grass

Definition at line 292 of file suews_ctrl_const.f95.

◆ albmin_dectr

real(kind(1d0)) allocatearray::albmin_dectr

Definition at line 292 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)) :: AlbMin_DecTr, & !Min albedo for deciduous trees [-]
                      AlbMax_DecTr, & !Max albedo for deciduous trees [-]
                      CapMin_dec, & !Min storage capacity for deciduous trees [mm] (from input information)
                      CapMax_dec, & !Max storage capacity for deciduous trees [mm] (from input information)
                      PorMin_dec, & !Min porosity for deciduous trees
                      PorMax_dec, & !Max porosity for deciduous trees
                      AlbMin_EveTr, & !Min albedo for evergreen trees [-]
                      AlbMax_EveTr, & !Max albedo for evergreen trees [-]
                      AlbMin_Grass, & !Min albedo for grass [-]
                      AlbMax_Grass !Max albedo for grass [-]

◆ albmin_evetr

real(kind(1d0)) allocatearray::albmin_evetr

Definition at line 292 of file suews_ctrl_const.f95.

◆ albmin_grass

real(kind(1d0)) allocatearray::albmin_grass

Definition at line 292 of file suews_ctrl_const.f95.

◆ alpha_bioco2

real(kind(1d0)), dimension(nvegsurf) allocatearray::alpha_bioco2

Definition at line 369 of file suews_ctrl_const.f95.

◆ alpha_enh_bioco2

real(kind(1d0)), dimension(nvegsurf) allocatearray::alpha_enh_bioco2

Definition at line 369 of file suews_ctrl_const.f95.

◆ anthropogenic_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::anthropogenic_coeff

Definition at line 140 of file suews_ctrl_const.f95.

140 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Anthropogenic_Coeff !Coefficients for AnthropogenicEmissions

Referenced by codematchanthropogenic().

◆ baset

real(kind(1d0)), dimension(nvegsurf) allocatearray::baset

Definition at line 357 of file suews_ctrl_const.f95.

357 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: BaseT !Base temperature for growing degree days [degC]

◆ basete

real(kind(1d0)), dimension(nvegsurf) allocatearray::basete

Definition at line 358 of file suews_ctrl_const.f95.

358 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: BaseTe !Base temperature for senescence degree days [degC]

◆ beta_bioco2

real(kind(1d0)), dimension(nvegsurf) allocatearray::beta_bioco2

Definition at line 369 of file suews_ctrl_const.f95.

◆ beta_enh_bioco2

real(kind(1d0)), dimension(nvegsurf) allocatearray::beta_enh_bioco2

Definition at line 369 of file suews_ctrl_const.f95.

◆ biogen_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::biogen_coeff

Definition at line 144 of file suews_ctrl_const.f95.

144 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Biogen_Coeff !Coefficients for BiogenCO2

Referenced by codematchbiogen().

◆ biogenco2code

real(kind(1d0)), dimension(nvegsurf) allocatearray::biogenco2code

Definition at line 369 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)), DIMENSION(nvegsurf) :: BiogenCO2Code, & !Biogenic CO2 Code for SUEWS_BiogenCO2.txt
                                           alpha_bioCO2, &
                                           beta_bioCO2, &
                                           theta_bioCO2, &
                                           alpha_enh_bioCO2, &
                                           beta_enh_bioCO2, &
                                           resp_a, &
                                           resp_b, &
                                           min_res_bioCO2

◆ bldgsurf

◆ boanohmend

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::boanohmend

Definition at line 484 of file suews_ctrl_const.f95.

484 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: BoAnOHMEnd ! final Bo for interation [-]

◆ boanohmstart

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::boanohmstart

Definition at line 483 of file suews_ctrl_const.f95.

483 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: BoAnOHMStart ! initial Bo for interation [-]

◆ bsoilsurf

integer, parameter allocatearray::bsoilsurf = 6

Definition at line 46 of file suews_ctrl_const.f95.

Referenced by waterdist_module::cal_water_storage(), ehc_module::ehc(), estm_module::estm_translate(), spartacus_module::spartacus(), suews_driver::suews_cal_biogenco2(), suews_driver::suews_cal_biogenco2_dts(), suews_driver::suews_cal_main_dts(), and waterdist_module::updateflood().

◆ building_frac

real(kind(1d0)), dimension(:), allocatable allocatearray::building_frac

Definition at line 577 of file suews_ctrl_const.f95.

577 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: building_frac

Referenced by estm_module::load_gridlayout().

◆ building_frac_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::building_frac_grids

Definition at line 592 of file suews_ctrl_const.f95.

592 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: building_frac_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ building_scale

real(kind(1d0)), dimension(:), allocatable allocatearray::building_scale

Definition at line 579 of file suews_ctrl_const.f95.

579 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: building_scale

Referenced by estm_module::load_gridlayout().

◆ building_scale_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::building_scale_grids

Definition at line 594 of file suews_ctrl_const.f95.

594 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: building_scale_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ bulkalbedo

real(kind(1d0)) allocatearray::bulkalbedo

Definition at line 389 of file suews_ctrl_const.f95.

389 REAL(KIND(1D0)) :: bulkalbedo !Bulk albedo for whole surface (areally-weighted)

◆ c_a1_sdry

integer, dimension(nsurfincsnow) allocatearray::c_a1_sdry = (/(cc, cc=ccEndGs + 7*nsurfIncSnow + 1, ccEndGs + 7*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 739 of file suews_ctrl_const.f95.

739 INTEGER, DIMENSION(nsurfIncSnow) :: c_a1_SDry = (/(cc, cc=ccendgs + 7*nsurfincsnow + 1, &

740 ccendgs + 7*nsurfincsnow + nsurfincsnow, 1)/) !OHM a1 (summer dry)

◆ c_a1_swet

integer, dimension(nsurfincsnow) allocatearray::c_a1_swet = (/(cc, cc=ccEndGs + 4*nsurfIncSnow + 1, ccEndGs + 4*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 733 of file suews_ctrl_const.f95.

733 INTEGER, DIMENSION(nsurfIncSnow) :: c_a1_SWet = (/(cc, cc=ccendgs + 4*nsurfincsnow + 1, &

734 ccendgs + 4*nsurfincsnow + nsurfincsnow, 1)/) !OHM a1 (summer wet)

◆ c_a1_wdry

integer, dimension(nsurfincsnow) allocatearray::c_a1_wdry = (/(cc, cc=ccEndGs + 13*nsurfIncSnow + 1, ccEndGs + 13*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 751 of file suews_ctrl_const.f95.

751 INTEGER, DIMENSION(nsurfIncSnow) :: c_a1_WDry = (/(cc, cc=ccendgs + 13*nsurfincsnow + 1, &

752 ccendgs + 13*nsurfincsnow + nsurfincsnow, 1)/) !OHM a1 (winter dry)

◆ c_a1_wwet

integer, dimension(nsurfincsnow) allocatearray::c_a1_wwet = (/(cc, cc=ccEndGs + 10*nsurfIncSnow + 1, ccEndGs + 10*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 745 of file suews_ctrl_const.f95.

745 INTEGER, DIMENSION(nsurfIncSnow) :: c_a1_WWet = (/(cc, cc=ccendgs + 10*nsurfincsnow + 1, &

746 ccendgs + 10*nsurfincsnow + nsurfincsnow, 1)/) !OHM a1 (winter wet)

◆ c_a2_sdry

integer, dimension(nsurfincsnow) allocatearray::c_a2_sdry = (/(cc, cc=ccEndGs + 8*nsurfIncSnow + 1, ccEndGs + 8*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 741 of file suews_ctrl_const.f95.

741 INTEGER, DIMENSION(nsurfIncSnow) :: c_a2_SDry = (/(cc, cc=ccendgs + 8*nsurfincsnow + 1, &

742 ccendgs + 8*nsurfincsnow + nsurfincsnow, 1)/) !OHM a2 (summer dry)

◆ c_a2_swet

integer, dimension(nsurfincsnow) allocatearray::c_a2_swet = (/(cc, cc=ccEndGs + 5*nsurfIncSnow + 1, ccEndGs + 5*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 735 of file suews_ctrl_const.f95.

735 INTEGER, DIMENSION(nsurfIncSnow) :: c_a2_SWet = (/(cc, cc=ccendgs + 5*nsurfincsnow + 1, &

736 ccendgs + 5*nsurfincsnow + nsurfincsnow, 1)/) !OHM a2 (summer wet)

◆ c_a2_wdry

integer, dimension(nsurfincsnow) allocatearray::c_a2_wdry = (/(cc, cc=ccEndGs + 14*nsurfIncSnow + 1, ccEndGs + 14*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 753 of file suews_ctrl_const.f95.

753 INTEGER, DIMENSION(nsurfIncSnow) :: c_a2_WDry = (/(cc, cc=ccendgs + 14*nsurfincsnow + 1, &

754 ccendgs + 14*nsurfincsnow + nsurfincsnow, 1)/) !OHM a2 (winter dry)

◆ c_a2_wwet

integer, dimension(nsurfincsnow) allocatearray::c_a2_wwet = (/(cc, cc=ccEndGs + 11*nsurfIncSnow + 1, ccEndGs + 11*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 747 of file suews_ctrl_const.f95.

747 INTEGER, DIMENSION(nsurfIncSnow) :: c_a2_WWet = (/(cc, cc=ccendgs + 11*nsurfincsnow + 1, &

748 ccendgs + 11*nsurfincsnow + nsurfincsnow, 1)/) !OHM a2 (winter wet)

◆ c_a3_sdry

integer, dimension(nsurfincsnow) allocatearray::c_a3_sdry = (/(cc, cc=ccEndGs + 9*nsurfIncSnow + 1, ccEndGs + 9*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 743 of file suews_ctrl_const.f95.

743 INTEGER, DIMENSION(nsurfIncSnow) :: c_a3_SDry = (/(cc, cc=ccendgs + 9*nsurfincsnow + 1, &

744 ccendgs + 9*nsurfincsnow + nsurfincsnow, 1)/) !OHM a3 (summer dry)

◆ c_a3_swet

integer, dimension(nsurfincsnow) allocatearray::c_a3_swet = (/(cc, cc=ccEndGs + 6*nsurfIncSnow + 1, ccEndGs + 6*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 737 of file suews_ctrl_const.f95.

737 INTEGER, DIMENSION(nsurfIncSnow) :: c_a3_SWet = (/(cc, cc=ccendgs + 6*nsurfincsnow + 1, &

738 ccendgs + 6*nsurfincsnow + nsurfincsnow, 1)/) !OHM a3 (summer wet)

◆ c_a3_wdry

integer, dimension(nsurfincsnow) allocatearray::c_a3_wdry = (/(cc, cc=ccEndGs + 15*nsurfIncSnow + 1, ccEndGs + 15*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 755 of file suews_ctrl_const.f95.

755 INTEGER, DIMENSION(nsurfIncSnow) :: c_a3_WDry = (/(cc, cc=ccendgs + 15*nsurfincsnow + 1, &

756 ccendgs + 15*nsurfincsnow + nsurfincsnow, 1)/) !OHM a3 (winter dry)

◆ c_a3_wwet

integer, dimension(nsurfincsnow) allocatearray::c_a3_wwet = (/(cc, cc=ccEndGs + 12*nsurfIncSnow + 1, ccEndGs + 12*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 749 of file suews_ctrl_const.f95.

749 INTEGER, DIMENSION(nsurfIncSnow) :: c_a3_WWet = (/(cc, cc=ccendgs + 12*nsurfincsnow + 1, &

750 ccendgs + 12*nsurfincsnow + nsurfincsnow, 1)/) !OHM a3 (winter wet)

◆ c_ahmin_wd

integer allocatearray::c_ahmin_wd = (ccEndO + 8)

Definition at line 778 of file suews_ctrl_const.f95.

778 INTEGER :: c_AHMin_WD = (ccendo + 8)

◆ c_ahmin_we

integer allocatearray::c_ahmin_we = (ccEndO + 9)

Definition at line 779 of file suews_ctrl_const.f95.

779 INTEGER :: c_AHMin_WE = (ccendo + 9)

◆ c_ahslopecooling_wd

integer allocatearray::c_ahslopecooling_wd = (ccEndO + 12)

Definition at line 782 of file suews_ctrl_const.f95.

782 INTEGER :: c_AHSlopeCooling_WD = (ccendo + 12)

◆ c_ahslopecooling_we

integer allocatearray::c_ahslopecooling_we = (ccEndO + 13)

Definition at line 783 of file suews_ctrl_const.f95.

783 INTEGER :: c_AHSlopeCooling_WE = (ccendo + 13)

◆ c_ahslopeheating_wd

integer allocatearray::c_ahslopeheating_wd = (ccEndO + 10)

Definition at line 780 of file suews_ctrl_const.f95.

780 INTEGER :: c_AHSlopeHeating_WD = (ccendo + 10)

◆ c_ahslopeheating_we

integer allocatearray::c_ahslopeheating_we = (ccEndO + 11)

Definition at line 781 of file suews_ctrl_const.f95.

781 INTEGER :: c_AHSlopeHeating_WE = (ccendo + 11)

◆ c_alb_ibld

integer allocatearray::c_alb_ibld = (ccEndESTMB + 32)

Definition at line 925 of file suews_ctrl_const.f95.

925 INTEGER :: c_alb_ibld = (ccendestmb + 32)

◆ c_alb_ibld_bldgs

integer, dimension(5) allocatearray::c_alb_ibld_bldgs = (ccEndESTMMP + 44*5 + 5 + 2)

Definition at line 997 of file suews_ctrl_const.f95.

997 INTEGER, DIMENSION(5) :: c_alb_ibld_Bldgs = (ccendestmmp + 44*5 + 5 + 2)

◆ c_albmax

integer, dimension(nsurf) allocatearray::c_albmax = (/(cc, cc=ccEndSI + 1*nsurf + 1, ccEndSI + 1*nsurf + nsurf, 1)/)

Definition at line 626 of file suews_ctrl_const.f95.

626 INTEGER, DIMENSION(nsurf) :: c_AlbMax = (/(cc, cc=ccendsi + 1*nsurf + 1, ccendsi + 1*nsurf + nsurf, 1)/) !Max. albedo

◆ c_albmin

integer, dimension(nsurf) allocatearray::c_albmin = (/(cc, cc=ccEndSI + 0*nsurf + 1, ccEndSI + 0*nsurf + nsurf, 1)/)

Definition at line 625 of file suews_ctrl_const.f95.

625 INTEGER, DIMENSION(nsurf) :: c_AlbMin = (/(cc, cc=ccendsi + 0*nsurf + 1, ccendsi + 0*nsurf + nsurf, 1)/) !Min. albedo

◆ c_alpha_bioco2

integer, dimension(nvegsurf) allocatearray::c_alpha_bioco2 = (/(cc, cc=cBEndWG + 0*nvegsurf + 1, cBEndWG + 0*nvegsurf + nvegsurf, 1)/)

Definition at line 861 of file suews_ctrl_const.f95.

861 INTEGER, DIMENSION(nvegsurf) :: c_alpha_bioCO2 = (/(cc, cc=cbendwg + 0*nvegsurf + 1, cbendwg + 0*nvegsurf + nvegsurf, 1)/)

◆ c_alpha_enh_bioco2

integer, dimension(nvegsurf) allocatearray::c_alpha_enh_bioco2 = (/(cc, cc=cBEndWG + 3*nvegsurf + 1, cBEndWG + 3*nvegsurf + nvegsurf, 1)/)

Definition at line 864 of file suews_ctrl_const.f95.

864 INTEGER, DIMENSION(nvegsurf) :: c_alpha_enh_bioCO2 = (/(cc, cc=cbendwg + 3*nvegsurf + 1, cbendwg + 3*nvegsurf + nvegsurf, 1)/)

◆ c_baset

integer, dimension(nvegsurf) allocatearray::c_baset = (/(cc, cc=ccEndI + 0*nvegsurf + 1, ccEndI + 0*nvegsurf + nvegsurf, 1)/)

Definition at line 650 of file suews_ctrl_const.f95.

650 INTEGER, DIMENSION(NVegSurf) :: c_BaseT = (/(cc, cc=ccendi + 0*nvegsurf + 1, ccendi + 0*nvegsurf + nvegsurf, 1)/) !Base temp. for leaf-on

◆ c_baset_hc

integer allocatearray::c_baset_hc = (ccEndO + 1)

Definition at line 771 of file suews_ctrl_const.f95.

771 INTEGER :: c_BaseT_HC = (ccendo + 1)

◆ c_basete

integer, dimension(nvegsurf) allocatearray::c_basete = (/(cc, cc=ccEndI + 1*nvegsurf + 1, ccEndI + 1*nvegsurf + nvegsurf, 1)/)

Definition at line 651 of file suews_ctrl_const.f95.

651 INTEGER, DIMENSION(NVegSurf) :: c_BaseTe = (/(cc, cc=ccendi + 1*nvegsurf + 1, ccendi + 1*nvegsurf + nvegsurf, 1)/) !Base temp. for leaf-off

◆ c_beta_bioco2

integer, dimension(nvegsurf) allocatearray::c_beta_bioco2 = (/(cc, cc=cBEndWG + 1*nvegsurf + 1, cBEndWG + 1*nvegsurf + nvegsurf, 1)/)

Definition at line 862 of file suews_ctrl_const.f95.

862 INTEGER, DIMENSION(nvegsurf) :: c_beta_bioCO2 = (/(cc, cc=cbendwg + 1*nvegsurf + 1, cbendwg + 1*nvegsurf + nvegsurf, 1)/)

◆ c_beta_enh_bioco2

integer, dimension(nvegsurf) allocatearray::c_beta_enh_bioco2 = (/(cc, cc=cBEndWG + 4*nvegsurf + 1, cBEndWG + 4*nvegsurf + nvegsurf, 1)/)

Definition at line 865 of file suews_ctrl_const.f95.

865 INTEGER, DIMENSION(nvegsurf) :: c_beta_enh_bioCO2 = (/(cc, cc=cbendwg + 4*nvegsurf + 1, cbendwg + 4*nvegsurf + nvegsurf, 1)/)

◆ c_biogenco2code

integer, dimension(nvegsurf) allocatearray::c_biogenco2code = (/(cc, cc=ccEndI + 14*nvegsurf + 1, ccEndI + 14*nvegsurf + nvegsurf, 1)/)

Definition at line 664 of file suews_ctrl_const.f95.

664 INTEGER, DIMENSION(NVegSurf) :: c_BiogenCO2Code = (/(cc, cc=ccendi + 14*nvegsurf + 1, ccendi + 14*nvegsurf + nvegsurf, 1)/) !Biogenic CO2 Code

◆ c_ch_ibld

integer allocatearray::c_ch_ibld = (ccEndESTMB + 36)

Definition at line 929 of file suews_ctrl_const.f95.

929 INTEGER :: c_CH_ibld = (ccendestmb + 36)

◆ c_ch_ibld_bldgs

integer, dimension(5) allocatearray::c_ch_ibld_bldgs = (ccEndESTMMP + 44*5 + 5 + 6)

Definition at line 1001 of file suews_ctrl_const.f95.

1001 INTEGER, DIMENSION(5) :: c_CH_ibld_Bldgs = (ccendestmmp + 44*5 + 5 + 6)

◆ c_ch_iroof

integer allocatearray::c_ch_iroof = (ccEndESTMB + 35)

Definition at line 928 of file suews_ctrl_const.f95.

928 INTEGER :: c_CH_iroof = (ccendestmb + 35)

◆ c_ch_iroof_bldgs

integer, dimension(5) allocatearray::c_ch_iroof_bldgs = (ccEndESTMMP + 44*5 + 5 + 5)

Definition at line 1000 of file suews_ctrl_const.f95.

1000 INTEGER, DIMENSION(5) :: c_CH_iroof_Bldgs = (ccendestmmp + 44*5 + 5 + 5)

◆ c_ch_iwall

integer allocatearray::c_ch_iwall = (ccEndESTMB + 34)

Definition at line 927 of file suews_ctrl_const.f95.

927 INTEGER :: c_CH_iwall = (ccendestmb + 34)

◆ c_ch_iwall_bldgs

integer, dimension(5) allocatearray::c_ch_iwall_bldgs = (ccEndESTMMP + 44*5 + 5 + 4)

Definition at line 999 of file suews_ctrl_const.f95.

999 INTEGER, DIMENSION(5) :: c_CH_iwall_Bldgs = (ccendestmmp + 44*5 + 5 + 4)

◆ c_chanohm

integer, dimension(nsurf) allocatearray::c_chanohm = (/(cc, cc=ccEndSI + 15*nsurf + 1, ccEndSI + 15*nsurf + nsurf, 1)/)

Definition at line 644 of file suews_ctrl_const.f95.

644 INTEGER, DIMENSION(nsurf) :: c_ChAnOHM = (/(cc, cc=ccendsi + 15*nsurf + 1, ccendsi + 15*nsurf + nsurf, 1)/) !bulk transfer coef., AnOHM TS

◆ c_co2mwd

integer allocatearray::c_co2mwd = (ccEndO + 20)

Definition at line 790 of file suews_ctrl_const.f95.

790 INTEGER :: c_CO2mWD = (ccendo + 20)

◆ c_co2mwe

integer allocatearray::c_co2mwe = (ccEndO + 21)

Definition at line 791 of file suews_ctrl_const.f95.

791 INTEGER :: c_CO2mWE = (ccendo + 21)

◆ c_co2pointsource

integer allocatearray::c_co2pointsource = (ccEndO + 37)

Definition at line 807 of file suews_ctrl_const.f95.

807 INTEGER :: c_CO2PointSource = (ccendo + 37)

◆ c_cpanohm

integer, dimension(nsurf) allocatearray::c_cpanohm = (/(cc, cc=ccEndSI + 13*nsurf + 1, ccEndSI + 13*nsurf + nsurf, 1)/)

Definition at line 642 of file suews_ctrl_const.f95.

642 INTEGER, DIMENSION(nsurf) :: c_CpAnOHM = (/(cc, cc=ccendsi + 13*nsurf + 1, ccendsi + 13*nsurf + nsurf, 1)/) !heat capacity, AnOHM TS

◆ c_daywat

integer, dimension(7) allocatearray::c_daywat = (/(cc, cc=ccEndA + 11 + 0*7 + 1, ccEndA + 11 + 0*7 + 7, 1)/)

Definition at line 821 of file suews_ctrl_const.f95.

821 INTEGER, DIMENSION(7) :: c_DayWat = (/(cc, cc=ccenda + 11 + 0*7 + 1, ccenda + 11 + 0*7 + 7, 1)/) ! Irrigation allowed on each day

◆ c_daywatper

integer, dimension(7) allocatearray::c_daywatper = (/(cc, cc=ccEndA + 11 + 1*7 + 1, ccEndA + 11 + 1*7 + 7, 1)/)

Definition at line 822 of file suews_ctrl_const.f95.

822 INTEGER, DIMENSION(7) :: c_DayWatPer = (/(cc, cc=ccenda + 11 + 1*7 + 1, ccenda + 11 + 1*7 + 7, 1)/) ! Fraction properties using irrigation allowed on each day

◆ c_drcoef1

integer, dimension(nsurf) allocatearray::c_drcoef1 = (/(cc, cc=ccEndSI + 8*nsurf + 1, ccEndSI + 8*nsurf + nsurf, 1)/)

Definition at line 633 of file suews_ctrl_const.f95.

633 INTEGER, DIMENSION(nsurf) :: c_DrCoef1 = (/(cc, cc=ccendsi + 8*nsurf + 1, ccendsi + 8*nsurf + nsurf, 1)/) !Drainage coef. 1

◆ c_drcoef2

integer, dimension(nsurf) allocatearray::c_drcoef2 = (/(cc, cc=ccEndSI + 9*nsurf + 1, ccEndSI + 9*nsurf + nsurf, 1)/)

Definition at line 634 of file suews_ctrl_const.f95.

634 INTEGER, DIMENSION(nsurf) :: c_DrCoef2 = (/(cc, cc=ccendsi + 9*nsurf + 1, ccendsi + 9*nsurf + nsurf, 1)/) !Drainage coef. 2

◆ c_dreq

integer, dimension(nsurf) allocatearray::c_dreq = (/(cc, cc=ccEndSI + 7*nsurf + 1, ccEndSI + 7*nsurf + nsurf, 1)/)

Definition at line 632 of file suews_ctrl_const.f95.

632 INTEGER, DIMENSION(nsurf) :: c_DrEq = (/(cc, cc=ccendsi + 7*nsurf + 1, ccendsi + 7*nsurf + nsurf, 1)/) !Drainage equation

◆ c_ef_umolco2perj

integer allocatearray::c_ef_umolco2perj = (ccEndO + 33)

Definition at line 803 of file suews_ctrl_const.f95.

803 INTEGER :: c_EF_umolCO2perJ = (ccendo + 33)

◆ c_em_ibld

integer allocatearray::c_em_ibld = (ccEndESTMB + 33)

Definition at line 926 of file suews_ctrl_const.f95.

926 INTEGER :: c_em_ibld = (ccendestmb + 33)

◆ c_em_ibld_bldgs

integer, dimension(5) allocatearray::c_em_ibld_bldgs = (ccEndESTMMP + 44*5 + 5 + 3)

Definition at line 998 of file suews_ctrl_const.f95.

998 INTEGER, DIMENSION(5) :: c_em_ibld_Bldgs = (ccendestmmp + 44*5 + 5 + 3)

◆ c_emis

integer, dimension(nsurf) allocatearray::c_emis = (/(cc, cc=ccEndSI + 2*nsurf + 1, ccEndSI + 2*nsurf + nsurf, 1)/)

Definition at line 627 of file suews_ctrl_const.f95.

627 INTEGER, DIMENSION(nsurf) :: c_Emis = (/(cc, cc=ccendsi + 2*nsurf + 1, ccendsi + 2*nsurf + nsurf, 1)/) !Emissivity

◆ c_enef_v_jkm

integer allocatearray::c_enef_v_jkm = (ccEndO + 34)

Definition at line 804 of file suews_ctrl_const.f95.

804 INTEGER :: c_EnEF_v_Jkm = (ccendo + 34)

◆ c_enprofwd

integer allocatearray::c_enprofwd = (ccEndO + 18)

Definition at line 788 of file suews_ctrl_const.f95.

788 INTEGER :: c_EnProfWD = (ccendo + 18)

◆ c_enprofwe

integer allocatearray::c_enprofwe = (ccEndO + 19)

Definition at line 789 of file suews_ctrl_const.f95.

789 INTEGER :: c_EnProfWE = (ccendo + 19)

◆ c_estmcode

integer, dimension(nsurfincsnow) allocatearray::c_estmcode = (/(cc, cc=ccEndGs + 18*nsurfIncSnow + 1, ccEndGs + 18*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 764 of file suews_ctrl_const.f95.

764 INTEGER, DIMENSION(nsurfIncSnow) :: c_ESTMCode = (/(cc, cc=ccendgs + 18*nsurfincsnow + 1, &

765 ccendgs + 18*nsurfincsnow + nsurfincsnow, 1)/) !ESTM code

Referenced by codematchestm().

◆ c_faut

integer allocatearray::c_faut = (ccEndA + 4)

Definition at line 817 of file suews_ctrl_const.f95.

817 INTEGER :: c_Faut = (ccenda + 4)

◆ c_fcef_v_kgkmwd

integer allocatearray::c_fcef_v_kgkmwd = (ccEndO + 35)

Definition at line 805 of file suews_ctrl_const.f95.

805 INTEGER :: c_FcEF_v_kgkmWD = (ccendo + 35)

◆ c_fcef_v_kgkmwe

integer allocatearray::c_fcef_v_kgkmwe = (ccEndO + 36)

Definition at line 806 of file suews_ctrl_const.f95.

806 INTEGER :: c_FcEF_v_kgkmWE = (ccendo + 36)

◆ c_frfossilfuel_heat

integer allocatearray::c_frfossilfuel_heat = (ccEndO + 31)

Definition at line 801 of file suews_ctrl_const.f95.

801 INTEGER :: c_FrFossilFuel_Heat = (ccendo + 31)

◆ c_frfossilfuel_nonheat

integer allocatearray::c_frfossilfuel_nonheat = (ccEndO + 32)

Definition at line 802 of file suews_ctrl_const.f95.

802 INTEGER :: c_FrFossilFuel_NonHeat = (ccendo + 32)

◆ c_frpddwe

integer allocatearray::c_frpddwe = (ccEndO + 30)

Definition at line 800 of file suews_ctrl_const.f95.

800 INTEGER :: c_FrPDDwe = (ccendo + 30)

◆ c_gddfull

integer, dimension(nvegsurf) allocatearray::c_gddfull = (/(cc, cc=ccEndI + 2*nvegsurf + 1, ccEndI + 2*nvegsurf + nvegsurf, 1)/)

Definition at line 652 of file suews_ctrl_const.f95.

652 INTEGER, DIMENSION(NVegSurf) :: c_GDDFull = (/(cc, cc=ccendi + 2*nvegsurf + 1, ccendi + 2*nvegsurf + nvegsurf, 1)/) !GDD for full LAI

◆ c_gsg1

integer allocatearray::c_gsg1 = (ccEndSo + 1)

Definition at line 708 of file suews_ctrl_const.f95.

708 INTEGER :: c_GsG1 = (ccendso + 1)

◆ c_gsg2

integer allocatearray::c_gsg2 = (ccEndSo + 2)

Definition at line 709 of file suews_ctrl_const.f95.

709 INTEGER :: c_GsG2 = (ccendso + 2)

◆ c_gsg3

integer allocatearray::c_gsg3 = (ccEndSo + 3)

Definition at line 710 of file suews_ctrl_const.f95.

710 INTEGER :: c_GsG3 = (ccendso + 3)

◆ c_gsg4

integer allocatearray::c_gsg4 = (ccEndSo + 4)

Definition at line 711 of file suews_ctrl_const.f95.

711 INTEGER :: c_GsG4 = (ccendso + 4)

◆ c_gsg5

integer allocatearray::c_gsg5 = (ccEndSo + 5)

Definition at line 712 of file suews_ctrl_const.f95.

712 INTEGER :: c_GsG5 = (ccendso + 5)

◆ c_gsg6

integer allocatearray::c_gsg6 = (ccEndSo + 6)

Definition at line 713 of file suews_ctrl_const.f95.

713 INTEGER :: c_GsG6 = (ccendso + 6)

◆ c_gskmax

integer allocatearray::c_gskmax = (ccEndSo + 11)

Definition at line 718 of file suews_ctrl_const.f95.

718 INTEGER :: c_GsKmax = (ccendso + 11)

◆ c_gsmax

integer, dimension(nvegsurf) allocatearray::c_gsmax = (/(cc, cc=ccEndI + 8*nvegsurf + 1, ccEndI + 8*nvegsurf + nvegsurf, 1)/)

Definition at line 658 of file suews_ctrl_const.f95.

658 INTEGER, DIMENSION(NVegSurf) :: c_GsMax = (/(cc, cc=ccendi + 8*nvegsurf + 1, ccendi + 8*nvegsurf + nvegsurf, 1)/) !Max. conductance

◆ c_gsmodel

integer allocatearray::c_gsmodel = (ccEndSo + 12)

Definition at line 719 of file suews_ctrl_const.f95.

719 INTEGER :: c_gsModel = (ccendso + 12)

◆ c_gss1

integer allocatearray::c_gss1 = (ccEndSo + 9)

Definition at line 716 of file suews_ctrl_const.f95.

716 INTEGER :: c_GsS1 = (ccendso + 9)

◆ c_gss2

integer allocatearray::c_gss2 = (ccEndSo + 10)

Definition at line 717 of file suews_ctrl_const.f95.

717 INTEGER :: c_GsS2 = (ccendso + 10)

◆ c_gsth

integer allocatearray::c_gsth = (ccEndSo + 7)

Definition at line 714 of file suews_ctrl_const.f95.

714 INTEGER :: c_GsTH = (ccendso + 7)

◆ c_gstl

integer allocatearray::c_gstl = (ccEndSo + 8)

Definition at line 715 of file suews_ctrl_const.f95.

715 INTEGER :: c_GsTL = (ccendso + 8)

◆ c_h_maintain

integer allocatearray::c_h_maintain = (ccEndA + 5)

Definition at line 818 of file suews_ctrl_const.f95.

818 INTEGER :: c_h_maintain = (ccenda + 5)

◆ c_hrprofenusewd

integer, dimension(24) allocatearray::c_hrprofenusewd = (/(cc, cc=ccEndIr + 0*24 + 1, ccEndIr + 0*24 + 24, 1)/)

Definition at line 828 of file suews_ctrl_const.f95.

828 INTEGER, DIMENSION(24) :: c_HrProfEnUseWD = (/(cc, cc=ccendir + 0*24 + 1, ccendir + 0*24 + 24, 1)/) ! Energy use, weekdays

◆ c_hrprofenusewe

integer, dimension(24) allocatearray::c_hrprofenusewe = (/(cc, cc=ccEndIr + 1*24 + 1, ccEndIr + 1*24 + 24, 1)/)

Definition at line 829 of file suews_ctrl_const.f95.

829 INTEGER, DIMENSION(24) :: c_HrProfEnUseWE = (/(cc, cc=ccendir + 1*24 + 1, ccendir + 1*24 + 24, 1)/) ! Energy use, weekends

◆ c_hrprofhumactivitywd

integer, dimension(24) allocatearray::c_hrprofhumactivitywd = (/(cc, cc=ccEndIr + 8*24 + 1, ccEndIr + 8*24 + 24, 1)/)

Definition at line 836 of file suews_ctrl_const.f95.

836 INTEGER, DIMENSION(24) :: c_HrProfHumActivityWD = (/(cc, cc=ccendir + 8*24 + 1, ccendir + 8*24 + 24, 1)/) ! Human activity, weekdays

◆ c_hrprofhumactivitywe

integer, dimension(24) allocatearray::c_hrprofhumactivitywe = (/(cc, cc=ccEndIr + 9*24 + 1, ccEndIr + 9*24 + 24, 1)/)

Definition at line 837 of file suews_ctrl_const.f95.

837 INTEGER, DIMENSION(24) :: c_HrProfHumActivityWE = (/(cc, cc=ccendir + 9*24 + 1, ccendir + 9*24 + 24, 1)/) ! Human activity, weekends

◆ c_hrprofpopwd

integer, dimension(24) allocatearray::c_hrprofpopwd = (/(cc, cc=ccEndIr + 12*24 + 1, ccEndIr + 12*24 + 24, 1)/)

Definition at line 840 of file suews_ctrl_const.f95.

840 INTEGER, DIMENSION(24) :: c_HrProfPopWD = (/(cc, cc=ccendir + 12*24 + 1, ccendir + 12*24 + 24, 1)/) ! Population, weekdays

◆ c_hrprofpopwe

integer, dimension(24) allocatearray::c_hrprofpopwe = (/(cc, cc=ccEndIr + 13*24 + 1, ccEndIr + 13*24 + 24, 1)/)

Definition at line 841 of file suews_ctrl_const.f95.

841 INTEGER, DIMENSION(24) :: c_HrProfPopWE = (/(cc, cc=ccendir + 13*24 + 1, ccendir + 13*24 + 24, 1)/) ! Population, weekends

◆ c_hrprofsnowcwd

integer, dimension(24) allocatearray::c_hrprofsnowcwd = (/(cc, cc=ccEndIr + 6*24 + 1, ccEndIr + 6*24 + 24, 1)/)

Definition at line 834 of file suews_ctrl_const.f95.

834 INTEGER, DIMENSION(24) :: c_HrProfSnowCWD = (/(cc, cc=ccendir + 6*24 + 1, ccendir + 6*24 + 24, 1)/) ! Snow clearing, weekdays

◆ c_hrprofsnowcwe

integer, dimension(24) allocatearray::c_hrprofsnowcwe = (/(cc, cc=ccEndIr + 7*24 + 1, ccEndIr + 7*24 + 24, 1)/)

Definition at line 835 of file suews_ctrl_const.f95.

835 INTEGER, DIMENSION(24) :: c_HrProfSnowCWE = (/(cc, cc=ccendir + 7*24 + 1, ccendir + 7*24 + 24, 1)/) ! Snow clearing, weekends

◆ c_hrproftraffwd

integer, dimension(24) allocatearray::c_hrproftraffwd = (/(cc, cc=ccEndIr + 10*24 + 1, ccEndIr + 10*24 + 24, 1)/)

Definition at line 838 of file suews_ctrl_const.f95.

838 INTEGER, DIMENSION(24) :: c_HrProfTraffWD = (/(cc, cc=ccendir + 10*24 + 1, ccendir + 10*24 + 24, 1)/) ! Traffic, weekdays

◆ c_hrproftraffwe

integer, dimension(24) allocatearray::c_hrproftraffwe = (/(cc, cc=ccEndIr + 11*24 + 1, ccEndIr + 11*24 + 24, 1)/)

Definition at line 839 of file suews_ctrl_const.f95.

839 INTEGER, DIMENSION(24) :: c_HrProfTraffWE = (/(cc, cc=ccendir + 11*24 + 1, ccendir + 11*24 + 24, 1)/) ! Traffic, weekends

◆ c_hrprofwuautowd

integer, dimension(24) allocatearray::c_hrprofwuautowd = (/(cc, cc=ccEndIr + 4*24 + 1, ccEndIr + 4*24 + 24, 1)/)

Definition at line 832 of file suews_ctrl_const.f95.

832 INTEGER, DIMENSION(24) :: c_HrProfWUAutoWD = (/(cc, cc=ccendir + 4*24 + 1, ccendir + 4*24 + 24, 1)/) ! Water use, automatic, weekdays

◆ c_hrprofwuautowe

integer, dimension(24) allocatearray::c_hrprofwuautowe = (/(cc, cc=ccEndIr + 5*24 + 1, ccEndIr + 5*24 + 24, 1)/)

Definition at line 833 of file suews_ctrl_const.f95.

833 INTEGER, DIMENSION(24) :: c_HrProfWUAutoWE = (/(cc, cc=ccendir + 5*24 + 1, ccendir + 5*24 + 24, 1)/) ! Water use, automatic, weekends

◆ c_hrprofwumanuwd

integer, dimension(24) allocatearray::c_hrprofwumanuwd = (/(cc, cc=ccEndIr + 2*24 + 1, ccEndIr + 2*24 + 24, 1)/)

Definition at line 830 of file suews_ctrl_const.f95.

830 INTEGER, DIMENSION(24) :: c_HrProfWUManuWD = (/(cc, cc=ccendir + 2*24 + 1, ccendir + 2*24 + 24, 1)/) ! Water use, manual, weekdays

◆ c_hrprofwumanuwe

integer, dimension(24) allocatearray::c_hrprofwumanuwe = (/(cc, cc=ccEndIr + 3*24 + 1, ccEndIr + 3*24 + 24, 1)/)

Definition at line 831 of file suews_ctrl_const.f95.

831 INTEGER, DIMENSION(24) :: c_HrProfWUManuWE = (/(cc, cc=ccendir + 3*24 + 1, ccendir + 3*24 + 24, 1)/) ! Water use, manual, weekends

◆ c_ie_a

integer, dimension(3) allocatearray::c_ie_a = (/(cc, cc=ccEndA + 5 + 0*3 + 1, ccEndA + 5 + 0*3 + 3, 1)/)

Definition at line 819 of file suews_ctrl_const.f95.

819 INTEGER, DIMENSION(3) :: c_Ie_a = (/(cc, cc=ccenda + 5 + 0*3 + 1, ccenda + 5 + 0*3 + 3, 1)/) ! Automatic irrigation coeffs

◆ c_ie_m

integer, dimension(3) allocatearray::c_ie_m = (/(cc, cc=ccEndA + 5 + 1*3 + 1, ccEndA + 5 + 1*3 + 3, 1)/)

Definition at line 820 of file suews_ctrl_const.f95.

820 INTEGER, DIMENSION(3) :: c_Ie_m = (/(cc, cc=ccenda + 5 + 1*3 + 1, ccenda + 5 + 1*3 + 3, 1)/) ! Manual irrigation coeffs

◆ c_ieend

integer allocatearray::c_ieend = (ccEndA + 2)

Definition at line 815 of file suews_ctrl_const.f95.

815 INTEGER :: c_IeEnd = (ccenda + 2)

◆ c_iestart

integer allocatearray::c_iestart = (ccEndA + 1)

Definition at line 814 of file suews_ctrl_const.f95.

814 INTEGER :: c_IeStart = (ccenda + 1)

◆ c_internal_k1

integer allocatearray::c_internal_k1 = (ccEndESTMB + 17)

Definition at line 910 of file suews_ctrl_const.f95.

910 INTEGER :: c_Internal_k1 = (ccendestmb + 17)

◆ c_internal_k1_bldgs

integer, dimension(5) allocatearray::c_internal_k1_bldgs = (/(cc, cc=ccEndESTMMP + 31*5 + 1, ccEndESTMMP + 31*5 + 5, 1)/)

Definition at line 982 of file suews_ctrl_const.f95.

982 INTEGER, DIMENSION(5) :: c_Internal_k1_Bldgs = (/(cc, cc=ccendestmmp + 31*5 + 1, ccendestmmp + 31*5 + 5, 1)/)

◆ c_internal_k2

integer allocatearray::c_internal_k2 = (ccEndESTMB + 20)

Definition at line 913 of file suews_ctrl_const.f95.

913 INTEGER :: c_Internal_k2 = (ccendestmb + 20)

◆ c_internal_k2_bldgs

integer, dimension(5) allocatearray::c_internal_k2_bldgs = (/(cc, cc=ccEndESTMMP + 34*5 + 1, ccEndESTMMP + 34*5 + 5, 1)/)

Definition at line 985 of file suews_ctrl_const.f95.

985 INTEGER, DIMENSION(5) :: c_Internal_k2_Bldgs = (/(cc, cc=ccendestmmp + 34*5 + 1, ccendestmmp + 34*5 + 5, 1)/)

◆ c_internal_k3

integer allocatearray::c_internal_k3 = (ccEndESTMB + 23)

Definition at line 916 of file suews_ctrl_const.f95.

916 INTEGER :: c_Internal_k3 = (ccendestmb + 23)

◆ c_internal_k3_bldgs

integer, dimension(5) allocatearray::c_internal_k3_bldgs = (/(cc, cc=ccEndESTMMP + 37*5 + 1, ccEndESTMMP + 37*5 + 5, 1)/)

Definition at line 988 of file suews_ctrl_const.f95.

988 INTEGER, DIMENSION(5) :: c_Internal_k3_Bldgs = (/(cc, cc=ccendestmmp + 37*5 + 1, ccendestmmp + 37*5 + 5, 1)/)

◆ c_internal_k4

integer allocatearray::c_internal_k4 = (ccEndESTMB + 26)

Definition at line 919 of file suews_ctrl_const.f95.

919 INTEGER :: c_Internal_k4 = (ccendestmb + 26)

◆ c_internal_k4_bldgs

integer, dimension(5) allocatearray::c_internal_k4_bldgs = (/(cc, cc=ccEndESTMMP + 40*5 + 1, ccEndESTMMP + 40*5 + 5, 1)/)

Definition at line 991 of file suews_ctrl_const.f95.

991 INTEGER, DIMENSION(5) :: c_Internal_k4_Bldgs = (/(cc, cc=ccendestmmp + 40*5 + 1, ccendestmmp + 40*5 + 5, 1)/)

◆ c_internal_k5

integer allocatearray::c_internal_k5 = (ccEndESTMB + 29)

Definition at line 922 of file suews_ctrl_const.f95.

922 INTEGER :: c_Internal_k5 = (ccendestmb + 29)

◆ c_internal_k5_bldgs

integer, dimension(5) allocatearray::c_internal_k5_bldgs = (/(cc, cc=ccEndESTMMP + 43*5 + 1, ccEndESTMMP + 43*5 + 5, 1)/)

Definition at line 994 of file suews_ctrl_const.f95.

994 INTEGER, DIMENSION(5) :: c_Internal_k5_Bldgs = (/(cc, cc=ccendestmmp + 43*5 + 1, ccendestmmp + 43*5 + 5, 1)/)

◆ c_internal_rhocp1

integer allocatearray::c_internal_rhocp1 = (ccEndESTMB + 18)

Definition at line 911 of file suews_ctrl_const.f95.

911 INTEGER :: c_Internal_rhoCp1 = (ccendestmb + 18)

◆ c_internal_rhocp1_bldgs

integer, dimension(5) allocatearray::c_internal_rhocp1_bldgs = (/(cc, cc=ccEndESTMMP + 32*5 + 1, ccEndESTMMP + 32*5 + 5, 1)/)

Definition at line 983 of file suews_ctrl_const.f95.

983 INTEGER, DIMENSION(5) :: c_Internal_rhoCp1_Bldgs = (/(cc, cc=ccendestmmp + 32*5 + 1, ccendestmmp + 32*5 + 5, 1)/)

◆ c_internal_rhocp2

integer allocatearray::c_internal_rhocp2 = (ccEndESTMB + 21)

Definition at line 914 of file suews_ctrl_const.f95.

914 INTEGER :: c_Internal_rhoCp2 = (ccendestmb + 21)

◆ c_internal_rhocp2_bldgs

integer, dimension(5) allocatearray::c_internal_rhocp2_bldgs = (/(cc, cc=ccEndESTMMP + 35*5 + 1, ccEndESTMMP + 35*5 + 5, 1)/)

Definition at line 986 of file suews_ctrl_const.f95.

986 INTEGER, DIMENSION(5) :: c_Internal_rhoCp2_Bldgs = (/(cc, cc=ccendestmmp + 35*5 + 1, ccendestmmp + 35*5 + 5, 1)/)

◆ c_internal_rhocp3

integer allocatearray::c_internal_rhocp3 = (ccEndESTMB + 24)

Definition at line 917 of file suews_ctrl_const.f95.

917 INTEGER :: c_Internal_rhoCp3 = (ccendestmb + 24)

◆ c_internal_rhocp3_bldgs

integer, dimension(5) allocatearray::c_internal_rhocp3_bldgs = (/(cc, cc=ccEndESTMMP + 38*5 + 1, ccEndESTMMP + 38*5 + 5, 1)/)

Definition at line 989 of file suews_ctrl_const.f95.

989 INTEGER, DIMENSION(5) :: c_Internal_rhoCp3_Bldgs = (/(cc, cc=ccendestmmp + 38*5 + 1, ccendestmmp + 38*5 + 5, 1)/)

◆ c_internal_rhocp4

integer allocatearray::c_internal_rhocp4 = (ccEndESTMB + 27)

Definition at line 920 of file suews_ctrl_const.f95.

920 INTEGER :: c_Internal_rhoCp4 = (ccendestmb + 27)

◆ c_internal_rhocp4_bldgs

integer, dimension(5) allocatearray::c_internal_rhocp4_bldgs = (/(cc, cc=ccEndESTMMP + 41*5 + 1, ccEndESTMMP + 41*5 + 5, 1)/)

Definition at line 992 of file suews_ctrl_const.f95.

992 INTEGER, DIMENSION(5) :: c_Internal_rhoCp4_Bldgs = (/(cc, cc=ccendestmmp + 41*5 + 1, ccendestmmp + 41*5 + 5, 1)/)

◆ c_internal_rhocp5

integer allocatearray::c_internal_rhocp5 = (ccEndESTMB + 30)

Definition at line 923 of file suews_ctrl_const.f95.

923 INTEGER :: c_Internal_rhoCp5 = (ccendestmb + 30)

◆ c_internal_rhocp5_bldgs

integer, dimension(5) allocatearray::c_internal_rhocp5_bldgs = (/(cc, cc=ccEndESTMMP + 44*5 + 1, ccEndESTMMP + 44*5 + 5, 1)/)

Definition at line 995 of file suews_ctrl_const.f95.

995 INTEGER, DIMENSION(5) :: c_Internal_rhoCp5_Bldgs = (/(cc, cc=ccendestmmp + 44*5 + 1, ccendestmmp + 44*5 + 5, 1)/)

◆ c_internal_thick1

integer allocatearray::c_internal_thick1 = (ccEndESTMB + 16)

Definition at line 909 of file suews_ctrl_const.f95.

909 INTEGER :: c_Internal_thick1 = (ccendestmb + 16)

◆ c_internal_thick1_bldgs

integer, dimension(5) allocatearray::c_internal_thick1_bldgs = (/(cc, cc=ccEndESTMMP + 30*5 + 1, ccEndESTMMP + 30*5 + 5, 1)/)

Definition at line 981 of file suews_ctrl_const.f95.

981 INTEGER, DIMENSION(5) :: c_Internal_thick1_Bldgs = (/(cc, cc=ccendestmmp + 30*5 + 1, ccendestmmp + 30*5 + 5, 1)/)

◆ c_internal_thick2

integer allocatearray::c_internal_thick2 = (ccEndESTMB + 19)

Definition at line 912 of file suews_ctrl_const.f95.

912 INTEGER :: c_Internal_thick2 = (ccendestmb + 19)

◆ c_internal_thick2_bldgs

integer, dimension(5) allocatearray::c_internal_thick2_bldgs = (/(cc, cc=ccEndESTMMP + 33*5 + 1, ccEndESTMMP + 33*5 + 5, 1)/)

Definition at line 984 of file suews_ctrl_const.f95.

984 INTEGER, DIMENSION(5) :: c_Internal_thick2_Bldgs = (/(cc, cc=ccendestmmp + 33*5 + 1, ccendestmmp + 33*5 + 5, 1)/)

◆ c_internal_thick3

integer allocatearray::c_internal_thick3 = (ccEndESTMB + 22)

Definition at line 915 of file suews_ctrl_const.f95.

915 INTEGER :: c_Internal_thick3 = (ccendestmb + 22)

◆ c_internal_thick3_bldgs

integer, dimension(5) allocatearray::c_internal_thick3_bldgs = (/(cc, cc=ccEndESTMMP + 36*5 + 1, ccEndESTMMP + 36*5 + 5, 1)/)

Definition at line 987 of file suews_ctrl_const.f95.

987 INTEGER, DIMENSION(5) :: c_Internal_thick3_Bldgs = (/(cc, cc=ccendestmmp + 36*5 + 1, ccendestmmp + 36*5 + 5, 1)/)

◆ c_internal_thick4

integer allocatearray::c_internal_thick4 = (ccEndESTMB + 25)

Definition at line 918 of file suews_ctrl_const.f95.

918 INTEGER :: c_Internal_thick4 = (ccendestmb + 25)

◆ c_internal_thick4_bldgs

integer, dimension(5) allocatearray::c_internal_thick4_bldgs = (/(cc, cc=ccEndESTMMP + 39*5 + 1, ccEndESTMMP + 39*5 + 5, 1)/)

Definition at line 990 of file suews_ctrl_const.f95.

990 INTEGER, DIMENSION(5) :: c_Internal_thick4_Bldgs = (/(cc, cc=ccendestmmp + 39*5 + 1, ccendestmmp + 39*5 + 5, 1)/)

◆ c_internal_thick5

integer allocatearray::c_internal_thick5 = (ccEndESTMB + 28)

Definition at line 921 of file suews_ctrl_const.f95.

921 INTEGER :: c_Internal_thick5 = (ccendestmb + 28)

◆ c_internal_thick5_bldgs

integer, dimension(5) allocatearray::c_internal_thick5_bldgs = (/(cc, cc=ccEndESTMMP + 42*5 + 1, ccEndESTMMP + 42*5 + 5, 1)/)

Definition at line 993 of file suews_ctrl_const.f95.

993 INTEGER, DIMENSION(5) :: c_Internal_thick5_Bldgs = (/(cc, cc=ccendestmmp + 42*5 + 1, ccendestmmp + 42*5 + 5, 1)/)

◆ c_intwu

integer allocatearray::c_intwu = (ccEndA + 3)

Definition at line 816 of file suews_ctrl_const.f95.

816 INTEGER :: c_IntWU = (ccenda + 3)

◆ c_kkanohm

integer, dimension(nsurf) allocatearray::c_kkanohm = (/(cc, cc=ccEndSI + 14*nsurf + 1, ccEndSI + 14*nsurf + nsurf, 1)/)

Definition at line 643 of file suews_ctrl_const.f95.

643 INTEGER, DIMENSION(nsurf) :: c_KkAnOHM = (/(cc, cc=ccendsi + 14*nsurf + 1, ccendsi + 14*nsurf + nsurf, 1)/) !heat conductivity, AnOHM TS

◆ c_ksat

integer, dimension(nsurf) allocatearray::c_ksat = (/(cc, cc=ccEndSn + 2*nsurf + 1, ccEndSn + 2*nsurf + nsurf, 1)/)

Definition at line 697 of file suews_ctrl_const.f95.

697 INTEGER, DIMENSION(nsurf) :: c_KSat = (/(cc, cc=ccendsn + 2*nsurf + 1, ccendsn + 2*nsurf + nsurf, 1)/) ! Saturated hydraulic conductivity

◆ c_laieq

integer, dimension(nvegsurf) allocatearray::c_laieq = (/(cc, cc=ccEndI + 9*nvegsurf + 1, ccEndI + 9*nvegsurf + nvegsurf, 1)/)

Definition at line 659 of file suews_ctrl_const.f95.

659 INTEGER, DIMENSION(NVegSurf) :: c_LAIEq = (/(cc, cc=ccendi + 9*nvegsurf + 1, ccendi + 9*nvegsurf + nvegsurf, 1)/) !LAI equation

◆ c_laimax

integer, dimension(nvegsurf) allocatearray::c_laimax = (/(cc, cc=ccEndI + 5*nvegsurf + 1, ccEndI + 5*nvegsurf + nvegsurf, 1)/)

Definition at line 655 of file suews_ctrl_const.f95.

655 INTEGER, DIMENSION(NVegSurf) :: c_LAIMax = (/(cc, cc=ccendi + 5*nvegsurf + 1, ccendi + 5*nvegsurf + nvegsurf, 1)/) !Max. LAI

◆ c_laimin

integer, dimension(nvegsurf) allocatearray::c_laimin = (/(cc, cc=ccEndI + 4*nvegsurf + 1, ccEndI + 4*nvegsurf + nvegsurf, 1)/)

Definition at line 654 of file suews_ctrl_const.f95.

654 INTEGER, DIMENSION(NVegSurf) :: c_LAIMin = (/(cc, cc=ccendi + 4*nvegsurf + 1, ccendi + 4*nvegsurf + nvegsurf, 1)/) !Min. LAI

◆ c_leafgp1

integer, dimension(nvegsurf) allocatearray::c_leafgp1 = (/(cc, cc=ccEndI + 10*nvegsurf + 1, ccEndI + 10*nvegsurf + nvegsurf, 1)/)

Definition at line 660 of file suews_ctrl_const.f95.

660 INTEGER, DIMENSION(NVegSurf) :: c_LeafGP1 = (/(cc, cc=ccendi + 10*nvegsurf + 1, ccendi + 10*nvegsurf + nvegsurf, 1)/) !Leaf growth power 1

◆ c_leafgp2

integer, dimension(nvegsurf) allocatearray::c_leafgp2 = (/(cc, cc=ccEndI + 11*nvegsurf + 1, ccEndI + 11*nvegsurf + nvegsurf, 1)/)

Definition at line 661 of file suews_ctrl_const.f95.

661 INTEGER, DIMENSION(NVegSurf) :: c_LeafGP2 = (/(cc, cc=ccendi + 11*nvegsurf + 1, ccendi + 11*nvegsurf + nvegsurf, 1)/) !Leaf growth power 2

◆ c_leafop1

integer, dimension(nvegsurf) allocatearray::c_leafop1 = (/(cc, cc=ccEndI + 12*nvegsurf + 1, ccEndI + 12*nvegsurf + nvegsurf, 1)/)

Definition at line 662 of file suews_ctrl_const.f95.

662 INTEGER, DIMENSION(NVegSurf) :: c_LeafOP1 = (/(cc, cc=ccendi + 12*nvegsurf + 1, ccendi + 12*nvegsurf + nvegsurf, 1)/) !Leaf-off power 1

◆ c_leafop2

integer, dimension(nvegsurf) allocatearray::c_leafop2 = (/(cc, cc=ccEndI + 13*nvegsurf + 1, ccEndI + 13*nvegsurf + nvegsurf, 1)/)

Definition at line 663 of file suews_ctrl_const.f95.

663 INTEGER, DIMENSION(NVegSurf) :: c_LeafOP2 = (/(cc, cc=ccendi + 13*nvegsurf + 1, ccendi + 13*nvegsurf + nvegsurf, 1)/) !Leaf-off power 2

◆ c_maxfcmetab

integer allocatearray::c_maxfcmetab = (ccEndO + 29)

Definition at line 799 of file suews_ctrl_const.f95.

799 INTEGER :: c_MaxFCMetab = (ccendo + 29)

◆ c_maxqfmetab

integer allocatearray::c_maxqfmetab = (ccEndO + 27)

Definition at line 797 of file suews_ctrl_const.f95.

797 INTEGER :: c_MaxQFMetab = (ccendo + 27)

◆ c_min_res_bioco2

integer, dimension(nvegsurf) allocatearray::c_min_res_bioco2 = (/(cc, cc=cBEndWG + 7*nvegsurf + 1, cBEndWG + 7*nvegsurf + nvegsurf, 1)/)

Definition at line 868 of file suews_ctrl_const.f95.

868 INTEGER, DIMENSION(nvegsurf) :: c_min_res_bioCO2 = (/(cc, cc=cbendwg + 7*nvegsurf + 1, cbendwg + 7*nvegsurf + nvegsurf, 1)/)

◆ c_minfcmetab

integer allocatearray::c_minfcmetab = (ccEndO + 28)

Definition at line 798 of file suews_ctrl_const.f95.

798 INTEGER :: c_MinFCMetab = (ccendo + 28)

◆ c_minqfmetab

integer allocatearray::c_minqfmetab = (ccEndO + 26)

Definition at line 796 of file suews_ctrl_const.f95.

796 INTEGER :: c_MinQFMetab = (ccendo + 26)

◆ c_nroom

integer allocatearray::c_nroom = (ccEndESTMB + 31)

Definition at line 924 of file suews_ctrl_const.f95.

924 INTEGER :: c_nroom = (ccendestmb + 31)

◆ c_nroom_bldgs

integer, dimension(5) allocatearray::c_nroom_bldgs = (ccEndESTMMP + 44*5 + 5 + 1)

Definition at line 996 of file suews_ctrl_const.f95.

996 INTEGER, DIMENSION(5) :: c_nroom_Bldgs = (ccendestmmp + 44*5 + 5 + 1)

◆ c_obssmdepth

integer, dimension(nsurf) allocatearray::c_obssmdepth = (/(cc, cc=ccEndSn + 5*nsurf + 1, ccEndSn + 5*nsurf + nsurf, 1)/)

Definition at line 700 of file suews_ctrl_const.f95.

700 INTEGER, DIMENSION(nsurf) :: c_ObsSMDepth = (/(cc, cc=ccendsn + 5*nsurf + 1, ccendsn + 5*nsurf + nsurf, 1)/) ! Depth of SM obs

◆ c_obssmmax

integer, dimension(nsurf) allocatearray::c_obssmmax = (/(cc, cc=ccEndSn + 6*nsurf + 1, ccEndSn + 6*nsurf + nsurf, 1)/)

Definition at line 701 of file suews_ctrl_const.f95.

701 INTEGER, DIMENSION(nsurf) :: c_ObsSMMax = (/(cc, cc=ccendsn + 6*nsurf + 1, ccendsn + 6*nsurf + nsurf, 1)/) ! Obs maximum SM [kg kg-1 OR m3 m-3]

◆ c_obssnrfrac

integer, dimension(nsurf) allocatearray::c_obssnrfrac = (/(cc, cc=ccEndSn + 7*nsurf + 1, ccEndSn + 7*nsurf + nsurf, 1)/)

Definition at line 702 of file suews_ctrl_const.f95.

702 INTEGER, DIMENSION(nsurf) :: c_ObsSNRFrac = (/(cc, cc=ccendsn + 7*nsurf + 1, ccendsn + 7*nsurf + nsurf, 1)/) ! Obs fraction of soil without rocks

◆ c_ohmcode_sdry

integer, dimension(nsurfincsnow) allocatearray::c_ohmcode_sdry = (/(cc, cc=ccEndGs + 1*nsurfIncSnow + 1, ccEndGs + 1*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 727 of file suews_ctrl_const.f95.

727 INTEGER, DIMENSION(nsurfIncSnow) :: c_OHMCode_SDry = (/(cc, cc=ccendgs + 1*nsurfincsnow + 1, &

728 ccendgs + 1*nsurfincsnow + nsurfincsnow, 1)/) !OHM code (summer dry)

Referenced by codematchohm().

◆ c_ohmcode_swet

integer, dimension(nsurfincsnow) allocatearray::c_ohmcode_swet = (/(cc, cc=ccEndGs + 0*nsurfIncSnow + 1, ccEndGs + 0*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 725 of file suews_ctrl_const.f95.

725 INTEGER, DIMENSION(nsurfIncSnow) :: c_OHMCode_SWet = (/(cc, cc=ccendgs + 0*nsurfincsnow + 1, &

726 ccendgs + 0*nsurfincsnow + nsurfincsnow, 1)/) !OHM code (summer wet)

Referenced by codematchohm().

◆ c_ohmcode_wdry

integer, dimension(nsurfincsnow) allocatearray::c_ohmcode_wdry = (/(cc, cc=ccEndGs + 3*nsurfIncSnow + 1, ccEndGs + 3*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 731 of file suews_ctrl_const.f95.

731 INTEGER, DIMENSION(nsurfIncSnow) :: c_OHMCode_WDry = (/(cc, cc=ccendgs + 3*nsurfincsnow + 1, &

732 ccendgs + 3*nsurfincsnow + nsurfincsnow, 1)/) !OHM code (winter dry)

Referenced by codematchohm().

◆ c_ohmcode_wwet

integer, dimension(nsurfincsnow) allocatearray::c_ohmcode_wwet = (/(cc, cc=ccEndGs + 2*nsurfIncSnow + 1, ccEndGs + 2*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 729 of file suews_ctrl_const.f95.

729 INTEGER, DIMENSION(nsurfIncSnow) :: c_OHMCode_WWet = (/(cc, cc=ccendgs + 2*nsurfincsnow + 1, &

730 ccendgs + 2*nsurfincsnow + nsurfincsnow, 1)/) !OHM code (winter wet)

Referenced by codematchohm().

◆ c_ohmthresh_sw

integer, dimension(nsurfincsnow) allocatearray::c_ohmthresh_sw = (/(cc, cc=ccEndGs + 16*nsurfIncSnow + 1, ccEndGs + 16*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 758 of file suews_ctrl_const.f95.

758 INTEGER, DIMENSION(nsurfIncSnow) :: c_OHMThresh_SW = (/(cc, cc=ccendgs + 16*nsurfincsnow + 1, &

759 ccendgs + 16*nsurfincsnow + nsurfincsnow, 1)/) !OHM Threshold (summer/winter)

◆ c_ohmthresh_wd

integer, dimension(nsurfincsnow) allocatearray::c_ohmthresh_wd = (/(cc, cc=ccEndGs + 17*nsurfIncSnow + 1, ccEndGs + 17*nsurfIncSnow + nsurfIncSnow, 1)/)

Definition at line 760 of file suews_ctrl_const.f95.

760 INTEGER, DIMENSION(nsurfIncSnow) :: c_OHMThresh_WD = (/(cc, cc=ccendgs + 17*nsurfincsnow + 1, &

761 ccendgs + 17*nsurfincsnow + nsurfincsnow, 1)/) !OHM Threshold (wet/dry)

◆ c_popprofwd

integer allocatearray::c_popprofwd = (ccEndO + 24)

Definition at line 794 of file suews_ctrl_const.f95.

794 INTEGER :: c_PopProfWD = (ccendo + 24)

◆ c_popprofwe

integer allocatearray::c_popprofwe = (ccEndO + 25)

Definition at line 795 of file suews_ctrl_const.f95.

795 INTEGER :: c_PopProfWE = (ccendo + 25)

◆ c_porositymax

integer, dimension(nvegsurf) allocatearray::c_porositymax = (/(cc, cc=ccEndI + 7*nvegsurf + 1, ccEndI + 7*nvegsurf + nvegsurf, 1)/)

Definition at line 657 of file suews_ctrl_const.f95.

657 INTEGER, DIMENSION(NVegSurf) :: c_PorosityMax = (/(cc, cc=ccendi + 7*nvegsurf + 1, ccendi + 7*nvegsurf + nvegsurf, 1)/) !Max. Porosity

◆ c_porositymin

integer, dimension(nvegsurf) allocatearray::c_porositymin = (/(cc, cc=ccEndI + 6*nvegsurf + 1, ccEndI + 6*nvegsurf + nvegsurf, 1)/)

Definition at line 656 of file suews_ctrl_const.f95.

656 INTEGER, DIMENSION(NVegSurf) :: c_PorosityMin = (/(cc, cc=ccendi + 6*nvegsurf + 1, ccendi + 6*nvegsurf + nvegsurf, 1)/) !Min. Porosity

◆ c_qf_a1

integer allocatearray::c_qf_a1 = (ccEndO + 2)

Definition at line 772 of file suews_ctrl_const.f95.

772 INTEGER :: c_QF_A1 = (ccendo + 2)

◆ c_qf_a2

integer allocatearray::c_qf_a2 = (ccEndO + 5)

Definition at line 775 of file suews_ctrl_const.f95.

775 INTEGER :: c_QF_A2 = (ccendo + 5)

◆ c_qf_b1

integer allocatearray::c_qf_b1 = (ccEndO + 3)

Definition at line 773 of file suews_ctrl_const.f95.

773 INTEGER :: c_QF_B1 = (ccendo + 3)

◆ c_qf_b2

integer allocatearray::c_qf_b2 = (ccEndO + 6)

Definition at line 776 of file suews_ctrl_const.f95.

776 INTEGER :: c_QF_B2 = (ccendo + 6)

◆ c_qf_c1

integer allocatearray::c_qf_c1 = (ccEndO + 4)

Definition at line 774 of file suews_ctrl_const.f95.

774 INTEGER :: c_QF_C1 = (ccendo + 4)

◆ c_qf_c2

integer allocatearray::c_qf_c2 = (ccEndO + 7)

Definition at line 777 of file suews_ctrl_const.f95.

777 INTEGER :: c_QF_C2 = (ccendo + 7)

◆ c_resp_a

integer, dimension(nvegsurf) allocatearray::c_resp_a = (/(cc, cc=cBEndWG + 5*nvegsurf + 1, cBEndWG + 5*nvegsurf + nvegsurf, 1)/)

Definition at line 866 of file suews_ctrl_const.f95.

866 INTEGER, DIMENSION(nvegsurf) :: c_resp_a = (/(cc, cc=cbendwg + 5*nvegsurf + 1, cbendwg + 5*nvegsurf + nvegsurf, 1)/)

◆ c_resp_b

integer, dimension(nvegsurf) allocatearray::c_resp_b = (/(cc, cc=cBEndWG + 6*nvegsurf + 1, cBEndWG + 6*nvegsurf + nvegsurf, 1)/)

Definition at line 867 of file suews_ctrl_const.f95.

867 INTEGER, DIMENSION(nvegsurf) :: c_resp_b = (/(cc, cc=cbendwg + 6*nvegsurf + 1, cbendwg + 6*nvegsurf + nvegsurf, 1)/)

◆ c_sddfull

integer, dimension(nvegsurf) allocatearray::c_sddfull = (/(cc, cc=ccEndI + 3*nvegsurf + 1, ccEndI + 3*nvegsurf + nvegsurf, 1)/)

Definition at line 653 of file suews_ctrl_const.f95.

653 INTEGER, DIMENSION(NVegSurf) :: c_SDDFull = (/(cc, cc=ccendi + 3*nvegsurf + 1, ccendi + 3*nvegsurf + nvegsurf, 1)/) !SDD for start of leaf-fall

◆ c_snowalbmax

integer allocatearray::c_snowalbmax = (ccEndW + 4)

Definition at line 678 of file suews_ctrl_const.f95.

678 INTEGER :: c_SnowAlbMax = (ccendw + 4)

◆ c_snowalbmin

integer allocatearray::c_snowalbmin = (ccEndW + 3)

Definition at line 677 of file suews_ctrl_const.f95.

677 INTEGER :: c_SnowAlbMin = (ccendw + 3)

◆ c_snowcrwmax

integer allocatearray::c_snowcrwmax = (ccEndW + 14)

Definition at line 688 of file suews_ctrl_const.f95.

688 INTEGER :: c_SnowCRWMax = (ccendw + 14)

◆ c_snowcrwmin

integer allocatearray::c_snowcrwmin = (ccEndW + 13)

Definition at line 687 of file suews_ctrl_const.f95.

687 INTEGER :: c_SnowCRWMin = (ccendw + 13)

◆ c_snowemis

integer allocatearray::c_snowemis = (ccEndW + 6)

Definition at line 680 of file suews_ctrl_const.f95.

680 INTEGER :: c_SnowEmis = (ccendw + 6)

◆ c_snowlimpat

integer, dimension(nsurf) allocatearray::c_snowlimpat = (/(cc, cc=ccEndSI + 11*nsurf + 1, ccEndSI + 11*nsurf + nsurf, 1)/)

Definition at line 638 of file suews_ctrl_const.f95.

638 INTEGER, DIMENSION(nsurf) :: c_SnowLimPat = (/(cc, cc=ccendsi + 11*nsurf + 1, ccendsi + 11*nsurf + nsurf, 1)/) !Snow limit for patchiness

◆ c_snowlimrem

integer, dimension(nsurf) allocatearray::c_snowlimrem = (/(cc, cc=ccEndSI + 12*nsurf + 1, ccEndSI + 12*nsurf + nsurf, 1)/)

Definition at line 640 of file suews_ctrl_const.f95.

640 INTEGER, DIMENSION(nsurf) :: c_SnowLimRem = (/(cc, cc=ccendsi + 12*nsurf + 1, ccendsi + 12*nsurf + nsurf, 1)/) !Snow limit for removal

◆ c_snowplimalb

integer allocatearray::c_snowplimalb = (ccEndW + 9)

Definition at line 683 of file suews_ctrl_const.f95.

683 INTEGER :: c_SnowPLimAlb = (ccendw + 9)

◆ c_snowplimsnow

integer allocatearray::c_snowplimsnow = (ccEndW + 15)

Definition at line 689 of file suews_ctrl_const.f95.

689 INTEGER :: c_SnowPLimSnow = (ccendw + 15)

◆ c_snowrmfactor

integer allocatearray::c_snowrmfactor = (ccEndW + 1)

Definition at line 675 of file suews_ctrl_const.f95.

675 INTEGER :: c_SnowRMFactor = (ccendw + 1)

◆ c_snowsdmax

integer allocatearray::c_snowsdmax = (ccEndW + 11)

Definition at line 685 of file suews_ctrl_const.f95.

685 INTEGER :: c_SnowSDMax = (ccendw + 11)

◆ c_snowsdmin

integer allocatearray::c_snowsdmin = (ccEndW + 10)

Definition at line 684 of file suews_ctrl_const.f95.

684 INTEGER :: c_SnowSDMin = (ccendw + 10)

◆ c_snowtau_a

integer allocatearray::c_snowtau_a = (ccEndW + 7)

Definition at line 681 of file suews_ctrl_const.f95.

681 INTEGER :: c_Snowtau_a = (ccendw + 7)

◆ c_snowtau_f

integer allocatearray::c_snowtau_f = (ccEndW + 8)

Definition at line 682 of file suews_ctrl_const.f95.

682 INTEGER :: c_Snowtau_f = (ccendw + 8)

◆ c_snowtau_r

integer allocatearray::c_snowtau_r = (ccEndW + 12)

Definition at line 686 of file suews_ctrl_const.f95.

686 INTEGER :: c_Snowtau_r = (ccendw + 12)

◆ c_snowtmfactor

integer allocatearray::c_snowtmfactor = (ccEndW + 2)

Definition at line 676 of file suews_ctrl_const.f95.

676 INTEGER :: c_SnowTMFactor = (ccendw + 2)

◆ c_soildens

integer, dimension(nsurf) allocatearray::c_soildens = (/(cc, cc=ccEndSn + 3*nsurf + 1, ccEndSn + 3*nsurf + nsurf, 1)/)

Definition at line 698 of file suews_ctrl_const.f95.

698 INTEGER, DIMENSION(nsurf) :: c_SoilDens = (/(cc, cc=ccendsn + 3*nsurf + 1, ccendsn + 3*nsurf + nsurf, 1)/) ! Soil Density

◆ c_soildepth

integer, dimension(nsurf) allocatearray::c_soildepth = (/(cc, cc=ccEndSn + 0*nsurf + 1, ccEndSn + 0*nsurf + nsurf, 1)/)

Definition at line 695 of file suews_ctrl_const.f95.

695 INTEGER, DIMENSION(nsurf) :: c_SoilDepth = (/(cc, cc=ccendsn + 0*nsurf + 1, ccendsn + 0*nsurf + nsurf, 1)/) ! Volumetric SM capacity

◆ c_soilinfrate

integer, dimension(nsurf) allocatearray::c_soilinfrate = (/(cc, cc=ccEndSn + 4*nsurf + 1, ccEndSn + 4*nsurf + nsurf, 1)/)

Definition at line 699 of file suews_ctrl_const.f95.

699 INTEGER, DIMENSION(nsurf) :: c_SoilInfRate = (/(cc, cc=ccendsn + 4*nsurf + 1, ccendsn + 4*nsurf + nsurf, 1)/) ! Soil infiltration rate

◆ c_soilstcap

integer, dimension(nsurf) allocatearray::c_soilstcap = (/(cc, cc=ccEndSn + 1*nsurf + 1, ccEndSn + 1*nsurf + nsurf, 1)/)

Definition at line 696 of file suews_ctrl_const.f95.

696 INTEGER, DIMENSION(nsurf) :: c_SoilStCap = (/(cc, cc=ccendsn + 1*nsurf + 1, ccendsn + 1*nsurf + nsurf, 1)/) ! Volumetric SM capacity

◆ c_soiltcode

integer, dimension(nsurf) allocatearray::c_soiltcode = (/(cc, cc=ccEndSI + 10*nsurf + 1, ccEndSI + 10*nsurf + nsurf, 1)/)

Definition at line 635 of file suews_ctrl_const.f95.

635 INTEGER, DIMENSION(nsurf) :: c_SoilTCode = (/(cc, cc=ccendsi + 10*nsurf + 1, ccendsi + 10*nsurf + nsurf, 1)/) !Soil type code

◆ c_statelimit

integer, dimension(nsurf) allocatearray::c_statelimit = (/(cc, cc=ccEndSI + 6*nsurf + 1, ccEndSI + 6*nsurf + nsurf, 1)/)

Definition at line 631 of file suews_ctrl_const.f95.

631 INTEGER, DIMENSION(nsurf) :: c_StateLimit = (/(cc, cc=ccendsi + 6*nsurf + 1, ccendsi + 6*nsurf + nsurf, 1)/) !Limit for surface state [mm]

◆ c_stormax

integer, dimension(nsurf) allocatearray::c_stormax = (/(cc, cc=ccEndSI + 4*nsurf + 1, ccEndSI + 4*nsurf + nsurf, 1)/)

Definition at line 629 of file suews_ctrl_const.f95.

629 INTEGER, DIMENSION(nsurf) :: c_StorMax = (/(cc, cc=ccendsi + 4*nsurf + 1, ccendsi + 4*nsurf + nsurf, 1)/) !Max. storage capacity (canopy)

◆ c_stormin

integer, dimension(nsurf) allocatearray::c_stormin = (/(cc, cc=ccEndSI + 3*nsurf + 1, ccEndSI + 3*nsurf + nsurf, 1)/)

Definition at line 628 of file suews_ctrl_const.f95.

628 INTEGER, DIMENSION(nsurf) :: c_StorMin = (/(cc, cc=ccendsi + 3*nsurf + 1, ccendsi + 3*nsurf + nsurf, 1)/) !Min. storage capacity (canopy)

◆ c_surf_k1

integer, dimension(nsurfincsnow) allocatearray::c_surf_k1 = [(cc, cc=ccEndB + 1*nsurfIncSnow + 1, ccEndB + 1*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_k1_bldgs

integer, dimension(5) allocatearray::c_surf_k1_bldgs = (/(cc, cc=ccEndESTMMP + 1*5 + 1, ccEndESTMMP + 1*5 + 5, 1)/)

Definition at line 952 of file suews_ctrl_const.f95.

952 INTEGER, DIMENSION(5) :: c_Surf_k1_Bldgs = (/(cc, cc=ccendestmmp + 1*5 + 1, ccendestmmp + 1*5 + 5, 1)/)

◆ c_surf_k1_paved

integer, dimension(3) allocatearray::c_surf_k1_paved = (/(cc, cc=ccEndESTMM + 1*3 + 1, ccEndESTMM + 1*3 + 3, 1)/)

Definition at line 934 of file suews_ctrl_const.f95.

934 INTEGER, DIMENSION(3) :: c_Surf_k1_Paved = (/(cc, cc=ccendestmm + 1*3 + 1, ccendestmm + 1*3 + 3, 1)/)

◆ c_surf_k2

integer, dimension(nsurfincsnow) allocatearray::c_surf_k2 = [(cc, cc=ccEndB + 4*nsurfIncSnow + 1, ccEndB + 4*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_k2_bldgs

integer, dimension(5) allocatearray::c_surf_k2_bldgs = (/(cc, cc=ccEndESTMMP + 4*5 + 1, ccEndESTMMP + 4*5 + 5, 1)/)

Definition at line 955 of file suews_ctrl_const.f95.

955 INTEGER, DIMENSION(5) :: c_Surf_k2_Bldgs = (/(cc, cc=ccendestmmp + 4*5 + 1, ccendestmmp + 4*5 + 5, 1)/)

◆ c_surf_k2_paved

integer, dimension(3) allocatearray::c_surf_k2_paved = (/(cc, cc=ccEndESTMM + 4*3 + 1, ccEndESTMM + 4*3 + 3, 1)/)

Definition at line 937 of file suews_ctrl_const.f95.

937 INTEGER, DIMENSION(3) :: c_Surf_k2_Paved = (/(cc, cc=ccendestmm + 4*3 + 1, ccendestmm + 4*3 + 3, 1)/)

◆ c_surf_k3

integer, dimension(nsurfincsnow) allocatearray::c_surf_k3 = [(cc, cc=ccEndB + 7*nsurfIncSnow + 1, ccEndB + 7*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_k3_bldgs

integer, dimension(5) allocatearray::c_surf_k3_bldgs = (/(cc, cc=ccEndESTMMP + 7*5 + 1, ccEndESTMMP + 7*5 + 5, 1)/)

Definition at line 958 of file suews_ctrl_const.f95.

958 INTEGER, DIMENSION(5) :: c_Surf_k3_Bldgs = (/(cc, cc=ccendestmmp + 7*5 + 1, ccendestmmp + 7*5 + 5, 1)/)

◆ c_surf_k3_paved

integer, dimension(3) allocatearray::c_surf_k3_paved = (/(cc, cc=ccEndESTMM + 7*3 + 1, ccEndESTMM + 7*3 + 3, 1)/)

Definition at line 940 of file suews_ctrl_const.f95.

940 INTEGER, DIMENSION(3) :: c_Surf_k3_Paved = (/(cc, cc=ccendestmm + 7*3 + 1, ccendestmm + 7*3 + 3, 1)/)

◆ c_surf_k4

integer, dimension(nsurfincsnow) allocatearray::c_surf_k4 = [(cc, cc=ccEndB + 10*nsurfIncSnow + 1, ccEndB + 10*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_k4_bldgs

integer, dimension(5) allocatearray::c_surf_k4_bldgs = (/(cc, cc=ccEndESTMMP + 10*5 + 1, ccEndESTMMP + 10*5 + 5, 1)/)

Definition at line 961 of file suews_ctrl_const.f95.

961 INTEGER, DIMENSION(5) :: c_Surf_k4_Bldgs = (/(cc, cc=ccendestmmp + 10*5 + 1, ccendestmmp + 10*5 + 5, 1)/)

◆ c_surf_k4_paved

integer, dimension(3) allocatearray::c_surf_k4_paved = (/(cc, cc=ccEndESTMM + 10*3 + 1, ccEndESTMM + 10*3 + 3, 1)/)

Definition at line 943 of file suews_ctrl_const.f95.

943 INTEGER, DIMENSION(3) :: c_Surf_k4_Paved = (/(cc, cc=ccendestmm + 10*3 + 1, ccendestmm + 10*3 + 3, 1)/)

◆ c_surf_k5

integer, dimension(nsurfincsnow) allocatearray::c_surf_k5 = [(cc, cc=ccEndB + 13*nsurfIncSnow + 1, ccEndB + 13*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_k5_bldgs

integer, dimension(5) allocatearray::c_surf_k5_bldgs = (/(cc, cc=ccEndESTMMP + 13*5 + 1, ccEndESTMMP + 13*5 + 5, 1)/)

Definition at line 964 of file suews_ctrl_const.f95.

964 INTEGER, DIMENSION(5) :: c_Surf_k5_Bldgs = (/(cc, cc=ccendestmmp + 13*5 + 1, ccendestmmp + 13*5 + 5, 1)/)

◆ c_surf_k5_paved

integer, dimension(3) allocatearray::c_surf_k5_paved = (/(cc, cc=ccEndESTMM + 13*3 + 1, ccEndESTMM + 13*3 + 3, 1)/)

Definition at line 946 of file suews_ctrl_const.f95.

946 INTEGER, DIMENSION(3) :: c_Surf_k5_Paved = (/(cc, cc=ccendestmm + 13*3 + 1, ccendestmm + 13*3 + 3, 1)/)

◆ c_surf_rhocp1

integer, dimension(nsurfincsnow) allocatearray::c_surf_rhocp1 = [(cc, cc=ccEndB + 2*nsurfIncSnow + 1, ccEndB + 2*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_rhocp1_bldgs

integer, dimension(5) allocatearray::c_surf_rhocp1_bldgs = (/(cc, cc=ccEndESTMMP + 2*5 + 1, ccEndESTMMP + 2*5 + 5, 1)/)

Definition at line 953 of file suews_ctrl_const.f95.

953 INTEGER, DIMENSION(5) :: c_Surf_rhoCp1_Bldgs = (/(cc, cc=ccendestmmp + 2*5 + 1, ccendestmmp + 2*5 + 5, 1)/)

◆ c_surf_rhocp1_paved

integer, dimension(3) allocatearray::c_surf_rhocp1_paved = (/(cc, cc=ccEndESTMM + 2*3 + 1, ccEndESTMM + 2*3 + 3, 1)/)

Definition at line 935 of file suews_ctrl_const.f95.

935 INTEGER, DIMENSION(3) :: c_Surf_rhoCp1_Paved = (/(cc, cc=ccendestmm + 2*3 + 1, ccendestmm + 2*3 + 3, 1)/)

◆ c_surf_rhocp2

integer, dimension(nsurfincsnow) allocatearray::c_surf_rhocp2 = [(cc, cc=ccEndB + 5*nsurfIncSnow + 1, ccEndB + 5*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_rhocp2_bldgs

integer, dimension(5) allocatearray::c_surf_rhocp2_bldgs = (/(cc, cc=ccEndESTMMP + 5*5 + 1, ccEndESTMMP + 5*5 + 5, 1)/)

Definition at line 956 of file suews_ctrl_const.f95.

956 INTEGER, DIMENSION(5) :: c_Surf_rhoCp2_Bldgs = (/(cc, cc=ccendestmmp + 5*5 + 1, ccendestmmp + 5*5 + 5, 1)/)

◆ c_surf_rhocp2_paved

integer, dimension(3) allocatearray::c_surf_rhocp2_paved = (/(cc, cc=ccEndESTMM + 5*3 + 1, ccEndESTMM + 5*3 + 3, 1)/)

Definition at line 938 of file suews_ctrl_const.f95.

938 INTEGER, DIMENSION(3) :: c_Surf_rhoCp2_Paved = (/(cc, cc=ccendestmm + 5*3 + 1, ccendestmm + 5*3 + 3, 1)/)

◆ c_surf_rhocp3

integer, dimension(nsurfincsnow) allocatearray::c_surf_rhocp3 = [(cc, cc=ccEndB + 8*nsurfIncSnow + 1, ccEndB + 8*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_rhocp3_bldgs

integer, dimension(5) allocatearray::c_surf_rhocp3_bldgs = (/(cc, cc=ccEndESTMMP + 8*5 + 1, ccEndESTMMP + 8*5 + 5, 1)/)

Definition at line 959 of file suews_ctrl_const.f95.

959 INTEGER, DIMENSION(5) :: c_Surf_rhoCp3_Bldgs = (/(cc, cc=ccendestmmp + 8*5 + 1, ccendestmmp + 8*5 + 5, 1)/)

◆ c_surf_rhocp3_paved

integer, dimension(3) allocatearray::c_surf_rhocp3_paved = (/(cc, cc=ccEndESTMM + 8*3 + 1, ccEndESTMM + 8*3 + 3, 1)/)

Definition at line 941 of file suews_ctrl_const.f95.

941 INTEGER, DIMENSION(3) :: c_Surf_rhoCp3_Paved = (/(cc, cc=ccendestmm + 8*3 + 1, ccendestmm + 8*3 + 3, 1)/)

◆ c_surf_rhocp4

integer, dimension(nsurfincsnow) allocatearray::c_surf_rhocp4 = [(cc, cc=ccEndB + 11*nsurfIncSnow + 1, ccEndB + 11*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_rhocp4_bldgs

integer, dimension(5) allocatearray::c_surf_rhocp4_bldgs = (/(cc, cc=ccEndESTMMP + 11*5 + 1, ccEndESTMMP + 11*5 + 5, 1)/)

Definition at line 962 of file suews_ctrl_const.f95.

962 INTEGER, DIMENSION(5) :: c_Surf_rhoCp4_Bldgs = (/(cc, cc=ccendestmmp + 11*5 + 1, ccendestmmp + 11*5 + 5, 1)/)

◆ c_surf_rhocp4_paved

integer, dimension(3) allocatearray::c_surf_rhocp4_paved = (/(cc, cc=ccEndESTMM + 11*3 + 1, ccEndESTMM + 11*3 + 3, 1)/)

Definition at line 944 of file suews_ctrl_const.f95.

944 INTEGER, DIMENSION(3) :: c_Surf_rhoCp4_Paved = (/(cc, cc=ccendestmm + 11*3 + 1, ccendestmm + 11*3 + 3, 1)/)

◆ c_surf_rhocp5

integer, dimension(nsurfincsnow) allocatearray::c_surf_rhocp5 = [(cc, cc=ccEndB + 14*nsurfIncSnow + 1, ccEndB + 14*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_rhocp5_bldgs

integer, dimension(5) allocatearray::c_surf_rhocp5_bldgs = (/(cc, cc=ccEndESTMMP + 14*5 + 1, ccEndESTMMP + 14*5 + 5, 1)/)

Definition at line 965 of file suews_ctrl_const.f95.

965 INTEGER, DIMENSION(5) :: c_Surf_rhoCp5_Bldgs = (/(cc, cc=ccendestmmp + 14*5 + 1, ccendestmmp + 14*5 + 5, 1)/)

◆ c_surf_rhocp5_paved

integer, dimension(3) allocatearray::c_surf_rhocp5_paved = (/(cc, cc=ccEndESTMM + 14*3 + 1, ccEndESTMM + 14*3 + 3, 1)/)

Definition at line 947 of file suews_ctrl_const.f95.

947 INTEGER, DIMENSION(3) :: c_Surf_rhoCp5_Paved = (/(cc, cc=ccendestmm + 14*3 + 1, ccendestmm + 14*3 + 3, 1)/)

◆ c_surf_thick1

integer, dimension(nsurfincsnow) allocatearray::c_surf_thick1 = [(cc, cc=ccEndB + 0*nsurfIncSnow + 1, ccEndB + 0*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

   INTEGER, DIMENSION(nsurfIncSnow) :: &
      c_Surf_thick1 = [(cc, cc=ccendb + 0*nsurfincsnow + 1, ccendb + 0*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_k1 = [(cc, cc=ccendb + 1*nsurfincsnow + 1, ccendb + 1*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_rhocp1 = [(cc, cc=ccendb + 2*nsurfincsnow + 1, ccendb + 2*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_thick2 = [(cc, cc=ccendb + 3*nsurfincsnow + 1, ccendb + 3*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_k2 = [(cc, cc=ccendb + 4*nsurfincsnow + 1, ccendb + 4*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_rhocp2 = [(cc, cc=ccendb + 5*nsurfincsnow + 1, ccendb + 5*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_thick3 = [(cc, cc=ccendb + 6*nsurfincsnow + 1, ccendb + 6*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_k3 = [(cc, cc=ccendb + 7*nsurfincsnow + 1, ccendb + 7*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_rhocp3 = [(cc, cc=ccendb + 8*nsurfincsnow + 1, ccendb + 8*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_thick4 = [(cc, cc=ccendb + 9*nsurfincsnow + 1, ccendb + 9*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_k4 = [(cc, cc=ccendb + 10*nsurfincsnow + 1, ccendb + 10*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_rhocp4 = [(cc, cc=ccendb + 11*nsurfincsnow + 1, ccendb + 11*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_thick5 = [(cc, cc=ccendb + 12*nsurfincsnow + 1, ccendb + 12*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_k5 = [(cc, cc=ccendb + 13*nsurfincsnow + 1, ccendb + 13*nsurfincsnow + nsurfincsnow, 1)], &
      c_surf_rhocp5 = [(cc, cc=ccendb + 14*nsurfincsnow + 1, ccendb + 14*nsurfincsnow + nsurfincsnow, 1)]

◆ c_surf_thick1_bldgs

integer, dimension(5) allocatearray::c_surf_thick1_bldgs = (/(cc, cc=ccEndESTMMP + 0*5 + 1, ccEndESTMMP + 0*5 + 5, 1)/)

Definition at line 951 of file suews_ctrl_const.f95.

951 INTEGER, DIMENSION(5) :: c_Surf_thick1_Bldgs = (/(cc, cc=ccendestmmp + 0*5 + 1, ccendestmmp + 0*5 + 5, 1)/)

◆ c_surf_thick1_paved

integer, dimension(3) allocatearray::c_surf_thick1_paved = (/(cc, cc=ccEndESTMM + 0*3 + 1, ccEndESTMM + 0*3 + 3, 1)/)

Definition at line 933 of file suews_ctrl_const.f95.

933 INTEGER, DIMENSION(3) :: c_Surf_thick1_Paved = (/(cc, cc=ccendestmm + 0*3 + 1, ccendestmm + 0*3 + 3, 1)/)

◆ c_surf_thick2

integer, dimension(nsurfincsnow) allocatearray::c_surf_thick2 = [(cc, cc=ccEndB + 3*nsurfIncSnow + 1, ccEndB + 3*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_thick2_bldgs

integer, dimension(5) allocatearray::c_surf_thick2_bldgs = (/(cc, cc=ccEndESTMMP + 3*5 + 1, ccEndESTMMP + 3*5 + 5, 1)/)

Definition at line 954 of file suews_ctrl_const.f95.

954 INTEGER, DIMENSION(5) :: c_Surf_thick2_Bldgs = (/(cc, cc=ccendestmmp + 3*5 + 1, ccendestmmp + 3*5 + 5, 1)/)

◆ c_surf_thick2_paved

integer, dimension(3) allocatearray::c_surf_thick2_paved = (/(cc, cc=ccEndESTMM + 3*3 + 1, ccEndESTMM + 3*3 + 3, 1)/)

Definition at line 936 of file suews_ctrl_const.f95.

936 INTEGER, DIMENSION(3) :: c_Surf_thick2_Paved = (/(cc, cc=ccendestmm + 3*3 + 1, ccendestmm + 3*3 + 3, 1)/)

◆ c_surf_thick3

integer, dimension(nsurfincsnow) allocatearray::c_surf_thick3 = [(cc, cc=ccEndB + 6*nsurfIncSnow + 1, ccEndB + 6*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_thick3_bldgs

integer, dimension(5) allocatearray::c_surf_thick3_bldgs = (/(cc, cc=ccEndESTMMP + 6*5 + 1, ccEndESTMMP + 6*5 + 5, 1)/)

Definition at line 957 of file suews_ctrl_const.f95.

957 INTEGER, DIMENSION(5) :: c_Surf_thick3_Bldgs = (/(cc, cc=ccendestmmp + 6*5 + 1, ccendestmmp + 6*5 + 5, 1)/)

◆ c_surf_thick3_paved

integer, dimension(3) allocatearray::c_surf_thick3_paved = (/(cc, cc=ccEndESTMM + 6*3 + 1, ccEndESTMM + 6*3 + 3, 1)/)

Definition at line 939 of file suews_ctrl_const.f95.

939 INTEGER, DIMENSION(3) :: c_Surf_thick3_Paved = (/(cc, cc=ccendestmm + 6*3 + 1, ccendestmm + 6*3 + 3, 1)/)

◆ c_surf_thick4

integer, dimension(nsurfincsnow) allocatearray::c_surf_thick4 = [(cc, cc=ccEndB + 9*nsurfIncSnow + 1, ccEndB + 9*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_thick4_bldgs

integer, dimension(5) allocatearray::c_surf_thick4_bldgs = (/(cc, cc=ccEndESTMMP + 9*5 + 1, ccEndESTMMP + 9*5 + 5, 1)/)

Definition at line 960 of file suews_ctrl_const.f95.

960 INTEGER, DIMENSION(5) :: c_Surf_thick4_Bldgs = (/(cc, cc=ccendestmmp + 9*5 + 1, ccendestmmp + 9*5 + 5, 1)/)

◆ c_surf_thick4_paved

integer, dimension(3) allocatearray::c_surf_thick4_paved = (/(cc, cc=ccEndESTMM + 9*3 + 1, ccEndESTMM + 9*3 + 3, 1)/)

Definition at line 942 of file suews_ctrl_const.f95.

942 INTEGER, DIMENSION(3) :: c_Surf_thick4_Paved = (/(cc, cc=ccendestmm + 9*3 + 1, ccendestmm + 9*3 + 3, 1)/)

◆ c_surf_thick5

integer, dimension(nsurfincsnow) allocatearray::c_surf_thick5 = [(cc, cc=ccEndB + 12*nsurfIncSnow + 1, ccEndB + 12*nsurfIncSnow + nsurfIncSnow, 1)]

Definition at line 875 of file suews_ctrl_const.f95.

◆ c_surf_thick5_bldgs

integer, dimension(5) allocatearray::c_surf_thick5_bldgs = (/(cc, cc=ccEndESTMMP + 12*5 + 1, ccEndESTMMP + 12*5 + 5, 1)/)

Definition at line 963 of file suews_ctrl_const.f95.

963 INTEGER, DIMENSION(5) :: c_Surf_thick5_Bldgs = (/(cc, cc=ccendestmmp + 12*5 + 1, ccendestmmp + 12*5 + 5, 1)/)

◆ c_surf_thick5_paved

integer, dimension(3) allocatearray::c_surf_thick5_paved = (/(cc, cc=ccEndESTMM + 12*3 + 1, ccEndESTMM + 12*3 + 3, 1)/)

Definition at line 945 of file suews_ctrl_const.f95.

945 INTEGER, DIMENSION(3) :: c_Surf_thick5_Paved = (/(cc, cc=ccendestmm + 12*3 + 1, ccendestmm + 12*3 + 3, 1)/)

◆ c_tcriticcooling_wd

integer allocatearray::c_tcriticcooling_wd = (ccEndO + 17)

Definition at line 787 of file suews_ctrl_const.f95.

787 INTEGER :: c_TCriticCooling_WD = (ccendo + 17)

◆ c_tcriticcooling_we

integer allocatearray::c_tcriticcooling_we = (ccEndO + 16)

Definition at line 786 of file suews_ctrl_const.f95.

786 INTEGER :: c_TCriticCooling_WE = (ccendo + 16)

◆ c_tcriticheating_wd

integer allocatearray::c_tcriticheating_wd = (ccEndO + 15)

Definition at line 785 of file suews_ctrl_const.f95.

785 INTEGER :: c_TCriticHeating_WD = (ccendo + 15)

◆ c_tcriticheating_we

integer allocatearray::c_tcriticheating_we = (ccEndO + 14)

Definition at line 784 of file suews_ctrl_const.f95.

784 INTEGER :: c_TCriticHeating_WE = (ccendo + 14)

◆ c_theta_bioco2

integer, dimension(nvegsurf) allocatearray::c_theta_bioco2 = (/(cc, cc=cBEndWG + 2*nvegsurf + 1, cBEndWG + 2*nvegsurf + nvegsurf, 1)/)

Definition at line 863 of file suews_ctrl_const.f95.

863 INTEGER, DIMENSION(nvegsurf) :: c_theta_bioCO2 = (/(cc, cc=cbendwg + 2*nvegsurf + 1, cbendwg + 2*nvegsurf + nvegsurf, 1)/)

◆ c_trafficunits

integer allocatearray::c_trafficunits = (ccEndO + 38)

Definition at line 808 of file suews_ctrl_const.f95.

808 INTEGER :: c_TrafficUnits = (ccendo + 38)

◆ c_traffprofwd

integer allocatearray::c_traffprofwd = (ccEndO + 22)

Definition at line 792 of file suews_ctrl_const.f95.

792 INTEGER :: c_TraffProfWD = (ccendo + 22)

◆ c_traffprofwe

integer allocatearray::c_traffprofwe = (ccEndO + 23)

Definition at line 793 of file suews_ctrl_const.f95.

793 INTEGER :: c_TraffProfWE = (ccendo + 23)

◆ c_wall_k1

integer allocatearray::c_wall_k1 = (ccEndESTMB + 2)

Definition at line 895 of file suews_ctrl_const.f95.

895 INTEGER :: c_Wall_k1 = (ccendestmb + 2)

◆ c_wall_k1_bldgs

integer, dimension(5) allocatearray::c_wall_k1_bldgs = (/(cc, cc=ccEndESTMMP + 16*5 + 1, ccEndESTMMP + 16*5 + 5, 1)/)

Definition at line 967 of file suews_ctrl_const.f95.

967 INTEGER, DIMENSION(5) :: c_Wall_k1_Bldgs = (/(cc, cc=ccendestmmp + 16*5 + 1, ccendestmmp + 16*5 + 5, 1)/)

◆ c_wall_k2

integer allocatearray::c_wall_k2 = (ccEndESTMB + 5)

Definition at line 898 of file suews_ctrl_const.f95.

898 INTEGER :: c_Wall_k2 = (ccendestmb + 5)

◆ c_wall_k2_bldgs

integer, dimension(5) allocatearray::c_wall_k2_bldgs = (/(cc, cc=ccEndESTMMP + 19*5 + 1, ccEndESTMMP + 19*5 + 5, 1)/)

Definition at line 970 of file suews_ctrl_const.f95.

970 INTEGER, DIMENSION(5) :: c_Wall_k2_Bldgs = (/(cc, cc=ccendestmmp + 19*5 + 1, ccendestmmp + 19*5 + 5, 1)/)

◆ c_wall_k3

integer allocatearray::c_wall_k3 = (ccEndESTMB + 8)

Definition at line 901 of file suews_ctrl_const.f95.

901 INTEGER :: c_Wall_k3 = (ccendestmb + 8)

◆ c_wall_k3_bldgs

integer, dimension(5) allocatearray::c_wall_k3_bldgs = (/(cc, cc=ccEndESTMMP + 22*5 + 1, ccEndESTMMP + 22*5 + 5, 1)/)

Definition at line 973 of file suews_ctrl_const.f95.

973 INTEGER, DIMENSION(5) :: c_Wall_k3_Bldgs = (/(cc, cc=ccendestmmp + 22*5 + 1, ccendestmmp + 22*5 + 5, 1)/)

◆ c_wall_k4

integer allocatearray::c_wall_k4 = (ccEndESTMB + 11)

Definition at line 904 of file suews_ctrl_const.f95.

904 INTEGER :: c_Wall_k4 = (ccendestmb + 11)

◆ c_wall_k4_bldgs

integer, dimension(5) allocatearray::c_wall_k4_bldgs = (/(cc, cc=ccEndESTMMP + 25*5 + 1, ccEndESTMMP + 25*5 + 5, 1)/)

Definition at line 976 of file suews_ctrl_const.f95.

976 INTEGER, DIMENSION(5) :: c_Wall_k4_Bldgs = (/(cc, cc=ccendestmmp + 25*5 + 1, ccendestmmp + 25*5 + 5, 1)/)

◆ c_wall_k5

integer allocatearray::c_wall_k5 = (ccEndESTMB + 14)

Definition at line 907 of file suews_ctrl_const.f95.

907 INTEGER :: c_Wall_k5 = (ccendestmb + 14)

◆ c_wall_k5_bldgs

integer, dimension(5) allocatearray::c_wall_k5_bldgs = (/(cc, cc=ccEndESTMMP + 28*5 + 1, ccEndESTMMP + 28*5 + 5, 1)/)

Definition at line 979 of file suews_ctrl_const.f95.

979 INTEGER, DIMENSION(5) :: c_Wall_k5_Bldgs = (/(cc, cc=ccendestmmp + 28*5 + 1, ccendestmmp + 28*5 + 5, 1)/)

◆ c_wall_rhocp1

integer allocatearray::c_wall_rhocp1 = (ccEndESTMB + 3)

Definition at line 896 of file suews_ctrl_const.f95.

896 INTEGER :: c_Wall_rhoCp1 = (ccendestmb + 3)

◆ c_wall_rhocp1_bldgs

integer, dimension(5) allocatearray::c_wall_rhocp1_bldgs = (/(cc, cc=ccEndESTMMP + 17*5 + 1, ccEndESTMMP + 17*5 + 5, 1)/)

Definition at line 968 of file suews_ctrl_const.f95.

968 INTEGER, DIMENSION(5) :: c_Wall_rhoCp1_Bldgs = (/(cc, cc=ccendestmmp + 17*5 + 1, ccendestmmp + 17*5 + 5, 1)/)

◆ c_wall_rhocp2

integer allocatearray::c_wall_rhocp2 = (ccEndESTMB + 6)

Definition at line 899 of file suews_ctrl_const.f95.

899 INTEGER :: c_Wall_rhoCp2 = (ccendestmb + 6)

◆ c_wall_rhocp2_bldgs

integer, dimension(5) allocatearray::c_wall_rhocp2_bldgs = (/(cc, cc=ccEndESTMMP + 20*5 + 1, ccEndESTMMP + 20*5 + 5, 1)/)

Definition at line 971 of file suews_ctrl_const.f95.

971 INTEGER, DIMENSION(5) :: c_Wall_rhoCp2_Bldgs = (/(cc, cc=ccendestmmp + 20*5 + 1, ccendestmmp + 20*5 + 5, 1)/)

◆ c_wall_rhocp3

integer allocatearray::c_wall_rhocp3 = (ccEndESTMB + 9)

Definition at line 902 of file suews_ctrl_const.f95.

902 INTEGER :: c_Wall_rhoCp3 = (ccendestmb + 9)

◆ c_wall_rhocp3_bldgs

integer, dimension(5) allocatearray::c_wall_rhocp3_bldgs = (/(cc, cc=ccEndESTMMP + 23*5 + 1, ccEndESTMMP + 23*5 + 5, 1)/)

Definition at line 974 of file suews_ctrl_const.f95.

974 INTEGER, DIMENSION(5) :: c_Wall_rhoCp3_Bldgs = (/(cc, cc=ccendestmmp + 23*5 + 1, ccendestmmp + 23*5 + 5, 1)/)

◆ c_wall_rhocp4

integer allocatearray::c_wall_rhocp4 = (ccEndESTMB + 12)

Definition at line 905 of file suews_ctrl_const.f95.

905 INTEGER :: c_Wall_rhoCp4 = (ccendestmb + 12)

◆ c_wall_rhocp4_bldgs

integer, dimension(5) allocatearray::c_wall_rhocp4_bldgs = (/(cc, cc=ccEndESTMMP + 26*5 + 1, ccEndESTMMP + 26*5 + 5, 1)/)

Definition at line 977 of file suews_ctrl_const.f95.

977 INTEGER, DIMENSION(5) :: c_Wall_rhoCp4_Bldgs = (/(cc, cc=ccendestmmp + 26*5 + 1, ccendestmmp + 26*5 + 5, 1)/)

◆ c_wall_rhocp5

integer allocatearray::c_wall_rhocp5 = (ccEndESTMB + 15)

Definition at line 908 of file suews_ctrl_const.f95.

908 INTEGER :: c_Wall_rhoCp5 = (ccendestmb + 15)

◆ c_wall_rhocp5_bldgs

integer, dimension(5) allocatearray::c_wall_rhocp5_bldgs = (/(cc, cc=ccEndESTMMP + 29*5 + 1, ccEndESTMMP + 29*5 + 5, 1)/)

Definition at line 980 of file suews_ctrl_const.f95.

980 INTEGER, DIMENSION(5) :: c_Wall_rhoCp5_Bldgs = (/(cc, cc=ccendestmmp + 29*5 + 1, ccendestmmp + 29*5 + 5, 1)/)

◆ c_wall_thick1

integer allocatearray::c_wall_thick1 = (ccEndESTMB + 1)

Definition at line 894 of file suews_ctrl_const.f95.

894 INTEGER :: c_Wall_thick1 = (ccendestmb + 1)

◆ c_wall_thick1_bldgs

integer, dimension(5) allocatearray::c_wall_thick1_bldgs = (/(cc, cc=ccEndESTMMP + 15*5 + 1, ccEndESTMMP + 15*5 + 5, 1)/)

Definition at line 966 of file suews_ctrl_const.f95.

966 INTEGER, DIMENSION(5) :: c_Wall_thick1_Bldgs = (/(cc, cc=ccendestmmp + 15*5 + 1, ccendestmmp + 15*5 + 5, 1)/)

◆ c_wall_thick2

integer allocatearray::c_wall_thick2 = (ccEndESTMB + 4)

Definition at line 897 of file suews_ctrl_const.f95.

897 INTEGER :: c_Wall_thick2 = (ccendestmb + 4)

◆ c_wall_thick2_bldgs

integer, dimension(5) allocatearray::c_wall_thick2_bldgs = (/(cc, cc=ccEndESTMMP + 18*5 + 1, ccEndESTMMP + 18*5 + 5, 1)/)

Definition at line 969 of file suews_ctrl_const.f95.

969 INTEGER, DIMENSION(5) :: c_Wall_thick2_Bldgs = (/(cc, cc=ccendestmmp + 18*5 + 1, ccendestmmp + 18*5 + 5, 1)/)

◆ c_wall_thick3

integer allocatearray::c_wall_thick3 = (ccEndESTMB + 7)

Definition at line 900 of file suews_ctrl_const.f95.

900 INTEGER :: c_Wall_thick3 = (ccendestmb + 7)

◆ c_wall_thick3_bldgs

integer, dimension(5) allocatearray::c_wall_thick3_bldgs = (/(cc, cc=ccEndESTMMP + 21*5 + 1, ccEndESTMMP + 21*5 + 5, 1)/)

Definition at line 972 of file suews_ctrl_const.f95.

972 INTEGER, DIMENSION(5) :: c_Wall_thick3_Bldgs = (/(cc, cc=ccendestmmp + 21*5 + 1, ccendestmmp + 21*5 + 5, 1)/)

◆ c_wall_thick4

integer allocatearray::c_wall_thick4 = (ccEndESTMB + 10)

Definition at line 903 of file suews_ctrl_const.f95.

903 INTEGER :: c_Wall_thick4 = (ccendestmb + 10)

◆ c_wall_thick4_bldgs

integer, dimension(5) allocatearray::c_wall_thick4_bldgs = (/(cc, cc=ccEndESTMMP + 24*5 + 1, ccEndESTMMP + 24*5 + 5, 1)/)

Definition at line 975 of file suews_ctrl_const.f95.

975 INTEGER, DIMENSION(5) :: c_Wall_thick4_Bldgs = (/(cc, cc=ccendestmmp + 24*5 + 1, ccendestmmp + 24*5 + 5, 1)/)

◆ c_wall_thick5

integer allocatearray::c_wall_thick5 = (ccEndESTMB + 13)

Definition at line 906 of file suews_ctrl_const.f95.

906 INTEGER :: c_Wall_thick5 = (ccendestmb + 13)

◆ c_wall_thick5_bldgs

integer, dimension(5) allocatearray::c_wall_thick5_bldgs = (/(cc, cc=ccEndESTMMP + 27*5 + 1, ccEndESTMMP + 27*5 + 5, 1)/)

Definition at line 978 of file suews_ctrl_const.f95.

978 INTEGER, DIMENSION(5) :: c_Wall_thick5_Bldgs = (/(cc, cc=ccendestmmp + 27*5 + 1, ccendestmmp + 27*5 + 5, 1)/)

◆ c_waterdepth

integer allocatearray::c_waterdepth = (ccEndP + 1)

Definition at line 669 of file suews_ctrl_const.f95.

669 INTEGER :: c_WaterDepth = (ccendp + 1)

◆ c_wetthresh

integer, dimension(nsurf) allocatearray::c_wetthresh = (/(cc, cc=ccEndSI + 5*nsurf + 1, ccEndSI + 5*nsurf + nsurf, 1)/)

Definition at line 630 of file suews_ctrl_const.f95.

630 INTEGER, DIMENSION(nsurf) :: c_WetThresh = (/(cc, cc=ccendsi + 5*nsurf + 1, ccendsi + 5*nsurf + nsurf, 1)/) !Threshold for wet evaporation [mm]

◆ c_wgtobldgs

integer, dimension(nsurf) allocatearray::c_wgtobldgs = (/(cc, cc=ccEndPr + 1*nsurf + 1, ccEndPr + 1*nsurf + nsurf, 1)/)

Definition at line 848 of file suews_ctrl_const.f95.

848 INTEGER, DIMENSION(nsurf) :: c_WGToBldgs = (/(cc, cc=ccendpr + 1*nsurf + 1, ccendpr + 1*nsurf + nsurf, 1)/) !Water dist to Bldgs

◆ c_wgtobsoil

integer, dimension(nsurf) allocatearray::c_wgtobsoil = (/(cc, cc=ccEndPr + 5*nsurf + 1, ccEndPr + 5*nsurf + nsurf, 1)/)

Definition at line 852 of file suews_ctrl_const.f95.

852 INTEGER, DIMENSION(nsurf) :: c_WGToBSoil = (/(cc, cc=ccendpr + 5*nsurf + 1, ccendpr + 5*nsurf + nsurf, 1)/) !Water dist to BSoil

◆ c_wgtodectr

integer, dimension(nsurf) allocatearray::c_wgtodectr = (/(cc, cc=ccEndPr + 3*nsurf + 1, ccEndPr + 3*nsurf + nsurf, 1)/)

Definition at line 850 of file suews_ctrl_const.f95.

850 INTEGER, DIMENSION(nsurf) :: c_WGToDecTr = (/(cc, cc=ccendpr + 3*nsurf + 1, ccendpr + 3*nsurf + nsurf, 1)/) !Water dist to DecTr

◆ c_wgtoevetr

integer, dimension(nsurf) allocatearray::c_wgtoevetr = (/(cc, cc=ccEndPr + 2*nsurf + 1, ccEndPr + 2*nsurf + nsurf, 1)/)

Definition at line 849 of file suews_ctrl_const.f95.

849 INTEGER, DIMENSION(nsurf) :: c_WGToEveTr = (/(cc, cc=ccendpr + 2*nsurf + 1, ccendpr + 2*nsurf + nsurf, 1)/) !Water dist to EveTr

◆ c_wgtograss

integer, dimension(nsurf) allocatearray::c_wgtograss = (/(cc, cc=ccEndPr + 4*nsurf + 1, ccEndPr + 4*nsurf + nsurf, 1)/)

Definition at line 851 of file suews_ctrl_const.f95.

851 INTEGER, DIMENSION(nsurf) :: c_WGToGrass = (/(cc, cc=ccendpr + 4*nsurf + 1, ccendpr + 4*nsurf + nsurf, 1)/) !Water dist to Grass

◆ c_wgtopaved

integer, dimension(nsurf) allocatearray::c_wgtopaved = (/(cc, cc=ccEndPr + 0*nsurf + 1, ccEndPr + 0*nsurf + nsurf, 1)/)

Definition at line 847 of file suews_ctrl_const.f95.

847 INTEGER, DIMENSION(nsurf) :: c_WGToPaved = (/(cc, cc=ccendpr + 0*nsurf + 1, ccendpr + 0*nsurf + nsurf, 1)/) !Water dist to Paved

◆ c_wgtorunoff

integer, dimension(nsurf) allocatearray::c_wgtorunoff = (/(cc, cc=ccEndPr + 7*nsurf + 1, ccEndPr + 7*nsurf + nsurf, 1)/)

Definition at line 854 of file suews_ctrl_const.f95.

854 INTEGER, DIMENSION(nsurf) :: c_WGToRunoff = (/(cc, cc=ccendpr + 7*nsurf + 1, ccendpr + 7*nsurf + nsurf, 1)/) !Water dist to runoff

◆ c_wgtosoilstore

integer, dimension(nsurf) allocatearray::c_wgtosoilstore = (/(cc, cc=ccEndPr + 8*nsurf + 1, ccEndPr + 8*nsurf + nsurf, 1)/)

Definition at line 855 of file suews_ctrl_const.f95.

855 INTEGER, DIMENSION(nsurf) :: c_WGToSoilStore = (/(cc, cc=ccendpr + 8*nsurf + 1, ccendpr + 8*nsurf + nsurf, 1)/) !Water dist to sub-surface soil

◆ c_wgtowater

integer, dimension(nsurf) allocatearray::c_wgtowater = (/(cc, cc=ccEndPr + 6*nsurf + 1, ccEndPr + 6*nsurf + nsurf, 1)/)

Definition at line 853 of file suews_ctrl_const.f95.

853 INTEGER, DIMENSION(nsurf) :: c_WGToWater = (/(cc, cc=ccendpr + 6*nsurf + 1, ccendpr + 6*nsurf + nsurf, 1)/) !Water dist to Water

◆ capmax_dec

real(kind(1d0)) allocatearray::capmax_dec

Definition at line 292 of file suews_ctrl_const.f95.

◆ capmin_dec

real(kind(1d0)) allocatearray::capmin_dec

Definition at line 292 of file suews_ctrl_const.f95.

◆ cbendwg

integer, parameter allocatearray::cbendwg = (ccEndPr + 8*nsurf + nsurf)

Definition at line 858 of file suews_ctrl_const.f95.

858 INTEGER, PARAMETER :: cBEndWG = (ccendpr + 8*nsurf + nsurf)

◆ cc

integer allocatearray::cc

Definition at line 621 of file suews_ctrl_const.f95.

621 INTEGER :: cc !Column counter

◆ ccenda

integer, parameter allocatearray::ccenda = (ccEndO + 38)

Definition at line 811 of file suews_ctrl_const.f95.

811 INTEGER, PARAMETER :: ccEndA = (ccendo + 38)

◆ ccendb

integer, parameter allocatearray::ccendb = (cBEndWG + 7*nvegsurf + nvegsurf)

Definition at line 871 of file suews_ctrl_const.f95.

871 INTEGER, PARAMETER :: ccEndB = (cbendwg + 7*nvegsurf + nvegsurf)

◆ ccendestmb

integer, parameter allocatearray::ccendestmb = (ccEndB + 14*nsurfIncSnow + nsurfIncSnow)

Definition at line 892 of file suews_ctrl_const.f95.

892 INTEGER, PARAMETER :: ccEndESTMB = (ccendb + 14*nsurfincsnow + nsurfincsnow)

◆ ccendestmm

integer, parameter allocatearray::ccendestmm = (ccEndESTMB + 36)

Definition at line 931 of file suews_ctrl_const.f95.

931 INTEGER, PARAMETER :: ccEndESTMM = (ccendestmb + 36)

◆ ccendestmmp

integer, parameter allocatearray::ccendestmmp = (ccEndESTMM + 14*3 + 3)

Definition at line 949 of file suews_ctrl_const.f95.

949 INTEGER, PARAMETER :: ccEndESTMMP = (ccendestmm + 14*3 + 3)

◆ ccendgs

integer, parameter allocatearray::ccendgs = (ccEndSo + 12)

Definition at line 722 of file suews_ctrl_const.f95.

722 INTEGER, PARAMETER :: ccEndGs = (ccendso + 12)

◆ ccendi

integer, parameter allocatearray::ccendi = (ccEndSI + 15*nsurf + nsurf)

Definition at line 647 of file suews_ctrl_const.f95.

647 INTEGER, PARAMETER :: ccEndI = (ccendsi + 15*nsurf + nsurf) !add columns for AnOHM, AnOHM TS

◆ ccendir

integer, parameter allocatearray::ccendir = (ccEndA + 11 + 1*7 + 7)

Definition at line 825 of file suews_ctrl_const.f95.

825 INTEGER, PARAMETER :: ccEndIr = (ccenda + 11 + 1*7 + 7)

◆ ccendo

integer, parameter allocatearray::ccendo = (ccEndGs + 18*nsurfIncSnow + nsurfIncSnow)

Definition at line 768 of file suews_ctrl_const.f95.

768 INTEGER, PARAMETER :: ccEndO = (ccendgs + 18*nsurfincsnow + nsurfincsnow)

◆ ccendp

integer, parameter allocatearray::ccendp = (ccEndI + 14*nvegsurf + nvegsurf)

Definition at line 666 of file suews_ctrl_const.f95.

666 INTEGER, PARAMETER :: ccEndP = (ccendi + 14*nvegsurf + nvegsurf)

◆ ccendpr

integer, parameter allocatearray::ccendpr = (ccEndIr + 13*24 + 24)

Definition at line 844 of file suews_ctrl_const.f95.

844 INTEGER, PARAMETER :: ccEndPr = (ccendir + 13*24 + 24)

◆ ccendsi

integer, parameter allocatearray::ccendsi = ncolumnsSiteSelect

Definition at line 622 of file suews_ctrl_const.f95.

622 INTEGER, PARAMETER :: ccEndSI = ncolumnssiteselect

◆ ccendsn

integer, parameter allocatearray::ccendsn = (ccEndW + 15)

Definition at line 692 of file suews_ctrl_const.f95.

692 INTEGER, PARAMETER :: ccEndSn = (ccendw + 15)

◆ ccendso

integer, parameter allocatearray::ccendso = (ccEndSn + 7*nsurf + nsurf)

Definition at line 705 of file suews_ctrl_const.f95.

705 INTEGER, PARAMETER :: ccEndSo = (ccendsn + 7*nsurf + nsurf)

◆ ccendw

integer, parameter allocatearray::ccendw = (ccEndP + 1)

Definition at line 672 of file suews_ctrl_const.f95.

672 INTEGER, PARAMETER :: ccEndW = (ccendp + 1)

◆ ccmds

integer, parameter allocatearray::ccmds = 30

Definition at line 1023 of file suews_ctrl_const.f95.

1023 INTEGER, PARAMETER :: ccMDS = 30

◆ ccmod

integer, parameter allocatearray::ccmod = 32

Definition at line 1009 of file suews_ctrl_const.f95.

1009 INTEGER, PARAMETER :: ccMOD = 32

◆ chang

real(kind(1d0)), dimension(nsurf) allocatearray::chang

Definition at line 233 of file suews_ctrl_const.f95.

233 REAL(KIND(1D0)), DIMENSION(nsurf) :: chang !Change in state [mm]

◆ changsnow

real(kind(1d0)), dimension(nsurf) allocatearray::changsnow

Definition at line 436 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)), DIMENSION(nsurf) :: changSnow, & !Change in snowpack in mm
                                        maxSnowVol, & !! Maximum snow volume
                                        SnowWater, & !!Liquid water in the snow pack of ith surface
                                        ev_snow, & !!Evaporation from snowpack in mm
                                        mw_ind, & !Melt water from individual surface in mm
                                        mw_indDay, & !!Melt water per day from each surface type in m3
                                        runoffSnow, & !!Runoff from snowpack in mm and in m3
                                        SnowDens, & !Density of snow
                                        SnowFrac, & !!Surface fraction of snow cover
                                        iceFrac, &
                                        snowInit, &
                                        snowDepth, & !Depth of snow in cm
                                        SnowToSurf, & !Meltwater flowing from snow to surface
                                        volSWE, &
                                        StateFraction, & !Fraction of state that can freeze
                                        freezMelt, & !Amount of freezing meltwater in mm for the ith surface area
                                        Qm_freezState, & !Heat by freezing of surface state
                                        freezState, & !Amount of freezing state in mm for the ith surface area
                                        FreezStateVol, &
                                        Qm_melt, & !Heat consumption by snow melt
                                        Qm_rain, & !Heat by rain falling on snow
                                        rainOnSnow, & !Liquid precipitation falling on snow ()
                                        SnowPackLimit, &
                                        deltaQi

◆ chanohm

real(kind(1d0)), dimension(nsurf) allocatearray::chanohm

Definition at line 487 of file suews_ctrl_const.f95.

487 REAL(KIND(1D0)), DIMENSION(nsurf) :: chAnOHM ! bulk transfer coef. [-]

◆ cmds_snowdens

integer, dimension(nsurf) allocatearray::cmds_snowdens = (/(cc, cc=ccMDS + 0*nsurf + 1, ccMDS + 0*nsurf + nsurf, 1)/)

Definition at line 1024 of file suews_ctrl_const.f95.

1024 INTEGER, DIMENSION(nsurf) :: cMDS_SnowDens = (/(cc, cc=ccmds + 0*nsurf + 1, ccmds + 0*nsurf + nsurf, 1)/) !Snow density

◆ cmod_snowdens

integer, dimension(nsurf) allocatearray::cmod_snowdens = (/(cc, cc=ccMOD + 5*nsurf + 1, ccMOD + 5*nsurf + nsurf, 1)/)

Definition at line 1015 of file suews_ctrl_const.f95.

1015 INTEGER, DIMENSION(nsurf) :: cMOD_SnowDens = (/(cc, cc=ccmod + 5*nsurf + 1, ccmod + 5*nsurf + nsurf, 1)/) !Snow density

◆ cmod_snowfrac

integer, dimension(nsurf) allocatearray::cmod_snowfrac = (/(cc, cc=ccMOD + 4*nsurf + 1, ccMOD + 4*nsurf + nsurf, 1)/)

Definition at line 1014 of file suews_ctrl_const.f95.

1014 INTEGER, DIMENSION(nsurf) :: cMOD_SnowFrac = (/(cc, cc=ccmod + 4*nsurf + 1, ccmod + 4*nsurf + nsurf, 1)/) !Snow fraction

◆ cmod_snowpack

integer, dimension(nsurf) allocatearray::cmod_snowpack = (/(cc, cc=ccMOD + 3*nsurf + 1, ccMOD + 3*nsurf + nsurf, 1)/)

Definition at line 1013 of file suews_ctrl_const.f95.

1013 INTEGER, DIMENSION(nsurf) :: cMOD_SnowPack = (/(cc, cc=ccmod + 3*nsurf + 1, ccmod + 3*nsurf + nsurf, 1)/) !SWE

◆ cmod_snowwaterstate

integer, dimension(nsurf) allocatearray::cmod_snowwaterstate = (/(cc, cc=ccMOD + 2*nsurf + 1, ccMOD + 2*nsurf + nsurf, 1)/)

Definition at line 1012 of file suews_ctrl_const.f95.

1012 INTEGER, DIMENSION(nsurf) :: cMOD_SnowWaterState = (/(cc, cc=ccmod + 2*nsurf + 1, ccmod + 2*nsurf + nsurf, 1)/) !Liquid (melted) water

◆ cmod_soilstate

integer, dimension(nsurf) allocatearray::cmod_soilstate = (/(cc, cc=ccMOD + 1*nsurf + 1, ccMOD + 1*nsurf + nsurf, 1)/)

Definition at line 1011 of file suews_ctrl_const.f95.

1011 INTEGER, DIMENSION(nsurf) :: cMOD_SoilState = (/(cc, cc=ccmod + 1*nsurf + 1, ccmod + 1*nsurf + nsurf, 1)/) !Below ground state (soil store)

◆ cmod_state

integer, dimension(nsurf) allocatearray::cmod_state = (/(cc, cc=ccMOD + 0*nsurf + 1, ccMOD + 0*nsurf + nsurf, 1)/)

Definition at line 1010 of file suews_ctrl_const.f95.

1010 INTEGER, DIMENSION(nsurf) :: cMOD_State = (/(cc, cc=ccmod + 0*nsurf + 1, ccmod + 0*nsurf + nsurf, 1)/) !Above ground state

◆ colnosuse

character(len=4*ncolumnsdataoutsuews) allocatearray::colnosuse

Definition at line 128 of file suews_ctrl_const.f95.

128 CHARACTER(len=4*ncolumnsDataOutSUEWS) :: ColNosUse

◆ conductance_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::conductance_coeff

Definition at line 137 of file suews_ctrl_const.f95.

137 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Conductance_Coeff !Coefficients for conductances

Referenced by codematchconductance().

◆ conifsurf

integer, parameter allocatearray::conifsurf = 3

Definition at line 46 of file suews_ctrl_const.f95.

Referenced by waterdist_module::cal_smd_veg(), waterdist_module::cal_water_storage(), ehc_module::ehc(), estm_module::estm_translate(), rsl_module::rsl_cal_prms(), spartacus_module::spartacus(), suews_driver::suews_cal_biogenco2(), suews_driver::suews_cal_biogenco2_dts(), suews_driver::suews_cal_main_dts(), suews_driver::suews_cal_qn(), suews_driver::suews_cal_qn_dts(), suews_driver::suews_cal_surf(), suews_driver::suews_cal_surf_dts(), waterdist_module::suews_cal_wateruse(), waterdist_module::suews_cal_wateruse_dts(), and waterdist_module::updateflood().

◆ cp_roof

real(kind(1d0)), dimension(:, :), allocatable allocatearray::cp_roof

Definition at line 498 of file suews_ctrl_const.f95.

498 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: cp_roof

Referenced by estm_module::load_gridlayout().

◆ cp_roof_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::cp_roof_grids

Definition at line 513 of file suews_ctrl_const.f95.

513 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: cp_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ cp_surf

real(kind(1d0)), dimension(:, :), allocatable allocatearray::cp_surf

Definition at line 561 of file suews_ctrl_const.f95.

561 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: cp_surf

Referenced by estm_module::load_gridlayout().

◆ cp_surf_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::cp_surf_grids

Definition at line 568 of file suews_ctrl_const.f95.

568 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: cp_surf_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ cp_wall

real(kind(1d0)), dimension(:, :), allocatable allocatearray::cp_wall

Definition at line 529 of file suews_ctrl_const.f95.

529 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: cp_wall

Referenced by estm_module::load_gridlayout().

◆ cp_wall_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::cp_wall_grids

Definition at line 544 of file suews_ctrl_const.f95.

544 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: cp_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ cpanohm

real(kind(1d0)), dimension(nsurf) allocatearray::cpanohm

Definition at line 485 of file suews_ctrl_const.f95.

485 REAL(KIND(1D0)), DIMENSION(nsurf) :: cpAnOHM ! heat capacity [J m-3 K-1]

◆ ctp_enusewd

integer allocatearray::ctp_enusewd = 1

Definition at line 212 of file suews_ctrl_const.f95.

   INTEGER :: cTP_EnUseWD = 1, &
              ctp_enusewe = 2, &
              ctp_wumanuwd = 3, &
              ctp_wumanuwe = 4, &
              ctp_wuautowd = 5, &
              ctp_wuautowe = 6, &
              ctp_snowcwd = 7, &
              ctp_snowcwe = 8, &
              ctp_humactivitywd = 9, &
              ctp_humactivitywe = 10, &
              ctp_traffprofwd = 11, &
              ctp_traffprofwe = 12, &
              ctp_popprofwd = 13, &
              ctp_popprofwe = 14

◆ ctp_enusewe

integer allocatearray::ctp_enusewe = 2

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_humactivitywd

integer allocatearray::ctp_humactivitywd = 9

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_humactivitywe

integer allocatearray::ctp_humactivitywe = 10

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_popprofwd

integer allocatearray::ctp_popprofwd = 13

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_popprofwe

integer allocatearray::ctp_popprofwe = 14

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_snowcwd

integer allocatearray::ctp_snowcwd = 7

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_snowcwe

integer allocatearray::ctp_snowcwe = 8

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_traffprofwd

integer allocatearray::ctp_traffprofwd = 11

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_traffprofwe

integer allocatearray::ctp_traffprofwe = 12

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_wuautowd

integer allocatearray::ctp_wuautowd = 5

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_wuautowe

integer allocatearray::ctp_wuautowe = 6

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_wumanuwd

integer allocatearray::ctp_wumanuwd = 3

Definition at line 212 of file suews_ctrl_const.f95.

◆ ctp_wumanuwe

integer allocatearray::ctp_wumanuwe = 4

Definition at line 212 of file suews_ctrl_const.f95.

◆ cts_id

integer, parameter allocatearray::cts_id = 2

Definition at line 1033 of file suews_ctrl_const.f95.

1033 INTEGER, PARAMETER :: cTs_id = 2

◆ cts_imin

integer, parameter allocatearray::cts_imin = 4

Definition at line 1035 of file suews_ctrl_const.f95.

1035 INTEGER, PARAMETER :: cTs_imin = 4

◆ cts_it

integer, parameter allocatearray::cts_it = 3

Definition at line 1034 of file suews_ctrl_const.f95.

1034 INTEGER, PARAMETER :: cTs_it = 3

◆ cts_iy

integer, parameter allocatearray::cts_iy = 1

Definition at line 1032 of file suews_ctrl_const.f95.

1032 INTEGER, PARAMETER :: cTs_iy = 1

◆ cts_tiair

integer, parameter allocatearray::cts_tiair = 5

Definition at line 1036 of file suews_ctrl_const.f95.

1036 INTEGER, PARAMETER :: cTs_Tiair = 5

Referenced by estm_module::estm_translate().

◆ cts_troad

integer, parameter allocatearray::cts_troad = 8

Definition at line 1039 of file suews_ctrl_const.f95.

1039 INTEGER, PARAMETER :: cTs_Troad = 8

Referenced by estm_module::estm_translate().

◆ cts_troof

integer, parameter allocatearray::cts_troof = 7

Definition at line 1038 of file suews_ctrl_const.f95.

1038 INTEGER, PARAMETER :: cTs_Troof = 7

Referenced by estm_module::estm_translate().

◆ cts_tsurf

integer, parameter allocatearray::cts_tsurf = 6

Definition at line 1037 of file suews_ctrl_const.f95.

1037 INTEGER, PARAMETER :: cTs_Tsurf = 6

◆ cts_twall

integer, parameter allocatearray::cts_twall = 9

Definition at line 1040 of file suews_ctrl_const.f95.

1040 INTEGER, PARAMETER :: cTs_Twall = 9

Referenced by estm_module::estm_translate().

◆ cts_twall_e

integer, parameter allocatearray::cts_twall_e = 11

Definition at line 1042 of file suews_ctrl_const.f95.

1042 INTEGER, PARAMETER :: cTs_Twall_e = 11

◆ cts_twall_n

integer, parameter allocatearray::cts_twall_n = 10

Definition at line 1041 of file suews_ctrl_const.f95.

1041 INTEGER, PARAMETER :: cTs_Twall_n = 10

◆ cts_twall_s

integer, parameter allocatearray::cts_twall_s = 12

Definition at line 1043 of file suews_ctrl_const.f95.

1043 INTEGER, PARAMETER :: cTs_Twall_s = 12

◆ cts_twall_w

integer, parameter allocatearray::cts_twall_w = 13

Definition at line 1044 of file suews_ctrl_const.f95.

1044 INTEGER, PARAMETER :: cTs_Twall_w = 13

◆ dailystatefirstopen

real(kind(1d0)), dimension(:), allocatable allocatearray::dailystatefirstopen

Definition at line 154 of file suews_ctrl_const.f95.

154 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: DailyStateFirstOpen

◆ dailystateline

real(kind(1d0)), dimension(ncolumnsdataoutdailystate - 5) allocatearray::dailystateline

Definition at line 178 of file suews_ctrl_const.f95.

178 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutDailyState - 5) :: DailyStateLine ! output of DailyState results per each timestep

◆ dataoutbeers

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutbeers

Definition at line 160 of file suews_ctrl_const.f95.

160 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutBEERS ! BEERS output matrix

Referenced by ctrl_output::suews_output_txt_grp().

◆ dataoutbl

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutbl

Definition at line 158 of file suews_ctrl_const.f95.

158 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutBL !CBL output matrix

Referenced by bluews_module::cbl_initial(), and ctrl_output::suews_output_txt_grp().

◆ dataoutdailystate

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutdailystate

Definition at line 166 of file suews_ctrl_const.f95.

166 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutDailyState !DailyState output array

Referenced by ctrl_output::suews_output_txt_grp().

◆ dataoutdebug

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutdebug

Definition at line 161 of file suews_ctrl_const.f95.

161 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutDebug !debugging info matrix

Referenced by ctrl_output::suews_output_txt_grp().

◆ dataoutehc

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutehc

Definition at line 165 of file suews_ctrl_const.f95.

165 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutEHC !EHC output matrix

Referenced by ctrl_output::suews_output_txt_grp().

◆ dataoutestm

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutestm

Definition at line 164 of file suews_ctrl_const.f95.

164 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutESTM !ESTM output matrix

Referenced by ctrl_output::suews_output_txt_grp().

◆ dataoutlinebeers

real(kind(1d0)), dimension(ncolumnsdataoutbeers - 5) allocatearray::dataoutlinebeers

Definition at line 175 of file suews_ctrl_const.f95.

175 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutBEERS - 5) :: dataOutLineBEERS ! output of snow results per each timestep

◆ dataoutlinedebug

real(kind(1d0)), dimension(ncolumnsdataoutdebug) allocatearray::dataoutlinedebug

Definition at line 176 of file suews_ctrl_const.f95.

176 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutDebug) :: dataOutLineDebug ! output line for debugging info

◆ dataoutlineehc

real(kind(1d0)), dimension(ncolumnsdataoutehc - 5) allocatearray::dataoutlineehc

Definition at line 209 of file suews_ctrl_const.f95.

209 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutEHC - 5) :: dataOutLineEHC !ESTM output for the current timestep and grid

◆ dataoutlineestm

real(kind(1d0)), dimension(ncolumnsdataoutestm - 5) allocatearray::dataoutlineestm

Definition at line 206 of file suews_ctrl_const.f95.

206 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutESTM - 5) :: dataOutLineESTM !ESTM output for the current timestep and grid

◆ dataoutlinersl

real(kind(1d0)), dimension(ncolumnsdataoutrsl - 5 + 12) allocatearray::dataoutlinersl

Definition at line 173 of file suews_ctrl_const.f95.

173 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutRSL - 5 + 12) :: dataOutLineRSL ! output of snow results per each timestep

◆ dataoutlinesnow

real(kind(1d0)), dimension(ncolumnsdataoutsnow - 5) allocatearray::dataoutlinesnow

Definition at line 171 of file suews_ctrl_const.f95.

171 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutSnow - 5) :: dataOutLineSnow ! output of snow results per each timestep

◆ dataoutlinesolweig

real(kind(1d0)), dimension(ncolumnsdataoutsolweig - 5) allocatearray::dataoutlinesolweig

Definition at line 174 of file suews_ctrl_const.f95.

174 REAL(KIND(1D0)), DIMENSION(ncolumnsdataOutSOLWEIG - 5) :: dataOutLineSOLWEIG ! output of snow results per each timestep

◆ dataoutlinespartacus

real(kind(1d0)), dimension(ncolumnsdataoutspartacus) allocatearray::dataoutlinespartacus

Definition at line 177 of file suews_ctrl_const.f95.

177 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutSPARTACUS) :: dataOutLineSPARTACUS ! output line for SPARTACUS per each timestep (1hr?)

◆ dataoutlinesuews

real(kind(1d0)), dimension(ncolumnsdataoutsuews - 5) allocatearray::dataoutlinesuews

Definition at line 170 of file suews_ctrl_const.f95.

170 REAL(KIND(1D0)), DIMENSION(ncolumnsDataOutSUEWS - 5) :: dataOutLineSUEWS ! output of SUEWS results per each timestep

◆ dataoutrsl

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutrsl

Definition at line 157 of file suews_ctrl_const.f95.

157 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutRSL !Main data output matrix

Referenced by ctrl_output::suews_output_txt_grp().

◆ dataoutsnow

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutsnow

Definition at line 163 of file suews_ctrl_const.f95.

163 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutSnow !Main data output matrix

Referenced by ctrl_output::suews_output_txt_grp().

◆ dataoutsolweig

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutsolweig

Definition at line 159 of file suews_ctrl_const.f95.

159 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutSOLWEIG !SOLWEIG POI output matrix

◆ dataoutspartacus

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutspartacus

Definition at line 162 of file suews_ctrl_const.f95.

162 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutSPARTACUS !SPARTACUS output matrix

Referenced by ctrl_output::suews_output_txt_grp().

◆ dataoutsuews

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dataoutsuews

Definition at line 156 of file suews_ctrl_const.f95.

156 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dataOutSUEWS !Main data output matrix

Referenced by ctrl_output::suews_output_txt_grp().

◆ datetimeline

real(kind(1d0)), dimension(5) allocatearray::datetimeline

Definition at line 169 of file suews_ctrl_const.f95.

169 REAL(KIND(1D0)), DIMENSION(5) :: datetimeLine ! output of datetime info per each timestep

◆ decidcap_id

real(kind(1d0)) allocatearray::decidcap_id

Definition at line 332 of file suews_ctrl_const.f95.

332 REAL(KIND(1D0)) :: DecidCap_id

◆ decidcap_id_grids

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::decidcap_id_grids

Definition at line 326 of file suews_ctrl_const.f95.

326 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: DecidCap_id_grids

◆ decidsurf

integer, parameter allocatearray::decidsurf = 4

Definition at line 46 of file suews_ctrl_const.f95.

Referenced by ehc_module::ehc(), estm_module::estm_translate(), rsl_module::rsl_cal_prms(), spartacus_module::spartacus(), suews_driver::suews_cal_biogenco2(), suews_driver::suews_cal_biogenco2_dts(), suews_driver::suews_cal_main_dts(), suews_driver::suews_cal_qn(), suews_driver::suews_cal_qn_dts(), suews_driver::suews_cal_surf(), suews_driver::suews_cal_surf_dts(), waterdist_module::suews_cal_wateruse(), waterdist_module::suews_cal_wateruse_dts(), and dailystate_module::update_veg().

◆ deg2rad

real(kind(1d0)), parameter allocatearray::deg2rad = 0.017453292

Definition at line 412 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)), PARAMETER :: DEG2RAD = 0.017453292, &
                                 rad2deg = 57.29577951, &
                                 sigma_sb = 5.67e-8

Referenced by beers_module::beers_cal_main(), beers_module::diffusefraction(), solweig_module::diffusefraction(), beers_module::kroof(), beers_module::kwalls(), beers_module::shadowgroundkusaka(), and solweig_module::solweig_cal_main().

◆ deltaqi

real(kind(1d0)), dimension(nsurf) allocatearray::deltaqi

Definition at line 436 of file suews_ctrl_const.f95.

◆ dqndt

real(kind(1d0)) allocatearray::dqndt

Definition at line 429 of file suews_ctrl_const.f95.

◆ dqndt_grids

real(kind(1d0)), dimension(:), allocatable allocatearray::dqndt_grids

Definition at line 428 of file suews_ctrl_const.f95.

428 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: dqndt_grids, dqnsdt_grids

◆ dqnsdt

real(kind(1d0)) allocatearray::dqnsdt

Definition at line 431 of file suews_ctrl_const.f95.

◆ dqnsdt_grids

real(kind(1d0)), dimension(:), allocatable allocatearray::dqnsdt_grids

Definition at line 428 of file suews_ctrl_const.f95.

◆ drain

real(kind(1d0)), dimension(nsurf) allocatearray::drain

Definition at line 234 of file suews_ctrl_const.f95.

234 REAL(KIND(1D0)), DIMENSION(nsurf) :: drain !Drainage of each surface type [mm]

◆ dz_roof

real(kind(1d0)), dimension(:, :), allocatable allocatearray::dz_roof

Definition at line 499 of file suews_ctrl_const.f95.

499 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: dz_roof

Referenced by estm_module::load_gridlayout().

◆ dz_roof_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dz_roof_grids

Definition at line 514 of file suews_ctrl_const.f95.

514 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dz_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ dz_surf

real(kind(1d0)), dimension(:, :), allocatable allocatearray::dz_surf

Definition at line 562 of file suews_ctrl_const.f95.

562 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: dz_surf

Referenced by estm_module::load_gridlayout().

◆ dz_surf_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dz_surf_grids

Definition at line 569 of file suews_ctrl_const.f95.

569 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dz_surf_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ dz_wall

real(kind(1d0)), dimension(:, :), allocatable allocatearray::dz_wall

Definition at line 530 of file suews_ctrl_const.f95.

530 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: dz_wall

Referenced by estm_module::load_gridlayout().

◆ dz_wall_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::dz_wall_grids

Definition at line 545 of file suews_ctrl_const.f95.

545 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: dz_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ emis

real(kind(1d0)), dimension(nsurf) allocatearray::emis

Definition at line 387 of file suews_ctrl_const.f95.

387 REAL(KIND(1D0)), DIMENSION(nsurf) :: emis !Emissivity of each surface type [-]

Referenced by estm_module::estm_translate().

◆ emis_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::emis_roof

Definition at line 502 of file suews_ctrl_const.f95.

502 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: emis_roof

Referenced by estm_module::load_gridlayout().

◆ emis_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::emis_roof_grids

Definition at line 517 of file suews_ctrl_const.f95.

517 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: emis_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ emis_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::emis_wall

Definition at line 533 of file suews_ctrl_const.f95.

533 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: emis_wall

Referenced by estm_module::load_gridlayout().

◆ emis_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::emis_wall_grids

Definition at line 548 of file suews_ctrl_const.f95.

548 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: emis_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ estmcoefficients_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::estmcoefficients_coeff

Definition at line 139 of file suews_ctrl_const.f95.

139 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: ESTMCoefficients_Coeff !Coefficients for ESTMCoefficients ! S.O. 04 Feb 2016

Referenced by codematchestm(), and codematchestm_class().

◆ estmforcingdata

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::estmforcingdata

Definition at line 152 of file suews_ctrl_const.f95.

152 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: ESTMForcingData !Array for ESTM forcing data

Referenced by metdisagg::disaggregateestm(), estm_module::estm_translate(), and estm_module::suews_getestmdata().

◆ estmfordisagg

real(kind(1d0)), dimension(:, :), allocatable allocatearray::estmfordisagg

Definition at line 183 of file suews_ctrl_const.f95.

183 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: ESTMForDisagg !Array for original ESTM forcing data (for disaggregation)

Referenced by metdisagg::disaggregateestm().

◆ estmfordisaggnext

real(kind(1d0)), dimension(:), allocatable allocatearray::estmfordisaggnext

Definition at line 184 of file suews_ctrl_const.f95.

Referenced by metdisagg::disaggregateestm().

◆ estmfordisaggprev

real(kind(1d0)), dimension(:), allocatable allocatearray::estmfordisaggprev

Definition at line 184 of file suews_ctrl_const.f95.

184 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: ESTMForDisaggPrev, ESTMForDisaggNext !Stores last and next row of ESTM data

Referenced by metdisagg::disaggregateestm().

◆ ev_snow

real(kind(1d0)), dimension(nsurf) allocatearray::ev_snow

Definition at line 436 of file suews_ctrl_const.f95.

◆ evap

real(kind(1d0)), dimension(nsurf) allocatearray::evap

Definition at line 235 of file suews_ctrl_const.f95.

235 REAL(KIND(1D0)), DIMENSION(nsurf) :: evap !Evaporation from each surface type [mm]

◆ excesssurf

integer, parameter allocatearray::excesssurf = 8

Definition at line 46 of file suews_ctrl_const.f95.

◆ formatuse

character(len=14*ncolumnsdataoutsuews) allocatearray::formatuse

Definition at line 124 of file suews_ctrl_const.f95.

◆ formatusenosep

character(len=14*ncolumnsdataoutsuews) allocatearray::formatusenosep

Definition at line 124 of file suews_ctrl_const.f95.

◆ freezmelt

real(kind(1d0)), dimension(nsurf) allocatearray::freezmelt

Definition at line 436 of file suews_ctrl_const.f95.

◆ freezstate

real(kind(1d0)), dimension(nsurf) allocatearray::freezstate

Definition at line 436 of file suews_ctrl_const.f95.

◆ freezstatevol

real(kind(1d0)), dimension(nsurf) allocatearray::freezstatevol

Definition at line 436 of file suews_ctrl_const.f95.

◆ gdd_id

real(kind(1d0)), dimension(nvegsurf) allocatearray::gdd_id

Definition at line 278 of file suews_ctrl_const.f95.

278 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: GDD_id, GDD_id_prev !Growing Degree Days (see SUEWS_DailyState.f95)

◆ gdd_id_grids

real(kind(1d0)), dimension(nvegsurf, maxnumberofgrids) allocatearray::gdd_id_grids

Definition at line 310 of file suews_ctrl_const.f95.

310 REAL(KIND(1D0)), DIMENSION(nvegsurf, MaxNumberOfGrids) :: GDD_id_grids

◆ gdd_id_prev

real(kind(1d0)), dimension(nvegsurf) allocatearray::gdd_id_prev

Definition at line 278 of file suews_ctrl_const.f95.

◆ gddfull

real(kind(1d0)), dimension(nvegsurf) allocatearray::gddfull

Definition at line 359 of file suews_ctrl_const.f95.

359 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: GDDFull !Growing degree days needed for full capacity [degC]

◆ grasssurf

integer, parameter allocatearray::grasssurf = 5

Definition at line 46 of file suews_ctrl_const.f95.

Referenced by waterdist_module::cal_smd_veg(), waterdist_module::cal_water_storage(), ehc_module::ehc(), estm_module::estm_translate(), spartacus_module::spartacus(), suews_driver::suews_cal_biogenco2(), suews_driver::suews_cal_biogenco2_dts(), suews_driver::suews_cal_main_dts(), suews_driver::suews_cal_qn(), suews_driver::suews_cal_qn_dts(), suews_driver::suews_cal_surf(), suews_driver::suews_cal_surf_dts(), waterdist_module::suews_cal_wateruse(), and waterdist_module::suews_cal_wateruse_dts().

◆ grididmatrix

integer, dimension(:), allocatable allocatearray::grididmatrix

Definition at line 147 of file suews_ctrl_const.f95.

147 INTEGER, DIMENSION(:), ALLOCATABLE :: GridIDmatrix !Array containing GridIDs in SiteSelect after sorting

Referenced by ctrl_output::filename_gen().

◆ grididmatrix0

integer, dimension(:), allocatable allocatearray::grididmatrix0

Definition at line 148 of file suews_ctrl_const.f95.

148 INTEGER, DIMENSION(:), ALLOCATABLE :: GridIDmatrix0 !Array containing GridIDs in SiteSelect in the original order

◆ gridto

real(kind(1d0)), dimension(nconns) allocatearray::gridto

Definition at line 475 of file suews_ctrl_const.f95.

475 REAL(KIND(1D0)), DIMENSION(nconns) :: GridTo !Grid that water moves to

◆ gridtofrac

real(kind(1d0)), dimension(nconns) allocatearray::gridtofrac

Definition at line 474 of file suews_ctrl_const.f95.

474 REAL(KIND(1D0)), DIMENSION(nconns) :: GridToFrac !Fraction of water moving to the grid specified in GridTo [-]

◆ ground_albedo_dir_mult_fact

real(kind(1d0)) allocatearray::ground_albedo_dir_mult_fact

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ hdd_id

real(kind(1d0)), dimension(12) allocatearray::hdd_id

Definition at line 281 of file suews_ctrl_const.f95.

281 REAL(KIND(1D0)), DIMENSION(12) :: HDD_id

◆ hdd_id_grids

real(kind(1d0)), dimension(12, maxnumberofgrids) allocatearray::hdd_id_grids

Definition at line 315 of file suews_ctrl_const.f95.

315 REAL(KIND(1D0)), DIMENSION(12, MaxNumberOfGrids) :: HDD_id_grids

◆ headeranthropogenic_file

character(len=20), dimension(ncolumnsanthropogenic) allocatearray::headeranthropogenic_file

Definition at line 110 of file suews_ctrl_const.f95.

110 CHARACTER(len=20), DIMENSION(ncolumnsAnthropogenic) :: HeaderAnthropogenic_File !Header for QF

Referenced by inputheadercheck().

◆ headeranthropogenic_reqd

character(len=20), dimension(ncolumnsanthropogenic) allocatearray::headeranthropogenic_reqd

Definition at line 111 of file suews_ctrl_const.f95.

111 CHARACTER(len=20), DIMENSION(ncolumnsAnthropogenic) :: HeaderAnthropogenic_Reqd !Expected header for QF

Referenced by inputheadercheck().

◆ headerbiogen_file

character(len=20), dimension(ncolumnsbiogen) allocatearray::headerbiogen_file

Definition at line 118 of file suews_ctrl_const.f95.

118 CHARACTER(len=20), DIMENSION(ncolumnsBiogen) :: HeaderBiogen_File !Header for Biogen

Referenced by inputheadercheck().

◆ headerbiogen_reqd

character(len=20), dimension(ncolumnsbiogen) allocatearray::headerbiogen_reqd

Definition at line 119 of file suews_ctrl_const.f95.

119 CHARACTER(len=20), DIMENSION(ncolumnsBiogen) :: HeaderBiogen_Reqd !Expected header for Biogen

Referenced by inputheadercheck().

◆ headercond_file

character(len=20), dimension(ncolumnsconductance) allocatearray::headercond_file

Definition at line 104 of file suews_ctrl_const.f95.

104 CHARACTER(len=20), DIMENSION(ncolumnsConductance) :: HeaderCond_File !Header for conductances

Referenced by inputheadercheck().

◆ headercond_reqd

character(len=20), dimension(ncolumnsconductance) allocatearray::headercond_reqd

Definition at line 105 of file suews_ctrl_const.f95.

105 CHARACTER(len=20), DIMENSION(ncolumnsConductance) :: HeaderCond_Reqd !Expected header for conductances

Referenced by inputheadercheck().

◆ headerestmcoefficients_file

character(len=20), dimension(ncolumnsestmcoefficients) allocatearray::headerestmcoefficients_file

Definition at line 108 of file suews_ctrl_const.f95.

108 CHARACTER(len=20), DIMENSION(ncolumnsESTMCoefficients) :: HeaderESTMCoefficients_File !Header for soils ! S.O. 04 Feb 2016

Referenced by inputheadercheck().

◆ headerestmcoefficients_reqd

character(len=20), dimension(ncolumnsestmcoefficients) allocatearray::headerestmcoefficients_reqd

Definition at line 109 of file suews_ctrl_const.f95.

109 CHARACTER(len=20), DIMENSION(ncolumnsESTMCoefficients) :: HeaderESTMCoefficients_Reqd !Expected header for soils ! S.O. 04 Feb 2016

Referenced by inputheadercheck().

◆ headerirrigation_file

character(len=20), dimension(ncolumnsirrigation) allocatearray::headerirrigation_file

Definition at line 112 of file suews_ctrl_const.f95.

112 CHARACTER(len=20), DIMENSION(ncolumnsIrrigation) :: HeaderIrrigation_File !Header for Irrigation

Referenced by inputheadercheck().

◆ headerirrigation_reqd

character(len=20), dimension(ncolumnsirrigation) allocatearray::headerirrigation_reqd

Definition at line 113 of file suews_ctrl_const.f95.

113 CHARACTER(len=20), DIMENSION(ncolumnsIrrigation) :: HeaderIrrigation_Reqd !Expected header for Irrigation

Referenced by inputheadercheck().

◆ headernonveg_file

character(len=20), dimension(ncolumnsnonveg) allocatearray::headernonveg_file

Definition at line 94 of file suews_ctrl_const.f95.

94 CHARACTER(len=20), DIMENSION(ncolumnsNonVeg) :: HeaderNonVeg_File !Header for the nonveg surface

Referenced by inputheadercheck().

◆ headernonveg_reqd

character(len=20), dimension(ncolumnsnonveg) allocatearray::headernonveg_reqd

Definition at line 95 of file suews_ctrl_const.f95.

95 CHARACTER(len=20), DIMENSION(ncolumnsNonVeg) :: HeaderNonVeg_Reqd !Expected header for the nonveg surface

Referenced by inputheadercheck().

◆ headerohmcoefficients_file

character(len=20), dimension(ncolumnsohmcoefficients) allocatearray::headerohmcoefficients_file

Definition at line 106 of file suews_ctrl_const.f95.

106 CHARACTER(len=20), DIMENSION(ncolumnsOHMCoefficients) :: HeaderOHMCoefficients_File !Header for soils

Referenced by inputheadercheck().

◆ headerohmcoefficients_reqd

character(len=20), dimension(ncolumnsohmcoefficients) allocatearray::headerohmcoefficients_reqd

Definition at line 107 of file suews_ctrl_const.f95.

107 CHARACTER(len=20), DIMENSION(ncolumnsOHMCoefficients) :: HeaderOHMCoefficients_Reqd !Expected header for soils

Referenced by inputheadercheck().

◆ headerprofiles_file

character(len=20), dimension(ncolumnsprofiles) allocatearray::headerprofiles_file

Definition at line 114 of file suews_ctrl_const.f95.

114 CHARACTER(len=20), DIMENSION(ncolumnsProfiles) :: HeaderProfiles_File !Header for Profiles

Referenced by inputheadercheck().

◆ headerprofiles_reqd

character(len=20), dimension(ncolumnsprofiles) allocatearray::headerprofiles_reqd

Definition at line 115 of file suews_ctrl_const.f95.

115 CHARACTER(len=20), DIMENSION(ncolumnsProfiles) :: HeaderProfiles_Reqd !Expected header for Profiles

Referenced by inputheadercheck().

◆ headersiteselect_file

character(len=20), dimension(ncolumnssiteselect) allocatearray::headersiteselect_file

Definition at line 93 of file suews_ctrl_const.f95.

93 CHARACTER(len=20), DIMENSION(ncolumnsSiteSelect) :: HeaderSiteSelect_File !Header for SiteSelect.txt

◆ headersnow_file

character(len=20), dimension(ncolumnssnow) allocatearray::headersnow_file

Definition at line 100 of file suews_ctrl_const.f95.

100 CHARACTER(len=20), DIMENSION(ncolumnsSnow) :: HeaderSnow_File !Header for Snow surface

Referenced by inputheadercheck().

◆ headersnow_reqd

character(len=20), dimension(ncolumnssnow) allocatearray::headersnow_reqd

Definition at line 101 of file suews_ctrl_const.f95.

101 CHARACTER(len=20), DIMENSION(ncolumnsSnow) :: HeaderSnow_Reqd !Expected header for Snow surface

Referenced by inputheadercheck().

◆ headersoil_file

character(len=20), dimension(ncolumnssoil) allocatearray::headersoil_file

Definition at line 102 of file suews_ctrl_const.f95.

102 CHARACTER(len=20), DIMENSION(ncolumnsSoil) :: HeaderSoil_File !Header for soils

Referenced by inputheadercheck().

◆ headersoil_reqd

character(len=20), dimension(ncolumnssoil) allocatearray::headersoil_reqd

Definition at line 103 of file suews_ctrl_const.f95.

103 CHARACTER(len=20), DIMENSION(ncolumnsSoil) :: HeaderSoil_Reqd !Expected header for soils

Referenced by inputheadercheck().

◆ headeruse

character(len=14*ncolumnsdataoutsuews) allocatearray::headeruse

Definition at line 124 of file suews_ctrl_const.f95.

124 CHARACTER(len=14*ncolumnsDataOutSUEWS) :: HeaderUse, FormatUse, HeaderUseNoSep, FormatUseNoSep !Header and format in correct form

◆ headerusenosep

character(len=14*ncolumnsdataoutsuews) allocatearray::headerusenosep

Definition at line 124 of file suews_ctrl_const.f95.

◆ headerveg_file

character(len=20), dimension(ncolumnsveg) allocatearray::headerveg_file

Definition at line 96 of file suews_ctrl_const.f95.

96 CHARACTER(len=20), DIMENSION(ncolumnsVeg) :: HeaderVeg_File !Header for the veg surface

Referenced by inputheadercheck().

◆ headerveg_reqd

character(len=20), dimension(ncolumnsveg) allocatearray::headerveg_reqd

Definition at line 97 of file suews_ctrl_const.f95.

97 CHARACTER(len=20), DIMENSION(ncolumnsVeg) :: HeaderVeg_Reqd !Expected header for the veg surface

Referenced by inputheadercheck().

◆ headerwater_file

character(len=20), dimension(ncolumnswater) allocatearray::headerwater_file

Definition at line 98 of file suews_ctrl_const.f95.

98 CHARACTER(len=20), DIMENSION(ncolumnsWater) :: HeaderWater_File !Header for water surface

Referenced by inputheadercheck().

◆ headerwater_reqd

character(len=20), dimension(ncolumnswater) allocatearray::headerwater_reqd

Definition at line 99 of file suews_ctrl_const.f95.

99 CHARACTER(len=20), DIMENSION(ncolumnsWater) :: HeaderWater_Reqd !Expected header for water surface

Referenced by inputheadercheck().

◆ headerwgwaterdist_file

character(len=20), dimension(ncolumnswgwaterdist) allocatearray::headerwgwaterdist_file

Definition at line 116 of file suews_ctrl_const.f95.

116 CHARACTER(len=20), DIMENSION(ncolumnsWGWaterDist) :: HeaderWGWaterDist_File !Header for Profiles

Referenced by inputheadercheck().

◆ headerwgwaterdist_reqd

character(len=20), dimension(ncolumnswgwaterdist) allocatearray::headerwgwaterdist_reqd

Definition at line 117 of file suews_ctrl_const.f95.

117 CHARACTER(len=20), DIMENSION(ncolumnsWGWaterDist) :: HeaderWGWaterDist_Reqd !Expected header for Profiles

Referenced by inputheadercheck().

◆ heig

integer, dimension(nsurf) allocatearray::heig

Definition at line 465 of file suews_ctrl_const.f95.

   INTEGER, DIMENSION(nsurf) :: heiG, & !snow layer height
                                snowCoverForms, &
                                snowCalcSwitch = 0 !Defines if snow related balance is made

◆ height

real(kind(1d0)), dimension(:), allocatable allocatearray::height

Definition at line 576 of file suews_ctrl_const.f95.

576 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: height

Referenced by estm_module::load_gridlayout().

◆ height_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::height_grids

Definition at line 591 of file suews_ctrl_const.f95.

591 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: height_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ humactivity_24hr

real(kind(1d0)), dimension(0:23, 2) allocatearray::humactivity_24hr

Definition at line 196 of file suews_ctrl_const.f95.

196 REAL(KIND(1D0)), DIMENSION(0:23, 2) :: HumActivity_24hr !Human actvity profiles for (1)weekdays / (2)weekends

◆ icefrac

real(kind(1d0)), dimension(nsurf) allocatearray::icefrac

Definition at line 436 of file suews_ctrl_const.f95.

◆ icefrac_grids

real(kind(1d0)), dimension(nsurf, maxnumberofgrids) allocatearray::icefrac_grids

Definition at line 461 of file suews_ctrl_const.f95.

461 REAL(KIND(1D0)), DIMENSION(nsurf, MaxNumberOfGrids) :: iceFrac_grids

◆ irrigation_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::irrigation_coeff

Definition at line 141 of file suews_ctrl_const.f95.

141 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Irrigation_Coeff !Coefficients for Irrigation

Referenced by codematchirrigation().

◆ ivconif

integer, parameter allocatearray::ivconif = 1

Definition at line 46 of file suews_ctrl_const.f95.

Referenced by suews_driver::suews_cal_biogenco2(), suews_driver::suews_cal_biogenco2_dts(), suews_driver::suews_cal_main_dts(), and dailystate_module::update_veg().

◆ ivdecid

integer, parameter allocatearray::ivdecid = 2

Definition at line 46 of file suews_ctrl_const.f95.

Referenced by suews_driver::suews_cal_biogenco2(), suews_driver::suews_cal_biogenco2_dts(), suews_driver::suews_cal_main_dts(), and dailystate_module::update_veg().

◆ ivgrass

integer, parameter allocatearray::ivgrass = 3

Definition at line 46 of file suews_ctrl_const.f95.

Referenced by suews_driver::suews_cal_biogenco2(), suews_driver::suews_cal_biogenco2_dts(), suews_driver::suews_cal_main_dts(), and dailystate_module::update_veg().

◆ k_roof

real(kind(1d0)), dimension(:, :), allocatable allocatearray::k_roof

Definition at line 497 of file suews_ctrl_const.f95.

497 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: k_roof

Referenced by estm_module::load_gridlayout().

◆ k_roof_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::k_roof_grids

Definition at line 512 of file suews_ctrl_const.f95.

512 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: k_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ k_surf

real(kind(1d0)), dimension(:, :), allocatable allocatearray::k_surf

Definition at line 560 of file suews_ctrl_const.f95.

560 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: k_surf

Referenced by estm_module::load_gridlayout().

◆ k_surf_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::k_surf_grids

Definition at line 567 of file suews_ctrl_const.f95.

567 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: k_surf_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ k_wall

real(kind(1d0)), dimension(:, :), allocatable allocatearray::k_wall

Definition at line 528 of file suews_ctrl_const.f95.

528 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: k_wall

Referenced by estm_module::load_gridlayout().

◆ k_wall_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::k_wall_grids

Definition at line 543 of file suews_ctrl_const.f95.

543 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: k_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ kkanohm

real(kind(1d0)), dimension(nsurf) allocatearray::kkanohm

Definition at line 486 of file suews_ctrl_const.f95.

486 REAL(KIND(1D0)), DIMENSION(nsurf) :: kkAnOHM ! thermal conductivity [W m-1 K-1]

◆ ksurf_suewssurfs

real(kind(1d0)), dimension(5, nsurfincsnow) allocatearray::ksurf_suewssurfs

Definition at line 611 of file suews_ctrl_const.f95.

◆ kup_ind

real(kind(1d0)), dimension(nsurf) allocatearray::kup_ind

Definition at line 395 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)), DIMENSION(nsurf) :: kup_ind, & !Outgoing shortwave radiation for each surface [W m-2]
                                        kup_ind_snow, & !Outgoing shortwave radiation for each snow surface [W m-2]
                                        kup_ind_nosnow

◆ kup_ind_nosnow

real(kind(1d0)), dimension(nsurf) allocatearray::kup_ind_nosnow

Definition at line 395 of file suews_ctrl_const.f95.

◆ kup_ind_snow

real(kind(1d0)), dimension(nsurf) allocatearray::kup_ind_snow

Definition at line 395 of file suews_ctrl_const.f95.

◆ lai_id

real(kind(1d0)), dimension(nvegsurf) allocatearray::lai_id

Definition at line 283 of file suews_ctrl_const.f95.

283 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: LAI_id, LAI_id_prev !LAI for each veg surface [m2 m-2]

◆ lai_id_grids

real(kind(1d0)), dimension(nvegsurf, maxnumberofgrids) allocatearray::lai_id_grids

Definition at line 317 of file suews_ctrl_const.f95.

317 REAL(KIND(1D0)), DIMENSION(nvegsurf, MaxNumberOfGrids) :: LAI_id_grids

◆ lai_id_prev

real(kind(1d0)), dimension(nvegsurf) allocatearray::lai_id_prev

Definition at line 283 of file suews_ctrl_const.f95.

◆ laimax

real(kind(1d0)), dimension(nvegsurf) allocatearray::laimax

Definition at line 362 of file suews_ctrl_const.f95.

362 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: LAIMax !Max LAI [m2 m-2]

◆ laimin

real(kind(1d0)), dimension(nvegsurf) allocatearray::laimin

Definition at line 361 of file suews_ctrl_const.f95.

361 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: LAIMin !Min LAI [m2 m-2]

◆ laipower

real(kind(1d0)), dimension(4, nvegsurf) allocatearray::laipower

Definition at line 364 of file suews_ctrl_const.f95.

364 REAL(KIND(1D0)), DIMENSION(4, nvegsurf) :: LAIPower !Coeffs for LAI equation: 1,2 - leaf growth; 3,4 - leaf off

◆ laitype

integer, dimension(nvegsurf) allocatearray::laitype

Definition at line 366 of file suews_ctrl_const.f95.

366 INTEGER, DIMENSION(nvegsurf) :: LAIType !LAI equation to use: original (0) or new (1)

◆ lenday_id

real(kind(1d0)) allocatearray::lenday_id

Definition at line 280 of file suews_ctrl_const.f95.

◆ lenday_id_grids

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::lenday_id_grids

Definition at line 314 of file suews_ctrl_const.f95.

314 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: lenDay_id_grids

◆ longnmuse

character(len=52*ncolumnsdataoutsuews) allocatearray::longnmuse

Definition at line 125 of file suews_ctrl_const.f95.

125 CHARACTER(len=52*ncolumnsDataOutSUEWS) :: LongNmUse

◆ lup_ind

real(kind(1d0)), dimension(nsurf) allocatearray::lup_ind

Definition at line 398 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)), DIMENSION(nsurf) :: lup_ind, & !Outgoing longwave radiation for each surface [W m-2]
                                        lup_ind_snow, & !Outgoing longwave radiation for each snow surface [W m-2]
                                        lup_ind_nosnow

◆ lup_ind_nosnow

real(kind(1d0)), dimension(nsurf) allocatearray::lup_ind_nosnow

Definition at line 398 of file suews_ctrl_const.f95.

◆ lup_ind_snow

real(kind(1d0)), dimension(nsurf) allocatearray::lup_ind_snow

Definition at line 398 of file suews_ctrl_const.f95.

◆ mahanohm

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::mahanohm

Definition at line 482 of file suews_ctrl_const.f95.

482 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: mAHAnOHM ! daily mean AH [W m-2]

◆ maxconductance

real(kind(1d0)), dimension(nvegsurf) allocatearray::maxconductance

Definition at line 363 of file suews_ctrl_const.f95.

363 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: MaxConductance !Max conductance [mm s-1]

◆ maxlinesmet

integer, parameter allocatearray::maxlinesmet = 8640

Definition at line 28 of file suews_ctrl_const.f95.

28 INTEGER, PARAMETER :: MaxLinesMet = 8640 !Max no. lines to read in one go (for all grids, ie MaxLinesMet/NumberOfGrids each)

◆ maxncols_c

integer, parameter allocatearray::maxncols_c = (ccEndESTMMP + 44*5 + 5 + 6)

Definition at line 1004 of file suews_ctrl_const.f95.

1004 INTEGER, PARAMETER :: MaxNCols_c = (ccendestmmp + 44*5 + 5 + 6)

◆ maxncols_cmds

integer, parameter allocatearray::maxncols_cmds = ccMDS + 0*nsurf + nsurf

Definition at line 1027 of file suews_ctrl_const.f95.

1027 INTEGER, PARAMETER :: MaxNCols_cMDS = ccmds + 0*nsurf + nsurf

◆ maxncols_cmod

integer, parameter allocatearray::maxncols_cmod = ccMOD + 5*nsurf + nsurf

Definition at line 1018 of file suews_ctrl_const.f95.

1018 INTEGER, PARAMETER :: MaxNCols_cMOD = ccmod + 5*nsurf + nsurf

◆ maxnumberofgrids

integer, parameter allocatearray::maxnumberofgrids = 10000

Definition at line 26 of file suews_ctrl_const.f95.

26 INTEGER, PARAMETER :: MaxNumberOfGrids = 10000 !Max no. grids !HCW changed to 2000 from 10000 so prog can run on windows (2GB lim)

◆ maxsnowvol

real(kind(1d0)), dimension(nsurf) allocatearray::maxsnowvol

Definition at line 436 of file suews_ctrl_const.f95.

◆ metforcingdata

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::metforcingdata

Definition at line 150 of file suews_ctrl_const.f95.

150 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: MetForcingData !Array for meteorological forcing data

Referenced by metdisagg::disaggregatemet().

◆ metforcingdata_grid

real(kind(1d0)), dimension(:, :), allocatable allocatearray::metforcingdata_grid

Definition at line 151 of file suews_ctrl_const.f95.

151 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: MetForcingData_grid !Array for meteorological forcing data of one grid used by AnOHM

◆ metfordisagg

real(kind(1d0)), dimension(:, :), allocatable allocatearray::metfordisagg

Definition at line 180 of file suews_ctrl_const.f95.

180 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: MetForDisagg !Array for original met forcing data (for disaggregation)

Referenced by metdisagg::disaggregatemet().

◆ metfordisaggnext

real(kind(1d0)), dimension(:), allocatable allocatearray::metfordisaggnext

Definition at line 181 of file suews_ctrl_const.f95.

Referenced by metdisagg::disaggregatemet().

◆ metfordisaggprev

real(kind(1d0)), dimension(:), allocatable allocatearray::metfordisaggprev

Definition at line 181 of file suews_ctrl_const.f95.

181 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: MetForDisaggPrev, MetForDisaggNext !Stores last and next row of met data

Referenced by metdisagg::disaggregatemet().

◆ min_res_bioco2

real(kind(1d0)), dimension(nvegsurf) allocatearray::min_res_bioco2

Definition at line 369 of file suews_ctrl_const.f95.

◆ modeldailystate

real(kind(1d0)), dimension(:, :), allocatable allocatearray::modeldailystate

Definition at line 153 of file suews_ctrl_const.f95.

153 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: ModelDailyState !DailyState array

◆ modeloutputdata

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::modeloutputdata

Definition at line 155 of file suews_ctrl_const.f95.

155 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: ModelOutputData !Output data matrix

◆ mw_ind

real(kind(1d0)), dimension(nsurf) allocatearray::mw_ind

Definition at line 436 of file suews_ctrl_const.f95.

◆ mw_indday

real(kind(1d0)), dimension(nsurf) allocatearray::mw_indday

Definition at line 436 of file suews_ctrl_const.f95.

◆ n_stream_lw_urban

integer allocatearray::n_stream_lw_urban

Definition at line 603 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ n_stream_sw_urban

integer allocatearray::n_stream_sw_urban

Definition at line 603 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ n_vegetation_region_urban

integer allocatearray::n_vegetation_region_urban

Definition at line 603 of file suews_ctrl_const.f95.

603 INTEGER :: n_vegetation_region_urban, &

604 n_stream_sw_urban, n_stream_lw_urban

Referenced by spartacus_module::spartacus_initialise().

◆ narp_alb_snow

real(kind(1d0)) allocatearray::narp_alb_snow

Definition at line 406 of file suews_ctrl_const.f95.

◆ narp_emis_snow

real(kind(1d0)) allocatearray::narp_emis_snow

Definition at line 406 of file suews_ctrl_const.f95.

◆ narp_g

real(kind(1d0)), dimension(365) allocatearray::narp_g

Definition at line 408 of file suews_ctrl_const.f95.

408 REAL(KIND(1D0)) :: NARP_G(365) !!QUESTION: Should this be NDays? - HCW

◆ narp_kdown_hr

real(kind(1d0)), dimension(:), allocatable allocatearray::narp_kdown_hr

Definition at line 410 of file suews_ctrl_const.f95.

410 REAL(KIND(1D0)), ALLOCATABLE :: NARP_KDOWN_HR(:)

◆ narp_lat

real(kind(1d0)) allocatearray::narp_lat

Definition at line 406 of file suews_ctrl_const.f95.

406 REAL(KIND(1D0)) :: NARP_LAT, NARP_LONG, NARP_YEAR, NARP_TZ, &

407 NARP_ALB_SNOW, NARP_EMIS_SNOW, NARP_TRANS_SITE

◆ narp_long

real(kind(1d0)) allocatearray::narp_long

Definition at line 406 of file suews_ctrl_const.f95.

◆ narp_nperhour

integer allocatearray::narp_nperhour

Definition at line 409 of file suews_ctrl_const.f95.

409 INTEGER :: NARP_NPERHOUR

◆ narp_trans_site

real(kind(1d0)) allocatearray::narp_trans_site

Definition at line 406 of file suews_ctrl_const.f95.

◆ narp_tz

real(kind(1d0)) allocatearray::narp_tz

Definition at line 406 of file suews_ctrl_const.f95.

◆ narp_year

real(kind(1d0)) allocatearray::narp_year

Definition at line 406 of file suews_ctrl_const.f95.

◆ ncol

integer, parameter allocatearray::ncol = 1

Definition at line 44 of file suews_ctrl_const.f95.

44 INTEGER, PARAMETER :: ncol = 1 !Number of tiles used: SUEWS does not have multiple tiles so ncol=1

Referenced by spartacus_module::spartacus().

◆ ncolsestmdata

integer, parameter allocatearray::ncolsestmdata = 13

Definition at line 77 of file suews_ctrl_const.f95.

77 INTEGER, PARAMETER :: ncolsESTMdata = 13 !ESTM input file (_ESTM_Ts_data.txt))

Referenced by metdisagg::disaggregateestm(), estm_module::estm_translate(), and estm_module::suews_getestmdata().

◆ ncolumnsanthropogenic

integer, parameter allocatearray::ncolumnsanthropogenic = 39

Definition at line 71 of file suews_ctrl_const.f95.

71 INTEGER, PARAMETER :: ncolumnsAnthropogenic = 39 !SUEWS_AnthropogenicEmission.txt

◆ ncolumnsbiogen

integer, parameter allocatearray::ncolumnsbiogen = 9

Definition at line 75 of file suews_ctrl_const.f95.

75 INTEGER, PARAMETER :: ncolumnsBiogen = 9 !SUEWS_BiogenCO2.txt

◆ ncolumnsconductance

integer, parameter allocatearray::ncolumnsconductance = 13

Definition at line 68 of file suews_ctrl_const.f95.

68 INTEGER, PARAMETER :: ncolumnsConductance = 13 !SUEWS_Conductance.txt

◆ ncolumnsdataoutbeers

integer, parameter allocatearray::ncolumnsdataoutbeers = 34

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by suews_driver::output_block_init().

◆ ncolumnsdataoutbl

integer, parameter allocatearray::ncolumnsdataoutbl = 22

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by bluews_module::cbl_initial().

◆ ncolumnsdataoutdailystate

integer, parameter allocatearray::ncolumnsdataoutdailystate = 49

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by suews_driver::output_block_init(), and dailystate_module::suews_update_dailystate().

◆ ncolumnsdataoutdebug

integer, parameter allocatearray::ncolumnsdataoutdebug = 5 + 103 + 14 + 5 + 4 + 3 + 1

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by suews_driver::output_block_init().

◆ ncolumnsdataoutehc

integer, parameter allocatearray::ncolumnsdataoutehc = 5 + 7*2 + 15*(1 + 4 + 2)*2

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by suews_driver::output_block_init().

◆ ncolumnsdataoutestm

integer, parameter allocatearray::ncolumnsdataoutestm = 5 + 27

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by suews_driver::output_block_init().

◆ ncolumnsdataoutrsl

integer, parameter allocatearray::ncolumnsdataoutrsl = 30*4 + 5 + 13 + 2

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by suews_driver::output_block_init().

◆ ncolumnsdataoutsnow

integer, parameter allocatearray::ncolumnsdataoutsnow = 103

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by suews_driver::output_block_init().

◆ ncolumnsdataoutsolweig

integer, parameter allocatearray::ncolumnsdataoutsolweig = 31

Definition at line 80 of file suews_ctrl_const.f95.

◆ ncolumnsdataoutspartacus

integer, parameter allocatearray::ncolumnsdataoutspartacus = 5 + 7 + 4*15 + 3 + 6*15 + 2*15 + 4

Definition at line 80 of file suews_ctrl_const.f95.

Referenced by suews_driver::output_block_init(), and spartacus_module::spartacus().

◆ ncolumnsdataoutsuews

integer, parameter allocatearray::ncolumnsdataoutsuews = 87

Definition at line 80 of file suews_ctrl_const.f95.

   INTEGER, PARAMETER :: ncolumnsDataOutSUEWS = 87, & !Main output file (_5.txt). dataOutSUEWS created in SUEWS_Calculations.f95
                         ncolumnsdataoutsnow = 103, &
                         ncolumnsdataoutsolweig = 31, &
                         ncolumnsdataoutbeers = 34, &
                         ncolumnsdataoutbl = 22, &
                         ncolumnsdataoutestm = 5 + 27, &
                         ncolumnsdataoutehc = 5 + 7*2 + 15*(1 + 4 + 2)*2, &
                         ncolumnsdataoutdailystate = 49, &
                         ncolumnsdataoutrsl = 30*4 + 5 + 13 + 2, &
                         ncolumnsdataoutdebug = 5 + 103 + 14 + 5 + 4 + 3 + 1, &
                         ncolumnsdataoutspartacus = 5 + 7 + 4*15 + 3 + 6*15 + 2*15 + 4

Referenced by suews_driver::output_block_init().

◆ ncolumnsestmcoefficients

integer, parameter allocatearray::ncolumnsestmcoefficients = 52

Definition at line 70 of file suews_ctrl_const.f95.

70 INTEGER, PARAMETER :: ncolumnsESTMCoefficients = 52 !SUEWS_ESTMCoefficients.txt ! S.O. 04 Feb 2016

◆ ncolumnsirrigation

integer, parameter allocatearray::ncolumnsirrigation = 26

Definition at line 72 of file suews_ctrl_const.f95.

72 INTEGER, PARAMETER :: ncolumnsIrrigation = 26 !SUEWS_Irrigation.txt

◆ ncolumnsmetforcingdata

integer, parameter allocatearray::ncolumnsmetforcingdata = 24

Definition at line 76 of file suews_ctrl_const.f95.

76 INTEGER, PARAMETER :: ncolumnsMetForcingData = 24 !Meteorological forcing file (_data.txt)

Referenced by metdisagg::disaggregatemet().

◆ ncolumnsnonveg

integer, parameter allocatearray::ncolumnsnonveg = 24

Definition at line 63 of file suews_ctrl_const.f95.

63 INTEGER, PARAMETER :: ncolumnsNonVeg = 24 !SUEWS_NonVeg.txt

◆ ncolumnsohmcoefficients

integer, parameter allocatearray::ncolumnsohmcoefficients = 4

Definition at line 69 of file suews_ctrl_const.f95.

69 INTEGER, PARAMETER :: ncolumnsOHMCoefficients = 4 !SUEWS_OHMCoefficients.txt

◆ ncolumnsprofiles

integer, parameter allocatearray::ncolumnsprofiles = 25

Definition at line 73 of file suews_ctrl_const.f95.

73 INTEGER, PARAMETER :: ncolumnsProfiles = 25 !SUEWS_Profiles.txt

◆ ncolumnssiteselect

integer, parameter allocatearray::ncolumnssiteselect = 105

Definition at line 62 of file suews_ctrl_const.f95.

62 INTEGER, PARAMETER :: ncolumnsSiteSelect = 105 !SUEWS_SiteSelect.txt

◆ ncolumnssnow

integer, parameter allocatearray::ncolumnssnow = 25

Definition at line 66 of file suews_ctrl_const.f95.

66 INTEGER, PARAMETER :: ncolumnsSnow = 25 !SUEWS_Snow.txt

◆ ncolumnssoil

integer, parameter allocatearray::ncolumnssoil = 9

Definition at line 67 of file suews_ctrl_const.f95.

67 INTEGER, PARAMETER :: ncolumnsSoil = 9 !SUEWS_Soil.txt

◆ ncolumnsveg

integer, parameter allocatearray::ncolumnsveg = 38

Definition at line 64 of file suews_ctrl_const.f95.

64 INTEGER, PARAMETER :: ncolumnsVeg = 38 !SUEWS_Veg.txt

◆ ncolumnswater

integer, parameter allocatearray::ncolumnswater = 22

Definition at line 65 of file suews_ctrl_const.f95.

65 INTEGER, PARAMETER :: ncolumnsWater = 22 !SUEWS_Water.txt

◆ ncolumnswgwaterdist

integer, parameter allocatearray::ncolumnswgwaterdist = 10

Definition at line 74 of file suews_ctrl_const.f95.

74 INTEGER, PARAMETER :: ncolumnsWGWaterDist = 10 !SUEWS_WithinGridWaterDist.txt

◆ nconns

integer, parameter allocatearray::nconns = 8

Definition at line 473 of file suews_ctrl_const.f95.

473 INTEGER, PARAMETER :: nconns = 8 !Number of grids for between-grid connections

◆ ndays

integer, parameter allocatearray::ndays = 366

Definition at line 271 of file suews_ctrl_const.f95.

271 INTEGER, PARAMETER :: ndays = 366 !Max no. days in a year used to specify size of daily arrays

Referenced by beers_module::days_of_year().

◆ ndepth

integer, parameter allocatearray::ndepth = 5

Definition at line 36 of file suews_ctrl_const.f95.

36 INTEGER, PARAMETER :: ndepth = 5 !Number of depth levels for facets

Referenced by ehc_module::ehc(), estm_module::estm_ehc_initialise(), estm_module::load_gridlayout(), and suews_driver::suews_cal_main_dts().

◆ nlayer

integer allocatearray::nlayer

Definition at line 491 of file suews_ctrl_const.f95.

491 INTEGER :: nlayer !Number of vertical layers

Referenced by estm_module::load_gridlayout().

◆ nlayer_grids

integer, dimension(:), allocatable allocatearray::nlayer_grids

Definition at line 492 of file suews_ctrl_const.f95.

492 INTEGER, DIMENSION(:), ALLOCATABLE :: nlayer_grids !Number of vertical layers for each grid

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ nlayer_max

integer, parameter allocatearray::nlayer_max = 100

Definition at line 38 of file suews_ctrl_const.f95.

38 INTEGER, PARAMETER :: nlayer_max = 100 !max Number of allowed roof types

Referenced by estm_module::estm_ehc_initialise().

◆ nlw

integer, parameter allocatearray::nlw = 1

Definition at line 43 of file suews_ctrl_const.f95.

43 INTEGER, PARAMETER :: nlw = 1 !Number of longwave bands

Referenced by spartacus_module::spartacus().

◆ nonveg_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::nonveg_coeff

Definition at line 132 of file suews_ctrl_const.f95.

132 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: NonVeg_Coeff !Coefficients for the nonveg surfaces

Referenced by codematchnonveg().

◆ nspec

integer, parameter allocatearray::nspec = 1

Definition at line 41 of file suews_ctrl_const.f95.

41 INTEGER, PARAMETER :: nspec = 1 !Number of spectral bands

Referenced by estm_module::estm_ehc_initialise(), estm_module::load_gridlayout(), spartacus_module::spartacus(), and suews_driver::suews_cal_main_dts().

◆ nsurf

integer, parameter allocatearray::nsurf = 7

Definition at line 31 of file suews_ctrl_const.f95.

31 INTEGER, PARAMETER :: nsurf = 7 !Total number of surfaces

◆ nsurfdonotreceivedrainage

integer, parameter allocatearray::nsurfdonotreceivedrainage = 0

Definition at line 46 of file suews_ctrl_const.f95.

◆ nsurfincsnow

integer, parameter allocatearray::nsurfincsnow = nsurf + 1

Definition at line 33 of file suews_ctrl_const.f95.

33 INTEGER, PARAMETER :: nsurfIncSnow = nsurf + 1 !Number of surfaces + snow

◆ nsw

integer, parameter allocatearray::nsw = 1

Definition at line 42 of file suews_ctrl_const.f95.

42 INTEGER, PARAMETER :: nsw = 1 !Number of shortwave bands

Referenced by spartacus_module::spartacus().

◆ nvegsurf

integer, parameter allocatearray::nvegsurf = 3

Definition at line 32 of file suews_ctrl_const.f95.

32 INTEGER, PARAMETER :: NVegSurf = 3 !Number of surfaces that are vegetated

Referenced by suews_driver::suews_cal_biogenco2(), suews_driver::suews_cal_biogenco2_dts(), and dailystate_module::update_gddlai().

◆ ohm_coef

real(kind(1d0)), dimension(nsurf + 1, 4, 3) allocatearray::ohm_coef

Definition at line 418 of file suews_ctrl_const.f95.

418 REAL(KIND(1D0)), DIMENSION(nsurf + 1, 4, 3) :: OHM_coef !Array for OHM coefficients

◆ ohm_threshsw

real(kind(1d0)), dimension(nsurf + 1) allocatearray::ohm_threshsw

Definition at line 419 of file suews_ctrl_const.f95.

419 REAL(KIND(1D0)), DIMENSION(nsurf + 1) :: OHM_threshSW, OHM_threshWD !Arrays for OHM thresholds

◆ ohm_threshwd

real(kind(1d0)), dimension(nsurf + 1) allocatearray::ohm_threshwd

Definition at line 419 of file suews_ctrl_const.f95.

◆ ohmcoefficients_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::ohmcoefficients_coeff

Definition at line 138 of file suews_ctrl_const.f95.

138 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: OHMCoefficients_Coeff !Coefficients for OHMCoefficients

Referenced by codematchohm().

◆ pavsurf

integer, parameter allocatearray::pavsurf = 1

Definition at line 46 of file suews_ctrl_const.f95.

   INTEGER, PARAMETER :: PavSurf = 1, & !When all surfaces considered together (1-7)
                         bldgsurf = 2, &
                         conifsurf = 3, &
                         decidsurf = 4, &
                         grasssurf = 5, & !New surface classes: Grass = 5th/7 surfaces
                         bsoilsurf = 6, & !New surface classes: Bare soil = 6th/7 surfaces
                         watersurf = 7, &
                         excesssurf = 8, & !Runoff or subsurface soil in WGWaterDist
                         nsurfdonotreceivedrainage = 0, & !Number of surfaces that do not receive drainage water (green roof)
                         ivconif = 1, & !When only vegetated surfaces considered (1-3)
                         ivdecid = 2, &
                         ivgrass = 3

Referenced by waterdist_module::cal_water_storage(), codematchestm_class(), ehc_module::ehc(), estm_module::estm_translate(), snow_module::snow_removal(), snow_module::snowcalc(), snow_module::snowdepletioncurve(), spartacus_module::spartacus(), suews_driver::suews_cal_main_dts(), suews_driver::suews_cal_surf(), suews_driver::suews_cal_surf_dts(), and waterdist_module::updateflood().

◆ popprof_24hr

real(kind(1d0)), dimension(0:23, 2) allocatearray::popprof_24hr

Definition at line 198 of file suews_ctrl_const.f95.

198 REAL(KIND(1D0)), DIMENSION(0:23, 2) :: PopProf_24hr !Population profiles for (1)weekdays / (2)weekends

◆ pormax_dec

real(kind(1d0)) allocatearray::pormax_dec

Definition at line 292 of file suews_ctrl_const.f95.

◆ pormin_dec

real(kind(1d0)) allocatearray::pormin_dec

Definition at line 292 of file suews_ctrl_const.f95.

◆ porosity_id

real(kind(1d0)) allocatearray::porosity_id

Definition at line 336 of file suews_ctrl_const.f95.

336 REAL(KIND(1D0)) :: porosity_id

◆ porosity_id_grids

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::porosity_id_grids

Definition at line 330 of file suews_ctrl_const.f95.

330 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: porosity_id_grids

◆ profiles_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::profiles_coeff

Definition at line 142 of file suews_ctrl_const.f95.

142 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Profiles_Coeff !Coefficients for Profiles

Referenced by codematchprof().

◆ qm_freezstate

real(kind(1d0)), dimension(nsurf) allocatearray::qm_freezstate

Definition at line 436 of file suews_ctrl_const.f95.

◆ qm_melt

real(kind(1d0)), dimension(nsurf) allocatearray::qm_melt

Definition at line 436 of file suews_ctrl_const.f95.

◆ qm_rain

real(kind(1d0)), dimension(nsurf) allocatearray::qm_rain

Definition at line 436 of file suews_ctrl_const.f95.

◆ qn1_ind

real(kind(1d0)), dimension(nsurf) allocatearray::qn1_ind

Definition at line 401 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)), DIMENSION(nsurf) :: qn1_ind, & !Net all-wave radiation for each surface [W m-2]
                                        qn1_ind_snow, & !Net all-wave radiation for each snow surface [W m-2]
                                        qn1_ind_nosnow

◆ qn1_ind_nosnow

real(kind(1d0)), dimension(nsurf) allocatearray::qn1_ind_nosnow

Definition at line 401 of file suews_ctrl_const.f95.

◆ qn1_ind_snow

real(kind(1d0)), dimension(nsurf) allocatearray::qn1_ind_snow

Definition at line 401 of file suews_ctrl_const.f95.

◆ qn_av

real(kind(1d0)) allocatearray::qn_av

Definition at line 429 of file suews_ctrl_const.f95.

429 REAL(KIND(1D0)) :: qn_av, dqndt

◆ qn_av_grids

real(kind(1d0)), dimension(:), allocatable allocatearray::qn_av_grids

Definition at line 427 of file suews_ctrl_const.f95.

427 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: qn_av_grids, qn_s_av_grids

◆ qn_s_av

real(kind(1d0)) allocatearray::qn_s_av

Definition at line 431 of file suews_ctrl_const.f95.

431 REAL(KIND(1D0)) :: qn_s_av, dqnsdt

◆ qn_s_av_grids

real(kind(1d0)), dimension(:), allocatable allocatearray::qn_s_av_grids

Definition at line 427 of file suews_ctrl_const.f95.

◆ rad2deg

real(kind(1d0)), parameter allocatearray::rad2deg = 57.29577951

Definition at line 412 of file suews_ctrl_const.f95.

Referenced by beers_module::tsurfbeers().

◆ rainonsnow

real(kind(1d0)), dimension(nsurf) allocatearray::rainonsnow

Definition at line 436 of file suews_ctrl_const.f95.

◆ resp_a

real(kind(1d0)), dimension(nvegsurf) allocatearray::resp_a

Definition at line 369 of file suews_ctrl_const.f95.

◆ resp_b

real(kind(1d0)), dimension(nvegsurf) allocatearray::resp_b

Definition at line 369 of file suews_ctrl_const.f95.

◆ roof_albedo_dir_mult_fact

real(kind(1d0)), dimension(:, :), allocatable allocatearray::roof_albedo_dir_mult_fact

Definition at line 586 of file suews_ctrl_const.f95.

586 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: roof_albedo_dir_mult_fact

Referenced by estm_module::load_gridlayout().

◆ roof_albedo_dir_mult_fact_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::roof_albedo_dir_mult_fact_grids

Definition at line 599 of file suews_ctrl_const.f95.

599 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: roof_albedo_dir_mult_fact_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ rss_nsurf

real(kind(1d0)), dimension(nsurf) allocatearray::rss_nsurf

Definition at line 245 of file suews_ctrl_const.f95.

245 REAL(KIND(1D0)), DIMENSION(nsurf) :: rss_nsurf !Surface resistance after wet/partially wet adjustment for each surface

◆ rsurf_suewssurfs

real(kind(1d0)), dimension(5, nsurfincsnow) allocatearray::rsurf_suewssurfs

Definition at line 611 of file suews_ctrl_const.f95.

◆ runoff

real(kind(1d0)), dimension(nsurf) allocatearray::runoff

Definition at line 236 of file suews_ctrl_const.f95.

236 REAL(KIND(1D0)), DIMENSION(nsurf) :: runoff !Runoff from each surface type [mm]

◆ runoffsnow

real(kind(1d0)), dimension(nsurf) allocatearray::runoffsnow

Definition at line 436 of file suews_ctrl_const.f95.

◆ runoffsoil

real(kind(1d0)), dimension(nsurf) allocatearray::runoffsoil

Definition at line 237 of file suews_ctrl_const.f95.

237 REAL(KIND(1D0)), DIMENSION(nsurf) :: runoffSoil !Soil runoff from each soil sub-surface [mm]

◆ sathydraulicconduct

real(kind(1d0)), dimension(nsurf) allocatearray::sathydraulicconduct

Definition at line 253 of file suews_ctrl_const.f95.

253 REAL(KIND(1D0)), DIMENSION(nsurf) :: SatHydraulicConduct !Saturated hydraulic conductivity for each soil subsurface [mm s-1]

◆ sdd_id

real(kind(1d0)), dimension(nvegsurf) allocatearray::sdd_id

Definition at line 279 of file suews_ctrl_const.f95.

279 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: SDD_id !Growing Degree Days (see SUEWS_DailyState.f95)

◆ sdd_id_grids

real(kind(1d0)), dimension(nvegsurf, maxnumberofgrids) allocatearray::sdd_id_grids

Definition at line 311 of file suews_ctrl_const.f95.

311 REAL(KIND(1D0)), DIMENSION(nvegsurf, MaxNumberOfGrids) :: SDD_id_grids

◆ sddfull

real(kind(1d0)), dimension(nvegsurf) allocatearray::sddfull

Definition at line 360 of file suews_ctrl_const.f95.

360 REAL(KIND(1D0)), DIMENSION(nvegsurf) :: SDDFull !Senescence degree days needed to initiate leaf off [degC]

◆ sfr_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::sfr_roof

Definition at line 495 of file suews_ctrl_const.f95.

495 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: sfr_roof

Referenced by estm_module::load_gridlayout().

◆ sfr_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::sfr_roof_grids

Definition at line 511 of file suews_ctrl_const.f95.

511 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: sfr_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ sfr_surf

real(kind(1d0)), dimension(nsurf) allocatearray::sfr_surf

Definition at line 59 of file suews_ctrl_const.f95.

59 REAL(KIND(1D0)), DIMENSION(nsurf) :: sfr_surf !Surface fractions [-]

Referenced by waterdist_module::cal_smd_veg(), and estm_module::estm_translate().

◆ sfr_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::sfr_wall

Definition at line 526 of file suews_ctrl_const.f95.

526 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: sfr_wall

Referenced by estm_module::load_gridlayout().

◆ sfr_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::sfr_wall_grids

Definition at line 542 of file suews_ctrl_const.f95.

542 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: sfr_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ sigma_sb

real(kind(1d0)), parameter allocatearray::sigma_sb = 5.67E-8

Definition at line 412 of file suews_ctrl_const.f95.

◆ siteselect

real(kind(1d0)), dimension(:, :), allocatable allocatearray::siteselect

Definition at line 131 of file suews_ctrl_const.f95.

131 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: SiteSelect !Stores info from SiteSelect.txt

Referenced by codematchanthropogenic(), codematchconductance(), codematchdist(), codematchirrigation(), codematchnonveg(), codematchsnow(), codematchveg(), and codematchwater().

◆ smd_nsurf

real(kind(1d0)), dimension(nsurf) allocatearray::smd_nsurf

Definition at line 238 of file suews_ctrl_const.f95.

238 REAL(KIND(1D0)), DIMENSION(nsurf) :: smd_nsurf !Soil moisture deficit of each sub-surface [mm]

◆ smd_nsurfout

real(kind(1d0)), dimension(nsurf) allocatearray::smd_nsurfout

Definition at line 239 of file suews_ctrl_const.f95.

239 REAL(KIND(1D0)), DIMENSION(nsurf) :: smd_nsurfOut !Soil moisture deficit of each sub-surface (written out) [mm]

◆ snow_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::snow_coeff

Definition at line 135 of file suews_ctrl_const.f95.

135 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Snow_Coeff !Coefficients for snow

Referenced by codematchsnow().

◆ snowcalcswitch

integer, dimension(nsurf) allocatearray::snowcalcswitch = 0

Definition at line 465 of file suews_ctrl_const.f95.

◆ snowcoverforms

integer, dimension(nsurf) allocatearray::snowcoverforms

Definition at line 465 of file suews_ctrl_const.f95.

◆ snowdens

real(kind(1d0)), dimension(nsurf) allocatearray::snowdens

Definition at line 436 of file suews_ctrl_const.f95.

◆ snowdepth

real(kind(1d0)), dimension(nsurf) allocatearray::snowdepth

Definition at line 436 of file suews_ctrl_const.f95.

◆ snowfrac

real(kind(1d0)), dimension(nsurf) allocatearray::snowfrac

Definition at line 436 of file suews_ctrl_const.f95.

◆ snowinit

real(kind(1d0)), dimension(nsurf) allocatearray::snowinit

Definition at line 436 of file suews_ctrl_const.f95.

◆ snowpack

real(kind(1d0)), dimension(nsurf) allocatearray::snowpack

Definition at line 463 of file suews_ctrl_const.f95.

463 REAL(KIND(1D0)), DIMENSION(nsurf) :: snowPack, & !Amount of snow on each surface in mm

464 snowPackOld

◆ snowpacklimit

real(kind(1d0)), dimension(nsurf) allocatearray::snowpacklimit

Definition at line 436 of file suews_ctrl_const.f95.

◆ snowpackold

real(kind(1d0)), dimension(nsurf) allocatearray::snowpackold

Definition at line 463 of file suews_ctrl_const.f95.

◆ snowtosurf

real(kind(1d0)), dimension(nsurf) allocatearray::snowtosurf

Definition at line 436 of file suews_ctrl_const.f95.

◆ snowwater

real(kind(1d0)), dimension(nsurf) allocatearray::snowwater

Definition at line 436 of file suews_ctrl_const.f95.

◆ soil_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::soil_coeff

Definition at line 136 of file suews_ctrl_const.f95.

136 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Soil_Coeff !Coefficients for soil

Referenced by codematchsoil().

◆ soildepth

real(kind(1d0)), dimension(nsurf) allocatearray::soildepth

Definition at line 254 of file suews_ctrl_const.f95.

254 REAL(KIND(1D0)), DIMENSION(nsurf) :: SoilDepth !Depth of sub-surface soil store for each surface [mm]

◆ soilstore_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::soilstore_roof

Definition at line 506 of file suews_ctrl_const.f95.

506 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: soilstore_roof

Referenced by estm_module::load_gridlayout().

◆ soilstore_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::soilstore_roof_grids

Definition at line 521 of file suews_ctrl_const.f95.

521 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: soilstore_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ soilstore_surf

real(kind(1d0)), dimension(nsurf) allocatearray::soilstore_surf

Definition at line 240 of file suews_ctrl_const.f95.

240 REAL(KIND(1D0)), DIMENSION(nsurf) :: soilstore_surf !Soil moisture of each surface type [mm]

◆ soilstore_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::soilstore_wall

Definition at line 537 of file suews_ctrl_const.f95.

537 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: soilstore_wall

Referenced by estm_module::load_gridlayout().

◆ soilstore_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::soilstore_wall_grids

Definition at line 552 of file suews_ctrl_const.f95.

552 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: soilstore_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ soilstorecap_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::soilstorecap_roof

Definition at line 507 of file suews_ctrl_const.f95.

507 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: soilstorecap_roof

Referenced by estm_module::load_gridlayout().

◆ soilstorecap_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::soilstorecap_roof_grids

Definition at line 522 of file suews_ctrl_const.f95.

522 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: soilstorecap_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ soilstorecap_surf

real(kind(1d0)), dimension(nsurf) allocatearray::soilstorecap_surf

Definition at line 255 of file suews_ctrl_const.f95.

255 REAL(KIND(1D0)), DIMENSION(nsurf) :: SoilStoreCap_surf !Capacity of soil store for each surface [mm]

◆ soilstorecap_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::soilstorecap_wall

Definition at line 538 of file suews_ctrl_const.f95.

538 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: soilstorecap_wall

Referenced by estm_module::load_gridlayout().

◆ soilstorecap_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::soilstorecap_wall_grids

Definition at line 553 of file suews_ctrl_const.f95.

553 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: soilstorecap_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ soilstoreold

real(kind(1d0)), dimension(nsurf) allocatearray::soilstoreold

Definition at line 241 of file suews_ctrl_const.f95.

241 REAL(KIND(1D0)), DIMENSION(nsurf) :: soilstoreOld !Soil moisture of each surface type from previous timestep [mm]

◆ state_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::state_roof

Definition at line 503 of file suews_ctrl_const.f95.

503 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: state_roof

Referenced by estm_module::load_gridlayout().

◆ state_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::state_roof_grids

Definition at line 518 of file suews_ctrl_const.f95.

518 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: state_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ state_surf

real(kind(1d0)), dimension(nsurf) allocatearray::state_surf

Definition at line 242 of file suews_ctrl_const.f95.

242 REAL(KIND(1D0)), DIMENSION(nsurf) :: state_surf !Wetness status of each surface type [mm]

◆ state_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::state_wall

Definition at line 534 of file suews_ctrl_const.f95.

534 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: state_wall

Referenced by estm_module::load_gridlayout().

◆ state_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::state_wall_grids

Definition at line 549 of file suews_ctrl_const.f95.

549 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: state_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ statefraction

real(kind(1d0)), dimension(nsurf) allocatearray::statefraction

Definition at line 436 of file suews_ctrl_const.f95.

◆ statelimit_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::statelimit_roof

Definition at line 504 of file suews_ctrl_const.f95.

504 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: statelimit_roof

Referenced by estm_module::load_gridlayout().

◆ statelimit_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::statelimit_roof_grids

Definition at line 519 of file suews_ctrl_const.f95.

519 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: statelimit_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ statelimit_surf

real(kind(1d0)), dimension(nsurf) allocatearray::statelimit_surf

Definition at line 248 of file suews_ctrl_const.f95.

248 REAL(KIND(1D0)), DIMENSION(nsurf) :: StateLimit_surf !Limit for state_id of each surface type [mm] (specified in input files)

◆ statelimit_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::statelimit_wall

Definition at line 535 of file suews_ctrl_const.f95.

535 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: statelimit_wall

Referenced by estm_module::load_gridlayout().

◆ statelimit_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::statelimit_wall_grids

Definition at line 550 of file suews_ctrl_const.f95.

550 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: statelimit_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ stateold

real(kind(1d0)), dimension(nsurf) allocatearray::stateold

Definition at line 244 of file suews_ctrl_const.f95.

244 REAL(KIND(1D0)), DIMENSION(nsurf) :: stateOld !Wetness status of each surface type from previous timestep [mm]

◆ stateout

real(kind(1d0)), dimension(nsurf) allocatearray::stateout

Definition at line 243 of file suews_ctrl_const.f95.

243 REAL(KIND(1D0)), DIMENSION(nsurf) :: stateOut !Wetness status of each surface type (written out) [mm]

◆ storedrainprm

real(kind(1d0)), dimension(6, nsurf) allocatearray::storedrainprm

Definition at line 261 of file suews_ctrl_const.f95.

261 REAL(KIND(1D0)), DIMENSION(6, nsurf) :: StoreDrainPrm !Storage capacities and drainage equation info for each surface

◆ surfacechar

real(kind(1d0)), dimension(:, :), allocatable allocatearray::surfacechar

Definition at line 149 of file suews_ctrl_const.f95.

149 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: SurfaceChar !Array for surface characteristics

Referenced by codematchbiogen(), codematchestm(), codematchestm_class(), codematchohm(), codematchprof(), codematchsoil(), and metdisagg::disaggregatemet().

◆ sw_dn_direct_frac

real(kind(1d0)) allocatearray::sw_dn_direct_frac

Definition at line 605 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)) :: sw_dn_direct_frac, air_ext_sw, air_ssa_sw, &
                      veg_ssa_sw, air_ext_lw, air_ssa_lw, veg_ssa_lw, &
                      veg_fsd_const, veg_contact_fraction_const, &
                      ground_albedo_dir_mult_fact

Referenced by spartacus_module::spartacus_initialise().

◆ tair24hr

real(kind(1d0)), dimension(:), allocatable allocatearray::tair24hr

Definition at line 205 of file suews_ctrl_const.f95.

205 REAL(KIND(1D0)), ALLOCATABLE, DIMENSION(:) :: Tair24HR

Referenced by estm_module::estm_translate().

◆ tair_av

real(kind(1d0)) allocatearray::tair_av

Definition at line 430 of file suews_ctrl_const.f95.

430 REAL(KIND(1D0)) :: tair_av

◆ tair_av_grids

real(kind(1d0)), dimension(:), allocatable allocatearray::tair_av_grids

Definition at line 426 of file suews_ctrl_const.f95.

426 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: tair_av_grids

◆ temp_roof

real(kind(1d0)), dimension(:, :), allocatable allocatearray::temp_roof

Definition at line 508 of file suews_ctrl_const.f95.

508 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: temp_roof

◆ temp_roof_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::temp_roof_grids

Definition at line 523 of file suews_ctrl_const.f95.

523 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: temp_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ temp_surf

real(kind(1d0)), dimension(:, :), allocatable allocatearray::temp_surf

Definition at line 564 of file suews_ctrl_const.f95.

564 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: temp_surf

◆ temp_surf_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::temp_surf_grids

Definition at line 571 of file suews_ctrl_const.f95.

571 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: temp_surf_grids

Referenced by estm_module::estm_ehc_finalise(), and estm_module::estm_ehc_initialise().

◆ temp_wall

real(kind(1d0)), dimension(:, :), allocatable allocatearray::temp_wall

Definition at line 539 of file suews_ctrl_const.f95.

539 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: temp_wall

◆ temp_wall_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::temp_wall_grids

Definition at line 554 of file suews_ctrl_const.f95.

554 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: temp_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ theta_bioco2

real(kind(1d0)), dimension(nvegsurf) allocatearray::theta_bioco2

Definition at line 369 of file suews_ctrl_const.f95.

◆ tin_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::tin_roof

Definition at line 500 of file suews_ctrl_const.f95.

500 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: tin_roof

Referenced by estm_module::load_gridlayout().

◆ tin_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::tin_roof_grids

Definition at line 515 of file suews_ctrl_const.f95.

515 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: tin_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ tin_surf

real(kind(1d0)), dimension(:), allocatable allocatearray::tin_surf

Definition at line 563 of file suews_ctrl_const.f95.

563 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: tin_surf

Referenced by estm_module::load_gridlayout().

◆ tin_surf_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::tin_surf_grids

Definition at line 570 of file suews_ctrl_const.f95.

570 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: tin_surf_grids

Referenced by estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ tin_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::tin_wall

Definition at line 531 of file suews_ctrl_const.f95.

531 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: tin_wall

Referenced by estm_module::load_gridlayout().

◆ tin_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::tin_wall_grids

Definition at line 546 of file suews_ctrl_const.f95.

546 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: tin_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ tmax_id

real(kind(1d0)) allocatearray::tmax_id

Definition at line 280 of file suews_ctrl_const.f95.

◆ tmax_id_grids

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::tmax_id_grids

Definition at line 313 of file suews_ctrl_const.f95.

313 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: Tmax_id_grids

◆ tmin_id

real(kind(1d0)) allocatearray::tmin_id

Definition at line 280 of file suews_ctrl_const.f95.

280 REAL(KIND(1D0)) :: Tmin_id, Tmax_id, lenDay_id

◆ tmin_id_grids

real(kind(1d0)), dimension(maxnumberofgrids) allocatearray::tmin_id_grids

Definition at line 312 of file suews_ctrl_const.f95.

312 REAL(KIND(1D0)), DIMENSION(MaxNumberOfGrids) :: Tmin_id_grids

◆ traffprof_24hr

real(kind(1d0)), dimension(0:23, 2) allocatearray::traffprof_24hr

Definition at line 197 of file suews_ctrl_const.f95.

197 REAL(KIND(1D0)), DIMENSION(0:23, 2) :: TraffProf_24hr !Traffic profiles for (1)weekdays / (2)weekends

◆ ts5mindata

real(kind(1d0)), dimension(:, :), allocatable allocatearray::ts5mindata

Definition at line 203 of file suews_ctrl_const.f95.

203 REAL(KIND(1D0)), ALLOCATABLE, DIMENSION(:, :) :: Ts5mindata !surface temperature input data

Referenced by estm_module::estm_translate().

◆ ts5mindata_ir

real(kind(1d0)), dimension(:), allocatable allocatearray::ts5mindata_ir

Definition at line 204 of file suews_ctrl_const.f95.

204 REAL(KIND(1D0)), ALLOCATABLE, DIMENSION(:) :: ts5mindata_ir !=ts5mindata(ir,:), ts input for the current timestep

◆ tsfc_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::tsfc_roof

Definition at line 496 of file suews_ctrl_const.f95.

496 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: tsfc_roof

◆ tsfc_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::tsfc_roof_grids

Definition at line 510 of file suews_ctrl_const.f95.

510 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: tsfc_roof_grids

Referenced by estm_module::estm_ehc_initialise().

◆ tsfc_surf

real(kind(1d0)), dimension(:), allocatable allocatearray::tsfc_surf

Definition at line 559 of file suews_ctrl_const.f95.

559 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: tsfc_surf

◆ tsfc_surf_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::tsfc_surf_grids

Definition at line 566 of file suews_ctrl_const.f95.

566 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: tsfc_surf_grids

◆ tsfc_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::tsfc_wall

Definition at line 527 of file suews_ctrl_const.f95.

527 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: tsfc_wall

◆ tsfc_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::tsfc_wall_grids

Definition at line 541 of file suews_ctrl_const.f95.

541 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: tsfc_wall_grids

Referenced by estm_module::estm_ehc_initialise().

◆ tsurf_ind

real(kind(1d0)), dimension(nsurf) allocatearray::tsurf_ind

Definition at line 392 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)), DIMENSION(nsurf) :: Tsurf_ind, & !Surface temperature for each surface [degC]
                                        Tsurf_ind_snow, & !Snow surface temperature for each surface [degC]
                                        Tsurf_ind_nosnow

◆ tsurf_ind_nosnow

real(kind(1d0)), dimension(nsurf) allocatearray::tsurf_ind_nosnow

Definition at line 392 of file suews_ctrl_const.f95.

◆ tsurf_ind_snow

real(kind(1d0)), dimension(nsurf) allocatearray::tsurf_ind_snow

Definition at line 392 of file suews_ctrl_const.f95.

◆ unitsuse

character(len=14*ncolumnsdataoutsuews) allocatearray::unitsuse

Definition at line 126 of file suews_ctrl_const.f95.

126 CHARACTER(len=14*ncolumnsDataOutSUEWS) :: UnitsUse

◆ use_sw_direct_albedo

logical allocatearray::use_sw_direct_albedo

Definition at line 609 of file suews_ctrl_const.f95.

609 LOGICAL :: use_sw_direct_albedo

Referenced by spartacus_module::spartacus_initialise().

◆ usecolumnsdataout

integer, dimension(:), allocatable allocatearray::usecolumnsdataout

Definition at line 122 of file suews_ctrl_const.f95.

122 INTEGER, DIMENSION(:), ALLOCATABLE :: UseColumnsDataOut !Column numbers used to select output variables

◆ veg_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::veg_coeff

Definition at line 133 of file suews_ctrl_const.f95.

133 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Veg_Coeff !Coefficients for the veg surfaces

Referenced by codematchveg().

◆ veg_contact_fraction

real(kind(1d0)), dimension(:), allocatable allocatearray::veg_contact_fraction

Definition at line 583 of file suews_ctrl_const.f95.

583 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: veg_contact_fraction

◆ veg_contact_fraction_const

real(kind(1d0)) allocatearray::veg_contact_fraction_const

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ veg_contact_fraction_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::veg_contact_fraction_grids

Definition at line 598 of file suews_ctrl_const.f95.

598 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: veg_contact_fraction_grids

◆ veg_ext

real(kind(1d0)), dimension(:), allocatable allocatearray::veg_ext

Definition at line 581 of file suews_ctrl_const.f95.

581 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: veg_ext

◆ veg_ext_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::veg_ext_grids

Definition at line 596 of file suews_ctrl_const.f95.

596 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: veg_ext_grids

◆ veg_frac

real(kind(1d0)), dimension(:), allocatable allocatearray::veg_frac

Definition at line 578 of file suews_ctrl_const.f95.

578 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: veg_frac

Referenced by estm_module::load_gridlayout().

◆ veg_frac_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::veg_frac_grids

Definition at line 593 of file suews_ctrl_const.f95.

593 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: veg_frac_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ veg_fsd

real(kind(1d0)), dimension(:), allocatable allocatearray::veg_fsd

Definition at line 582 of file suews_ctrl_const.f95.

582 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: veg_fsd

◆ veg_fsd_const

real(kind(1d0)) allocatearray::veg_fsd_const

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ veg_fsd_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::veg_fsd_grids

Definition at line 597 of file suews_ctrl_const.f95.

597 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: veg_fsd_grids

◆ veg_scale

real(kind(1d0)), dimension(:), allocatable allocatearray::veg_scale

Definition at line 580 of file suews_ctrl_const.f95.

580 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: veg_scale

Referenced by estm_module::load_gridlayout().

◆ veg_scale_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::veg_scale_grids

Definition at line 595 of file suews_ctrl_const.f95.

595 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: veg_scale_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ veg_ssa_lw

real(kind(1d0)) allocatearray::veg_ssa_lw

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ veg_ssa_sw

real(kind(1d0)) allocatearray::veg_ssa_sw

Definition at line 605 of file suews_ctrl_const.f95.

Referenced by spartacus_module::spartacus_initialise().

◆ volswe

real(kind(1d0)), dimension(nsurf) allocatearray::volswe

Definition at line 436 of file suews_ctrl_const.f95.

◆ wall_specular_frac

real(kind(1d0)), dimension(:, :), allocatable allocatearray::wall_specular_frac

Definition at line 587 of file suews_ctrl_const.f95.

587 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: wall_specular_frac

Referenced by estm_module::load_gridlayout().

◆ wall_specular_frac_grids

real(kind(1d0)), dimension(:, :, :), allocatable allocatearray::wall_specular_frac_grids

Definition at line 600 of file suews_ctrl_const.f95.

600 REAL(KIND(1D0)), DIMENSION(:, :, :), ALLOCATABLE :: wall_specular_frac_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ water_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::water_coeff

Definition at line 134 of file suews_ctrl_const.f95.

134 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: Water_Coeff !Coefficients for the water surface

Referenced by codematchwater().

◆ waterdepth

real(kind(1d0)), dimension(1) allocatearray::waterdepth

Definition at line 250 of file suews_ctrl_const.f95.

250 REAL(KIND(1D0)), DIMENSION(1) :: WaterDepth !Depth of open water

◆ waterdist

real(kind(1d0)), dimension(nsurf + 1, nsurf - 1) allocatearray::waterdist

Definition at line 258 of file suews_ctrl_const.f95.

258 REAL(KIND(1D0)), DIMENSION(nsurf + 1, nsurf - 1) :: WaterDist !Within-grid water distribution to other surfaces and runoff/soil store [-]

◆ watersurf

integer, parameter allocatearray::watersurf = 7

Definition at line 46 of file suews_ctrl_const.f95.

Referenced by waterdist_module::cal_water_storage(), ehc_module::ehc(), estm_module::estm_translate(), snow_module::meltheat(), waterdist_module::redistributewater(), snow_module::snowcalc(), snow_module::snowdepletioncurve(), spartacus_module::spartacus(), suews_driver::suews_cal_main_dts(), suews_driver::suews_cal_qs(), suews_driver::suews_cal_qs_dts(), suews_driver::suews_cal_surf(), suews_driver::suews_cal_surf_dts(), suews_driver::suews_cal_water(), suews_driver::suews_cal_water_dts(), and waterdist_module::updateflood().

◆ wetthresh_roof

real(kind(1d0)), dimension(:), allocatable allocatearray::wetthresh_roof

Definition at line 505 of file suews_ctrl_const.f95.

505 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: wetthresh_roof

Referenced by estm_module::load_gridlayout().

◆ wetthresh_roof_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::wetthresh_roof_grids

Definition at line 520 of file suews_ctrl_const.f95.

520 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: wetthresh_roof_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ wetthresh_surf

real(kind(1d0)), dimension(nsurf) allocatearray::wetthresh_surf

Definition at line 247 of file suews_ctrl_const.f95.

247 REAL(KIND(1D0)), DIMENSION(nsurf) :: WetThresh_surf !When state_id > WetThresh, RS=0 limit in SUEWS_evap [mm] (specified in input files)

◆ wetthresh_wall

real(kind(1d0)), dimension(:), allocatable allocatearray::wetthresh_wall

Definition at line 536 of file suews_ctrl_const.f95.

536 REAL(KIND(1D0)), DIMENSION(:), ALLOCATABLE :: wetthresh_wall

Referenced by estm_module::load_gridlayout().

◆ wetthresh_wall_grids

real(kind(1d0)), dimension(:, :), allocatable allocatearray::wetthresh_wall_grids

Definition at line 551 of file suews_ctrl_const.f95.

551 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: wetthresh_wall_grids

Referenced by estm_module::estm_ehc_finalise(), estm_module::estm_ehc_initialise(), and estm_module::load_gridlayout().

◆ wgwaterdist_coeff

real(kind(1d0)), dimension(:, :), allocatable allocatearray::wgwaterdist_coeff

Definition at line 143 of file suews_ctrl_const.f95.

143 REAL(KIND(1D0)), DIMENSION(:, :), ALLOCATABLE :: WGWaterDist_Coeff !Coefficients for WithinGridWaterDist

Referenced by codematchdist().

◆ wuday_id

real(kind(1d0)), dimension(9) allocatearray::wuday_id

Definition at line 282 of file suews_ctrl_const.f95.

282 REAL(KIND(1D0)), DIMENSION(9) :: WUDay_id, WUDay_id_prev !Daily water use for EveTr, DecTr, Grass [mm] (see SUEWS_DailyState.f95)

◆ wuday_id_grids

real(kind(1d0)), dimension(9, maxnumberofgrids) allocatearray::wuday_id_grids

Definition at line 316 of file suews_ctrl_const.f95.

316 REAL(KIND(1D0)), DIMENSION(9, MaxNumberOfGrids) :: WUDay_id_grids

◆ wuday_id_prev

real(kind(1d0)), dimension(9) allocatearray::wuday_id_prev

Definition at line 282 of file suews_ctrl_const.f95.

◆ wuprofa_24hr

real(kind(1d0)), dimension(0:23, 2) allocatearray::wuprofa_24hr

Definition at line 200 of file suews_ctrl_const.f95.

200 REAL(KIND(1D0)), DIMENSION(0:23, 2) :: WUProfA_24Hr !Hourly profiles for water use (automatic irrigation)

◆ wuprofm_24hr

real(kind(1d0)), dimension(0:23, 2) allocatearray::wuprofm_24hr

Definition at line 199 of file suews_ctrl_const.f95.

199 REAL(KIND(1D0)), DIMENSION(0:23, 2) :: WUProfM_24Hr !Hourly profiles for water use (manual irrigation)

◆ xbo

real(kind(1d0)) allocatearray::xbo

Definition at line 346 of file suews_ctrl_const.f95.

346 REAL(KIND(1D0)) :: xBo ! daily Bowen ratio

◆ zsurf_suewssurfs

real(kind(1d0)), dimension(5, nsurfincsnow) allocatearray::zsurf_suewssurfs

Definition at line 611 of file suews_ctrl_const.f95.

   REAL(KIND(1D0)), DIMENSION(5, nsurfIncSnow) :: zSurf_SUEWSsurfs, &
                                                  kSurf_SUEWSsurfs, &
                                                  rSurf_SUEWSsurfs

Variables

Variable Documentation

◆ a1

◆ a1anohm

◆ a2

◆ a2anohm

◆ a3

◆ a3anohm

◆ addwater

◆ addwaterrunoff

◆ aggreguse

◆ ahprof_24hr

◆ air_ext_lw

◆ air_ext_sw

◆ air_ssa_lw

◆ air_ssa_sw

◆ alb

◆ alb_roof

◆ alb_roof_grids

◆ alb_wall

◆ alb_wall_grids

◆ albdectr_id

◆ albdectr_id_grids

◆ albevetr_id

◆ albevetr_id_grids

◆ albgrass_id

◆ albgrass_id_grids

◆ albmax_dectr

◆ albmax_evetr

◆ albmax_grass

◆ albmin_dectr

◆ albmin_evetr

◆ albmin_grass

◆ alpha_bioco2

◆ alpha_enh_bioco2

◆ anthropogenic_coeff

◆ baset

◆ basete

◆ beta_bioco2

◆ beta_enh_bioco2

◆ biogen_coeff

◆ biogenco2code

◆ bldgsurf

◆ boanohmend

◆ boanohmstart

◆ bsoilsurf

◆ building_frac

◆ building_frac_grids

◆ building_scale

◆ building_scale_grids

◆ bulkalbedo

◆ c_a1_sdry

◆ c_a1_swet

◆ c_a1_wdry

◆ c_a1_wwet

◆ c_a2_sdry

◆ c_a2_swet

◆ c_a2_wdry

◆ c_a2_wwet

◆ c_a3_sdry

◆ c_a3_swet

◆ c_a3_wdry

◆ c_a3_wwet

◆ c_ahmin_wd

◆ c_ahmin_we

◆ c_ahslopecooling_wd

◆ c_ahslopecooling_we

◆ c_ahslopeheating_wd

◆ c_ahslopeheating_we

◆ c_alb_ibld

◆ c_alb_ibld_bldgs

◆ c_albmax

◆ c_albmin

◆ c_alpha_bioco2

◆ c_alpha_enh_bioco2

◆ c_baset

◆ c_baset_hc

◆ c_basete

◆ c_beta_bioco2

◆ c_beta_enh_bioco2