model_test_routines Module Reference

Data Types
interface	data_is_within_tolerance
type	testcasetype
type	testexternalinternaltype
type	testexternaltype
type	testprocesstype

Functions/Subroutines
subroutine, public	stop_simulation_and_finalize_tests (errnum, errtext)
subroutine, public	setup_for_hype_tests (funit, fname, onoff, level)
subroutine, public	finalize_hype_tests ()
subroutine, public	check_output_ranges (idt)
subroutine, public	propagate_external_msg (external_id, msg_type, msg, vdata)
subroutine	check_external_tests (status)
subroutine, public	run_hype_observation_tests (status)
subroutine, public	run_hype_tests (status)
subroutine	check_observations (status)
subroutine	count_data_negative_in_file (filepath, twotimefound, ncols, nskip, ns, oindex, miss, numneg, negfound)
subroutine	count_data_missing_in_file (filepath, twotimefound, ncols, nskip, ns, oindex, nummiss, missfound)
subroutine	check_xobs_validity (funit, infile, nskip, ncols, status)
subroutine	check_info_generic (status)
subroutine	check_geodata_generic (status)
subroutine	check_geoclass_generic (status)
subroutine	check_mgmtdata_generic (status)
subroutine	check_branchdata_generic (status)
subroutine	check_outregion_generic (status)
subroutine	check_lakedata_generic (status)
subroutine	check_damdata_generic (status)
logical function	valid_dam_purpose (current_dam)
subroutine	check_generic (status)
subroutine	check_evaporation (status)
integer function	find_petmodels_used (petmodels_used, petmodels_used_size)
subroutine	log_petmodels_used (funit, petmodels_used, num_petmodels_used)
logical function	valid_petmodel_options (current_petmodel)
logical function	check_actual_soil_evapotranspiration ()
subroutine	check_atmospheric_deposition (status)
subroutine	check_soil_water (status)
logical function	valid_frozensoil_options (current_frozensoilmodel)
logical function	valid_infiltration_options (current_infiltrationmodel)
logical function	valid_surfacerunoff_options (current_surfacerunoffmodel)
subroutine	check_snow (status)
logical function	valid_snowfall_options (current_snowfallmodel)
logical function	valid_snowfalldistribution_options (current_snowfalldistmodel)
logical function	valid_snowmelt_options (current_snowmeltmodel)
logical function	valid_snowevap_options (current_snowevapmodel)
logical function	valid_snowdensity_options (current_snowdensitymodel)
logical function	valid_snowheat_options (current_snowheatmodel)
subroutine	check_glaciers (status)
logical function	valid_glacierini_options (current_glacierinimodel)
subroutine	check_rivers (status)
subroutine	check_valid_river_rating_curve_data (ret)
logical function	valid_lakeriverice_options (current_lakerivericemodel)
subroutine	check_lakes (status)
logical function	valid_swtemperature_options (current_swtemperaturemodel)
logical function	valid_connectivity_options (current_connectivitymodel)
subroutine	check_rating_curves (status)
subroutine	check_regvol (status)
subroutine	check_floodplains (status)
logical function	valid_floodplain_options (current_floodplainmodel)
subroutine	check_river_wetlands (status)
subroutine	check_pointsourcedata (status)
subroutine	check_general_deep (status)
subroutine	check_reggrw ()
subroutine	check_aquifers (status)
logical function	valid_deepgroundwater_options (current_deepgroundwatermodel)
subroutine	check_nutrient_sources (status)
subroutine	check_veg_soil_surface (status)
logical function	valid_growthstart_options (current_growthstartmodel)
logical function	valid_erosion_options (current_erosionmodel)
logical function	check_erosion_on (current_erosionmodel)
logical function	check_eroded_filtering_delay ()
logical function	check_plant_uptake ()
subroutine	check_nutrient_soil (status)
subroutine	check_soil_leakage_as_input (status)
subroutine	check_sediment_sedresusp (status)
logical function	valid_sedresusp_model (sedrespmodel)
subroutine	check_siltation (status)
logical function	valid_siltation_model (siltationmodel)
subroutine	check_file_existence (io_result, filename, test_id, test_process)
subroutine	check_param (io_result, tolerance, test_id, test_process, force)
subroutine	check_input (io_result, vector, tolerance, test_id, test_process, force)
subroutine	check_forcing_exist (io_result, force_param, test_id, test_process)
subroutine	add_generic_result (test_result, test_id, test_process, name)
subroutine	print_testresult_logical (name_string, return_logical, prefix, suffix)
subroutine	add_testcase (test_id, test_process)
subroutine	clear_tests (test_process)
subroutine	print_test_process (process)
subroutine	uncheck_testcase (test_id, test_process)
subroutine	print_extended (test_id)
subroutine	print_param (modpar_index)
subroutine	print_input (line)
subroutine	print_forcing (name)
subroutine	print_generic (name)
logical function	real_check_tolerance (vector, tolerance)
subroutine	int_data_is_within_tolerance (vector, aimed_value, tolerance_min, tolerance_max, num_tolerance, retval)
subroutine	real_data_is_within_tolerance (vector, aimed_value, tolerance_min, tolerance_max, num_tolerance, retval)

Variables
integer, parameter	t_temperature_precipition = 1
integer, parameter	t_evaporation = 2
integer, parameter	t_soil_water = 3
integer, parameter	t_snow_routines = 4
integer, parameter	t_rivers = 5
integer, parameter	t_lakes = 6
integer, parameter	t_floodplains = 7
integer, parameter	t_glaciers = 8
integer, parameter	t_aquifers = 9
integer, parameter	t_reg_grw = 10
integer, parameter	t_info_generic = 11
integer, parameter	t_geodata_generic = 12
integer, parameter	t_geoclass_generic = 13
integer, parameter	t_lakedata_generic = 14
integer, parameter	t_damdata_generic = 15
integer, parameter	t_mgmtdata_generic = 16
integer, parameter	t_outregion_generic = 17
integer, parameter	t_observation = 18
integer, parameter	t_generic = 19
integer, parameter	t_wetland = 20
integer, parameter	t_nut_source = 21
integer, parameter	t_pointsource = 22
integer, parameter	t_veg_soil_surface = 23
integer, parameter	t_nutrient_soil = 24
integer, parameter	t_atmdep = 25
integer, parameter	t_soilleakage = 26
integer, parameter	t_irrigation = 27
integer, parameter	t_siltation = 28
integer, parameter	t_branchdata_generic = 29
integer, parameter	t_sedresusp = 30
integer, parameter	nof_test_processes = 30
integer, parameter, public	e_lakedata = 1
integer, parameter, public	e_geodata = 2
integer, parameter, public	e_damdata = 3
integer, parameter, public	e_flooddata = 4
integer, parameter, public	e_mgmtdata = 5
integer, parameter, public	e_forckey = 6
integer, parameter, public	e_par = 7
integer, parameter, public	e_update = 8
integer, parameter, public	e_model_base_conf_ok = 9
integer, parameter, public	e_branchdata = 10
integer, parameter, public	e_aquiferdata = 11
integer, parameter, public	e_glacierdata = 12
integer, parameter, public	e_pointsourcedata = 13
integer, parameter, public	e_leakagedata = 14
integer, parameter, public	e_cropdata = 15
integer, parameter, public	e_info_file = 16
integer, parameter, public	e_set_outvar_for_var = 17
integer, parameter, public	e_outregions = 18
integer, parameter, public	e_otest = 19
integer, parameter, public	e_output_range_violation = 20
integer, parameter, public	e_rrcdata = 21
integer, parameter, public	e_atmdepdata = 22
integer, parameter, public	e_npsdata = 23
integer, parameter	nof_external_tests = 23
character(len=32), dimension(1:nof_external_tests)	external_test_names
integer, parameter, public	e_error = 1
integer, parameter, public	e_warning = 2
integer, parameter, public	e_info = 3
integer, parameter	nof_external_msg_types = 3
integer, parameter	a_tobs = n_max_par + 1
integer, parameter	a_tminobs = n_max_par + 2
integer, parameter	a_tmaxobs = n_max_par + 3
integer, parameter	a_swobs = n_max_par + 4
integer, parameter	a_rhobs = n_max_par + 5
integer, parameter	a_uobs = n_max_par + 6
integer, parameter	a_sfobs = n_max_par + 7
integer, parameter	a_elevation = n_max_par + 8
integer, parameter	a_latitude = n_max_par + 9
integer, parameter	a_area = n_max_par + 10
integer, parameter	a_ldfastlake = n_max_par + 11
integer, parameter	a_grwtolake = n_max_par + 12
integer, parameter	a_modeloptionrange = n_max_par + 13
integer, parameter	a_snalbrange = n_max_par + 14
integer, parameter	a_wcwpwcfcwcep = n_max_par + 15
integer, parameter	a_aquiferdata = n_max_par + 16
integer, parameter	a_cropdata = n_max_par + 17
integer, parameter	a_flooddata = n_max_par + 18
integer, parameter	a_t2sim = n_max_par + 19
integer, parameter	a_sum_macratesrrate = n_max_par + 20
integer, parameter	a_sum_macratesrrate2 = n_max_par + 21
integer, parameter	a_latitude_defined = n_max_par + 22
integer, parameter	a_sowlimit = n_max_par + 23
integer, parameter	a_daylimit = n_max_par + 24
integer, parameter	a_firstday = n_max_par + 25
integer, parameter	a_percdelay = n_max_par + 26
integer, parameter	a_aqarea = n_max_par + 27
integer, parameter	a_porosity = n_max_par + 28
integer, parameter	a_retrate = n_max_par + 29
integer, parameter	a_inivol = n_max_par + 30
integer, parameter	a_basedepth = n_max_par + 31
integer, parameter	a_parregion2 = n_max_par + 32
integer, parameter	a_recievefrac = n_max_par + 33
integer, parameter	a_rrcscorr = n_max_par + 34
integer, parameter	a_eroindex = n_max_par + 35
integer, parameter	a_slope = n_max_par + 36
integer, parameter	a_noftimesteps = n_max_par + 37
integer, parameter	a_bdaterange = n_max_par + 38
integer, parameter	a_edaterange = n_max_par + 39
integer, parameter	a_cdaterange = n_max_par + 40
integer, parameter	a_timemapduplicates = n_max_par + 41
integer, parameter	a_basinarea = n_max_par + 42
integer, parameter	a_basinslcfrac = n_max_par + 43
integer, parameter	a_subidrange = n_max_par + 44
integer, parameter	a_basinslope = n_max_par + 45
integer, parameter	a_basinrivlen = n_max_par + 46
integer, parameter	a_basinpospart = n_max_par + 47
integer, parameter	a_basinpartsum = n_max_par + 48
integer, parameter	a_basinodepth = n_max_par + 49
integer, parameter	a_basinidepth = n_max_par + 50
integer, parameter	a_slcforolake = n_max_par + 51
integer, parameter	a_abstrwitholake = n_max_par + 52
integer, parameter	a_linkmain = n_max_par + 53
integer, parameter	a_linksecondary = n_max_par + 54
integer, parameter	a_nclass = n_max_par + 55
integer, parameter	a_classdataluse = n_max_par + 56
integer, parameter	a_classdatasoil = n_max_par + 57
integer, parameter	a_multiple_classes = n_max_par + 58
integer, parameter	a_soildepth = n_max_par + 59
integer, parameter	a_inc_soildepth = n_max_par + 60
integer, parameter	a_tobselev = n_max_par + 61
integer, parameter	a_forcings_stationid = n_max_par + 62
integer, parameter	a_iforc_no_neg_or_no_miss = n_max_par + 63
integer, parameter	a_consistent_forcing = n_max_par + 64
integer, parameter	a_no_neg_value = n_max_par + 65
integer, parameter	a_timeperiod_forcing = n_max_par + 66
integer, parameter	a_irrigation_subid = n_max_par + 67
integer, parameter	a_lakeriverice_class = n_max_par + 68
integer, parameter	a_buffer = n_max_par + 69
integer, parameter	a_closewater = n_max_par + 70
integer, parameter	a_erosionon = n_max_par + 71
integer, parameter	a_ccmax1 = n_max_par + 72
integer, parameter	a_ccmax2 = n_max_par + 73
integer, parameter	a_gcmax1 = n_max_par + 74
integer, parameter	a_gcmax2 = n_max_par + 75
integer, parameter	a_uptake1 = n_max_par + 76
integer, parameter	a_uptake2 = n_max_par + 77
integer, parameter	a_uptake3 = n_max_par + 78
integer, parameter	a_uptakeupper = n_max_par + 79
integer, parameter	a_uptakeratio = n_max_par + 80
integer, parameter	a_bd2 = n_max_par + 81
integer, parameter	a_bd3 = n_max_par + 82
integer, parameter	a_bd5 = n_max_par + 83
integer, parameter	a_scr_part = n_max_par + 84
integer, parameter	a_scr_exist = n_max_par + 85
integer, parameter	a_wcwp_gt_zero = n_max_par + 86
integer, parameter	a_file_exist = n_max_par + 88
integer, parameter	a_soilleakage = n_max_par + 89
integer, parameter	a_fertday1 = n_max_par + 90
integer, parameter	a_fertday2 = n_max_par + 91
integer, parameter	a_manday1 = n_max_par + 92
integer, parameter	a_manday2 = n_max_par + 93
integer, parameter	a_fertdown1 = n_max_par + 94
integer, parameter	a_fertdown2 = n_max_par + 95
integer, parameter	a_mandown1 = n_max_par + 96
integer, parameter	a_mandown2 = n_max_par + 97
integer, parameter	a_fertnamount1 = n_max_par + 98
integer, parameter	a_fertnamount2 = n_max_par + 99
integer, parameter	a_mannamount1 = n_max_par + 100
integer, parameter	a_mannamount2 = n_max_par + 101
integer, parameter	a_fertpamount1 = n_max_par + 102
integer, parameter	a_fertpamount2 = n_max_par + 103
integer, parameter	a_manpamount1 = n_max_par + 104
integer, parameter	a_manpamount2 = n_max_par + 105
integer, parameter	a_resdayno = n_max_par + 106
integer, parameter	a_resdown = n_max_par + 107
integer, parameter	a_resfast = n_max_par + 108
integer, parameter	a_resnamount = n_max_par + 109
integer, parameter	a_respamount = n_max_par + 110
integer, parameter	a_volloc = n_max_par + 111
integer, parameter	a_locconcnp = n_max_par + 112
integer, parameter	a_basinindep = n_max_par + 113
integer, parameter	a_basinindep2 = n_max_par + 114
integer, parameter	a_basinindep3 = n_max_par + 115
integer, parameter	a_damregvol = n_max_par + 116
integer, parameter	a_damqprod = n_max_par + 117
integer, parameter	a_damlimprod = n_max_par + 118
integer, parameter	a_damqamp = n_max_par + 119
integer, parameter	a_damqinfmin = n_max_par + 120
integer, parameter	a_damexpxx = n_max_par + 121
integer, parameter	a_basinregion = n_max_par + 122
integer, parameter	a_nofprintsteps = n_max_par + 123
integer, parameter	a_consistent_observation = n_max_par + 124
integer, parameter	a_branchdefined = n_max_par + 125
integer, parameter	a_lrwet_area = n_max_par + 126
integer, parameter	a_mrwet_area = n_max_par + 127
integer, parameter	a_lrwet_depth = n_max_par + 128
integer, parameter	a_mrwet_depth = n_max_par + 129
integer, parameter	a_lrwet_part = n_max_par + 130
integer, parameter	a_mrwet_part = n_max_par + 131
integer, parameter	a_lrwet_inflow = n_max_par + 132
integer, parameter	a_mrwet_inflow = n_max_par + 133
integer, parameter	a_iwet_area = n_max_par + 134
integer, parameter	a_owet_area = n_max_par + 135
integer, parameter	a_signfig = n_max_par + 136
integer, parameter	a_regvol1 = n_max_par + 137
integer, parameter	a_linklbinternal = n_max_par + 138
integer, parameter	a_linklbsecondout = n_max_par + 139
integer, parameter	a_winddir = n_max_par + 140
integer, parameter	a_uwobs = n_max_par + 141
integer, parameter	a_vwobs = n_max_par + 142
integer, parameter	a_rrc1 = n_max_par + 143
integer, parameter	a_rrc2 = n_max_par + 144
integer, parameter	a_rrc3 = n_max_par + 145
integer, parameter	a_rrc4 = n_max_par + 146
integer, parameter	a_rrc5 = n_max_par + 147
integer, parameter	a_outregionid = n_max_par + 148
integer, parameter	a_outregionsubid = n_max_par + 149
integer, parameter	a_lakeriverice_thpo = n_max_par + 150
integer, parameter	a_rurlocarea = n_max_par + 151
integer, parameter	a_consistent_pstimeinfo = n_max_par + 152
integer, parameter	a_exist_pstimefile = n_max_par + 153
integer, parameter	a_missing_pstime_forcing = n_max_par + 154
integer, parameter	a_weightsub = n_max_par + 155
integer, parameter	a_lksfarea = n_max_par + 156
integer, parameter	a_lksficatch = n_max_par + 157
integer, parameter	a_sum_lksficatch = n_max_par + 158
integer, parameter	a_sum_lksfarea = n_max_par + 159
integer, parameter	a_aqpassivedepth = n_max_par + 160
integer, parameter	a_aqtopdepth = n_max_par + 161
integer, parameter	a_aqpassivevol = n_max_par + 162
integer, parameter	a_irrigation_gwpart = n_max_par + 163
integer, parameter	a_irrigation_swpart = n_max_par + 164
integer, parameter	a_irrigation_loceff = n_max_par + 165
integer, parameter	a_irrigation_regeff = n_max_par + 166
integer, parameter	a_irr_regsrc = n_max_par + 167
integer, parameter	a_irrdam_reg = n_max_par + 168
integer, parameter	a_irrdam_loc = n_max_par + 169
integer, parameter	a_irrigation_type = n_max_par + 170
integer, parameter	a_watertr_subid = n_max_par + 171
integer, parameter	a_watertr_rcv = n_max_par + 172
integer, parameter	a_watertr_no_dwtr = n_max_par + 173
integer, parameter	a_numsubst = n_max_par + 174
integer, parameter	a_regvol2 = n_max_par + 175
integer, parameter	a_clay = n_max_par + 176
integer, parameter	a_sand = n_max_par + 177
integer, parameter	a_silt = n_max_par + 178
integer, parameter	a_claysandsilt = n_max_par + 179
integer, parameter	a_flushing = n_max_par + 180
integer, parameter	a_flushing2 = n_max_par + 181
integer, parameter	a_flushing3 = n_max_par + 182
integer, parameter	a_dddambuild = n_max_par + 183
integer, parameter	a_lddambuild = n_max_par + 184
integer, parameter	a_rivvel = n_max_par + 185
integer, parameter	a_damp = n_max_par + 186
integer, parameter	a_crop_defined = n_max_par + 187
integer, parameter	a_crop2_defined = n_max_par + 188
integer, parameter	a_rurlocleak = n_max_par + 189
integer, parameter	a_locloadnp = n_max_par + 190
integer, parameter	a_regvol3 = n_max_par + 191
integer, parameter	a_branch_multi = n_max_par + 192
integer, parameter	a_branch_model = n_max_par + 193
integer, parameter	a_flushing4 = n_max_par + 194
integer, parameter	a_flushing5 = n_max_par + 195
integer, parameter	a_flushing6 = n_max_par + 196
integer, parameter	a_hdsdep1 = n_max_par + 197
integer, parameter	a_hdsdep2 = n_max_par + 198
integer, parameter	a_xcoord_def = n_max_par + 199
integer, parameter	a_ycoord_def = n_max_par + 200
integer, parameter	a_atmdepwater = n_max_par + 201
integer, parameter	max_testcases = n_max_par + 201
integer, parameter	max_testcases_per_process = 64
character(len=32), dimension(n_max_par+1:max_testcases)	testing_names
integer, parameter	p_parameter = 1
integer, parameter	p_input = 2
integer, parameter	p_forcing = 3
integer, parameter	p_generic = 4
integer, parameter	eq_zero = 1
integer, parameter	ne_zero = 2
integer, parameter	gt_zero = 3
integer, parameter	lt_zero = 4
integer, parameter	ge_zero = 5
integer, parameter	le_zero = 6
integer, parameter	gt_zero_and_lt_one = 7
integer, parameter	ge_zero_and_lt_one = 8
integer, parameter	gt_zero_and_le_one = 9
integer, parameter	ge_zero_and_le_one = 10
integer, parameter	gt_minus_one_and_lt_plus_one = 11
integer, parameter	ge_minus_one_and_le_plus_one = 12
integer, parameter	gt_minus_one = 13
integer, parameter	ge_minus_one = 14
integer, parameter	plus_minus_90 = 15
integer, parameter	plus_minus_180 = 16
integer, parameter	one_plus_minus_point_1_percent = 17
integer, parameter	ge_lowest_natural_point = 18
integer, parameter	ge_zero_and_le_hundred = 19
integer, parameter	ge_zero_and_le_366 = 20
integer, parameter	gt_zero_and_lt_366 = 21
integer, parameter	ge_one = 22
integer, parameter	ge_one_and_le_three = 23
integer, parameter	eq_missing_value = 24
integer, parameter	nof_test_tolerances = 24
character(len=32), dimension(nof_test_tolerances)	testing_tolerances
type(testexternaltype), dimension(nof_external_tests)	external_tests
type(testcasetype), dimension(max_testcases)	all_test_cases
type(testprocesstype), dimension(max_testcases_per_process, nof_test_processes)	tests_c2_process
integer	funit_used = 0
integer	printout_level = 0
integer	onoff_option = 0
logical	error_halt = .TRUE.
logical	force_test = .FALSE.

Detailed Description

Module for writing test cases to a log file.

Function/Subroutine Documentation

add_generic_result()

subroutine model_test_routines::add_generic_result	(	logical, intent(in)	test_result,
		integer, intent(in)	test_id,
		integer, intent(in)	test_process,
		character(len=*), intent(in), optional	name
	)

Add generic test result to test case and add test case to test process.

Parameters

[in]	test_result	Input logical for result
[in]	test_id	The index parameter specifying test case
[in]	test_process	Process assigned to this test case
[in]	name	Name to describe the generic test to show when printed

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add_testcase()

subroutine model_test_routines::add_testcase ( integer, intent(in)  test_id, integer, intent(in)  test_process  )

private

Add test case to a specific test process.

Parameters

[in]	test_id	current test case ID
[in]	test_process	current test process

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check_actual_soil_evapotranspiration()

logical function model_test_routines::check_actual_soil_evapotranspiration

Check and test actual soil evapotranspiration.

Test:

Check soil temperature reduction of evaporation, if used (tredA>0.0) parameters checked if positive/valid

Test:

Check parameters for actual soil evaporation (lp,t1evap,epotdist) valid.

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check_aquifers()

subroutine model_test_routines::check_aquifers ( integer, intent(inout)  status )

private

Check aquifers.

Checking AquiferData and model option settings

Parameters

[in,out]

status

number of errors

Test:

Check aquifer depth/volume parameters consistent

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check_atmospheric_deposition()

subroutine model_test_routines::check_atmospheric_deposition

(

integer, intent(inout)

status

)

Check and test atmospheric deposition.

Parameters

[in,out]

status

Return status

Test:

Check atmospheric nitrogen deposition input not negative

Test:

Check atmospheric phosphorus deposition parameters not negative

Test:

Check water classes is of vegtype water for atmospheric deposition

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check_branchdata_generic()

subroutine model_test_routines::check_branchdata_generic

(

integer, intent(inout)

status

)

Generic BranchData tests.

Checks input data in file BranchData

Parameters

[in,out]

status

Return status

Test:

Check that internal branches in multi-basin lakes have no ambigous input.

Test:

Check that all branches source are in model set-up. TO LATE

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check_damdata_generic()

subroutine model_test_routines::check_damdata_generic

(

integer, intent(inout)

status

)

Generic DamData tests TODO: The damdata tests are not complete. Need to be looked into.

Parameters

[in,out]

status

Return status

Test:

Checks for positive regulation volume, production flow amplitude between zero and one, and minimum production flow not negative.

Test:

Check that production flow is given in some form; If qprod1<=0 then require qinfmed>=0, if qprod1>0 then require qprod2>=0.

Test:

Check if reduced production flow (limqprod) at low water levels is correctly given (0-1).

Test:

Check dam build before removed

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check_eroded_filtering_delay()

logical function model_test_routines::check_eroded_filtering_delay

Check and test filtering of eroded material and release pool.

Test:

Check GeoData input (buffer, closewater) and parameters (bufffilt, innerfilt, otherfilt, macrofilt) used for filtering

Test:

Check parameters for temporary delay of SS and PP from surface runoff and tile drains (pprelmax, pprelexp) greater or equal to zero

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check_erosion_on()

logical function model_test_routines::check_erosion_on

(

integer, intent(in)

current_erosionmodel

)

Check if erosion is simulated, parameter values can be used to turn it off. If on more tests are needed.

Parameters

[in]

current_erosionmodel

erosionmodel to be tested for valid options

Check parameters for turning off erosion model

Erosion model 0: Erosion on : MAX(soilcoh) != 0.0 AND MAX(soilerod) != 0.0 --> OK

Erosion model 1: Erosion on : MAX(erodsoil) != 0.0 AND MAX(erodluse) != 0.0 --> OK

Erosion model 2: Erosion on : MAX(eroindex) > 0.0 --> OK

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check_evaporation()

subroutine model_test_routines::check_evaporation

(

integer, intent(inout)

status

)

Check and test evaporation options.

Parameters

[in,out]

status

Return status

Find all petmodels used in model set up

Test:

For each petmodel present in model check its needed input

Test:

Check actual soil evaporation input and parameters valid; specifics elsewhere

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check_external_tests()

subroutine model_test_routines::check_external_tests ( integer, intent(inout)  status )

private

Check the external tests if any where propagated.

Parameters

[in,out]

status

Return status

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check_file_existence()

subroutine model_test_routines::check_file_existence	(	logical, intent(inout)	io_result,
		character(len=*), intent(in)	filename,
		integer, intent(in)	test_id,
		integer, intent(in)	test_process
	)

Check existence of model file and add to test cases and test process.

Parameters

[in,out]	io_result	Input and Output logical for "AND" result
[in]	filename	The filename to test
[in]	test_id	The index parameter specifying test case
[in]	test_process	Process assigned to this test case

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check_floodplains()

subroutine model_test_routines::check_floodplains

(

integer, intent(inout)

status

)

Check and test floodplains options.

Parameters

[in,out]

status

Return status

Test:

Check and test floodplain options: specifics elsewhere

Test:

Check floodplain model: FloodData file exist and tracer evaporation behaviour valid (t1evap>=0,<=1)

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check_forcing_exist()

subroutine model_test_routines::check_forcing_exist ( logical, intent(inout)  io_result, integer, intent(in)  force_param, integer, intent(in)  test_id, integer, intent(in)  test_process  )

private

Check forcing data present (file exist) and add the test case to the test process. Return the logical AND result.

Parameters

[in,out]	io_result	Input and Output logical for "AND" result
[in]	force_param	The forcing parameter to test
[in]	test_id	The index parameter specifying test case
[in]	test_process	Process assigned to this test case

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check_general_deep()

subroutine model_test_routines::check_general_deep

(

integer, intent(inout)

status

)

Check genearal deep process model option.

Checking model option settings

Parameters

[in,out]

status

number of errors

Test:

Check and test groundwater model options: specifics elsewhere

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check_generic()

subroutine model_test_routines::check_generic

(

integer, intent(inout)

status

)

Generic tests.

The generic tests include tests that doesn't belong to any specific setup file or tests of a more general nature.

Parameters

[in,out]

status

Return status

Test:

Check modeloptions within range: The modeloptions are checked for illegal choices of numbers

Test:

Check snow albedo parameter ranges: The snalbmin shall always be less than snalbmax as well as they shall never be a negative value.

Test:

Check soil water holding capacities: wcfc,wcwp and wcep between zero and one.

Test:

Check that for all soil types and for their soillayers the sum of wilting point, field capacity and effective porosity are within the range greater than zero to less than or equal to one

Test:

Check that region is larger than zero

Test:

Check that each class with area that has a crop (and secondary crop) has information about that crop in CropData

Test:

Check that soil temperature is calculated (parameters set) for WQ-simulations.

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check_geoclass_generic()

subroutine model_test_routines::check_geoclass_generic

(

integer, intent(inout)

status

)

Generic GeoClass tests.

The GeoClass tests include tests of the GeoClass.txt

Parameters

[in,out]

status

Return status

Test:

Check that the number of slc-classes are greater than zero

Test:

Check landuse code greater than zero

Test:

Check soil type code greater than zero

Test:

Check that there is only one class defined for each special class: ilake, olake, glacier, mriver, lriver, iwet, owet.

Test:

Check soildepth: Check that all layers have an increasing depths (last layer can have the same depth as previous one)

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check_geodata_generic()

subroutine model_test_routines::check_geodata_generic

(

integer, intent(inout)

status

)

Generic GeoData tests.

Parameters

[in,out]

status

Return status

Test:

Check that at least some subbasins have area greater than zero

Test:

Check that if subbasin area is positive, slc-fraction are given.

Test:

Check subid range to be between one and max_subid

Test:

Check subbasin slope greater or equal to zero

Todo:

Add the check of lake regions for NPC simulation

Test:

Check river length greater or equal to zero

Test:

Check the sum of the slc fractions to be 1 with a tolerance of plus minus 0.1 percent

Test:

Check that each and everyone of the slcs' fractions are greater or equal to zero

Test:

Check that each secondary crop fraction is between zero and one.

Test:

Check that lake depths, both ilake and olake, are positive.

Test:

Check abstractions; no abstractions when no lakes are simulated

Test:

Check abstractions; outlet lake present when water is abstracted from that lake.

Test:

Check subbasin linkage (main and branch) and subbasin calculation order.

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check_glaciers()

subroutine model_test_routines::check_glaciers

(

integer, intent(inout)

status

)

Check and test glacier options.

Parameters

[in,out]

status

Return status

Test:

All glaciers in GeoData have index set

Test:

Glacier parameters for volume-area relationship positive

Test:

Glacier initialsation model option valid.

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check_info_generic()

subroutine model_test_routines::check_info_generic

(

integer, intent(inout)

status

)

Generic info tests.

The info tests include tests of the info.txt

Parameters

[in,out]

status

Return status

Test:

Check simulation period: positive number of time steps, output time steps and proper dates.

Test:

Check timeoutput and mapoutput variables for duplicates:

Test:

Check significant figures for rounding error of missing value (<4 signfigures):

Test:

Check that subbasin weights set for flag weightsub:

Test:

Check substances for duplicates:

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check_input()

subroutine model_test_routines::check_input	(	logical, intent(inout)	io_result,
		real, dimension(:), intent(in)	vector,
		integer, intent(in)	tolerance,
		integer, intent(in)	test_id,
		integer, intent(in)	test_process,
		logical, intent(in), optional	force
	)

If the test is forced or not tested before, check the array input values against chosen tolerance and add the test case to the test process. Return the logical AND result.

Parameters

[in,out]	io_result	Input and Output logical for "AND" result
[in]	vector	The data vector to be tested
[in]	tolerance	The tolerance to test against
[in]	test_id	The index parameter specifying test case
[in]	test_process	Process assigned to this test case
[in]	force	force the test eventhough already tested

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check_lakedata_generic()

subroutine model_test_routines::check_lakedata_generic

(

integer, intent(inout)

status

)

Generic LakeData tests.

Parameters

[in,out]

status

Return status

Test:

Check lakebasin internal outlet linkage (only main).

Test:

Check lakebasin secondary outlet linkage.

Test:

Check dam build before removed

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check_lakes()

subroutine model_test_routines::check_lakes

(

integer, intent(inout)

status

)

Check and test lakes options.

Parameters

[in,out]

status

Return status

Test:

Check for valid surface water temperature model options

Test:

Check for valid ilake connectivity model options

Test:

Check that lakes with two outlets have a branch defined

Test:

Check that lakes and dams have rating curve set (if needed)

Test:

Check that lakes and dams have larger depth than regulation depth

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check_mgmtdata_generic()

subroutine model_test_routines::check_mgmtdata_generic

(

integer, intent(inout)

status

)

Generic MgmtData tests.

Checks input data in file MgmtData

Parameters

[in,out]

status

Return status

Test:

Check that input data are given for all irrigated subbasins (subids).

Test:

Check that input data are given for all irrigated subbasins (gw_part,local_eff).

Test:

Check that input data (region_eff) are given for all subbasins irrigated by regional source.

Test:

Check that a defined regional source is in the model set-up

Test:

Check that input data are given for all subbasins (subids,reciever).

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check_nutrient_soil()

subroutine model_test_routines::check_nutrient_soil

(

integer, intent(inout)

status

)

Check vegetation and soil surface processes.

Parameters

[in,out]

status

Return status

Test:

Check and test initial values set larger or larger and equal to zero.

Test:

Check soil denitrification parameters larger or equal to zero.

Test:

Check and test parameters for nutrient soil pool transformations.

Test:

Check and test parameters for nutrient percolation

Test:

Check and test parameters for nutrient phosphorus balance.

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check_nutrient_sources()

subroutine model_test_routines::check_nutrient_sources

(

integer, intent(inout)

status

)

Check nutrient sources; fertilization, plant residues and rural household effluents.

Parameters

[in,out]

status

Return status

Test:

Check fertilization input: day of application >0, amount of fertilization >=0, fraction ploughed dow to second soil layer between 0 and 1, period length of application between 0 and 366.

Test:

Check application of plant residues: day of application >=0, amount >=0, fraction ploughed down and fraction of fast degrading type between 0 and 1.

Test:

Check non point source/local rural household source: flow not negative, landarea present, nutrient concentration not negative (N and P)

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check_observations()

subroutine model_test_routines::check_observations ( integer, intent(inout)  status )

private

Check forcing data and other observations.

Checking ForcKey and coupling between subbasin and observations

Parameters

[in,out]

status

error number

Test:

Check ForcKey: checking temperature elevations higher than lowest natural point

Test:

Check Pobs, Tobs, TMINobs, TMAXobs, RHobs, SFobs, SWobs, Uobs, UWobs, VWobs: checking station ids, timeperiods, consistency and missing or other negative illegal values if file is present

Test:

Check Pobs, Tobs, TMINobs, TMAXobs, RHobs, SFobs, SWobs, Uobs, UWobs, VWobs: checking station ids, timeperiods, consistency and missing or other negative illegal values if file is present

Test:

Check Qobs: checking timeperiods and positive values if file is present

Test:

Check Xoms: checking stations, timeperiods and positive values if file is present

Test:

Check Wobs: checking stations and timeperiods if file is present

Test:

Check Xobs: checking timeperiods and geodata connections if file is present

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check_output_ranges()

subroutine, public model_test_routines::check_output_ranges

(

integer, intent(in)

idt

)

Check output ranges.

Parameters

[in]

idt

current timestep index

Do not do any output testing if not allocated

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check_outregion_generic()

subroutine model_test_routines::check_outregion_generic

(

integer, intent(inout)

status

)

Generic Outregions tests.

Parameters

[in,out]

status

Return status

Test:

Check that subid and outregid do not overlap

Test:

Check that subids/outregid in outregion exist (are set)

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check_param()

subroutine model_test_routines::check_param	(	logical, intent(inout)	io_result,
		integer, intent(in)	tolerance,
		integer, intent(in)	test_id,
		integer, intent(in)	test_process,
		logical, intent(in), optional	force
	)

If the test is forced or not tested before, check the model parameter values against chosen tolerance and add the test case to the test process. Return the logical AND result.

Parameters

[in,out]	io_result	Input and Output logical for "AND" result
[in]	tolerance	The tolerance to test against
[in]	test_id	HYPE model parameter index specifying the current test case
[in]	test_process	Process assigned to this test case
[in]	force	force the test eventhough already tested

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check_plant_uptake()

logical function model_test_routines::check_plant_uptake

Check and test plant uptake parameters larger or equal to zero, secondary crops given as input and wilting point above zero.

Test:

Check fraction of area given for secondary crops

Test:

Check wilting point water volume larger than zero.

Test:

Check CropData input for beginning and end of growing season, plant uptake (fraction from upper soil layer and NP-relation) as well as parameters for plant uptake set.

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check_pointsourcedata()

subroutine model_test_routines::check_pointsourcedata

(

integer, intent(inout)

status

)

Check point source data.

Checking PointSourceData and time series of point sources

Parameters

[in,out]

status

error number

Test:

Check PSTimeSeries: checking file and subid present

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check_rating_curves()

subroutine model_test_routines::check_rating_curves

(

integer, intent(inout)

status

)

Check that lakes and dams have rating curve set (if needed)

Parameters

[in,out]

status

Return status

Check that lakes and dams have rating curve set (if needed, i.e. if wmin=missing)

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check_reggrw()

subroutine model_test_routines::check_reggrw

Check regional groundwater flow model.

Printing results of model option test

Test:

Check and test groundwater model options: specifics elsewhere

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check_regvol()

subroutine model_test_routines::check_regvol

(

integer, intent(inout)

status

)

Check that lakes and dams have larger volume than the regulation volume.

Parameters

[in,out]

status

Return status

Test:

Check regulation volume: Regulation volume and varying threshold checked against lake depth

Test:

Check regulation settings: regvol and deltaw0 cannot be used together

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check_river_wetlands()

subroutine model_test_routines::check_river_wetlands

(

integer, intent(inout)

status

)

Check and test river wetlands for nutrient retention.

Parameters

[in,out]

status

Return status

Test:

Check river wetlands for correct input (area, depth and inflow part)

Test:

Check class wetlands for correct input (area only so far)

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check_rivers()

subroutine model_test_routines::check_rivers ( integer, intent(inout)  status )

private

Check and test river options.

Parameters

[in,out]

status

Return status

Test:

Check river flow model options: specifics elsewhere

Test:

Check lake river ice model options: specifics elsewhere

Test:

Check parameters and input data for hydraulic geometry. Parameters hygeomf, hygeomm, hygeomc, hygeomg positive.

Test:

Check river rating curve data. Coefficients of rating curve positive.

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check_sediment_sedresusp()

subroutine model_test_routines::check_sediment_sedresusp

(

integer, intent(inout)

status

)

Check and test sediment river sedimentation and resuspension.

Parameters

[in,out]

status

Return status

Test:

Check sedresusp model valid

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check_siltation()

subroutine model_test_routines::check_siltation

(

integer, intent(inout)

status

)

Check and test sediment siltation and flushing.

Parameters

[in,out]

status

Return status

Test:

Check siltation model valid

Test:

Check that lakes in LakeData has increasing flushing interval (simple lakes)

Test:

Test:

Check that lakes in LakeData has correct mode (simple lakes)

Test:

Check multi-basin lake flushing interval is increasing (except for dayno which may be around new year).

Test:

Test:

Check that lakes in LakeData has correct mode (multi-basin lakes)

Test:

Check that reservoirs in DamData has increasing flushing interval (dam)

Test:

Test:

Check that reservoirs in DamData has correct mode (dam)

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check_snow()

subroutine model_test_routines::check_snow

(

integer, intent(inout)

status

)

Check and test snow routine options.

Parameters

[in,out]

status

Return status

Test:

Check snowfall model options; forcing data exist or threshold parameters set to calculate fraction of precipitation.

Test:

Check snowfall distribution model options; forcing data exist or threshold parameters set to calculate fraction of precipitation.

Test:

Check snowmelt model options; specifics elsewhere

Test:

Check snow evaporation model options; parameters set.

Test:

Check snow density model options; specifics elsewhere

Test:

Check snow heat model options; parameters set

Test:

Check snow model: snow liquid fraction parameters set

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check_soil_leakage_as_input()

subroutine model_test_routines::check_soil_leakage_as_input

(

integer, intent(inout)

status

)

Check vegetation and soil surface processes.

Parameters

[in,out]

status

Return status

Test:

Check that soil leakage input is greater or equal to zero (not for T2 though)

Test:

Check that soil leakage input is greater or equal to zero (not for T2 though) For modeloption soilleakage 3 only the data of the first year is checked.

Test:

Check that soil leakage input is greater or equal to zero (not for T2 though) or missing

Test:

Check that soil leakage input is greater or equal to zero (not for T2 though) or missing

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check_soil_water()

subroutine model_test_routines::check_soil_water

(

integer, intent(inout)

status

)

Check and test soil water options.

Parameters

[in,out]

status

Return status

Test:

Check and test infiltration model options: specifics elsewhere

Test:

Check and test surfacerunoff model options: specifics elsewhere

Test:

Check and test frozen soil model options: specifics elsewhere

Test:

Check parameters for soil temperature (deepmem, surfmem larger than one timestep/day), and positive depth relationship (depthrel).

Test:

Check that soil temperature is calculated (parameters set) for WQ-simulations.

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check_valid_river_rating_curve_data()

subroutine model_test_routines::check_valid_river_rating_curve_data

(

logical, intent(inout)

ret

)

Check river rating curve data for valid combinations.

Test:

Check positive rating curve coefficients (rate,exp)

Test:

Check positive rating curve coefficients (rate,exp)

Test:

Check positive rating curve coefficients (rate,exp) and consistent sections

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check_veg_soil_surface()

subroutine model_test_routines::check_veg_soil_surface

(

integer, intent(inout)

status

)

Check vegetation and soil surface processes.

Parameters

[in,out]

status

Return status

Test:

Check and test specified growthstart model for valid options: specific test specified elsewhere

Test:

Check plant uptake parameters larger or equal to zero, secondary crops given as input and wilting point above zero.

Test:

Check if erosion is simulated: parameters can be used to turn it off

Test:

Check specified erosion model for valid options

Test:

Check filtering of eroded material (and in future release pool): specific test specified elsewhere

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check_xobs_validity()

subroutine model_test_routines::check_xobs_validity	(	integer, intent(in)	funit,
		character (len=*), intent(in)	infile,
		integer, intent(in)	nskip,
		integer, intent(in)	ncols,
		integer, intent(out)	status
	)

Opens a file with observations, reads which variables it contains and checks for corrsponding indexes and ids. Used for Xobs.txt.

Parameters

[in]	funit	File unit for file
[in]	infile	Name of file to be read
[in]	nskip	Total number of comment rows
[in]	ncols	Total number of columns
[out]	status	error number

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clear_tests()

subroutine model_test_routines::clear_tests ( integer, intent(in), optional  test_process )

private

Clear test processes from test cases Remove all test cases from a given test process and reset these test cases OR remove all test cases from all test processes and all external test.

Parameters

[in]

test_process

Clear test cases for this process only, if specified

Clear testcases from specified test process

Clear all test processes of test cases

Clear all external tests

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count_data_missing_in_file()

subroutine model_test_routines::count_data_missing_in_file	(	character(len=*), intent(in)	filepath,
		logical, intent(in)	twotimefound,
		integer, intent(in)	ncols,
		integer, intent(in)	nskip,
		integer, intent(in)	ns,
		integer, dimension(ns), intent(in)	oindex,
		integer, dimension(ns), intent(out)	nummiss,
		integer, intent(out)	missfound
	)

Check and count for missing data in file. Used for forcing data files; Tobs.txt, TMINobs.txt and TMAXobs.txt.

Parameters

[in]	filepath	File
[in]	twotimefound	Flag for time format: read as one or two strings
[in]	ncols	Number of data columns in file
[in]	nskip	Number of rows to skip
[in]	ns	Number of subbasins, basemodel
[in]	oindex	Index for columns used in model set-up
[out]	nummiss	Number of missing values per subbasin
[out]	missfound	Code for found missing data

Algoritm
Set default output

Load forcing data

Count missing values

Check if missing values found among the used data

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count_data_negative_in_file()

subroutine model_test_routines::count_data_negative_in_file	(	character(len=*), intent(in)	filepath,
		logical, intent(in)	twotimefound,
		integer, intent(in)	ncols,
		integer, intent(in)	nskip,
		integer, intent(in)	ns,
		integer, dimension(ns), intent(in)	oindex,
		integer, intent(in)	miss,
		integer, dimension(ns), intent(out)	numneg,
		integer, intent(out)	negfound
	)

Check for negative data in file maybe also for missing values (Pobs.txt, Qobs.txt)

Parameters

[in]	filepath	File
[in]	twotimefound	Flag for time format: read as one or two strings
[in]	ncols	Number of data columns in file
[in]	nskip	Number of rows to skip
[in]	ns	Number of subbasins, basemodel
[in]	oindex	Index for columns used in model set-up
[in]	miss	Flag for including missing values, 0=count, 1=ignore
[out]	numneg	Number of negative values per subbasin
[out]	negfound	Code for found negative data

Algoritm
Set default output

Load observation data

Count negative data

Check if negative values found among the used data

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finalize_hype_tests()

subroutine, public model_test_routines::finalize_hype_tests

Finalize tests by closing file, clear all test results and inform of halt cause.

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find_petmodels_used()

integer function model_test_routines::find_petmodels_used	(	integer, dimension(:), intent(out)	petmodels_used,
		integer, intent(in)	petmodels_used_size
	)

find petmodels used

Parameters

[out]	petmodels_used	will hold models found in basins petmodel array
[in]	petmodels_used_size	size of the petmodels_used array

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int_data_is_within_tolerance()

subroutine model_test_routines::int_data_is_within_tolerance ( integer, dimension(:), intent(in)  vector, integer, intent(in)  aimed_value, integer, intent(in)  tolerance_min, integer, intent(in)  tolerance_max, integer, intent(out)  num_tolerance, logical, intent(out)  retval  )

private

Check that data is within tolerance Integer.

Parameters

[in]	vector	Data vector that is being checked
[in]	aimed_value	Value specifying a wanted value
[in]	tolerance_min	Value specifying how far below wanted value is ok
[in]	tolerance_max	Value specifying how far above wanted value is ok
[out]	num_tolerance	Value specifying how many values in vector is within tolerance
[out]	retval	Value specifying if vector is within tolerance

log_petmodels_used()

subroutine model_test_routines::log_petmodels_used	(	integer, intent(in)	funit,
		integer, dimension(:), intent(in)	petmodels_used,
		integer, intent(in)	num_petmodels_used
	)

Write petmodels found to the log file.

Parameters

[in]	funit	File unit of log-file
[in]	petmodels_used	will hold petmodels used
[in]	num_petmodels_used	number of used petmodels

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print_extended()

subroutine model_test_routines::print_extended ( integer, intent(in)  test_id )

private

Print extended information for a test case. The print out is different for different kinds of tests; hype parameter, input, forcing or generic.

Parameters

[in]

test_id

The test case id

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print_forcing()

subroutine model_test_routines::print_forcing ( character(len=*), intent(in)  name )

private

Print extended information of forcing test cases.

Parameters

[in]

name

The name

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print_generic()

subroutine model_test_routines::print_generic ( character(len=*), intent(in)  name )

private

Print extended information of generic test cases.

Parameters

[in]

name

The name

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print_input()

subroutine model_test_routines::print_input

(

character(len=*), intent(in)

line

)

Print extended information of input test cases.

Parameters

[in]

line

name and interval of input variable

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print_param()

subroutine model_test_routines::print_param ( integer, intent(in)  modpar_index )

private

Print extended information of parameter test cases.

Parameters

[in]

modpar_index

The parameter modpar index

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print_test_process()

subroutine model_test_routines::print_test_process ( integer, intent(in)  process )

private

Finalises the test process by printing the number of failed "logical" test cases.

Also prints the details of all the test cases included, their status and if extended printout also parameters and value intervals.

Parameters

[in]

process

Current process

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print_testresult_logical()

subroutine model_test_routines::print_testresult_logical ( character(len=*), intent(in)  name_string, logical, intent(in)  return_logical, character(len=*), optional  prefix, character(len=*), optional  suffix  )

private

Print name of a (group of) test cases and if it passed or failed.

This output gives an overview of where failed test cases can be found. More details on which test cases failed are given with higher level of printout. The test cases to be printed as a logical unit are defined in the code. Test cases forming a group for a logical unit is also defined in the code.

Parameters

[in]	name_string	The name of the (group of) test cases
[in]	return_logical	The logical result of the (group of) test cases
	prefix	Specify a prefix string to the name if wanted
	suffix	Specify a suffix string otherwise it becomes "with parameter, ..."

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propagate_external_msg()

subroutine, public model_test_routines::propagate_external_msg	(	integer, intent(in)	external_id,
		integer, intent(in)	msg_type,
		character(len=*), intent(in)	msg,
		integer, dimension(:), intent(in), optional	vdata
	)

Propagate message (and data if wanted) from an external test. This function can be called multiple times on the same external id.

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real_check_tolerance()

logical function model_test_routines::real_check_tolerance ( real, dimension(:), intent(in)  vector, integer, intent(in)  tolerance  )

private

Check if all values of real array are within tolerance.

Parameters

[in]	vector	The vector to be tested
[in]	tolerance	The tolerance parameter

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real_data_is_within_tolerance()

subroutine model_test_routines::real_data_is_within_tolerance ( real, dimension(:), intent(in)  vector, real, intent(in)  aimed_value, real, intent(in)  tolerance_min, real, intent(in)  tolerance_max, integer, intent(out)  num_tolerance, logical, intent(out)  retval  )

private

Check that data is within tolerance Real.

Parameters

[in]	vector	Data vector that is being checked
[in]	aimed_value	Value specifying a wanted value
[in]	tolerance_min	Value specifying how far below wanted value is ok
[in]	tolerance_max	Value specifying how far above wanted value is ok
[out]	num_tolerance	Value specifying how many values in vector is within tolerance
[out]	retval	Value specifying if vector is within tolerance

run_hype_observation_tests()

subroutine, public model_test_routines::run_hype_observation_tests

(

integer, intent(out)

status

)

Runs tests for hype forcing data and other observations, and prints the result.

Parameters

[out]

status

error number

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run_hype_tests()

subroutine, public model_test_routines::run_hype_tests

(

integer, intent(out)

status

)

Runs tests for hype and prints the result in file.

Parameters

[out]

status

error number

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setup_for_hype_tests()

subroutine, public model_test_routines::setup_for_hype_tests	(	integer, intent(in), optional	funit,
		character(len=*), intent(in), optional	fname,
		integer, intent(in), optional	onoff,
		integer, intent(in), optional	level
	)

Setup for tests by setting flags according to given input in info-file to perform chosen test options and opens file for output of test results.

Parameters

[in]	funit	Used funit
[in]	fname	Used filename
[in]	onoff	Tests onoff option
[in]	level	level for debug printouts

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stop_simulation_and_finalize_tests()

subroutine, public model_test_routines::stop_simulation_and_finalize_tests	(	integer, intent(in)	errnum,
		character(len=*), intent(in), optional	errtext
	)

Stop the simulation and be sure to print external tests to test file.

This function should be used if errors are encountered before the actual test module with all its test have been running. External text output is then guaranteed to end up in the test file before stop.

Parameters

[in]	errnum	Error number
[in]	errtext	Error text

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uncheck_testcase()

subroutine model_test_routines::uncheck_testcase ( integer, intent(in)  test_id, integer, intent(in)  test_process  )

private

Remove a previously checked test case from a test process.

Parameters

[in]	test_id	The index parameter specifying test case
[in]	test_process	Process assigned to this test case

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valid_connectivity_options()

logical function model_test_routines::valid_connectivity_options

(

integer, intent(in)

current_connectivitymodel

)

Check and test specified swtemperature model for valid options.

Parameters

[in]

current_connectivitymodel

connectivity to be tested for valid options

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valid_dam_purpose()

logical function model_test_routines::valid_dam_purpose

(

integer, intent(in)

current_dam

)

Check and test dam purpose for valid options.

Parameters

[in]

current_dam

petmodel to be tested for valid options

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valid_deepgroundwater_options()

logical function model_test_routines::valid_deepgroundwater_options

(

integer, intent(in)

current_deepgroundwatermodel

)

Check and test specified deepgroundwater model for valid options; both regional groundwater routine and aquifers.

Parameters

[in]

current_deepgroundwatermodel

deepgroundwatermodel to be tested for valid options

Test:

Check deep groundwater percolation parameters (rcgrw,rcgrwst,aqpercorr) and path (grwtolake).

Test:

Check deep groundwater percolation parameters (rcgrw,rcgrwst,aqpercorr) and path (grwtolake).

Test:

Check aquifer i.e. deepgroundwater model 2: AquiferData file existance, percolation delay and return factor adjustment parameters set (aqdelcorr,aqretcorr >=-1), for nitrogen simulation a valid denitrification parameters (denitaq,hsatINsoil>=0).

Test:

Check aquifer for valid data

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valid_erosion_options()

logical function model_test_routines::valid_erosion_options

(

integer, intent(in)

current_erosionmodel

)

Check and test specified erosion model for valid options.

Parameters

[in]

current_erosionmodel

erosionmodel to be tested for valid options

Test:

Checks for erosionmodel 0: Existance of CropData.txt, allowed values for parameters for soil characteristics (soilcoh,soilerod,sreroexp, incorr,oncorr,phoscorr), crop cover and ground cover between zero and one.

Test:

Checks for erosion model 1: parameters for soil erosion (erodluse,erodsoil,erodslope,erodexp,erodindex), and erosion index for each subbasins

Check basin slope greater or equal to zero and below 100.

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valid_floodplain_options()

logical function model_test_routines::valid_floodplain_options

(

integer, intent(in)

current_floodplainmodel

)

Check and test specified floodplain model for valid options.

Parameters

[in]

current_floodplainmodel

floodplainmodel to be tested for valid options

Test:

Check floodplain model option 2: parameters for snowmelt and saturated surface runoff has valid values as well as recession coefficient correction parameters (cmlt,mactrinf,srrcs,rrcscorr).

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valid_frozensoil_options()

logical function model_test_routines::valid_frozensoil_options

(

integer, intent(in)

current_frozensoilmodel

)

Check and test specified frozensoil model for valid options.

Parameters

[in]

current_frozensoilmodel

frozensoil model to be tested for valid options

Test:

Check frozensoil model 0: No ice, but ice expansion parameter still used/checked.

Test:

Check frozensoil model 1 and 2: positive parameters for frozen soil, ice expansion within (0,1) and soil temperature parameters set.

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valid_glacierini_options()

logical function model_test_routines::valid_glacierini_options

(

integer, intent(in)

current_glacierinimodel

)

Check and test specified glacierini model for valid options.

Parameters

[in]

current_glacierinimodel

glacierinimodel to be tested for valid options

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valid_growthstart_options()

logical function model_test_routines::valid_growthstart_options

(

integer, intent(in)

current_growthstartmodel

)

Check and test specified growthstart model for valid options. Called for nutrient uptak, but should be called for irrigation also.

Parameters

[in]

current_growthstartmodel

growthstartmodel to be tested for valid options

Test:

Checks for growthstartmodel 0: sowing date set

Test:

Checks for growthstartmodel 1: degree day accumulation method, earliest starting date (firstday) and dayhour limit (daylength) for degreeday accumulation set (positive) as well as degreedaysum determining saw date (gddsow>0).

Test:

Checks for growthstartmodel 4: temperature over limit period, earliest starting date (firstday) as well as number of consequtive days (accdays>0).

Test:

Check latitude set and between +-90 degree, necessary for southern hemisphere and/or growthstart model 1

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valid_infiltration_options()

logical function model_test_routines::valid_infiltration_options

(

integer, intent(in)

current_infiltrationmodel

)

Check and test specified infiltration model for valid options.

Parameters

[in]

current_infiltrationmodel

infiltrationmodel to be tested for valid options

Test:

Check infiltration model 1: frozen soil parameters have valid values (>=0).

Test:

Check sum of macropore flow and saturated surface runoff fractions larger than zero

Test:

Check organic part of nitrogen atmospheric deposition is between zero and one.

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valid_lakeriverice_options()

logical function model_test_routines::valid_lakeriverice_options

(

integer, intent(in)

current_lakerivericemodel

)

Check and test specified lakeriverice model for valid options.

Parameters

[in]

current_lakerivericemodel

lakerivericemodel to be tested for valid options

Test:

Check for simple air-water temperature exchange model (lakerivericemodel 1): exchange parameters (t2trlake,t2trriver) valid (>0).

Test:

Check for new heat transfer model (lakerivericemodel 2): heat transfer parameters correctly given (tcflake,scflake,tcfriver,scfriver >0 or ccfriver,lcfriver,ccflake,lcflake>0, and limt2exch>=0) stability parameters correct (stbcorr1-stbcorr3>=0)

Test:

Check lake and river ice parameters set (licekika,ricekika,licekexp, ricekexp,licetmelt,ricetmelt > 0) and that a water class exist.

Test:

Check ice freezing temperature not negative (licetf,ricetf)

Test:

Check ice breakup porosity parameters set positive and in range

Test:

Check heat flux from water to ice (ricecwi,liceqhmn,riceqhmx,liceqhw>=0)

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valid_petmodel_options()

logical function model_test_routines::valid_petmodel_options

(

integer, intent(in)

current_petmodel

)

Check and test specified petmodel for valid options.

Parameters

[in]

current_petmodel

petmodel to be tested for valid options

Test:

Check petmodel 0 (HYPE original model (with Xobs replacement, if available)): Temperature forcing valid and evaporation rate parameter (cevp) positive.

Test:

Check petmodel 1 (HYPE original model (without Xobs replacement)): Temperature forcing valid and evaporation rate parameter (cevp) positive.

Test:

Check petmodel 2 (Modified Jensen-Haise/McGuinness following Oudin et al (2005)): Temperature forcing valid, latitude given and evaporation parameters (kc,jhtadd,jhtscale) valid

Test:

Check petmodel 3 (Hargreaves-Samani): Temperature forcing valid, elevation and latitude given and evaporation parameters (kc,krs) valid. Additional forcing present.

Test:

Check petmodel 4 (Priestly Taylor): Temperature forcing valid, elevation and latitude given and evaporation parameters (kc,alb,alfapt) valid. Additional forcing or parameters present.

Test:

Check petmodel 5 (FAO Penman Monteith reference crop evapotranspiration): Temperature forcing valid, elevation and latitude given and evaporation parameters (kc,alb) valid. Additional forcing or parameters present.

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valid_sedresusp_model()

logical function model_test_routines::valid_sedresusp_model

(

integer, intent(in)

sedrespmodel

)

Check and test sediment/resuspension models for valid options.

Parameters

[in]

sedrespmodel

sediment/resuspension model to be tested for valid options

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valid_siltation_model()

logical function model_test_routines::valid_siltation_model

(

integer, intent(in)

siltationmodel

)

Check and test siltation modeloption for valid options.

Parameters

[in]

siltationmodel

siltation model to be tested for valid options

Test:

Check that for all subbasins the fractions of clay, sand and silt are between zero and one

Test:

Check that for all subbasins the sum of fractions of clay, sand and silt are one (approximately)

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valid_snowdensity_options()

logical function model_test_routines::valid_snowdensity_options

(

integer, intent(in)

current_snowdensitymodel

)

Check and test specified snow density model for valid options.

Parameters

[in]

current_snowdensitymodel

snowdensitymodel to be tested for valid options

Test:

Check snow density of new snow parameter set (>0)

Test:

Check snow density model 0 (depending on age of snow): parameters set (snowdensdt,ricesndens,licesndens)

Test:

Check snow density model 1 (depending on compactation factor): parameters set (sdnsrate,sdnsradd,sdnsmax)

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valid_snowevap_options()

logical function model_test_routines::valid_snowevap_options

(

integer, intent(in)

current_snowevapmodel

)

Check and test specified snow evaporation model for valid options.

Parameters

[in]

current_snowevapmodel

snowevapmodel to be tested for valid options

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valid_snowfall_options()

logical function model_test_routines::valid_snowfall_options

(

integer, intent(in)

current_snowfallmodel

)

Check and test specified snow fall model for valid options.

Parameters

[in]

current_snowfallmodel

snowfallmodel to be tested for valid options

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valid_snowfalldistribution_options()

logical function model_test_routines::valid_snowfalldistribution_options

(

integer, intent(in)

current_snowfalldistmodel

)

Check and test specified snow fall model for valid options.

Parameters

[in]

current_snowfalldistmodel

snowfall distribution model to be tested for valid options

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valid_snowheat_options()

logical function model_test_routines::valid_snowheat_options

(

integer, intent(in)

current_snowheatmodel

)

Check and test specified snow heat model for valid options.

Parameters

[in]

current_snowheatmodel

snowheatmodel to be tested for valid options

Test:

Check snow density of new snow parameter set (>0)

Test:

Check snow heat model 1: parameters set (sndens0,snkika)

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valid_snowmelt_options()

logical function model_test_routines::valid_snowmelt_options

(

integer, intent(in)

current_snowmeltmodel

)

Check and test specified snow melt model for valid options.

Parameters

[in]

current_snowmeltmodel

snowmeltmodel to be tested for valid options

Test:

Check snowmelt coefficient and efficiency of snowcover fraction set (cmlt>=0,fsceff between zero and one)

Test:

Check temperature and radiation index model, with/without snowcover scaling and refreezing (snowmelt model option 2): parameters for snow melt set (snalbmin,snalbmax,snalbkexp,cmrad,cmrefr), forcing from solar radiation or minimum and maximum temperature or elevation and parameter (krs) given.

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valid_surfacerunoff_options()

logical function model_test_routines::valid_surfacerunoff_options

(

integer, intent(in)

current_surfacerunoffmodel

)

Check and test specified surface runoff model for valid options.

Parameters

[in]

current_surfacerunoffmodel

surfacerunoffmodel to be tested for valid options

Test:

Check surface runoff and macropore flow model parameters have valid values

Test:

Check sum of macropore flow and saturated surface runoff fractions less than or equal to one.

Test:

Check surface runoff model 1: parameters set

Test:

Check surface runoff model 2: parameters set

Test:

Check surface runoff model 3: parameters set

Test:

Check surface runoff model 4: parameters set

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valid_swtemperature_options()

logical function model_test_routines::valid_swtemperature_options

(

integer, intent(in)

current_swtemperaturemodel

)

Check and test specified swtemperature model for valid options.

Parameters

[in]

current_swtemperaturemodel

swtemperaturemodel to be tested for valid options

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Variable Documentation

a_abstrwitholake

integer, parameter model_test_routines::a_abstrwitholake = n_max_par + 52

private

a_aqarea

integer, parameter model_test_routines::a_aqarea = n_max_par + 27

private

a_aqpassivedepth

integer, parameter model_test_routines::a_aqpassivedepth = n_max_par + 160

private

a_aqpassivevol

integer, parameter model_test_routines::a_aqpassivevol = n_max_par + 162

private

a_aqtopdepth

integer, parameter model_test_routines::a_aqtopdepth = n_max_par + 161

private

a_aquiferdata

integer, parameter model_test_routines::a_aquiferdata = n_max_par + 16

private

a_area

integer, parameter model_test_routines::a_area = n_max_par + 10

private

a_atmdepwater

integer, parameter model_test_routines::a_atmdepwater = n_max_par + 201

private

a_basedepth

integer, parameter model_test_routines::a_basedepth = n_max_par + 31

private

a_basinarea

integer, parameter model_test_routines::a_basinarea = n_max_par + 42

private

a_basinidepth

integer, parameter model_test_routines::a_basinidepth = n_max_par + 50

private

a_basinindep

integer, parameter model_test_routines::a_basinindep = n_max_par + 113

private

a_basinindep2

integer, parameter model_test_routines::a_basinindep2 = n_max_par + 114

private

a_basinindep3

integer, parameter model_test_routines::a_basinindep3 = n_max_par + 115

private

a_basinodepth

integer, parameter model_test_routines::a_basinodepth = n_max_par + 49

private

a_basinpartsum

integer, parameter model_test_routines::a_basinpartsum = n_max_par + 48

private

a_basinpospart

integer, parameter model_test_routines::a_basinpospart = n_max_par + 47

private

a_basinregion

integer, parameter model_test_routines::a_basinregion = n_max_par + 122

private

a_basinrivlen

integer, parameter model_test_routines::a_basinrivlen = n_max_par + 46

private

a_basinslcfrac

integer, parameter model_test_routines::a_basinslcfrac = n_max_par + 43

private

a_basinslope

integer, parameter model_test_routines::a_basinslope = n_max_par + 45

private

a_bd2

integer, parameter model_test_routines::a_bd2 = n_max_par + 81

private

a_bd3

integer, parameter model_test_routines::a_bd3 = n_max_par + 82

private

a_bd5

integer, parameter model_test_routines::a_bd5 = n_max_par + 83

private

a_bdaterange

integer, parameter model_test_routines::a_bdaterange = n_max_par + 38

private

a_branch_model

integer, parameter model_test_routines::a_branch_model = n_max_par + 193

private

a_branch_multi

integer, parameter model_test_routines::a_branch_multi = n_max_par + 192

private

a_branchdefined

integer, parameter model_test_routines::a_branchdefined = n_max_par + 125

private

a_buffer

integer, parameter model_test_routines::a_buffer = n_max_par + 69

private

a_ccmax1

integer, parameter model_test_routines::a_ccmax1 = n_max_par + 72

private

a_ccmax2

integer, parameter model_test_routines::a_ccmax2 = n_max_par + 73

private

a_cdaterange

integer, parameter model_test_routines::a_cdaterange = n_max_par + 40

private

a_classdataluse

integer, parameter model_test_routines::a_classdataluse = n_max_par + 56

private

a_classdatasoil

integer, parameter model_test_routines::a_classdatasoil = n_max_par + 57

private

a_clay

integer, parameter model_test_routines::a_clay = n_max_par + 176

private

a_claysandsilt

integer, parameter model_test_routines::a_claysandsilt = n_max_par + 179

private

a_closewater

integer, parameter model_test_routines::a_closewater = n_max_par + 70

private

a_consistent_forcing

integer, parameter model_test_routines::a_consistent_forcing = n_max_par + 64

private

a_consistent_observation

integer, parameter model_test_routines::a_consistent_observation = n_max_par + 124

private

a_consistent_pstimeinfo

integer, parameter model_test_routines::a_consistent_pstimeinfo = n_max_par + 152

private

a_crop2_defined

integer, parameter model_test_routines::a_crop2_defined = n_max_par + 188

private

a_crop_defined

integer, parameter model_test_routines::a_crop_defined = n_max_par + 187

private

a_cropdata

integer, parameter model_test_routines::a_cropdata = n_max_par + 17

private

a_damexpxx

integer, parameter model_test_routines::a_damexpxx = n_max_par + 121

private

a_damlimprod

integer, parameter model_test_routines::a_damlimprod = n_max_par + 118

private

a_damp

integer, parameter model_test_routines::a_damp = n_max_par + 186

private

a_damqamp

integer, parameter model_test_routines::a_damqamp = n_max_par + 119

private

a_damqinfmin

integer, parameter model_test_routines::a_damqinfmin = n_max_par + 120

private

a_damqprod

integer, parameter model_test_routines::a_damqprod = n_max_par + 117

private

a_damregvol

integer, parameter model_test_routines::a_damregvol = n_max_par + 116

private

a_daylimit

integer, parameter model_test_routines::a_daylimit = n_max_par + 24

private

a_dddambuild

integer, parameter model_test_routines::a_dddambuild = n_max_par + 183

private

a_edaterange

integer, parameter model_test_routines::a_edaterange = n_max_par + 39

private

a_elevation

integer, parameter model_test_routines::a_elevation = n_max_par + 8

private

a_eroindex

integer, parameter model_test_routines::a_eroindex = n_max_par + 35

private

a_erosionon

integer, parameter model_test_routines::a_erosionon = n_max_par + 71

private

a_exist_pstimefile

integer, parameter model_test_routines::a_exist_pstimefile = n_max_par + 153

private

a_fertday1

integer, parameter model_test_routines::a_fertday1 = n_max_par + 90

private

a_fertday2

integer, parameter model_test_routines::a_fertday2 = n_max_par + 91

private

a_fertdown1

integer, parameter model_test_routines::a_fertdown1 = n_max_par + 94

private

a_fertdown2

integer, parameter model_test_routines::a_fertdown2 = n_max_par + 95

private

a_fertnamount1

integer, parameter model_test_routines::a_fertnamount1 = n_max_par + 98

private

a_fertnamount2

integer, parameter model_test_routines::a_fertnamount2 = n_max_par + 99

private

a_fertpamount1

integer, parameter model_test_routines::a_fertpamount1 = n_max_par + 102

private

a_fertpamount2

integer, parameter model_test_routines::a_fertpamount2 = n_max_par + 103

private

a_file_exist

integer, parameter model_test_routines::a_file_exist = n_max_par + 88

private

a_firstday

integer, parameter model_test_routines::a_firstday = n_max_par + 25

private

a_flooddata

integer, parameter model_test_routines::a_flooddata = n_max_par + 18

private

a_flushing

integer, parameter model_test_routines::a_flushing = n_max_par + 180

private

a_flushing2

integer, parameter model_test_routines::a_flushing2 = n_max_par + 181

private

a_flushing3

integer, parameter model_test_routines::a_flushing3 = n_max_par + 182

private

a_flushing4

integer, parameter model_test_routines::a_flushing4 = n_max_par + 194

private

a_flushing5

integer, parameter model_test_routines::a_flushing5 = n_max_par + 195

private

a_flushing6

integer, parameter model_test_routines::a_flushing6 = n_max_par + 196

private

a_forcings_stationid

integer, parameter model_test_routines::a_forcings_stationid = n_max_par + 62

private

a_gcmax1

integer, parameter model_test_routines::a_gcmax1 = n_max_par + 74

private

a_gcmax2

integer, parameter model_test_routines::a_gcmax2 = n_max_par + 75

private

a_grwtolake

integer, parameter model_test_routines::a_grwtolake = n_max_par + 12

private

a_hdsdep1

integer, parameter model_test_routines::a_hdsdep1 = n_max_par + 197

private

a_hdsdep2

integer, parameter model_test_routines::a_hdsdep2 = n_max_par + 198

private

a_iforc_no_neg_or_no_miss

integer, parameter model_test_routines::a_iforc_no_neg_or_no_miss = n_max_par + 63

private

a_inc_soildepth

integer, parameter model_test_routines::a_inc_soildepth = n_max_par + 60

private

a_inivol

integer, parameter model_test_routines::a_inivol = n_max_par + 30

private

a_irr_regsrc

integer, parameter model_test_routines::a_irr_regsrc = n_max_par + 167

private

a_irrdam_loc

integer, parameter model_test_routines::a_irrdam_loc = n_max_par + 169

private

a_irrdam_reg

integer, parameter model_test_routines::a_irrdam_reg = n_max_par + 168

private

a_irrigation_gwpart

integer, parameter model_test_routines::a_irrigation_gwpart = n_max_par + 163

private

a_irrigation_loceff

integer, parameter model_test_routines::a_irrigation_loceff = n_max_par + 165

private

a_irrigation_regeff

integer, parameter model_test_routines::a_irrigation_regeff = n_max_par + 166

private

a_irrigation_subid

integer, parameter model_test_routines::a_irrigation_subid = n_max_par + 67

private

a_irrigation_swpart

integer, parameter model_test_routines::a_irrigation_swpart = n_max_par + 164

private

a_irrigation_type

integer, parameter model_test_routines::a_irrigation_type = n_max_par + 170

private

a_iwet_area

integer, parameter model_test_routines::a_iwet_area = n_max_par + 134

private

a_lakeriverice_class

integer, parameter model_test_routines::a_lakeriverice_class = n_max_par + 68

private

a_lakeriverice_thpo

integer, parameter model_test_routines::a_lakeriverice_thpo = n_max_par + 150

private

a_latitude

integer, parameter model_test_routines::a_latitude = n_max_par + 9

private

a_latitude_defined

integer, parameter model_test_routines::a_latitude_defined = n_max_par + 22

private

a_lddambuild

integer, parameter model_test_routines::a_lddambuild = n_max_par + 184

private

a_ldfastlake

integer, parameter model_test_routines::a_ldfastlake = n_max_par + 11

private

a_linklbinternal

integer, parameter model_test_routines::a_linklbinternal = n_max_par + 138

private

a_linklbsecondout

integer, parameter model_test_routines::a_linklbsecondout = n_max_par + 139

private

a_linkmain

integer, parameter model_test_routines::a_linkmain = n_max_par + 53

private

a_linksecondary

integer, parameter model_test_routines::a_linksecondary = n_max_par + 54

private

a_lksfarea

integer, parameter model_test_routines::a_lksfarea = n_max_par + 156

private

a_lksficatch

integer, parameter model_test_routines::a_lksficatch = n_max_par + 157

private

a_locconcnp

integer, parameter model_test_routines::a_locconcnp = n_max_par + 112

private

a_locloadnp

integer, parameter model_test_routines::a_locloadnp = n_max_par + 190

private

a_lrwet_area

integer, parameter model_test_routines::a_lrwet_area = n_max_par + 126

private

a_lrwet_depth

integer, parameter model_test_routines::a_lrwet_depth = n_max_par + 128

private

a_lrwet_inflow

integer, parameter model_test_routines::a_lrwet_inflow = n_max_par + 132

private

a_lrwet_part

integer, parameter model_test_routines::a_lrwet_part = n_max_par + 130

private

a_manday1

integer, parameter model_test_routines::a_manday1 = n_max_par + 92

private

a_manday2

integer, parameter model_test_routines::a_manday2 = n_max_par + 93

private

a_mandown1

integer, parameter model_test_routines::a_mandown1 = n_max_par + 96

private

a_mandown2

integer, parameter model_test_routines::a_mandown2 = n_max_par + 97

private

a_mannamount1

integer, parameter model_test_routines::a_mannamount1 = n_max_par + 100

private

a_mannamount2

integer, parameter model_test_routines::a_mannamount2 = n_max_par + 101

private

a_manpamount1

integer, parameter model_test_routines::a_manpamount1 = n_max_par + 104

private

a_manpamount2

integer, parameter model_test_routines::a_manpamount2 = n_max_par + 105

private

a_missing_pstime_forcing

integer, parameter model_test_routines::a_missing_pstime_forcing = n_max_par + 154

private

a_modeloptionrange

integer, parameter model_test_routines::a_modeloptionrange = n_max_par + 13

private

a_mrwet_area

integer, parameter model_test_routines::a_mrwet_area = n_max_par + 127

private

a_mrwet_depth

integer, parameter model_test_routines::a_mrwet_depth = n_max_par + 129

private

a_mrwet_inflow

integer, parameter model_test_routines::a_mrwet_inflow = n_max_par + 133

private

a_mrwet_part

integer, parameter model_test_routines::a_mrwet_part = n_max_par + 131

private

a_multiple_classes

integer, parameter model_test_routines::a_multiple_classes = n_max_par + 58

private

a_nclass

integer, parameter model_test_routines::a_nclass = n_max_par + 55

private

a_no_neg_value

integer, parameter model_test_routines::a_no_neg_value = n_max_par + 65

private

a_nofprintsteps

integer, parameter model_test_routines::a_nofprintsteps = n_max_par + 123

private

a_noftimesteps

integer, parameter model_test_routines::a_noftimesteps = n_max_par + 37

private

a_numsubst

integer, parameter model_test_routines::a_numsubst = n_max_par + 174

private

a_outregionid

integer, parameter model_test_routines::a_outregionid = n_max_par + 148

private

a_outregionsubid

integer, parameter model_test_routines::a_outregionsubid = n_max_par + 149

private

a_owet_area

integer, parameter model_test_routines::a_owet_area = n_max_par + 135

private

a_parregion2

integer, parameter model_test_routines::a_parregion2 = n_max_par + 32

private

a_percdelay

integer, parameter model_test_routines::a_percdelay = n_max_par + 26

private

a_porosity

integer, parameter model_test_routines::a_porosity = n_max_par + 28

private

a_recievefrac

integer, parameter model_test_routines::a_recievefrac = n_max_par + 33

private

a_regvol1

integer, parameter model_test_routines::a_regvol1 = n_max_par + 137

private

a_regvol2

integer, parameter model_test_routines::a_regvol2 = n_max_par + 175

private

a_regvol3

integer, parameter model_test_routines::a_regvol3 = n_max_par + 191

private

a_resdayno

integer, parameter model_test_routines::a_resdayno = n_max_par + 106

private

a_resdown

integer, parameter model_test_routines::a_resdown = n_max_par + 107

private

a_resfast

integer, parameter model_test_routines::a_resfast = n_max_par + 108

private

a_resnamount

integer, parameter model_test_routines::a_resnamount = n_max_par + 109

private

a_respamount

integer, parameter model_test_routines::a_respamount = n_max_par + 110

private

a_retrate

integer, parameter model_test_routines::a_retrate = n_max_par + 29

private

a_rhobs

integer, parameter model_test_routines::a_rhobs = n_max_par + 5

private

a_rivvel

integer, parameter model_test_routines::a_rivvel = n_max_par + 185

private

a_rrc1

integer, parameter model_test_routines::a_rrc1 = n_max_par + 143

private

a_rrc2

integer, parameter model_test_routines::a_rrc2 = n_max_par + 144

private

a_rrc3

integer, parameter model_test_routines::a_rrc3 = n_max_par + 145

private

a_rrc4

integer, parameter model_test_routines::a_rrc4 = n_max_par + 146

private

a_rrc5

integer, parameter model_test_routines::a_rrc5 = n_max_par + 147

private

a_rrcscorr

integer, parameter model_test_routines::a_rrcscorr = n_max_par + 34

private

a_rurlocarea

integer, parameter model_test_routines::a_rurlocarea = n_max_par + 151

private

a_rurlocleak

integer, parameter model_test_routines::a_rurlocleak = n_max_par + 189

private

a_sand

integer, parameter model_test_routines::a_sand = n_max_par + 177

private

a_scr_exist

integer, parameter model_test_routines::a_scr_exist = n_max_par + 85

private

a_scr_part

integer, parameter model_test_routines::a_scr_part = n_max_par + 84

private

a_sfobs

integer, parameter model_test_routines::a_sfobs = n_max_par + 7

private

a_signfig

integer, parameter model_test_routines::a_signfig = n_max_par + 136

private

a_silt

integer, parameter model_test_routines::a_silt = n_max_par + 178

private

a_slcforolake

integer, parameter model_test_routines::a_slcforolake = n_max_par + 51

private

a_slope

integer, parameter model_test_routines::a_slope = n_max_par + 36

private

a_snalbrange

integer, parameter model_test_routines::a_snalbrange = n_max_par + 14

private

a_soildepth

integer, parameter model_test_routines::a_soildepth = n_max_par + 59

private

a_soilleakage

integer, parameter model_test_routines::a_soilleakage = n_max_par + 89

private

a_sowlimit

integer, parameter model_test_routines::a_sowlimit = n_max_par + 23

private

a_subidrange

integer, parameter model_test_routines::a_subidrange = n_max_par + 44

private

a_sum_lksfarea

integer, parameter model_test_routines::a_sum_lksfarea = n_max_par + 159

private

a_sum_lksficatch

integer, parameter model_test_routines::a_sum_lksficatch = n_max_par + 158

private

a_sum_macratesrrate

integer, parameter model_test_routines::a_sum_macratesrrate = n_max_par + 20

private

a_sum_macratesrrate2

integer, parameter model_test_routines::a_sum_macratesrrate2 = n_max_par + 21

private

a_swobs

integer, parameter model_test_routines::a_swobs = n_max_par + 4

private

a_t2sim

integer, parameter model_test_routines::a_t2sim = n_max_par + 19

private

a_timemapduplicates

integer, parameter model_test_routines::a_timemapduplicates = n_max_par + 41

private

a_timeperiod_forcing

integer, parameter model_test_routines::a_timeperiod_forcing = n_max_par + 66

private

a_tmaxobs

integer, parameter model_test_routines::a_tmaxobs = n_max_par + 3

private

a_tminobs

integer, parameter model_test_routines::a_tminobs = n_max_par + 2

private

a_tobs

integer, parameter model_test_routines::a_tobs = n_max_par + 1

private

a_tobselev

integer, parameter model_test_routines::a_tobselev = n_max_par + 61

private

a_uobs

integer, parameter model_test_routines::a_uobs = n_max_par + 6

private

a_uptake1

integer, parameter model_test_routines::a_uptake1 = n_max_par + 76

private

a_uptake2

integer, parameter model_test_routines::a_uptake2 = n_max_par + 77

private

a_uptake3

integer, parameter model_test_routines::a_uptake3 = n_max_par + 78

private

a_uptakeratio

integer, parameter model_test_routines::a_uptakeratio = n_max_par + 80

private

a_uptakeupper

integer, parameter model_test_routines::a_uptakeupper = n_max_par + 79

private

a_uwobs

integer, parameter model_test_routines::a_uwobs = n_max_par + 141

private

a_volloc

integer, parameter model_test_routines::a_volloc = n_max_par + 111

private

a_vwobs

integer, parameter model_test_routines::a_vwobs = n_max_par + 142

private

a_watertr_no_dwtr

integer, parameter model_test_routines::a_watertr_no_dwtr = n_max_par + 173

private

a_watertr_rcv

integer, parameter model_test_routines::a_watertr_rcv = n_max_par + 172

private

a_watertr_subid

integer, parameter model_test_routines::a_watertr_subid = n_max_par + 171

private

a_wcwp_gt_zero

integer, parameter model_test_routines::a_wcwp_gt_zero = n_max_par + 86

private

a_wcwpwcfcwcep

integer, parameter model_test_routines::a_wcwpwcfcwcep = n_max_par + 15

private

a_weightsub

integer, parameter model_test_routines::a_weightsub = n_max_par + 155

private

a_winddir

integer, parameter model_test_routines::a_winddir = n_max_par + 140

private

a_xcoord_def

integer, parameter model_test_routines::a_xcoord_def = n_max_par + 199

private

a_ycoord_def

integer, parameter model_test_routines::a_ycoord_def = n_max_par + 200

private

all_test_cases

type(testcasetype), dimension(max_testcases) model_test_routines::all_test_cases

private

e_aquiferdata

integer, parameter, public model_test_routines::e_aquiferdata = 11

e_atmdepdata

integer, parameter, public model_test_routines::e_atmdepdata = 22

e_branchdata

integer, parameter, public model_test_routines::e_branchdata = 10

e_cropdata

integer, parameter, public model_test_routines::e_cropdata = 15

e_damdata

integer, parameter, public model_test_routines::e_damdata = 3

e_error

integer, parameter, public model_test_routines::e_error = 1

e_flooddata

integer, parameter, public model_test_routines::e_flooddata = 4

e_forckey

integer, parameter, public model_test_routines::e_forckey = 6

e_geodata

integer, parameter, public model_test_routines::e_geodata = 2

e_glacierdata

integer, parameter, public model_test_routines::e_glacierdata = 12

e_info

integer, parameter, public model_test_routines::e_info = 3

e_info_file

integer, parameter, public model_test_routines::e_info_file = 16

e_lakedata

integer, parameter, public model_test_routines::e_lakedata = 1

e_leakagedata

integer, parameter, public model_test_routines::e_leakagedata = 14

e_mgmtdata

integer, parameter, public model_test_routines::e_mgmtdata = 5

e_model_base_conf_ok

integer, parameter, public model_test_routines::e_model_base_conf_ok = 9

e_npsdata

integer, parameter, public model_test_routines::e_npsdata = 23

e_otest

integer, parameter, public model_test_routines::e_otest = 19

e_output_range_violation

integer, parameter, public model_test_routines::e_output_range_violation = 20

e_outregions

integer, parameter, public model_test_routines::e_outregions = 18

e_par

integer, parameter, public model_test_routines::e_par = 7

e_pointsourcedata

integer, parameter, public model_test_routines::e_pointsourcedata = 13

e_rrcdata

integer, parameter, public model_test_routines::e_rrcdata = 21

e_set_outvar_for_var

integer, parameter, public model_test_routines::e_set_outvar_for_var = 17

e_update

integer, parameter, public model_test_routines::e_update = 8

e_warning

integer, parameter, public model_test_routines::e_warning = 2

eq_missing_value

integer, parameter model_test_routines::eq_missing_value = 24

private

eq_zero

integer, parameter model_test_routines::eq_zero = 1

private

error_halt

logical model_test_routines::error_halt = .TRUE.

private

external_test_names

character(len=32), dimension(1:nof_external_tests) model_test_routines::external_test_names

private

external_tests

type(testexternaltype), dimension(nof_external_tests) model_test_routines::external_tests

private

force_test

logical model_test_routines::force_test = .FALSE.

private

funit_used

integer model_test_routines::funit_used = 0

private

ge_lowest_natural_point

integer, parameter model_test_routines::ge_lowest_natural_point = 18

private

ge_minus_one

integer, parameter model_test_routines::ge_minus_one = 14

private

ge_minus_one_and_le_plus_one

integer, parameter model_test_routines::ge_minus_one_and_le_plus_one = 12

private

ge_one

integer, parameter model_test_routines::ge_one = 22

private

ge_one_and_le_three

integer, parameter model_test_routines::ge_one_and_le_three = 23

private

ge_zero

integer, parameter model_test_routines::ge_zero = 5

private

ge_zero_and_le_366

integer, parameter model_test_routines::ge_zero_and_le_366 = 20

private

ge_zero_and_le_hundred

integer, parameter model_test_routines::ge_zero_and_le_hundred = 19

private

ge_zero_and_le_one

integer, parameter model_test_routines::ge_zero_and_le_one = 10

private

ge_zero_and_lt_one

integer, parameter model_test_routines::ge_zero_and_lt_one = 8

private

gt_minus_one

integer, parameter model_test_routines::gt_minus_one = 13

private

gt_minus_one_and_lt_plus_one

integer, parameter model_test_routines::gt_minus_one_and_lt_plus_one = 11

private

gt_zero

integer, parameter model_test_routines::gt_zero = 3

private

gt_zero_and_le_one

integer, parameter model_test_routines::gt_zero_and_le_one = 9

private

gt_zero_and_lt_366

integer, parameter model_test_routines::gt_zero_and_lt_366 = 21

private

gt_zero_and_lt_one

integer, parameter model_test_routines::gt_zero_and_lt_one = 7

private

le_zero

integer, parameter model_test_routines::le_zero = 6

private

lt_zero

integer, parameter model_test_routines::lt_zero = 4

private

max_testcases

integer, parameter model_test_routines::max_testcases = n_max_par + 201

private

max_testcases_per_process

integer, parameter model_test_routines::max_testcases_per_process = 64

private

ne_zero

integer, parameter model_test_routines::ne_zero = 2

private

nof_external_msg_types

integer, parameter model_test_routines::nof_external_msg_types = 3

private

nof_external_tests

integer, parameter model_test_routines::nof_external_tests = 23

private

nof_test_processes

integer, parameter model_test_routines::nof_test_processes = 30

private

nof_test_tolerances

integer, parameter model_test_routines::nof_test_tolerances = 24

private

one_plus_minus_point_1_percent

integer, parameter model_test_routines::one_plus_minus_point_1_percent = 17

private

onoff_option

integer model_test_routines::onoff_option = 0

private

p_forcing

integer, parameter model_test_routines::p_forcing = 3

private

p_generic

integer, parameter model_test_routines::p_generic = 4

private

p_input

integer, parameter model_test_routines::p_input = 2

private

p_parameter

integer, parameter model_test_routines::p_parameter = 1

private

plus_minus_180

integer, parameter model_test_routines::plus_minus_180 = 16

private

plus_minus_90

integer, parameter model_test_routines::plus_minus_90 = 15

private

printout_level

integer model_test_routines::printout_level = 0

private

t_aquifers

integer, parameter model_test_routines::t_aquifers = 9

private

t_atmdep

integer, parameter model_test_routines::t_atmdep = 25

private

t_branchdata_generic

integer, parameter model_test_routines::t_branchdata_generic = 29

private

t_damdata_generic

integer, parameter model_test_routines::t_damdata_generic = 15

private

t_evaporation

integer, parameter model_test_routines::t_evaporation = 2

private

t_floodplains

integer, parameter model_test_routines::t_floodplains = 7

private

t_generic

integer, parameter model_test_routines::t_generic = 19

private

t_geoclass_generic

integer, parameter model_test_routines::t_geoclass_generic = 13

private

t_geodata_generic

integer, parameter model_test_routines::t_geodata_generic = 12

private

t_glaciers

integer, parameter model_test_routines::t_glaciers = 8

private

t_info_generic

integer, parameter model_test_routines::t_info_generic = 11

private

t_irrigation

integer, parameter model_test_routines::t_irrigation = 27

private

t_lakedata_generic

integer, parameter model_test_routines::t_lakedata_generic = 14

private

t_lakes

integer, parameter model_test_routines::t_lakes = 6

private

t_mgmtdata_generic

integer, parameter model_test_routines::t_mgmtdata_generic = 16

private

t_nut_source

integer, parameter model_test_routines::t_nut_source = 21

private

t_nutrient_soil

integer, parameter model_test_routines::t_nutrient_soil = 24

private

t_observation

integer, parameter model_test_routines::t_observation = 18

private

t_outregion_generic

integer, parameter model_test_routines::t_outregion_generic = 17

private

t_pointsource

integer, parameter model_test_routines::t_pointsource = 22

private

t_reg_grw

integer, parameter model_test_routines::t_reg_grw = 10

private

t_rivers

integer, parameter model_test_routines::t_rivers = 5

private

t_sedresusp

integer, parameter model_test_routines::t_sedresusp = 30

private

t_siltation

integer, parameter model_test_routines::t_siltation = 28

private

t_snow_routines

integer, parameter model_test_routines::t_snow_routines = 4

private

t_soil_water

integer, parameter model_test_routines::t_soil_water = 3

private

t_soilleakage

integer, parameter model_test_routines::t_soilleakage = 26

private

t_temperature_precipition

integer, parameter model_test_routines::t_temperature_precipition = 1

private

t_veg_soil_surface

integer, parameter model_test_routines::t_veg_soil_surface = 23

private

t_wetland

integer, parameter model_test_routines::t_wetland = 20

private

testing_names

character(len=32), dimension(n_max_par+1:max_testcases) model_test_routines::testing_names

private

testing_tolerances

character(len=32), dimension(nof_test_tolerances) model_test_routines::testing_tolerances

private

tests_c2_process

type(testprocesstype), dimension(max_testcases_per_process,nof_test_processes) model_test_routines::tests_c2_process

private