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Root/trunk/tests/simple/io.ini

1[GENERAL]
2BUFFER_SIZE=370
3BUFF_BEFORE=1.5
4
5[INPUT]
6COORDSYS=CH1903
7TIME_ZONE=1
8
9COMPUTE_IN_LOCAL_COORDS = TRUE
10
11METEO=SMET
12METEOPATH=../../doc/examples/Stillberg/input/meteo
13STATION1 = WFJ
14STATION2 = DAV
15STATION3 = DAV2
16STATION4 = DAV3
17STATION5 = DAV4
18STATION6 = DAV5
19STATION7 = FLU2
20STATION8 = KLO3
21STATION9 = STB2
22STATION10 = WFJ2
23
24ISWR_IS_NET=FALSE
25SNOWPATH=../../doc/examples/Stillberg/input/snowfiles
26SNOW=SMET
27
28DEM= ARC
29DEMFILE= ./input/surface-grids/dischma.dem
30
31LANDUSE= ARC
32LANDUSEFILE= ./input/surface-grids/dischma.lus
33
34POI= SMET
35POIFILE = ./input/surface-grids/dischma.poi
36
37[OUTPUT]
38COORDSYS=CH1903
39TIME_ZONE=1
40
41EXPERIMENT=dischma
42
43METEO= SMET
44METEOPATH= ./output
45
46SNOW_WRITE= FALSE
47SNOW_DAYS_BETWEEN = 1
48SNOW=SMET
49SNOWPATH=./output/snowfiles
50BACKUP_DAYS_BETWEEN=365.0
51FIRST_BACKUP=400.0
52
53GRIDS_WRITE=TRUE
54GRIDS_DAYS_BETWEEN=1 ;1=1day ;0.041666=1h; 0.125=3h ;calculate grid data only daily
55GRIDS_START=0.0
56GRIDS_PARAMETERS = ILWR HS SWE ISWR TA TSS
57GRID2D= ARC
58GRID2DPATH = ./output/grids
59A3D_VIEW= true
60
61PROF_WRITE=TRUE
62PROF_FORMAT=PRO
63PROF_START=0.0
64PROF_DAYS_BETWEEN=0.083333 ;calculate special points (poi) on 2hourly basis
65HARDNESS_IN_NEWTON=FALSE
66CLASSIFY_PROFILE=FALSE
67
68TS_WRITE=TRUE
69TS_START=0.0
70TS_DAYS_BETWEEN=0.083333
71AVGSUM_TIME_SERIES=TRUE
72CUMSUM_MASS=FALSE
73PRECIP_RATES=TRUE
74OUT_CANOPY=FALSE
75OUT_HAZ=FALSE
76OUT_HEAT=TRUE
77OUT_T=TRUE
78OUT_LW=TRUE
79OUT_SW=TRUE
80OUT_MASS=TRUE
81OUT_METEO=TRUE
82OUT_STAB=FALSE
83
84[SNOWPACK]
85CALCULATION_STEP_LENGTH=15 ;cf interractions with PSUM::accumulate
86ROUGHNESS_LENGTH=0.003
87HEIGHT_OF_METEO_VALUES=4.5
88HEIGHT_OF_WIND_VALUE=4.5
89ENFORCE_MEASURED_SNOW_HEIGHTS=FALSE
90SW_MODE=INCOMING
91ATMOSPHERIC_STABILITY=MO_MICHLMAYR
92CANOPY= TRUE
93MEAS_TSS=FALSE
94CHANGE_BC=FALSE
95THRESH_CHANGE_BC=-1.3
96SNP_SOIL=TRUE
97SOIL_FLUX=TRUE
98GEO_HEAT=0.06
99
100[EBALANCE]
101TERRAIN_RADIATION = TRUE
102TERRAIN_RADIATION_METHOD = SIMPLE
103
104[FILTERS]
105TA::filter1 = min_max
106TA::arg1::min = 240
107TA::arg1::max = 320
108#example of applying a climate scenario
109;TA::filter2= add
110;TA::arg2::period= Monthly
111;TA::arg2::corrections = ../input/meteo/TA_montlhy_correction.dat
112
113RH::filter1 = min_max
114RH::arg1::min = 0.01
115RH::arg1::max = 1.2
116RH::filter2 = min_max
117RH::arg2::soft = true
118RH::arg2::min = 0.05
119RH::arg2::max = 1.0
120
121PSUM::filter1= min_max
122PSUM::arg1::min= -0.1
123PSUM::arg1::max= 100.
124PSUM::filter2= min_max
125PSUM::arg2::soft= true
126PSUM::arg2::min= 0.0
127PSUM::arg2::max= 100.0
128PSUM::filter3=undercatch_wmo
129PSUM::arg3::type=Hellmannsh
130
131VW::filter1 = min_max
132VW::arg1::min = -2
133VW::arg1::max = 70
134VW::filter2 = min_max
135VW::arg2::soft = true
136VW::arg2::min = 0.2
137VW::arg2::max = 50.0
138
139DW::filter1= min_max
140DW::arg1::min= 0
141DW::arg1::max= 360
142
143VW_MAX::filter1 = min_max
144VW_MAX::arg1::min = -2
145VW_MAX::arg1::max = 70
146VW_MAX::filter2 = min_max
147VW_MAX::arg2::soft = true
148VW_MAX::arg2::min = 0.2
149VW_MAX::arg2::max = 50.0
150
151ISWR::filter1 = min_max
152ISWR::arg1::min = -10
153ISWR::arg1::max = 1500
154ISWR::filter2 = min_max
155ISWR::arg2::soft = true
156ISWR::arg2::min = 0
157ISWR::arg2::max = 1500
158
159#for TA between 240 and 320 K
160ILWR::filter1 = min_max
161ILWR::arg1::min = 180
162ILWR::arg1::max = 600
163ILWR::filter2 = max
164ILWR::arg2::soft = true
165ILWR::arg2::max = 500
166
167#we need to consider time with no snow -> TSS > 0 degC
168#min(TSS) in sdb since 1998: -50 degC
169TSS::filter1 = min_max
170TSS::arg1::min = 200
171TSS::arg1::max = 320
172
173#idem
174TSG::filter1 = min_max
175TSG::arg1::min = 200
176TSG::arg1::max = 320
177
178HS::filter1 = min
179HS::arg1::min = 0
180HS::filter2 = rate
181HS::arg2::max = 5.55e-5 ; 0.20 m / 3600 s
182HS::filter3 = mad
183HS::arg3::soft = true
184HS::arg3::centering = left
185HS::arg3::min_pts = 10
186HS::arg3::min_span = 21600 ;24 86400
187
188[INTERPOLATIONS1D]
189WINDOW_SIZE=86400 ;43200
190
191PSUM::resample = accumulate ;cf interractions with CALCULATION_STEP_LENGTH
192PSUM::accumulate::period = 900
193
194[Interpolations2D]
195TA::algorithms= ODKRIG_LAPSE IDW_LAPSE AVG_LAPSE
196TA::avg_lapse::rate= -0.006
197TA::idw_lapse::soft= true
198TA::idw_lapse::rate= -0.006
199
200RH::algorithms= LISTON_RH IDW_LAPSE AVG
201
202PSUM::algorithms= IDW_LAPSE AVG_LAPSE AVG CST
203PSUM::idw_lapse::frac= true
204PSUM::idw_lapse::rate= 0.0005
205PSUM::avg_lapse::frac= true
206PSUM::avg_lapse::rate= 0.0005
207PSUM::cst::value= 0
208
209PSUM_PH::algorithms = PPHASE
210PSUM_PH::pphase::type = THRESH
211PSUM_PH::pphase::snow = 274.35
212
213VW::algorithms= LISTON_WIND
214
215DW::algorithms= LISTON_WIND
216
217VW_MAX::algorithms= IDW_LAPSE AVG
218
219P::algorithms= STD_PRESS
220
221ILWR::algorithms = AVG_LAPSE
222ILWR::avg_lapse::rate = -0.03125
223
224ISWR::algorithms = IDW AVG
225
226[GENERATORS]
227ILWR::generator1 = ALLSKY_LW
228ILWR::arg1::type = Unsworth
229ILWR::arg1::use_rswr = true
230ILWR::generator2 = CLEARSKY_LW
231ILWR::arg2::type = Dilley

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