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Commit f643892b authored by Fierz's avatar Fierz
Browse files

updated io.ini to latest changes by Fierz in ImisIO and SNIO

parent f8a93f32
[General]
PLUGINPATH = ../../lib/plugins
BUFF_CHUNK_SIZE = 30
PLUGINPATH = ../../lib/plugins
BUFF_CHUNK_SIZE = 15
BUFF_BEFORE = 1.5
[Input]
COORDSYS = CH1903
TZ = 1
; COORDSYS = PROJ4
; COORDPARAM = 21781
COORDSYS = CH1903
COORDPARAM = NULL
TIME_ZONE = 1
; COORDSYS = PROJ4
; COORDPARAM = 21781
#reading ARC dem
DEM = ARC
DEMFILE = ./input/surface-grids/Switzerland_1000m.asc
GRID2D = ARC
; DEM = ARC
; DEMFILE = ./input/surface-grids/Switzerland_1000m.asc
;
; GRID2D = ARC
#reading ARPS dem
; DEM = ARPS
; DEM = ARPS
; DEMFILE = ./wgrt10r2_vw4.asc
; ARPS_X = 653400
; ARPS_Y = 112204
#reading PGM image as dem
; DEM = PGM
; DEMFILE = ./Switzerland.pgm
; PGM_XCOORD = 479500.
; PGM_YCOORD = 73500.
; PGM_CELLSIZE = 1000.
; PGM_MIN = 193.
; PGM_MAX = 4204.
; DEM = PGM
; DEMFILE = ./Switzerland.pgm
; PGM_XCOORD = 479500.
; PGM_YCOORD = 73500.
; PGM_CELLSIZE = 1000.
; PGM_MIN = 193.
; PGM_MAX = 4204.
; LANDUSE = ARC
; LANDUSEFILE = ch_as97.asc
; LANDUSE = ARC
; LANDUSEFILE = ch_as97.asc
#Alpine3D traditional inputs -> A3D plugin
; METEO = A3D
; METEOPATH = ./input/meteo
; METEO = A3D
; METEOPATH = ./input/meteo
#Borma
; METEO = BORMA
; METEOPATH = ./input/xml
; NROFSTATIONS = 1
; STATION1 = 00.00.00.2
; METEO = BORMA
; METEOPATH = ./input/xml
; NROFSTATIONS = 1
; STATION1 = 00.00.00.2
#Snowpack input
; METEO = SNOWPACK
; METEOPATH = input
; NROFSTATIONS = 1
; METAFILE = IMIS_Extracted_Info.txt ;metadata for all stations
; STATION1 = DAV1 ;this is used as a stationID to get meta data from METAFILE
; METEOFILE1 = MST96_RR.inp
; METEO = SNOWPACK
; METEOPATH = input
; NROFSTATIONS = 1
; METAFILE = IMIS_Extracted_Info.txt ;metadata for all stations
; STATION1 = DAV1 ;this is used as a stationID to get meta data from METAFILE
; METEOFILE1 = MST96_RR.inp
#SMET meteorological file format
METEO = SMET
METEOPATH = ./input/meteo
STATION1 = FLU2.smet
STATION2 = FIR2.smet
STATION3 = FRA2.smet
STATION4 = GLA2.smet
STATION5 = ILI2.smet
STATION6 = OTT2.smet
STATION7 = TUJ3.smet
METEO = SMET ;SNOWPACK ;
METEOPATH = ./input/meteo
NROFSTATIONS = 7
STATION1 = FLU2.smet
STATION2 = FIR2.smet
STATION3 = FRA2.smet
STATION4 = GLA2.smet
STATION5 = ILI2.smet
STATION6 = OTT2.smet
STATION7 = TUJ3.smet
#IMIS network database input -> IMIS plugin
; METEO = IMIS
; DBNAME = sdbo
; DBUSER = XXX
; DBPASS = XXX
; NROFSTATIONS = 4
; STATION1 = MORN2
; STATION2 = DAV3
; STATION3 = KLO2
; STATION4 = *SAM0
; METEO = IMIS
; DBNAME = sdbo
; DBUSER = XXX
; DBPASS = XXX
; NROFSTATIONS = 6
; STATION1 = DAV2
; STATION2 = KLO3
; STATION3 = BED1
; STATION4 = WFJ1
; STATION5 = *SAM0
; STATION6 = MORN2
#GEOtop traditional inputs -> GEOTOP plugin
; METEO = GEOTOP
; METEOPATH = meteo/
; METEOPREFIX = _meteo
; METEO = GEOTOP
; METEOPATH = meteo/
; METEOPREFIX = _meteo
#GSN direct input -> GSN plugin
; METEO = GSN
; ENDPOINT = http://montblanc.slf.ch:22001/services/A3DWebService
; NROFSTATIONS = 1
; STATION1 = wan_sen14_2008
; STATION1 = lafouly_st_1043
; STATION2 = lafouly_st_1042
; STATION3 = lafouly_st_1040
; METEO = GSN
; ENDPOINT = http://montblanc.slf.ch:22001/services/A3DWebService
; NROFSTATIONS = 4
; STATION1 = wan_sen14_2008
; STATION2 = lafouly_st_1043
; STATION3 = lafouly_st_1042
; STATION4 = lafouly_st_1040
[Output]
COORDSYS = CH1903
TZ = 1
COORDSYS = CH1903
COORDPARAM = NULL
TIME_ZONE = 1
GRID2D = PGM
GRID2D = PGM
METEO = SMET
METEOPATH = ./
METEO = SMET ;SNOWPACK ;
METEOPATH = ./output
[Filters]
TA::filter1 = min_max
TA::arg1 = 230 330
RH::filter1 = min_max
RH::arg1 = -0.2 1.2
RH::filter2 = min_max
RH::arg2 = soft 0.0 1.0
HNW::filter1 = min
HNW::arg1 = -0.1
HNW::filter2 = min
HNW::arg2 = soft 0.
HS::filter1 = rate
HS::arg1 = 5.5e-5
ISWR::filter1 = min_max
ISWR::arg1 = -6. 1500.
ISWR::filter2 = min
ISWR::arg2 = soft 0.
ILWR::filter1 = min_max
ILWR::arg1 = 100. 400.
VW::filter1 = min_max
VW::arg1 = -0.5 80.
VW::filter2 = min
VW::arg2 = soft 0. 0.3
HNW::filter1 = min
HNW::arg1 = soft 0.0
TA::filter1 = min_max
TA::arg1 = 240 320
RH::filter1 = min_max
RH::arg1 = 0.01 1.2
RH::filter2 = min_max
RH::arg2 = soft 0.05 1.0
ISWR::filter1 = min_max
ISWR::arg1 = -10 1500
ISWR::filter2 = min_max
ISWR::arg2 = soft 0 1500
RSWR::filter1 = min_max
RSWR::arg1 = -10 1500
RSWR::filter2 = min_max
RSWR::arg2 = soft 0 1500
#for TA between 240 and 320 K
ILWR::filter1 = min_max
ILWR::arg1 = 188 600
ILWR::filter2 = min_max
ILWR::arg2 = soft 200 400
#we need to consider time with no snow -> TSS>0
#min(TSS) in db since 1998: -50C
TSS::filter1 = min_max
TSS::arg1 = 200 320
#idem
TSG::filter1 = min_max
TSG::arg1 = 200 320
HS::filter1 = min
HS::arg1 = soft 0.0
HS::filter2 = rate
HS::arg2 = 5.55e-5 ;0.20 m/h
VW::filter1 = min_max
VW::arg1 = -2 70
VW::filter2 = min_max
VW::arg2 = soft 0.2 50.0
[Interpolations1D]
WINDOW_SIZE = 86400
TA::resample = linear
TA::resample = linear
RH::resample = linear
RH::resample = linear
HS::resample = no
HS::resample = no
VW::resample = nearest_neighbour
VW::args = extrapolate
VW::resample = nearest_neighbour
VW::args = extrapolate
HNW::resample = linear
HNW::resample = linear
[Interpolations2D]
TA::algorithms = USER LIDW_LAPSE IDW_LAPSE CST_LAPSE
......
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