Example MetInterp Control File

***General Settings
** Compute Settings
CreateAggregateImage:false
StartTime: 01JAN2017:0000
EndTime: 01JAN2017:2400
TimeStep: 60
TimeZone: GMT
Parameter: Precipitation
DataType: PER-CUM
Units: MM

**Grid Spatial Definition
OutputGridOrigin: -1158, 1009
OutputGridResolution: 2000
OutputGridSize: 27, 66
OutputCoordinateSystem:PROJCS["Albers_Equal_Area",GEOGCS["NAD83",DATUM["NAD83",SPHEROID["NAD83",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Albers"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-96.0],PARAMETER["Standard_Parallel_1",29.5],PARAMETER["Standard_Parallel_2",45.5],PARAMETER["Latitude_Of_Origin",23.0],UNIT["m",2000.0]]

***Gage Settings
**Aggregate Gage Keyword: Is Active, GageName, X, Y, Elevation (m), Radius of Influence (km), Value, Temporal Transformation


**DSS TS Gage Keyword: Is Active, GageName, Elevation (m), Radius of Influence (km), DSS File, Pathname 
DssTimeSeriesGage: true,CDW,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/CDW/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,CLV,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/CLV/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,COY,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/COY/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,HKY,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/HKY/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,LSW,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/LSW/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,LYO,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/LYO/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,PTV,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/PTV/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,PVP,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/PVP/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,STA,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/STA/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,VEN,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/VEN/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,WIL,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/WIL/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,WRS,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/WRS/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,YOR,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/RUSSIAN/YOR/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,ANG,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/NAPA R/ANG/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,SH4,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/NAPA R/SH4/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,ATL,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/NAPA R/ATL/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,LIC,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/PETALUMA R/LIC/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,CRD,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/PETALUMA R/CRD/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,PTB,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/PETALUMA R/PTB/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,SCD,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/EEL R/SCD/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,LEG,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/EEL R/LEG/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,EEL,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/EEL R/EEL/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,CLO,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/EEL R/CLO/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,LAY,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/EEL R/LAY/PRECIP-INC/01JAN2014/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,SOD,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/SODA CREEK/SOD/PRECIP-INC/31MAY2016/1HOUR/CDEC-REV/
DssTimeSeriesGage: true,BNV,2000,1000,watersheds/russianriver/Russian_TimeSeries_v6.dss,/NAVARRO R/BNV/PRECIP-INC/31MAY2016/1HOUR/CDEC-REV/ 

**Missing Value Settings
PercentAllowableMissingData: 20
DefaultValue: 0

***Interpolation and Adjustment settings
**Interpolation Methods
**Name, Spatial Interpolation Method, Adjustment Method, Data Sampling Method
Interpolator: IDW2,InverseDistanceSquared,None,None
Interpolator: IDW,InverseDistance,None,None

**Adjustment Settings
BiasGridFile: C:/data.dss
BiasGridPath:/SHG/BASIN/PRECIP/*/*//
LapseGridFile: C:/terrain.dss
LapseGridPath: /SHG//ELEV/*/*//
*lapse rate in deg-c/meter
LapseRate:-3

***Output Settings
OutputProvider: DSS
OutputProviderType: SHG
OutputFile: watersheds/russianriver/Projected.dss
OutputPath: /SHG/RUSSIAN/PRECIP///INTERPOLATED/
VersionHandling: Replace

**Dissagregation Patterns
**Pattern Name, {Pattern}
Pattern: Pattern1,{0., 0., .1, .1, .2, .3, .2, .1, 0., 0.}