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Merge pull request #1678 from jvgeiger/feature/espc-d_testcase
Add ESPC-D testcase files
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| ESPC-D Reader Test Case | ||
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| This testcase processes Navy Earth System Prediction Capability (ESPC-D) data. | ||
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| This directory contains: | ||
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| * this README file. | ||
| * the ldt.config file used for this test case. (This file should be | ||
| edited to make sure that the locations of the parameter and | ||
| forcing files are specified correctly.) | ||
| * the input.ctl GrADS descriptor file for viewing the input parameter file. | ||
| * the output.ctl GrADS descriptor file for viewing the OUTPUT. | ||
| * the testcase.ctl GrADS descriptor file for viewing the TARGET_OUTPUT. | ||
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| To run this test case: | ||
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| * Generate the LDT executable. | ||
| * Run the LDT executable using the ldt.config file and the sample | ||
| input data. |
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| dset ^lis_input.global.noah39.nc | ||
| dtype netcdf | ||
| options template | ||
| undef -9999 | ||
| xdef 2560 linear -179.9297 0.140625 | ||
| ydef 1920 linear -89.95312 0.09375 | ||
| zdef 1 linear 1 1 | ||
| * dummy tdef | ||
| tdef 1 linear 00z01dec2024 1hr | ||
| vars 96 | ||
| DOMAINMASK=>DOMAINMASK 1 y,x description | ||
| LANDMASK=>LANDMASK 1 y,x description | ||
| SURFACETYPE=>SURFACETYPE1 0 0,y,x description | ||
| SURFACETYPE=>SURFACETYPE2 0 1,y,x description | ||
| SURFACETYPE=>SURFACETYPE3 0 2,y,x description | ||
| SURFACETYPE=>SURFACETYPE4 0 3,y,x description | ||
| SURFACETYPE=>SURFACETYPE5 0 4,y,x description | ||
| SURFACETYPE=>SURFACETYPE6 0 5,y,x description | ||
| SURFACETYPE=>SURFACETYPE7 0 6,y,x description | ||
| SURFACETYPE=>SURFACETYPE8 0 7,y,x description | ||
| SURFACETYPE=>SURFACETYPE9 0 8,y,x description | ||
| SURFACETYPE=>SURFACETYPE10 0 9,y,x description | ||
| SURFACETYPE=>SURFACETYPE11 0 10,y,x description | ||
| SURFACETYPE=>SURFACETYPE12 0 11,y,x description | ||
| SURFACETYPE=>SURFACETYPE13 0 12,y,x description | ||
| SURFACETYPE=>SURFACETYPE14 0 13,y,x description | ||
| SURFACETYPE=>SURFACETYPE15 0 14,y,x description | ||
| SURFACETYPE=>SURFACETYPE16 0 15,y,x description | ||
| SURFACETYPE=>SURFACETYPE17 0 16,y,x description | ||
| SURFACETYPE=>SURFACETYPE18 0 17,y,x description | ||
| SURFACETYPE=>SURFACETYPE19 0 18,y,x description | ||
| SURFACETYPE=>SURFACETYPE20 0 19,y,x description | ||
| SURFACETYPE=>SURFACETYPE21 0 20,y,x description | ||
| LANDCOVER=>LANDCOVER1 0 0,y,x description | ||
| LANDCOVER=>LANDCOVER2 0 1,y,x description | ||
| LANDCOVER=>LANDCOVER3 0 2,y,x description | ||
| LANDCOVER=>LANDCOVER4 0 3,y,x description | ||
| LANDCOVER=>LANDCOVER5 0 4,y,x description | ||
| LANDCOVER=>LANDCOVER6 0 5,y,x description | ||
| LANDCOVER=>LANDCOVER7 0 6,y,x description | ||
| LANDCOVER=>LANDCOVER8 0 7,y,x description | ||
| LANDCOVER=>LANDCOVER9 0 8,y,x description | ||
| LANDCOVER=>LANDCOVER10 0 9,y,x description | ||
| LANDCOVER=>LANDCOVER11 0 10,y,x description | ||
| LANDCOVER=>LANDCOVER12 0 11,y,x description | ||
| LANDCOVER=>LANDCOVER13 0 12,y,x description | ||
| LANDCOVER=>LANDCOVER14 0 13,y,x description | ||
| LANDCOVER=>LANDCOVER15 0 14,y,x description | ||
| LANDCOVER=>LANDCOVER16 0 15,y,x description | ||
| LANDCOVER=>LANDCOVER17 0 16,y,x description | ||
| LANDCOVER=>LANDCOVER18 0 17,y,x description | ||
| LANDCOVER=>LANDCOVER19 0 18,y,x description | ||
| LANDCOVER=>LANDCOVER20 0 19,y,x description | ||
| LANDCOVER=>LANDCOVER21 0 20,y,x description | ||
| TEXTURE=>TEXTURE1 0 0,y,x description | ||
| TEXTURE=>TEXTURE2 0 1,y,x description | ||
| TEXTURE=>TEXTURE3 0 2,y,x description | ||
| TEXTURE=>TEXTURE4 0 3,y,x description | ||
| TEXTURE=>TEXTURE5 0 4,y,x description | ||
| TEXTURE=>TEXTURE6 0 5,y,x description | ||
| TEXTURE=>TEXTURE7 0 6,y,x description | ||
| TEXTURE=>TEXTURE8 0 7,y,x description | ||
| TEXTURE=>TEXTURE9 0 8,y,x description | ||
| TEXTURE=>TEXTURE10 0 9,y,x description | ||
| TEXTURE=>TEXTURE11 0 10,y,x description | ||
| TEXTURE=>TEXTURE12 0 11,y,x description | ||
| TEXTURE=>TEXTURE13 0 12,y,x description | ||
| TEXTURE=>TEXTURE14 0 13,y,x description | ||
| TEXTURE=>TEXTURE15 0 14,y,x description | ||
| TEXTURE=>TEXTURE16 0 15,y,x description | ||
| ELEVFGRD=>ELEVFGRD 1 y,x description | ||
| ELEVATION=>ELEVATION 1 y,x description | ||
| SLOPEFGRD=>SLOPEFGRD 1 y,x description | ||
| SLOPE=>SLOPE 1 y,x description | ||
| ASPECTFGRD=>ASPECTFGRD 1 y,x description | ||
| ASPECT=>ASPECT 1 y,x description | ||
| GREENNESS=>GREENNESS1 0 0,y,x description | ||
| GREENNESS=>GREENNESS2 0 1,y,x description | ||
| GREENNESS=>GREENNESS3 0 2,y,x description | ||
| GREENNESS=>GREENNESS4 0 3,y,x description | ||
| GREENNESS=>GREENNESS5 0 4,y,x description | ||
| GREENNESS=>GREENNESS6 0 5,y,x description | ||
| GREENNESS=>GREENNESS7 0 6,y,x description | ||
| GREENNESS=>GREENNESS8 0 7,y,x description | ||
| GREENNESS=>GREENNESS9 0 8,y,x description | ||
| GREENNESS=>GREENNESS10 0 9,y,x description | ||
| GREENNESS=>GREENNESS11 0 10,y,x description | ||
| GREENNESS=>GREENNESS12 0 11,y,x description | ||
| SHDMIN=>SHDMIN 1 y,x description | ||
| SHDMAX=>SHDMAX 1 y,x description | ||
| ALBEDO=>ALBEDO1 0 0,y,x description | ||
| ALBEDO=>ALBEDO2 0 1,y,x description | ||
| ALBEDO=>ALBEDO3 0 2,y,x description | ||
| ALBEDO=>ALBEDO4 0 3,y,x description | ||
| ALBEDO=>ALBEDO5 0 4,y,x description | ||
| ALBEDO=>ALBEDO6 0 5,y,x description | ||
| ALBEDO=>ALBEDO7 0 6,y,x description | ||
| ALBEDO=>ALBEDO8 0 7,y,x description | ||
| ALBEDO=>ALBEDO9 0 8,y,x description | ||
| ALBEDO=>ALBEDO10 0 9,y,x description | ||
| ALBEDO=>ALBEDO11 0 10,y,x description | ||
| ALBEDO=>ALBEDO12 0 11,y,x description | ||
| MXSNALBEDO=>MXSNALBEDO 1 y,x description | ||
| TBOT=>TBOT 1 y,x description | ||
| lat=>lat 1 y,x description | ||
| lon=>lon 1 y,x description | ||
| endvars |
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| # Overall driver options | ||
| LDT running mode: "USAFSI analysis" | ||
| Processed LSM parameter filename: lis_input.global.noah39.nc # When using LIS-Noah | ||
| LIS number of nests: 1 | ||
| Number of surface model types: 0 | ||
| Number of met forcing sources: 0 | ||
| LDT diagnostic file: ldtlog.2024120100 | ||
| LDT output directory: LDTOUT | ||
| Undefined value: -9999.0 | ||
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| # Rotated GALWEM 10-km domain | ||
| Map projection of the LIS domain: latlon | ||
| Run domain lower left lat: -89.9531250 | ||
| Run domain lower left lon: -179.9296875 | ||
| Run domain upper right lat: 89.9531250 | ||
| Run domain upper right lon: 179.9296875 | ||
| Run domain resolution (dx): 0.140625 | ||
| Run domain resolution (dy): 0.093750 | ||
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| # ------------------------ | ||
| # Section for USAFSI | ||
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| # *** Former Environment Variables *** | ||
| USAFSI netcdf filename prefix: USAFSI | ||
| USAFSI valid date (YYYYMMDDHH): 2024120100 | ||
| USAFSI fractional snow data directory: ./USAFSIIN/snofrac/ | ||
| USAFSI modified data directory: ./USAFSIIN/modified/ # not used | ||
| USAFSI surface obs data format: 1 | ||
| USAFSI surface obs data directory: ./USAFSIIN/sfcobs/ | ||
| # note: options for 2: XCAL GMI and 3: AMSR2 are still in development or test state | ||
| USAFSI brightness temperature data option: 1 # 1: SSMIS, 2: XCAL GMI, 3: AMSR2 | ||
| USAFSI XCAL GMI data directory: ./GMI_retrievals/ | ||
| USAFSI AMSR2 data directory: ./AMSR2_retrievals/ | ||
| USAFSI SSMIS data directory: ./SSMIS_retrievals/ | ||
| USAFSI FNMOC SST GRIB1 data directory: ./USAFSIIN/FNMOC_SST/ | ||
| USAFSI surface temperature data directory: ./USAFSIIN/sfctmps/ | ||
| USAFSI static data directory: ./USAFSIIN/static/ | ||
| USAFSI unmodified data directory: ./USAFSIIN/unmodified/ # not used | ||
| USAFSI VIIRS data directory: ./USAFSIIN/viirs | ||
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| # *** PMW snow depth retrieval algorithm | ||
| USAFSI XCAL GMI raw data directory: ./GMI_L1CR_web/ | ||
| USAFSI AMSR2 raw data directory: ./AMSR2_L1R/ | ||
| USAFSI SSMIS raw data directory: ./USAFSIIN/OBSI_SSMISUPP/ | ||
| # note: 4: Kelly, 2009 algorithm only works for XCAL GMI and AMSR2 datasets; under development | ||
| USAFSI PMW snow depth retrieval algorithm option: 3 # 1: Hollinger,1991, 2: Chang et al.,1987 | ||
| # 3:Foster et al.,1997, 4: Kelly, 2009 | ||
| USAFSI forest fraction file: ./USAFSIIN/static/ForestFraction_0p25deg.nc # for algorithm 3 and 4 | ||
| USAFSI forest density file: ./MOD44B/PTC_MOD44B_0p25.nc # for algorithm 4 | ||
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| # *** Snow climatology | ||
| USAFSI Snow Climatology: 1 # 1: legacy 2: updated 10-km climo | ||
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| # *** Former Namelist Variables *** | ||
| USAFSI decimal fraction adjustment of snow depth towards climo: 0.1 | ||
| USAFSI default snow depth (m) when actual depth unknown: 0.1 | ||
| USAFSI minimum snow depth (m) for which to print a diagnostic: 0.025 | ||
| USAFSI maximum number of surface observations allowed: 200000 | ||
| USAFSI SSMIS shallow snow depth threshold (m): 0.15 | ||
| # There should be three latitudes listed below, defining three latitude bands | ||
| # for sanity checking snow reports in different seasons. | ||
| # Strongly recommend 4000 3000 2000 | ||
| USAFSI latitudes (deg * 100) for summer climo check: 4000 3000 2000 | ||
| # There should be four elevations listed below, defining four elevation | ||
| # levels for sanity checking snow reports in different seasons. | ||
| # Strongly recommend 1000 1500 1000 1000 | ||
| USAFSI elevations (m) for summer climo check: 1000 1500 1000 1000 | ||
| USAFSI temperature (deg K * 10) above which no snow is allowed: 2820 | ||
| USAFSI max reported temperature (deg K * 10) allowed around poles: 3030 | ||
| USAFSI minimum ice concentration (%) needed to set ice flag: 15 | ||
| # There should 24 latitudes defined below, each row definining a hemisphere | ||
| # (NH first row, SH second row), and each column defining a month | ||
| # (J F M A M J J A S O N D). These are used to define "high latitudes" | ||
| # in the SSMIS-based sea ice analysis. | ||
| USAFSI high latitude thresholds (deg) for sea ice:: | ||
| 81.0 81.0 81.0 81.0 81.0 81.0 81.0 82.0 82.0 82.0 81.0 81.0 | ||
| 90.0 90.0 78.0 78.0 68.0 68.0 67.0 67.0 66.0 66.0 68.0 70.0 | ||
| :: | ||
| # There should 24 latitudes defined below, each row definining a hemisphere | ||
| # (NH first row, SH second row), and each column defining a month | ||
| # (J F M A M J J A S O N D). These are used to define "low latitudes" | ||
| # in the SSMIS-based sea ice analysis. | ||
| USAFSI low latitude thresholds (deg) for sea ice:: | ||
| 45.0 44.0 44.0 45.0 51.0 52.0 55.0 65.0 65.0 62.0 53.0 50.0 | ||
| 60.0 62.0 62.0 60.0 58.0 56.0 55.0 55.0 53.0 54.0 55.0 57.0 | ||
| :: | ||
| USAFSI max age of VIIRS pixels to use: 3 | ||
| USAFSI min VIIRS fraction to mark point as bare ground: 0.6 | ||
| USAFSI min VIIRS/CDFS-II fraction to mark point as snow: 0.4 | ||
| USAFSI use CDFS-II fractional snow data: .true. | ||
| USAFSI use VIIRS snow mask: .true. | ||
| # Bratseth settings | ||
| USAFSI observation error variance (m^2): 0.0006 | ||
| USAFSI background error variance (m^2): 0.0010 | ||
| USAFSI background error horizontal correlation length (m): 55555. | ||
| USAFSI background error vertical correlation length (m): 800. | ||
| USAFSI elevQC difference threshold (m): 400. | ||
| USAFSI skewed backQC snow depth threshold (m): 0.4 | ||
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| # Other new settings | ||
| USAFSI bogus climatology snow depth value (m): 0.2 | ||
| USAFSI source of ocean data: "ESPC-D" | ||
| USAFSI GOFS SST data directory: ./USAFSIIN/GOFS | ||
| USAFSI GOFS CICE data directory: ./USAFSIIN/GOFS | ||
| USAFSI ESPC-D SST data directory: ./USAFSIIN/ESPC-D | ||
| USAFSI ESPC-D CICE data directory: ./USAFSIIN/ESPC-D | ||
| USAFSI LIS GRIB2 data directory: ./USAFSIIN/LIS_T2 | ||
| USAFSI LIS GRIB2 security class: U | ||
| USAFSI LIS GRIB2 data category: C | ||
| USAFSI LIS GRIB2 data resolution: C0P09DEG | ||
| USAFSI LIS GRIB2 area of data: GLOBAL | ||
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| USAFSI GALWEM root directory: ./USAFSIIN/GALWEM | ||
| USAFSI GALWEM subdirectory: GALWEM | ||
| USAFSI GALWEM use timestamp directories: 1 | ||
| USAFSI GALWEM nominal resolution (km): 17 | ||
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| dset ^USAFSI_2024120100.nc | ||
| dtype netcdf | ||
| options template | ||
| undef -1 | ||
| xdef 2560 linear -179.9297 0.140625 | ||
| ydef 1920 linear -89.95312 0.09375 | ||
| zdef 1 linear 1 1 | ||
| * dummy tdef | ||
| tdef 1 linear 00z01dec2024 1hr | ||
| vars 5 | ||
| snoanl=>snoanl1 0 0,y,x description | ||
| snoage=>snoage1 0 0,y,x description | ||
| icecon=>icecon1 0 0,y,x description | ||
| icemask=>icemask1 0 0,y,x description | ||
| iceage=>iceage1 0 0,y,x description | ||
| endvars |
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| dset ^TARGET_OUTPUT/USAFSI_2024120100.nc | ||
| dtype netcdf | ||
| options template | ||
| undef -1 | ||
| xdef 2560 linear -179.9297 0.140625 | ||
| ydef 1920 linear -89.95312 0.09375 | ||
| zdef 1 linear 1 1 | ||
| * dummy tdef | ||
| tdef 1 linear 00z01dec2024 1hr | ||
| vars 5 | ||
| snoanl=>snoanl1 0 0,y,x description | ||
| snoage=>snoage1 0 0,y,x description | ||
| icecon=>icecon1 0 0,y,x description | ||
| icemask=>icemask1 0 0,y,x description | ||
| iceage=>iceage1 0 0,y,x description | ||
| endvars |