dtcenter · JohnHalleyGotway · Nov 16, 2022 · Jun 7, 2022 · Jun 10, 2022 · Jun 10, 2022
diff --git a/data/config/GridStatConfig_default b/data/config/GridStatConfig_default
@@ -234,6 +234,7 @@ output_flag = {
    nbrcnt = NONE;
    grad   = NONE;
    dmap   = NONE;
+   seeps  = NONE;
 }
 
 //
@@ -246,6 +247,7 @@ nc_pairs_flag = {
    diff         = TRUE;
    climo        = TRUE;
    climo_cdp    = FALSE;
+   seeps        = FALSE;
    weight       = FALSE;
    nbrhd        = FALSE;
    fourier      = FALSE;
@@ -254,6 +256,11 @@ nc_pairs_flag = {
    apply_mask   = TRUE;
 }
 
+////////////////////////////////////////////////////////////////////////////////
+// Threshold for SEEPS p1 (Probability of being dry)
+
+seeps_p1_thresh = NA;
+
 ////////////////////////////////////////////////////////////////////////////////
 
 grid_weight_flag = NONE;

diff --git a/data/config/PointStatConfig_default b/data/config/PointStatConfig_default
@@ -290,6 +290,10 @@ output_flag = {
    seeps_mpr = NONE;
 }
 
+////////////////////////////////////////////////////////////////////////////////
+// Threshold for SEEPS p1 (Probability of being dry)
+
+seeps_p1_thresh = NA;
 ////////////////////////////////////////////////////////////////////////////////
 
 tmp_dir        = "/tmp";

diff --git a/data/config/TCPairsConfig_default b/data/config/TCPairsConfig_default
@@ -138,44 +138,65 @@ watch_warn = {
 }
 
 //
-// Diagnostics to be extracted
-//
-diag_name = [];
+// Metadata for diagnostic sources
+//
+diag_info_map = [
+   { 
+      diag_source    = "CIRA_DIAG_RT";
+      track_source   = "GFS";
+      field_source   = "GFS_0p50";
+      match_to_track = [ "GFS" ];
+      diag_name      = [];
+   },
+   { 
+      diag_source    = "SHIPS_DIAG_RT";
+      track_source   = "SHIPS_TRK";
+      field_source   = "GFS_0p50";
+      match_to_track = [ "OFCL" ];
+      diag_name      = [];
+   }
+];
 
 //
-// Unit conversions to be applied based on diagnostic names and units
+// Unit conversions for diagnostic sources, names, and units
 //
 diag_convert_map = [
-   { source = "TCDIAG";
-     key = [ "(10C)", "(10KT)", "(10M/S)" ];
-     convert(x) = x / 10; },
-
-   { source = "LSDIAG_RT";
-     key = [ "LAT",  "LON",  "CSST", "RSST", "DSST", "DSTA", "XDST", "XNST", "NSST", "NSTA",
-             "NTMX", "NTFR", "U200", "U20C", "V20C", "E000", "EPOS", "ENEG", "EPSS", "ENSS",
-             "T000", "TLAT", "TLON", "TWAC", "TWXC", "G150", "G200", "G250", "V000", "V850",
-             "V500", "V300", "SHDC", "SHGC", "T150", "T200", "T250", "SHRD", "SHRS", "SHRG",
-             "HE07", "HE05", "PW01", "PW02", "PW03", "PW04", "PW05", "PW06", "PW07", "PW08",
-             "PW09", "PW10", "PW11", "PW12", "PW13", "PW14", "PW15", "PW16", "PW17", "PW18",
-             "PW20", "PW21" ];
-     convert(x) = x / 10; },
-
-   { source = "LSDIAG_RT";
-     key = [ "VVAV", "VMFX", "VVAC" ];
-     convert(x) = x / 100; },
-
-   { source = "LSDIAG_RT";
-     key = [ "TADV" ];
-     convert(x) = x / 1000000; },
-
-   { source = "LSDIAG_RT";
-     key = [ "Z850", "D200", "TGRD", "DIVC" ];
-     convert(x) = x / 10000000; },
-
-   { source = "LSDIAG_RT";
-     key = [ "PENC", "PENV" ];
-     convert(x) = x / 10 + 1000; }
-
+   {
+      diag_source = "CIRA_DIAG";
+      key         = [ "(10C)", "(10KT)", "(10M/S)" ];
+      convert(x)  = x / 10;
+   },
+   {
+      diag_source = "SHIPS_DIAG";
+      key         = [ "LAT",  "LON",  "CSST", "RSST", "DSST", "DSTA", "XDST", "XNST", "NSST", "NSTA",
+                      "NTMX", "NTFR", "U200", "U20C", "V20C", "E000", "EPOS", "ENEG", "EPSS", "ENSS",
+                      "T000", "TLAT", "TLON", "TWAC", "TWXC", "G150", "G200", "G250", "V000", "V850",
+                      "V500", "V300", "SHDC", "SHGC", "T150", "T200", "T250", "SHRD", "SHRS", "SHRG",
+                      "HE07", "HE05", "PW01", "PW02", "PW03", "PW04", "PW05", "PW06", "PW07", "PW08",
+                      "PW09", "PW10", "PW11", "PW12", "PW13", "PW14", "PW15", "PW16", "PW17", "PW18",
+                      "PW20", "PW21" ];
+      convert(x)  = x / 10;
+   },
+   {
+      diag_source = "SHIPS_DIAG";
+      key         = [ "VVAV", "VMFX", "VVAC" ];
+      convert(x)  = x / 100;
+   },
+   {
+      diag_source = "SHIPS_DIAG";
+      key         = [ "TADV" ];
+      convert(x)  = x / 1000000;
+   },
+   {
+      diag_source = "SHIPS_DIAG";
+      key         = [ "Z850", "D200", "TGRD", "DIVC" ];
+      convert(x)  = x / 10000000;
+   },
+   {
+      diag_source = "SHIPS_DIAG";
+      key         = [ "PENC", "PENV" ];
+      convert(x)  = x / 10 + 1000;
+   }
 ];
 
 //

diff --git a/data/table_files/met_header_columns_V11.0.txt b/data/table_files/met_header_columns_V11.0.txt
@@ -36,6 +36,6 @@ V11.0 : STAT : SSIDX    : VERSION MODEL DESC FCST_LEAD FCST_VALID_BEG FCST_VALID
 V11.0 : MODE : OBJ      : VERSION MODEL N_VALID GRID_RES DESC FCST_LEAD FCST_VALID FCST_ACCUM OBS_LEAD OBS_VALID OBS_ACCUM FCST_RAD FCST_THR OBS_RAD OBS_THR FCST_VAR FCST_UNITS FCST_LEV OBS_VAR OBS_UNITS OBS_LEV OBTYPE OBJECT_ID OBJECT_CAT CENTROID_X CENTROID_Y CENTROID_LAT CENTROID_LON AXIS_ANG LENGTH WIDTH AREA AREA_THRESH CURVATURE CURVATURE_X CURVATURE_Y COMPLEXITY INTENSITY_10 INTENSITY_25 INTENSITY_50 INTENSITY_75 INTENSITY_90 INTENSITY_USER INTENSITY_SUM CENTROID_DIST BOUNDARY_DIST CONVEX_HULL_DIST ANGLE_DIFF ASPECT_DIFF AREA_RATIO INTERSECTION_AREA UNION_AREA SYMMETRIC_DIFF INTERSECTION_OVER_AREA CURVATURE_RATIO COMPLEXITY_RATIO PERCENTILE_INTENSITY_RATIO INTEREST
 V11.0 : MODE : CTS      : VERSION MODEL N_VALID GRID_RES DESC FCST_LEAD FCST_VALID FCST_ACCUM OBS_LEAD OBS_VALID OBS_ACCUM FCST_RAD FCST_THR OBS_RAD OBS_THR FCST_VAR FCST_UNITS FCST_LEV OBS_VAR OBS_UNITS OBS_LEV OBTYPE FIELD TOTAL FY_OY FY_ON FN_OY FN_ON BASER FMEAN ACC FBIAS PODY PODN POFD FAR CSI GSS HK HSS ODDS
 
-V11.0 : TCST : TCMPR    : VERSION AMODEL BMODEL DESC STORM_ID BASIN CYCLONE STORM_NAME INIT LEAD VALID INIT_MASK VALID_MASK LINE_TYPE TOTAL INDEX LEVEL WATCH_WARN INITIALS ALAT ALON BLAT BLON TK_ERR X_ERR Y_ERR ALTK_ERR CRTK_ERR ADLAND BDLAND AMSLP BMSLP AMAX_WIND BMAX_WIND AAL_WIND_34 BAL_WIND_34 ANE_WIND_34 BNE_WIND_34 ASE_WIND_34 BSE_WIND_34 ASW_WIND_34 BSW_WIND_34 ANW_WIND_34 BNW_WIND_34 AAL_WIND_50 BAL_WIND_50 ANE_WIND_50 BNE_WIND_50 ASE_WIND_50 BSE_WIND_50 ASW_WIND_50 BSW_WIND_50 ANW_WIND_50 BNW_WIND_50 AAL_WIND_64 BAL_WIND_64 ANE_WIND_64 BNE_WIND_64 ASE_WIND_64 BSE_WIND_64 ASW_WIND_64 BSW_WIND_64 ANW_WIND_64 BNW_WIND_64 ARADP BRADP ARRP BRRP AMRD BMRD AGUSTS BGUSTS AEYE BEYE ADIR BDIR ASPEED BSPEED ADEPTH BDEPTH NUM_MEMBERS TRACK_SPREAD DIST_MEAN MSLP_SPREAD MAX_WIND_SPREAD
-V11.0 : TCST : TCDIAG   : VERSION AMODEL BMODEL DESC STORM_ID BASIN CYCLONE STORM_NAME INIT LEAD VALID INIT_MASK VALID_MASK LINE_TYPE TOTAL INDEX DIAG_SOURCE (N_DIAG) DIAG_[0-9]* VALUE_[0-9]*
+V11.0 : TCST : TCMPR    : VERSION AMODEL BMODEL DESC STORM_ID BASIN CYCLONE STORM_NAME INIT LEAD VALID INIT_MASK VALID_MASK LINE_TYPE TOTAL INDEX LEVEL WATCH_WARN INITIALS ALAT ALON BLAT BLON TK_ERR X_ERR Y_ERR ALTK_ERR CRTK_ERR ADLAND BDLAND AMSLP BMSLP AMAX_WIND BMAX_WIND AAL_WIND_34 BAL_WIND_34 ANE_WIND_34 BNE_WIND_34 ASE_WIND_34 BSE_WIND_34 ASW_WIND_34 BSW_WIND_34 ANW_WIND_34 BNW_WIND_34 AAL_WIND_50 BAL_WIND_50 ANE_WIND_50 BNE_WIND_50 ASE_WIND_50 BSE_WIND_50 ASW_WIND_50 BSW_WIND_50 ANW_WIND_50 BNW_WIND_50 AAL_WIND_64 BAL_WIND_64 ANE_WIND_64 BNE_WIND_64 ASE_WIND_64 BSE_WIND_64 ASW_WIND_64 BSW_WIND_64 ANW_WIND_64 BNW_WIND_64 ARADP BRADP ARRP BRRP AMRD BMRD AGUSTS BGUSTS AEYE BEYE ADIR BDIR ASPEED BSPEED ADEPTH BDEPTH NUM_MEMBERS TRACK_SPREAD TRACK_STDEV MSLP_STDEV MAX_WIND_STDEV
+V11.0 : TCST : TCDIAG   : VERSION AMODEL BMODEL DESC STORM_ID BASIN CYCLONE STORM_NAME INIT LEAD VALID INIT_MASK VALID_MASK LINE_TYPE TOTAL INDEX DIAG_SOURCE TRACK_SOURCE FIELD_SOURCE (N_DIAG) DIAG_[0-9]* VALUE_[0-9]*
 V11.0 : TCST : PROBRIRW : VERSION AMODEL BMODEL DESC STORM_ID BASIN CYCLONE STORM_NAME INIT LEAD VALID INIT_MASK VALID_MASK LINE_TYPE ALAT ALON BLAT BLON INITIALS TK_ERR X_ERR Y_ERR ADLAND BDLAND RIRW_BEG RIRW_END RIRW_WINDOW AWIND_END BWIND_BEG BWIND_END BDELTA BDELTA_MAX BLEVEL_BEG BLEVEL_END (N_THRESH) THRESH_[0-9]* PROB_[0-9]*
diff --git a/docs/Users_Guide/config_options.rst b/docs/Users_Guide/config_options.rst
@@ -1456,6 +1456,14 @@ In this way, the number of bins impacts the resolution of the climatological
 probabilities. These derived probability values are used to compute the
 climatological Brier Score and Brier Skill Score.
 
+
+The "seeps_p1_thresh" option controls the threshold of p1 (probability of being dry) values.
+
+.. code-block:: none
+
+  seeps_p1_thresh = >=0.1&&<=0.85;
+
+
 mask_missing_flag
 ^^^^^^^^^^^^^^^^^
 

diff --git a/docs/Users_Guide/grid-stat.rst b/docs/Users_Guide/grid-stat.rst
@@ -362,6 +362,7 @@ _____________________
      nbrcnt = BOTH;
      grad   = BOTH;
      dmap   = BOTH;
+     seeps  = NONE;
   }
 
 
@@ -410,9 +411,14 @@ The **output_flag** array controls the type of output that the Grid-Stat tool ge
 
 21. **DMAP** for Distance Map Statistics
 
+22. **SEEPS** for SEEPS (Stable Equitable Error in Probability Space) score. It's described in :numref:`table_PS_format_info_SEEPS`. The SEEPS score of matched pair data is saved into the NetCDF.
+
 
 Note that the first two line types are easily derived from one another. The user is free to choose which measure is most desired. The output line types are described in more detail in :numref:`grid_stat-output`.
 
+The SEEPS climo file is not distributed with MET tools because of the file size. It should be configured by using the environment variable, MET_SEEPS_GRID_CLIMO_NAME.
+
+
 _____________________
 
 .. code-block:: none

diff --git a/docs/Users_Guide/point-stat.rst b/docs/Users_Guide/point-stat.rst
@@ -487,6 +487,8 @@ Note that writing out matched pair data (MPR lines) for a large number of cases
 
 If all line types corresponding to a particular verification method are set to NONE, the computation of those statistics will be skipped in the code and thus make the Point-Stat tool run more efficiently. For example, if FHO, CTC, and CTS are all set to NONE, the Point-Stat tool will skip the categorical verification step.
 
+The default SEEPS climo file exists at MET_BASE/share/met/climo/seeps/PPT24_seepsweights.nc. It can be overridden by using the environment variable, MET_SEEPS_POINT_CLIMO_NAME.
+
 .. _point_stat-output:
 
 point_stat output

diff --git a/docs/Users_Guide/stat-analysis.rst b/docs/Users_Guide/stat-analysis.rst
@@ -40,12 +40,12 @@ The **-derive** job command option can be used to perform the derivation of stat
 Aggregated values from multiple STAT lines
 ------------------------------------------
 
-The Stat-Analysis "aggregate" job aggregates values from multiple STAT lines of the same type. The user may specify the specific line type of interest and any other relevant search criteria. The Stat-Analysis tool then creates sums of each of the values in all lines matching the search criteria. The aggregated data are output as the same line type as the user specified. The STAT line types which may be aggregated in this way are the contingency table (FHO, CTC, PCT, MCTC, NBRCTC), partial sums (SL1L2, SAL1L2, VL1L2, and VAL1L2), and other (ISC, ECNT, RPS, RHIST, PHIST, RELP, NBRCNT, SSVAR, and GRAD) line types.
+The Stat-Analysis "aggregate" job aggregates values from multiple STAT lines of the same type. The user may specify the specific line type of interest and any other relevant search criteria. The Stat-Analysis tool then creates sums of each of the values in all lines matching the search criteria. The aggregated data are output as the same line type as the user specified. The STAT line types which may be aggregated in this way are the contingency table (FHO, CTC, PCT, MCTC, NBRCTC), partial sums (SL1L2, SAL1L2, VL1L2, and VAL1L2), and other (ISC, ECNT, RPS, RHIST, PHIST, RELP, NBRCNT, SSVAR, GRAD, and SEEPS) line types.
 
 Aggregate STAT lines and produce aggregated statistics
 ------------------------------------------------------
 
-The Stat-Analysis "aggregate-stat" job aggregates multiple STAT lines of the same type together and produces relevant statistics from the aggregated line. This may be done in the same manner listed above in :numref:`StA_Aggregated-values-from`. However, rather than writing out the aggregated STAT line itself, the relevant statistics generated from that aggregated line are provided in the output. Specifically, if a contingency table line type (FHO, CTC, PCT, MCTC, or NBRCTC) has been aggregated, contingency table statistics (CTS, ECLV, PSTD, MCTS, or NBRCTS) line types can be computed. If a partial sums line type (SL1L2 or SAL1L2) has been aggregated, the continuous statistics (CNT) line type can be computed. If a vector partial sums line type (VL1L2 or VAL1L2) has been aggregated, the vector continuous statistics (VCNT) line type can be computed. For ensembles, the ORANK line type can be accumulated into ECNT, RPS, RHIST, PHIST, RELP, or SSVAR output. If the matched pair line type (MPR) has been aggregated, may output line types (FHO, CTC, CTS, CNT, MCTC, MCTS, SL1L2, SAL1L2, VL1L2, VCNT, WDIR, PCT, PSTD, PJC, PRC, or ECLV) can be computed. Multiple output line types may be specified for each "aggregate-stat" job, as long as each output is derivable from the input.
+The Stat-Analysis "aggregate-stat" job aggregates multiple STAT lines of the same type together and produces relevant statistics from the aggregated line. This may be done in the same manner listed above in :numref:`StA_Aggregated-values-from`. However, rather than writing out the aggregated STAT line itself, the relevant statistics generated from that aggregated line are provided in the output. Specifically, if a contingency table line type (FHO, CTC, PCT, MCTC, or NBRCTC) has been aggregated, contingency table statistics (CTS, ECLV, PSTD, MCTS, or NBRCTS) line types can be computed. If a partial sums line type (SL1L2 or SAL1L2) has been aggregated, the continuous statistics (CNT) line type can be computed. If a vector partial sums line type (VL1L2 or VAL1L2) has been aggregated, the vector continuous statistics (VCNT) line type can be computed. For ensembles, the ORANK line type can be accumulated into ECNT, RPS, RHIST, PHIST, RELP, or SSVAR output. If a SEEPS matched pair line type (SEEPS_MPR) has been aggregated, the aggregated SEEPS line type (SEEPS) can be computed. If the matched pair line type (MPR) has been aggregated, may output line types (FHO, CTC, CTS, CNT, MCTC, MCTS, SL1L2, SAL1L2, VL1L2, VCNT, WDIR, PCT, PSTD, PJC, PRC, or ECLV) can be computed. Multiple output line types may be specified for each "aggregate-stat" job, as long as each output is derivable from the input.
 
 When aggregating the matched pair line type (MPR), additional required job command options are determined by the requested output line type(s). For example, the "-out_thresh" (or "-out_fcst_thresh" and  "-out_obs_thresh" options) are required to compute contingnecy table counts (FHO, CTC) or statistics (CTS). Those same job command options can also specify filtering thresholds when computing continuous partial sums (SL1L2, SAL1L2) or statistics (CNT). Output is written for each threshold specified.