Merge pull request #1098 from tlspero/I1084

Updated MCIP Metadata for WRF Physics Beyond WRFv4.1

PREP/mcip/src/wrfemopts.f90

@@ -42,6 +42,9 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
 !           18 Jun 2019  Updated for WRFv4.1 options.  Improved metadata to
 !                        annotate if radiative feedbacks were included in the
 !                        convective scheme.  (T. Spero)
+!           09 Apr 2024  Updated for options through WRFv4.5.2. Pulled options
+!                        from WRF Users Guide for v4.5. Also included options
+!                        planned for WRFv4.6 from their Git packages. (T. Spero)
 !-------------------------------------------------------------------------------
 
   USE metinfo
@@ -74,7 +77,7 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
       IF ( ifcuradfdbk ) THEN  ! feedback with radiation
         txt_cupa = 'KF with radiative feedback'
       ELSE
-        txt_cupa = 'Kain-Fritsch (new Eta)'
+        txt_cupa = 'Kain-Fritsch'
       ENDIF
     CASE ( 2 )
       txt_cupa = 'Betts-Miller-Janjic'
@@ -89,7 +92,7 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
         txt_cupa = 'Grell-Devenyi'
       ENDIF
     CASE ( 4 )
-      txt_cupa = 'Simplified Arakawa-Schubert'
+      txt_cupa = 'Old Simpl. Arakawa-Schubert'
     CASE ( 5 )
       IF ( ifcuradfdbk ) THEN
         txt_cupa = 'Grell G3 w radiative feedback'
@@ -105,7 +108,7 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
     CASE ( 11 )
       txt_cupa = 'MSKF with radiative feedback'
     CASE ( 14 )
-      txt_cupa = 'New Simpl. Arakawa-Schubert'
+      txt_cupa = 'KIAPS Simpl. Arakawa-Schubert'
     CASE ( 16 )
       txt_cupa = 'Newer Tiedtke'
     CASE ( 84 )
@@ -136,11 +139,11 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
     CASE ( 4 )
       txt_microphys = 'WSM 5-Class'
     CASE ( 5 )
-      txt_microphys = 'Ferrier (new Eta) Hi-Res'
+      txt_microphys = 'Ferrier (Eta) Hi-Res'
     CASE ( 6 )
       txt_microphys = 'WSM 6-Class'
     CASE ( 7 )
-      txt_microphys = 'Goddard GCE'
+      txt_microphys = 'Goddard GCE (4 ice)'
     CASE ( 8 )
       txt_microphys = 'Thompson'
     CASE ( 9 )
@@ -149,10 +152,14 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
       txt_microphys = 'Morrison 2-moment'
     CASE ( 11 )
       txt_microphys = 'CAM 5.1'
+    CASE ( 12 )
+      txt_microphys = 'Millbrandt'
     CASE ( 13 )
       txt_microphys = 'Stony Brook-Lin'
     CASE ( 14 )
       txt_microphys = 'WDM 5-class'
+    CASE ( 15 )
+      txt_microphys = 'Ferrier (Eta) Hi-Res Advect'
     CASE ( 16 )
       txt_microphys = 'WDM 6-class'
     CASE ( 17 )
@@ -175,6 +182,8 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
       txt_microphys = 'HUJI spectral bin -- fast'
     CASE ( 32 )
       txt_microphys = 'HUJI spectral bin -- full'
+    CASE ( 38 )
+      txt_microphys = 'Thompson Hail/Graupel/Aero'
     CASE ( 40 )
       txt_microphys = 'Morrison+CESM aerosol'
     CASE ( 50 )
@@ -183,10 +192,18 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
       txt_microphys = 'P3 1-cat + dbl-mom cld water'
     CASE ( 52 )
       txt_microphys = 'P3 2 ice'
+    CASE ( 53 )
+      txt_microphys = 'P3 3 ice'
     CASE ( 55 )
       txt_microphys = 'Jensen ISHMAEL'
+    CASE ( 56 )
+      txt_microphys = 'NTU'
     CASE ( 95 )
       txt_microphys = 'Ferrier (old Eta) NAM'
+    CASE ( 96 )
+      txt_microphys = 'MAD WRF'
+    CASE ( 97 )
+      txt_microphys = 'GSFC GCE'
     CASE ( 98 )
       IF ( met_release(1:4) >= "V3.1" ) THEN
         txt_microphys = 'old Thompson scheme'
@@ -195,6 +212,8 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
       ENDIF
     CASE ( 99 )
       txt_microphys = 'NCEP 5-Class'
+    CASE ( 106 )
+      txt_microphys = 'WSM 6-Class R'
     CASE DEFAULT
       txt_microphys = '*** Unknown ***'
   END SELECT
@@ -211,7 +230,7 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
     CASE ( 3 )
       txt_lwrad = 'CAM'
     CASE ( 4 )
-      txt_lwrad = 'RRTMg'
+      txt_lwrad = 'RRTMG'
     CASE ( 5 )
       txt_lwrad = 'New Goddard'
     CASE ( 7 )
@@ -242,7 +261,7 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
     CASE ( 3 )
       txt_swrad = 'CAM'
     CASE ( 4 )
-      txt_swrad = 'RRTMg'
+      txt_swrad = 'RRTMG'
     CASE ( 5 )
       txt_swrad = 'New Goddard'
     CASE ( 7 )
@@ -271,7 +290,7 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
     CASE ( 2 )
       txt_pbl = 'Mellor-Yamada-Janjic (Eta) TKE'
     CASE ( 4 )
-      txt_pbl = 'QNSE'
+      txt_pbl = 'QNSE-EDMF'
     CASE ( 5 )
       txt_pbl = 'MYNN 2.5 level TKE'
     CASE ( 6 )
@@ -288,6 +307,10 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
       txt_pbl = 'Shin-Hong scale-aware scheme'
     CASE ( 12 )
       txt_pbl = 'Grenier-Bretherton-McCaa'
+    CASE ( 16 )
+      txt_pbl = 'EEPS'
+    CASE ( 17 )
+      txt_pbl = 'KEPS'
     CASE ( 94 )
       txt_pbl = 'Quasi-Normal Scale Elim'
     CASE ( 99 )
@@ -321,6 +344,8 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
       txt_sflay = 'Total Energy-Mass Flux (TEMF)'
     CASE ( 11 )
       txt_sflay = 'Revised MM5 (Jimenez)'
+    CASE ( 91 )
+      txt_sflay = 'MM5 Similarity'
     CASE DEFAULT
       txt_sflay = '*** Unknown ***'
   END SELECT
@@ -386,6 +411,10 @@ SUBROUTINE wrfemopts (txt_cupa, txt_microphys, txt_lwrad, txt_swrad,  &
       txt_shcu = 'UW Bretherton and Park (CESM)'
     CASE ( 3 )
       txt_shcu = 'GRIMS (YSU)'
+    CASE ( 4 )
+      txt_shcu = 'NSAS Shallow Scheme'
+    CASE ( 5 )
+      txt_shcu = 'Deng Shallow Scheme'
     CASE DEFAULT
       txt_shcu = '*** Unknown ***'
   END SELECT