Per #2870, more tweaks for consistent formatting of units to eliminat…

…e the use of parantheses in the denominator. For example, replace 'kg/(m*s)' with 'kg/m/s'.
dtcenter · Nov 1, 2024 · db9ad7b · db9ad7b
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commit db9ad7b
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Showing 29 changed files with 231 additions and 231 deletions.
diff --git a/data/table_files/grib1_cptec_254_64.txt b/data/table_files/grib1_cptec_254_64.txt
@@ -168,9 +168,9 @@ GRIB1
 166 254 46 -1 "var166" "undefined" ""
 167 254 46 -1 "dvsh" "DIVERGENCE OF SPECIFIC HUMIDITY" "1/s"
 168 254 46 -1 "hmfc" "HORIZ. MOISTURE FLUX CONV. " "1/s"
-169 254 46 -1 "vmfl" "VERT. INTEGRATED MOISTURE FLUX CONV." "kg/(m^2*s)"
-170 254 46 -1 "vadv" "VERTICAL MOISTURE ADVECTION " "kg/(kg*s)"
-171 254 46 -1 "nhcm" "NEG. HUM. CORR. MOISTURE SOURCE" "kg/(kg*s)"
+169 254 46 -1 "vmfl" "VERT. INTEGRATED MOISTURE FLUX CONV." "kg/m^2/s"
+170 254 46 -1 "vadv" "VERTICAL MOISTURE ADVECTION " "kg/kg/s"
+171 254 46 -1 "nhcm" "NEG. HUM. CORR. MOISTURE SOURCE" "kg/kg/s"
 172 254 46 -1 "lglh" "LARGE SCALE LATENT HEATING  " "K/s"
 173 254 46 -1 "lgms" "LARGE SCALE MOISTURE SOURCE " "1/s"
 174 254 46 -1 "smav" "SOIL MOISTURE AVAILABILITY " "0-1"

diff --git a/data/table_files/grib1_dwd_201_146.txt b/data/table_files/grib1_dwd_201_146.txt
@@ -64,7 +64,7 @@ GRIB1
 62 201 146 -1 "clw con vi" "cloud water content, conv clouds, vert integrated" "kg/m^2"
 63 201 146 -1 "cli con" "specific cloud ice content, convective clouds" "kg/kg"
 64 201 146 -1 "cli con vi" "cloud ice content, conv clouds, vert integrated" "kg/m^2"
-65 201 146 -1 "mass fl co" "convective mass flux" "kg/(s*m^2)"
+65 201 146 -1 "mass fl co" "convective mass flux" "kg/m^2/s"
 66 201 146 -1 "upd vel co" "updraft velocity, convection" "m/s"
 67 201 146 -1 "entr p co" "entrainment parameter, convection" "1/m"
 68 201 146 -1 "HBAS_CON" "cloud base, convective clouds (above msl)" "m"
@@ -75,7 +75,7 @@ GRIB1
 73 201 146 -1 "TOP_CON" "convection top index" "1"
 74 201 146 -1 "DT_CON" "convective temperature tendency" "K/s"
 75 201 146 -1 "DQV_CON" "convective tendency of specific humidity" "1/s"
-76 201 146 -1 "H ten co" "convective tendency of total heat" "J/(kg*s)"
+76 201 146 -1 "H ten co" "convective tendency of total heat" "J/kg/s"
 77 201 146 -1 "QDW ten co" "convective tendency of total water" "1/s"
 78 201 146 -1 "DU_CON" "convective momentum tendency (X-component)" "m/s^2"
 79 201 146 -1 "DV_CON" "convective momentum tendency (Y-component)" "m/s^2"
@@ -99,38 +99,38 @@ GRIB1
 97 201 146 -1 "var97" "undefined" ""
 98 201 146 -1 "var98" "undefined" ""
 99 201 146 -1 "QRS_GSP" "spec water cont of rain/snow needed for w loading" "kg/kg"
-100 201 146 -1 "PRR_GSP" "surface precipitation rate, rain, grid scale" "kg/(s*m^2)"
-101 201 146 -1 "PRS_GSP" "surface precipitation rate, snow, grid scale" "kg/(s*m^2)"
+100 201 146 -1 "PRR_GSP" "surface precipitation rate, rain, grid scale" "kg/m^2/s"
+101 201 146 -1 "PRS_GSP" "surface precipitation rate, snow, grid scale" "kg/m^2/s"
 102 201 146 -1 "RAIN_GSP" "surface precipitation amount, rain, grid scale" "kg/m^2"
-103 201 146 -1 "condens gs" "condensation rate, grid scale" "kg/(kg*s)"
-104 201 146 -1 "autocon gs" "autoconversion rate, grid scale   (C+C  --> R)" "kg/(kg*s)"
-105 201 146 -1 "accret gs" "accretion rate, grid scale        (R+C  --> R)" "kg/(kg*s)"
-106 201 146 -1 "nucleat gs" "nucleation rate, grid scale       (C+C  --> S)" "kg/(kg*s)"
-107 201 146 -1 "riming gs" "riming rate, grid scale           (S+C  --> S)" "kg/(kg*s)"
-108 201 146 -1 "deposit gs" "deposition rate, grid scale       (S+V <--> S)" "kg/(kg*s)"
-109 201 146 -1 "melting gs" "melting rate, grid scale          (S    --> R)" "kg/(kg*s)"
-110 201 146 -1 "evapor gs" "evaporation rate, grid scale      (R+V <--  R)" "kg/(kg*s)"
-111 201 146 -1 "PRR_CON" "surface precipitation rate, rain, convective" "kg/(s*m^2)"
-112 201 146 -1 "PRS_CON" "surface precipitation rate, snow, convective" "kg/(s*m^2)"
+103 201 146 -1 "condens gs" "condensation rate, grid scale" "kg/kg/s"
+104 201 146 -1 "autocon gs" "autoconversion rate, grid scale   (C+C  --> R)" "kg/kg/s"
+105 201 146 -1 "accret gs" "accretion rate, grid scale        (R+C  --> R)" "kg/kg/s"
+106 201 146 -1 "nucleat gs" "nucleation rate, grid scale       (C+C  --> S)" "kg/kg/s"
+107 201 146 -1 "riming gs" "riming rate, grid scale           (S+C  --> S)" "kg/kg/s"
+108 201 146 -1 "deposit gs" "deposition rate, grid scale       (S+V <--> S)" "kg/kg/s"
+109 201 146 -1 "melting gs" "melting rate, grid scale          (S    --> R)" "kg/kg/s"
+110 201 146 -1 "evapor gs" "evaporation rate, grid scale      (R+V <--  R)" "kg/kg/s"
+111 201 146 -1 "PRR_CON" "surface precipitation rate, rain, convective" "kg/m^2/s"
+112 201 146 -1 "PRS_CON" "surface precipitation rate, snow, convective" "kg/m^2/s"
 113 201 146 -1 "RAIN_CON" "surface precipitation amount, rain, convective" "kg/m^2"
-114 201 146 -1 "condens co" "condensation rate, convective" "kg/(kg*s)"
-115 201 146 -1 "autocon co" "autoconversion rate, convective" "kg/(kg*s)"
-116 201 146 -1 "accret co" "accretion rate, convective" "kg/(kg*s)"
-117 201 146 -1 "nucleat co" "nucleation rate, convective" "kg/(kg*s)"
-118 201 146 -1 "riming co" "riming rate, convective" "kg/(kg*s)"
-119 201 146 -1 "sublim co" "sublimation rate, convective" "kg/(kg*s)"
-120 201 146 -1 "melting co" "melting rate, convective" "kg/(kg*s)"
-121 201 146 -1 "evapor co" "evaporation rate, convective" "kg/(kg*s)"
+114 201 146 -1 "condens co" "condensation rate, convective" "kg/kg/s"
+115 201 146 -1 "autocon co" "autoconversion rate, convective" "kg/kg/s"
+116 201 146 -1 "accret co" "accretion rate, convective" "kg/kg/s"
+117 201 146 -1 "nucleat co" "nucleation rate, convective" "kg/kg/s"
+118 201 146 -1 "riming co" "riming rate, convective" "kg/kg/s"
+119 201 146 -1 "sublim co" "sublimation rate, convective" "kg/kg/s"
+120 201 146 -1 "melting co" "melting rate, convective" "kg/kg/s"
+121 201 146 -1 "evapor co" "evaporation rate, convective" "kg/kg/s"
 122 201 146 -1 "rain am" "rain amount, grid-scale plus convective" "kg/m^2"
 123 201 146 -1 "snow am" "snow amount, grid-scale plus convective" "kg/m^2"
 124 201 146 -1 "DT_GSP" "temperature tendency, grid-scale condensation" "K/s"
 125 201 146 -1 "DQV_GSP" "tendency of specific humidity, grid-scale condens" "1/s"
-126 201 146 -1 "H ten gs" "tendency of total heat, grid-scale condensation" "J/(kg*s)"
+126 201 146 -1 "H ten gs" "tendency of total heat, grid-scale condensation" "J/kg/s"
 127 201 146 -1 "DQC_GSP" "tendency of total water, grid-scale condensation" "1/s"
 128 201 146 -1 "snowfall" "snowfall  (dimension" ""
 129 201 146 -1 "FRESHSNW" "fresh snow factor" "1"
-130 201 146 -1 "DQI_GSP" "tend of the sp cl ice cont due to gs precipitation" "kg/(kg*s)"
-131 201 146 -1 "PRG_GSP" "surface precipitation rate, graupel, grid scale" "kg/(s*m^2)"
+130 201 146 -1 "DQI_GSP" "tend of the sp cl ice cont due to gs precipitation" "kg/kg/s"
+131 201 146 -1 "PRG_GSP" "surface precipitation rate, graupel, grid scale" "kg/m^2/s"
 132 201 146 -1 "GRAU_GSP" "surface precipitation amount, graupel, grid scale" "kg/m^2"
 133 201 146 -1 "RHO_SNOW" "snow density" "kg/m^3"
 134 201 146 -1 "var134" "undefined" ""
@@ -150,7 +150,7 @@ GRIB1
 148 201 146 -1 "var148" "undefined" ""
 149 201 146 -1 "KE" "kinetic energy ((u^2 + v^2) / 2)" "m^2/s^2"
 150 201 146 -1 "hdi coeff" "coefficient of horizontal diffusion" "m^2/s"
-151 201 146 -1 "dissp rate" "dissipation rate" "W/(Pa*m^2)"
+151 201 146 -1 "dissp rate" "dissipation rate" "W/Pa/m^2"
 152 201 146 -1 "TKE" "turbulent kinetic energy" "(m/s)^2"
 153 201 146 -1 "TKVM" "coefficient of vertical diffusion, momentum" "m^2/s"
 154 201 146 -1 "TKVH" "coefficient of vertical diffusion, heat" "m^2/s"
@@ -175,14 +175,14 @@ GRIB1
 173 201 146 -1 "PBL-top h" "PBL-top h" "m"
 174 201 146 -1 "T-jump  h" "temperature jump at PBL-top" "K"
 175 201 146 -1 "q-jump  h" "specific humidity jump at PBL-top" "kg/kg"
-176 201 146 -1 "entr at h" "entrainment at PBL-top" "kg/(s*m^2)"
-177 201 146 -1 "mass fl h" "upward mass flux at PBL-top" "kg/(s*m^2)"
+176 201 146 -1 "entr at h" "entrainment at PBL-top" "kg/m^2/s"
+177 201 146 -1 "mass fl h" "upward mass flux at PBL-top" "kg/m^2/s"
 178 201 146 -1 "cl cov PBL" "cloud cover of PBL-clouds (0...1)" "1"
 179 201 146 -1 "cl wat PBL" "specific cloud water content of PBL-clouds" "kg/kg"
 180 201 146 -1 "cl top PBL" "cloud top of PBL-clouds" "m"
 181 201 146 -1 "cl bas PBL" "cloud base of PBL-clouds" "m"
-182 201 146 -1 "moun wav X" "vertical mountain wave momentum flux (X component)" "kg/(m*s^2)"
-183 201 146 -1 "moun wav Y" "vertical mountain wave momentum flux (Y component)" "kg/(m*s^2)"
+182 201 146 -1 "moun wav X" "vertical mountain wave momentum flux (X component)" "kg/m/s^2"
+183 201 146 -1 "moun wav Y" "vertical mountain wave momentum flux (Y component)" "kg/m/s^2"
 184 201 146 -1 "wave Ri" "wave Richardson number" "1"
 185 201 146 -1 "wav div X" "mountain wave momentum flux divergence (X comp)" "m/s^2"
 186 201 146 -1 "wav div Y" "mountain wave momentum flux divergence (Y comp)" "m/s^2"
@@ -239,7 +239,7 @@ GRIB1
 237 201 146 -1 "S8" "S8" "1"
 238 201 146 -1 "S9" "S9" "1"
 239 201 146 -1 "S10" "S10" "1"
-240 201 146 -1 "MFLX_CON" "cloud base mass flux" "kg/(s*m^2)"
+240 201 146 -1 "MFLX_CON" "cloud base mass flux" "kg/m^2/s"
 241 201 146 -1 "CAPE_CON" "convective available potential energy" "J/kg"
 242 201 146 -1 "QCVG_CON" "moisture convergence for Kuo-type closure" "1/s"
 243 201 146 -1 "TKE_CON" "convective turbulent energy" "J/kg"

diff --git a/data/table_files/grib1_dwd_201_78.txt b/data/table_files/grib1_dwd_201_78.txt
@@ -64,7 +64,7 @@ GRIB1
 62 201 78 -1 "clw con vi" "cloud water content, conv clouds, vert integrated" "kg/m^2"
 63 201 78 -1 "cli con" "specific cloud ice content, convective clouds" "kg/kg"
 64 201 78 -1 "cli con vi" "cloud ice content, conv clouds, vert integrated" "kg/m^2"
-65 201 78 -1 "mass fl co" "convective mass flux" "kg/(s*m^2)"
+65 201 78 -1 "mass fl co" "convective mass flux" "kg/m^2/s"
 66 201 78 -1 "upd vel co" "updraft velocity, convection" "m/s"
 67 201 78 -1 "entr p co" "entrainment parameter, convection" "1/m"
 68 201 78 -1 "HBAS_CON" "cloud base, convective clouds (above msl)" "m"
@@ -75,7 +75,7 @@ GRIB1
 73 201 78 -1 "TOP_CON" "convection top index" "1"
 74 201 78 -1 "DT_CON" "convective temperature tendency" "K/s"
 75 201 78 -1 "DQV_CON" "convective tendency of specific humidity" "1/s"
-76 201 78 -1 "H ten co" "convective tendency of total heat" "J/(kg*s)"
+76 201 78 -1 "H ten co" "convective tendency of total heat" "J/kg/s"
 77 201 78 -1 "QDW ten co" "convective tendency of total water" "1/s"
 78 201 78 -1 "DU_CON" "convective momentum tendency (X-component)" "m/s^2"
 79 201 78 -1 "DV_CON" "convective momentum tendency (Y-component)" "m/s^2"
@@ -99,38 +99,38 @@ GRIB1
 97 201 78 -1 "var97" "undefined" ""
 98 201 78 -1 "var98" "undefined" ""
 99 201 78 -1 "QRS_GSP" "spec water cont of rain/snow needed for w loading" "kg/kg"
-100 201 78 -1 "PRR_GSP" "surface precipitation rate, rain, grid scale" "kg/(s*m^2)"
-101 201 78 -1 "PRS_GSP" "surface precipitation rate, snow, grid scale" "kg/(s*m^2)"
+100 201 78 -1 "PRR_GSP" "surface precipitation rate, rain, grid scale" "kg/m^2/s"
+101 201 78 -1 "PRS_GSP" "surface precipitation rate, snow, grid scale" "kg/m^2/s"
 102 201 78 -1 "RAIN_GSP" "surface precipitation amount, rain, grid scale" "kg/m^2"
-103 201 78 -1 "condens gs" "condensation rate, grid scale" "kg/(kg*s)"
-104 201 78 -1 "autocon gs" "autoconversion rate, grid scale   (C+C  --> R)" "kg/(kg*s)"
-105 201 78 -1 "accret gs" "accretion rate, grid scale        (R+C  --> R)" "kg/(kg*s)"
-106 201 78 -1 "nucleat gs" "nucleation rate, grid scale       (C+C  --> S)" "kg/(kg*s)"
-107 201 78 -1 "riming gs" "riming rate, grid scale           (S+C  --> S)" "kg/(kg*s)"
-108 201 78 -1 "deposit gs" "deposition rate, grid scale       (S+V <--> S)" "kg/(kg*s)"
-109 201 78 -1 "melting gs" "melting rate, grid scale          (S    --> R)" "kg/(kg*s)"
-110 201 78 -1 "evapor gs" "evaporation rate, grid scale      (R+V <--  R)" "kg/(kg*s)"
-111 201 78 -1 "PRR_CON" "surface precipitation rate, rain, convective" "kg/(s*m^2)"
-112 201 78 -1 "PRS_CON" "surface precipitation rate, snow, convective" "kg/(s*m^2)"
+103 201 78 -1 "condens gs" "condensation rate, grid scale" "kg/kg/s"
+104 201 78 -1 "autocon gs" "autoconversion rate, grid scale   (C+C  --> R)" "kg/kg/s"
+105 201 78 -1 "accret gs" "accretion rate, grid scale        (R+C  --> R)" "kg/kg/s"
+106 201 78 -1 "nucleat gs" "nucleation rate, grid scale       (C+C  --> S)" "kg/kg/s"
+107 201 78 -1 "riming gs" "riming rate, grid scale           (S+C  --> S)" "kg/kg/s"
+108 201 78 -1 "deposit gs" "deposition rate, grid scale       (S+V <--> S)" "kg/kg/s"
+109 201 78 -1 "melting gs" "melting rate, grid scale          (S    --> R)" "kg/kg/s"
+110 201 78 -1 "evapor gs" "evaporation rate, grid scale      (R+V <--  R)" "kg/kg/s"
+111 201 78 -1 "PRR_CON" "surface precipitation rate, rain, convective" "kg/m^2/s"
+112 201 78 -1 "PRS_CON" "surface precipitation rate, snow, convective" "kg/m^2/s"
 113 201 78 -1 "RAIN_CON" "surface precipitation amount, rain, convective" "kg/m^2"
-114 201 78 -1 "condens co" "condensation rate, convective" "kg/(kg*s)"
-115 201 78 -1 "autocon co" "autoconversion rate, convective" "kg/(kg*s)"
-116 201 78 -1 "accret co" "accretion rate, convective" "kg/(kg*s)"
-117 201 78 -1 "nucleat co" "nucleation rate, convective" "kg/(kg*s)"
-118 201 78 -1 "riming co" "riming rate, convective" "kg/(kg*s)"
-119 201 78 -1 "sublim co" "sublimation rate, convective" "kg/(kg*s)"
-120 201 78 -1 "melting co" "melting rate, convective" "kg/(kg*s)"
-121 201 78 -1 "evapor co" "evaporation rate, convective" "kg/(kg*s)"
+114 201 78 -1 "condens co" "condensation rate, convective" "kg/kg/s"
+115 201 78 -1 "autocon co" "autoconversion rate, convective" "kg/kg/s"
+116 201 78 -1 "accret co" "accretion rate, convective" "kg/kg/s"
+117 201 78 -1 "nucleat co" "nucleation rate, convective" "kg/kg/s"
+118 201 78 -1 "riming co" "riming rate, convective" "kg/kg/s"
+119 201 78 -1 "sublim co" "sublimation rate, convective" "kg/kg/s"
+120 201 78 -1 "melting co" "melting rate, convective" "kg/kg/s"
+121 201 78 -1 "evapor co" "evaporation rate, convective" "kg/kg/s"
 122 201 78 -1 "rain am" "rain amount, grid-scale plus convective" "kg/m^2"
 123 201 78 -1 "snow am" "snow amount, grid-scale plus convective" "kg/m^2"
 124 201 78 -1 "DT_GSP" "temperature tendency, grid-scale condensation" "K/s"
 125 201 78 -1 "DQV_GSP" "tendency of specific humidity, grid-scale condens" "1/s"
-126 201 78 -1 "H ten gs" "tendency of total heat, grid-scale condensation" "J/(kg*s)"
+126 201 78 -1 "H ten gs" "tendency of total heat, grid-scale condensation" "J/kg/s"
 127 201 78 -1 "DQC_GSP" "tendency of total water, grid-scale condensation" "1/s"
 128 201 78 -1 "snowfall" "snowfall  (dimension" ""
 129 201 78 -1 "FRESHSNW" "fresh snow factor" "1"
-130 201 78 -1 "DQI_GSP" "tend of the sp cl ice cont due to gs precipitation" "kg/(kg*s)"
-131 201 78 -1 "PRG_GSP" "surface precipitation rate, graupel, grid scale" "kg/(s*m^2)"
+130 201 78 -1 "DQI_GSP" "tend of the sp cl ice cont due to gs precipitation" "kg/kg/s"
+131 201 78 -1 "PRG_GSP" "surface precipitation rate, graupel, grid scale" "kg/m^2/s"
 132 201 78 -1 "GRAU_GSP" "surface precipitation amount, graupel, grid scale" "kg/m^2"
 133 201 78 -1 "RHO_SNOW" "snow density" "kg/m^3"
 134 201 78 -1 "var134" "undefined" ""
@@ -150,7 +150,7 @@ GRIB1
 148 201 78 -1 "var148" "undefined" ""
 149 201 78 -1 "KE" "kinetic energy ((u^2 + v^2) / 2)" "m^2/s^2"
 150 201 78 -1 "hdi coeff" "coefficient of horizontal diffusion" "m^2/s"
-151 201 78 -1 "dissp rate" "dissipation rate" "W/(Pa*m^2)"
+151 201 78 -1 "dissp rate" "dissipation rate" "W/Pa/m^2"
 152 201 78 -1 "TKE" "turbulent kinetic energy" "(m/s)^2"
 153 201 78 -1 "TKVM" "coefficient of vertical diffusion, momentum" "m^2/s"
 154 201 78 -1 "TKVH" "coefficient of vertical diffusion, heat" "m^2/s"
@@ -175,14 +175,14 @@ GRIB1
 173 201 78 -1 "PBL-top h" "PBL-top h" "m"
 174 201 78 -1 "T-jump  h" "temperature jump at PBL-top" "K"
 175 201 78 -1 "q-jump  h" "specific humidity jump at PBL-top" "kg/kg"
-176 201 78 -1 "entr at h" "entrainment at PBL-top" "kg/(s*m^2)"
-177 201 78 -1 "mass fl h" "upward mass flux at PBL-top" "kg/(s*m^2)"
+176 201 78 -1 "entr at h" "entrainment at PBL-top" "kg/m^2/s"
+177 201 78 -1 "mass fl h" "upward mass flux at PBL-top" "kg/m^2/s"
 178 201 78 -1 "cl cov PBL" "cloud cover of PBL-clouds (0...1)" "1"
 179 201 78 -1 "cl wat PBL" "specific cloud water content of PBL-clouds" "kg/kg"
 180 201 78 -1 "cl top PBL" "cloud top of PBL-clouds" "m"
 181 201 78 -1 "cl bas PBL" "cloud base of PBL-clouds" "m"
-182 201 78 -1 "moun wav X" "vertical mountain wave momentum flux (X component)" "kg/(m*s^2)"
-183 201 78 -1 "moun wav Y" "vertical mountain wave momentum flux (Y component)" "kg/(m*s^2)"
+182 201 78 -1 "moun wav X" "vertical mountain wave momentum flux (X component)" "kg/m/s^2"
+183 201 78 -1 "moun wav Y" "vertical mountain wave momentum flux (Y component)" "kg/m/s^2"
 184 201 78 -1 "wave Ri" "wave Richardson number" "1"
 185 201 78 -1 "wav div X" "mountain wave momentum flux divergence (X comp)" "m/s^2"
 186 201 78 -1 "wav div Y" "mountain wave momentum flux divergence (Y comp)" "m/s^2"
@@ -239,7 +239,7 @@ GRIB1
 237 201 78 -1 "S8" "S8" "1"
 238 201 78 -1 "S9" "S9" "1"
 239 201 78 -1 "S10" "S10" "1"
-240 201 78 -1 "MFLX_CON" "cloud base mass flux" "kg/(s*m^2)"
+240 201 78 -1 "MFLX_CON" "cloud base mass flux" "kg/m^2/s"
 241 201 78 -1 "CAPE_CON" "convective available potential energy" "J/kg"
 242 201 78 -1 "QCVG_CON" "moisture convergence for Kuo-type closure" "1/s"
 243 201 78 -1 "TKE_CON" "convective turbulent energy" "J/kg"

diff --git a/data/table_files/grib1_dwd_202_146.txt b/data/table_files/grib1_dwd_202_146.txt
@@ -117,7 +117,7 @@ GRIB1
 115 202 146 -1 "RLON" "longitude" "degrE"
 116 202 146 -1 "relax fact" "relaxation factor (lateral boundary, LAM)" "1"
 117 202 146 -1 "climsstint" "climatic sea surface temp interpolated in time" "degrC"
-118 202 146 -1 "pot vortic" "potential vorticity" "K*m^2/(s*kg)"
+118 202 146 -1 "pot vortic" "potential vorticity" "K*m^2/kg/s"
 119 202 146 -1 "ln ps" "log surface pressure" "1"
 120 202 146 -1 "var120" "undefined" ""
 121 202 146 -1 "ZTD" "delay of the GPS signal through the atmosphere" "m"
@@ -232,7 +232,7 @@ GRIB1
 230 202 146 -1 "var230" "undefined" ""
 231 202 146 -1 "USTR_SSO" "Mom. flux, u component, due to SSO-effects" "N/m^2"
 232 202 146 -1 "VSTR_SSO" "Mom. flux, v component, due to SSO-effects" "N/m^2"
-233 202 146 -1 "VDIS_SSO" "Dissipation of kinetic energy due to SSO-effects" "W/(m^2)"
+233 202 146 -1 "VDIS_SSO" "Dissipation of kinetic energy due to SSO-effects" "W/m^2"
 234 202 146 -1 "var234" "undefined" ""
 235 202 146 -1 "var235" "undefined" ""
 236 202 146 -1 "var236" "undefined" ""

diff --git a/data/table_files/grib1_dwd_202_78.txt b/data/table_files/grib1_dwd_202_78.txt
@@ -117,7 +117,7 @@ GRIB1
 115 202 78 -1 "RLON" "longitude" "degrE"
 116 202 78 -1 "relax fact" "relaxation factor (lateral boundary, LAM)" "1"
 117 202 78 -1 "climsstint" "climatic sea surface temp interpolated in time" "degrC"
-118 202 78 -1 "pot vortic" "potential vorticity" "K*m^2/(s*kg)"
+118 202 78 -1 "pot vortic" "potential vorticity" "K*m^2/kg/s"
 119 202 78 -1 "ln ps" "log surface pressure" "1"
 120 202 78 -1 "var120" "undefined" ""
 121 202 78 -1 "ZTD" "delay of the GPS signal through the atmosphere" "m"
@@ -232,7 +232,7 @@ GRIB1
 230 202 78 -1 "var230" "undefined" ""
 231 202 78 -1 "USTR_SSO" "Mom. flux, u component, due to SSO-effects" "N/m^2"
 232 202 78 -1 "VSTR_SSO" "Mom. flux, v component, due to SSO-effects" "N/m^2"
-233 202 78 -1 "VDIS_SSO" "Dissipation of kinetic energy due to SSO-effects" "W/(m^2)"
+233 202 78 -1 "VDIS_SSO" "Dissipation of kinetic energy due to SSO-effects" "W/m^2"
 234 202 78 -1 "var234" "undefined" ""
 235 202 78 -1 "var235" "undefined" ""
 236 202 78 -1 "var236" "undefined" ""