Displaying differences for changeset
 
display as  

calculate303dAssessment.py

@@ -998,7 +998,7 @@
                 else:
                     # DisMat(6, 12) = Worksheets("Segment_Std").Cells(38, 8).Value
                     displaySummary[key]["Agriculture (TREC)"] = segmentStd["Be"]["Agriculture"]["Standard"]
-            elif key == "Boron-T":  # Case 13 #Boron-T
+            elif key == "B-T":  # Case 13 #Boron-T
                 # chronic
                 displaySummary[key]["Chronic"] = "NS"  # DisMat(3, 13) = "NS"
                 # acute
@@ -2465,7 +2465,7 @@
         displaySummary["Ba-T"]["Summary Stat."] = 0.5  # DisMat(13, 10) = 0.5
         displaySummary["Be-D"]["Summary Stat."] = 0.85  # DisMat(13, 11) = 0.85
         displaySummary["Be-T"]["Summary Stat."] = 0.5  # DisMat(13, 12) = 0.5
-        displaySummary["Boron-T"]["Summary Stat."] = 0.5  # DisMat(13, 13) = 0.5
+        displaySummary["B-T"]["Summary Stat."] = 0.5  # DisMat(13, 13) = 0.5
         displaySummary["Cd-D"]["Summary Stat."] = 0.85  # DisMat(13, 14) = 0.85
         displaySummary["Cd-T"]["Summary Stat."] = 0.5  # DisMat(13, 15) = 0.5
         displaySummary["Chloride-T"]["Summary Stat."] = 0.85  # DisMat(13, 16) = 0.5
@@ -11079,13 +11079,13 @@
     #         n = displaySummary[key]["n-chronic"] #AorCOutcome = "C"
     #     elif key == "Be-T" and standardType == "Agriculture (TREC)": #Case "Be-T ug/L,6"
     #         n = displaySummary[key]["n-chronic"] #AorCOutcome = "C"
-    #     elif key == "Boron-T" and standardType == "Chronic": #Case "Boron-T ug/L,3"
-    #         n = None #AorCOutcome = "NA"
-    #     elif key == "Boron-T" and standardType == "Acute": #Case "Boron-T ug/L,4"
-    #         n = None #AorCOutcome = "NA"
-    #     elif key == "Boron-T" and standardType == "Water Supply": #Case "Boron-T ug/L,5"
-    #         n = None #AorCOutcome = "NA"
-    #     elif key == "Boron-T" and standardType == "Agriculture (TREC)": #Case "Boron-T ug/L,6"
+    #     elif key == "B-T" and standardType == "Chronic": #Case "Boron-T ug/L,3"
+    #         n = None #AorCOutcome = "NA"
+    #     elif key == "B-T" and standardType == "Acute": #Case "Boron-T ug/L,4"
+    #         n = None #AorCOutcome = "NA"
+    #     elif key == "B-T" and standardType == "Water Supply": #Case "Boron-T ug/L,5"
+    #         n = None #AorCOutcome = "NA"
+    #     elif key == "B-T" and standardType == "Agriculture (TREC)": #Case "Boron-T ug/L,6"
     #         n = displaySummary[key]["n-chronic"] #AorCOutcome = "C"
     #     elif key == "Cd-D" and standardType == "Chronic": #Case "Cd-D ug/L,3"
     #         n = displaySummary[key]["n-chronic"] #AorCOutcome = "C"
@@ -11945,7 +11945,7 @@
         "Ba-T": {"value": None, "flag": "", "units": "ug/L"},  # not currently summarize
         "Be-D": {"value": None, "flag": "", "units": "ug/L"},  # not currently summarize
         "Be-T": {"value": None, "flag": "", "units": "ug/L"},  # not currently summarize
-        "Boron-T": {"value": None, "flag": "", "units": "ug/L"},  # not currently summarize
+        "B-T": {"value": None, "flag": "", "units": "ug/L"},  # not currently summarize
         "Cd-D": {"value": None, "flag": "", "units": "ug/L"},
         "Cd-T": {"value": None, "flag": "", "units": "ug/L"},
         "Chloride-T": {"value": None, "flag": "", "units": "mg/L"},  # not currently summarize
@@ -12471,7 +12471,7 @@
             "Status": "",
             "Summary Stat.": None,
         },
-        "Boron-T": {
+        "B-T": {
             "displayTF": True,
             "J Flag": "",
             "Chronic": "",

examples/wqLookup303d.py

@@ -11,7 +11,8 @@
 "Ba-T": { "name": "Barium (Total Recoverable)", "expectedUnits": "ug/L", "usgsUnits": "ug/L", "cdpheDownloadName": "BariumTotalug/L" },
 "Be-D": { "name": "Beryllium (Dissolved)", "expectedUnits": "ug/L", "usgsUnits": "ug/L", "cdpheDownloadName": "BerylliumDissolvedug/L" },
 "Be-T": { "name": "Beryllium (Total Recoverable)", "expectedUnits": "ug/L", "usgsUnits": "ug/L", "cdpheDownloadName": "BerylliumTotalug/L" },
-"Boron-T": { "name": "Boron (Total Recoverable)", "expectedUnits": "ug/L", "usgsUnits": "ug/L", "cdpheDownloadName": "BoronTotalug/L" },
+"B-D": { "name": "Boron (Dissolved)", "expectedUnits": "ug/L", "usgsUnits": "ug/L", "cdpheDownloadName": "BoronDissolvedug/L" }, # only used for xtd (cross thread) assessment against Boron-T standards, 2022
+"B-T": { "name": "Boron (Total Recoverable)", "expectedUnits": "ug/L", "usgsUnits": "ug/L", "cdpheDownloadName": "BoronTotalug/L" },
 "Cd-D": { "name": "Cadmium (Dissolved)", "expectedUnits": "ug/L", "usgsUnits": "ug/L", "cdpheDownloadName": "CadmiumDissolvedug/L" },
 "Cd-T": { "name": "Cadmium (Total Recoverable)", "expectedUnits": "ug/L", "usgsUnits": "ug/L", "cdpheDownloadName": "CadmiumTotalug/L" },
 "Chloride-T": { "name": "Chloride", "expectedUnits": "mg/L", "usgsUnits": "mg/L", "cdpheDownloadName": "ChlorideTotalmg/L" },

examples/wqLookupSTORET.py

@@ -6,7 +6,7 @@
 "Arsenic": { "Dissolved": "As-D", "Total": "As-T" },
 "Barium": { "Dissolved": "Ba-D", "Total": "Ba-T" },
 "Beryllium": { "Dissolved": "Be-D", "Total": "Be-T" },
-"Boron": "Boron-T",
+"Boron": "B-T",
 "Cadmium": { "Dissolved": "Cd-D", "Total": "Cd-T" },
 "Chloride": "Chloride-T",
 "Chlorine": "Chlorine-T",

examples/wqLookupUSGS.py

@@ -15,8 +15,8 @@
 "01010": "Be-D",
 "01012": "Be-T",
 "00998": "Be-T",
-"00999": "Boron-T",
-"01022": "Boron-T",
+"00999": "B-T",
+"01022": "B-T",
 "01025": "Cd-D",
 "01027": "Cd-T",
 "01113": "Cd-T",

static/er2_303d_assess/js/components/assessment/main.js

@@ -110,7 +110,7 @@
         "Ba-T",
         "Be-D",
         "Be-T",
-        "Boron-T",
+        "B-T",
         "Cd-D",
         "Cd-T",
         "Chloride-T",