Builds consistency

R/Maintenance.R

@@ -56,7 +56,7 @@ TADA_UpdateExampleData <- function() {
     od_method = "as-is",
     od_multiplier = "null"
   )
-  y <- dplyr::filter(y, TADA.ResultMeasureValueDataTypes.Flag != "Blank" &
+  y <- dplyr::filter(y, TADA.ResultMeasureValueDataTypes.Flag != "NA - Not Applicable" &
     TADA.ResultMeasureValueDataTypes.Flag != "Text" &
     TADA.ResultMeasureValueDataTypes.Flag != "Coerced to NA" &
     !is.na(TADA.ResultMeasureValue))

R/ResultFlagsDependent.R

@@ -565,7 +565,7 @@ TADA_FindQCActivities <- function(.data, clean = FALSE, flaggedonly = FALSE) {
 #' prepare a dataframe for quantitative analyses. Ideally, this function should
 #' be run after other data cleaning, QA/QC, and harmonization steps are
 #' completed using other TADA package functions, or manually. Specifically, .
-#' this function removes rows with "Text","Coerced to NA", and "Blank"
+#' this function removes rows with "Text","Coerced to NA", and "NA - Not Applicable"
 #' in the TADA.ResultMeasureValueDataTypes.Flag column, or NA in the
 #' TADA.ResultMeasureValue column.
 #'
@@ -593,7 +593,7 @@ TADA_AutoFilter <- function(.data) {
     "ActivityTypeCode"
   ))
 
-  autofilter <- dplyr::filter(.data, TADA.ResultMeasureValueDataTypes.Flag != "Blank" &
+  autofilter <- dplyr::filter(.data, TADA.ResultMeasureValueDataTypes.Flag != "NA - Not Applicable" &
     TADA.ResultMeasureValueDataTypes.Flag != "Text" &
     TADA.ResultMeasureValueDataTypes.Flag != "Coerced to NA" &
     !is.na(TADA.ResultMeasureValue)) # &
@@ -651,6 +651,10 @@ TADA_AutoFilter <- function(.data) {
 #'
 #' # Remove all suspect samples:
 #' MeasureQualifierCode_clean <- TADA_FlagMeasureQualifierCode(Data_6Tribes_5y, clean = TRUE)
+#' 
+#' # Remove all suspect samples and DO NOT include a new column with 
+#' # qualifier definitions (TADA.MeasureQualifierCode.Def):
+#' MeasureQualifierCode_clean_nodefs <- TADA_FlagMeasureQualifierCode(Data_6Tribes_5y, clean = TRUE, define = FALSE)
 TADA_FlagMeasureQualifierCode <- function(.data, clean = FALSE, flaggedonly = FALSE, define = TRUE) {
   # check .data is data.frame
   TADA_CheckType(.data, "data.frame", "Input object")
@@ -734,9 +738,9 @@ TADA_FlagMeasureQualifierCode <- function(.data, clean = FALSE, flaggedonly = FA
     missing_codes <- paste(missing_codes, collapse = ", ")
     print(paste0("MeasureQualifierCode column in dataset contains value(s) ", missing_codes, " which is/are not represented in the MeasureQualifierCode WQX domain table. These data records are placed under the TADA.MeasureQualifierCode.Flag: 'uncategorized'. Please contact TADA administrators to resolve."))
   }
-
-  # rename ResultMeasureQualifier NA values to Pass in TADA.MeasureQualifierCode.Flag column, not needed?
-  # flag.data["TADA.MeasureQualifierCode.Flag"][is.na(flag.data["MeasureQualifierCode"])] <- "Pass"
+  
+  # rename ResultMeasureQualifier NA values to Pass in TADA.MeasureQualifierCode.Flag column
+  flag.data["TADA.MeasureQualifierCode.Flag"][is.na(flag.data["MeasureQualifierCode"])] <- "NA - Not Applicable"
 
   # clean dataframe
   # if clean = FALSE, return full dataframe
@@ -772,6 +776,7 @@ TADA_FlagMeasureQualifierCode <- function(.data, clean = FALSE, flaggedonly = FA
   }
 
 
+  final.data <- TADA_OrderCols(final.data)
   # return final dataframe
   return(final.data)
 }

R/Utilities.R

@@ -52,7 +52,7 @@ utils::globalVariables(c(
   "Target.Speciation", "TADA.NearbySiteGroups", "numres", "TADA.SingleOrgDupGroupID",
   "TADA.MeasureQualifierCode.Flag", "TADA.MeasureQualifierCode.Def", "MeasureQualifierCode", "value", "Flag_Column",
   "Data_NCTCShepherdstown_HUC12", "ActivityStartDateTime", "TADA.MultipleOrgDupGroupID",
-  "TADA.WQXVal.Flag"
+  "TADA.WQXVal.Flag", "Concat", ".", "MeasureQualifierCode.Split"
 ))
 
 
@@ -150,7 +150,7 @@ TADA_AutoClean <- function(.data) {
 
   # Move detection limit value and unit to TADA Result Measure Value and Unit columns
   # Consider moving this to ID censored data in the future?
-  # this first row copies all over when result is blank but 
+  # this first row copies all over when result is blank (NA) but 
   # TADA.DetectionQuantitationLimitMeasure.MeasureValue is not and the 
   # TADA.ResultMeasureValueDataTypes.Flag is not Text 
   # Imp note: TADA result values are NA for text even though they are not NA in the original result value
@@ -168,7 +168,7 @@ TADA_AutoClean <- function(.data) {
     .data$TADA.DetectionQuantitationLimitMeasure.MeasureUnitCode, 
     .data$TADA.ResultMeasure.MeasureUnitCode)
   .data$TADA.ResultMeasureValueDataTypes.Flag <- ifelse(
-    .data$TADA.ResultMeasureValueDataTypes.Flag == "Blank"
+    .data$TADA.ResultMeasureValueDataTypes.Flag == "NA - Not Applicable"
     & !is.na(.data$TADA.DetectionQuantitationLimitMeasure.MeasureValue),
     "Result Value/Unit Copied from Detection Limit",
     .data$TADA.ResultMeasureValueDataTypes.Flag)
@@ -384,7 +384,7 @@ TADA_ConvertSpecialChars <- function(.data, col) {
   if (is.numeric(chars.data$orig)) {
     clean.data <- chars.data %>%
       dplyr::mutate(flag = dplyr::case_when(
-        is.na(masked) ~ as.character("Blank"),
+        is.na(masked) ~ as.character("NA - Not Applicable"),
         TRUE ~ as.character("Numeric")
       ))
   } else {
@@ -394,8 +394,8 @@ TADA_ConvertSpecialChars <- function(.data, col) {
     # of the specific type of character/data type
     clean.data <- chars.data %>%
       dplyr::mutate(flag = dplyr::case_when(
-        is.na(masked) ~ as.character("Blank"),
-        (masked == "ND") ~ as.character("Blank"),
+        is.na(masked) ~ as.character("NA - Not Applicable"),
+        (masked == "ND") ~ as.character("NA - Not Applicable"),
         (!is.na(suppressWarnings(as.numeric(masked)) == TRUE)) ~ as.character("Numeric"),
         (grepl("<", masked) == TRUE) ~ as.character("Less Than"),
         (grepl(">", masked) == TRUE) ~ as.character("Greater Than"),
@@ -696,7 +696,7 @@ TADA_SubstituteDeprecatedChars <- function(.data) {
 
   # merge to dataset
   .data <- merge(.data, ref.table, all.x = TRUE)
-  # if CharacteristicName is deprecated and comparable name is not BLANK, use the provided Comparable.Name. Otherwise, keep TADA.CharacteristicName as-is.
+  # if CharacteristicName is deprecated and comparable name is not blank (NA), use the provided Comparable.Name. Otherwise, keep TADA.CharacteristicName as-is.
   .data$TADA.CharacteristicName <- ifelse(!is.na(.data$Char_Flag) & !.data$Comparable.Name %in% c(""), .data$Comparable.Name, .data$TADA.CharacteristicName)
 
   howmany <- length(.data$Char_Flag[!is.na(.data$Char_Flag)])
@@ -1221,7 +1221,7 @@ TADA_CheckRequiredFields <- function(.data) {
 #' prepare a dataframe for quantitative analyses. Ideally, this function should
 #' be run after other data cleaning, QA/QC, and harmonization steps are
 #' completed using other TADA package functions, or manually. Specifically, .
-#' this function removes rows with "Text","Coerced to NA", and "Blank"
+#' this function removes rows with "Text","Coerced to NA", and "NA - Not Applicable"
 #' in the TADA.ResultMeasureValueDataTypes.Flag column, or NA in the
 #' TADA.ResultMeasureValue column.
 #'
@@ -1254,7 +1254,7 @@ TADA_AutoFilter <- function(.data) {
   start <- dim(.data)[1]
 
   # remove text, NAs and QC results
-  .data <- dplyr::filter(.data, TADA.ResultMeasureValueDataTypes.Flag != "Blank" &
+  .data <- dplyr::filter(.data, TADA.ResultMeasureValueDataTypes.Flag != "NA - Not Applicable" &
     TADA.ResultMeasureValueDataTypes.Flag != "Text" &
     TADA.ResultMeasureValueDataTypes.Flag != "Coerced to NA" &
     TADA.ActivityType.Flag == "Non_QC" & # filter out QA/QC ActivityTypeCode's

inst/extdata/HarmonizationTemplate.csv

@@ -2,30 +2,30 @@ TADA.CharacteristicName,Target.TADA.CharacteristicName,TADA.CharacteristicNameAs
 AMMONIA,NA,NA,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,AS NH3,AS N,Converts speciation and result values from AS NH3 to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,AS NH4,AS N,Converts speciation and result values from AS NH4 to AS N,0.776,UG/L,MG/L,0.001,Nitrogen
-AMMONIA,NA,NA,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,NA,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
+AMMONIA,NA,NA,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,NA,AS N,Assumes original speciation for AMMONIA is AS NH3 and converts to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,FILTERABLE,FILTERED,"Assumes FILTERED, LAB and FILTERED, FIELD are equivalent to FILTERABLE and FILTERED. FILTERED is precise and preferred.",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,FILTERABLE,FILTERED,"Assumes FILTERED, LAB and FILTERED, FIELD are equivalent to FILTERABLE and FILTERED. FILTERED is precise and preferred.",AS NH3,AS N,Converts speciation and result values from AS NH3 to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,FILTERED,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
-AMMONIA,NA,NA,FILTERED,NA,NA,NA,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
+AMMONIA,NA,NA,FILTERED,NA,NA,NA,AS N,Assumes original speciation for AMMONIA is AS NH3 and converts to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,"FILTERED, FIELD",FILTERED,"Assumes FILTERED, LAB and FILTERED, FIELD are equivalent to FILTERABLE and FILTERED. FILTERED is precise and preferred.",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,"FILTERED, LAB",FILTERED,"Assumes FILTERED, LAB and FILTERED, FIELD are equivalent to FILTERABLE and FILTERED. FILTERED is precise and preferred.",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
-AMMONIA,NA,NA,INORGANIC,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
+AMMONIA,NA,NA,INORGANIC,FILTERED,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,SUPERNATE,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,TOTAL,UNFILTERED,"Assumes AMMONIA, TOTAL, AS N is synonymous to AMMONIA, UNFILTERED, AS N.",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,TOTAL,UNFILTERED,"Assumes AMMONIA, TOTAL, AS NH3 is synonymous to AMMONIA, UNFILTERED, AS N after conversion.",AS NH3,AS N,Converts speciation and result values from AS NH3 to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,TOTAL,UNFILTERED,"Assumes AMMONIA, TOTAL, AS NH4 is synonymous to AMMONIA, UNFILTERED, AS N after conversion.",AS NH4,AS N,Converts speciation and result values from AS NH4 to AS N,0.776,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,TOTAL,UNFILTERED,"Assumes AMMONIA, TOTAL is synonymous to AMMONIA, UNFILTERED, AS N.",NA,AS N,Assumes AS N,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,TOTAL RECOVERABLE,UNFILTERED,"Assumes AMMONIA, TOTAL RECOVERABLE, AS N is synonymous to AMMONIA, UNFILTERED, AS N.",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
-AMMONIA,NA,NA,TOTAL SOLUBLE,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,NA,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
+AMMONIA,NA,NA,TOTAL SOLUBLE,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,NA,AS N,Assumes original speciation for AMMONIA is AS NH3 and converts to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,UNFILTERED,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,UNFILTERED,NA,NA,AS NH3,AS N,Converts speciation and result values from AS NH3 to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
-AMMONIA,NA,NA,UNFILTERED,NA,NA,NA,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
+AMMONIA,NA,NA,UNFILTERED,NA,NA,NA,AS N,Assumes original speciation for AMMONIA is AS NH3 and converts to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,NA,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA,NA,NA,NA,NA,NA,AS NH3,AS N,Converts speciation and result values from AS NH3 to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA-NITROGEN,AMMONIA,Assumes AMMONIA-NITROGEN is synonymous to AMMONIA.,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA-NITROGEN,AMMONIA,Assumes AMMONIA-NITROGEN is synonymous to AMMONIA.,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,AS NH3,AS N,Converts speciation and result values from AS NH3 to AS N,0.822,UG/L,MG/L,0.001,Nitrogen
 AMMONIA-NITROGEN,AMMONIA,Assumes AMMONIA-NITROGEN is synonymous to AMMONIA.,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,AS NH4,AS N,Converts speciation and result values from AS NH4 to AS N,0.776,UG/L,MG/L,0.001,Nitrogen
-AMMONIA-NITROGEN,AMMONIA,Assumes AMMONIA-NITROGEN is synonymous to AMMONIA.,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,NA,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
+AMMONIA-NITROGEN,AMMONIA,Assumes AMMONIA-NITROGEN is synonymous to AMMONIA.,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equivalent to FILTERED. FILTERED is precise and preferred.,NA,AS N,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA-NITROGEN,AMMONIA,Assumes AMMONIA-NITROGEN is synonymous to AMMONIA.,"FILTERED, LAB",FILTERED,"Assumes FILTERED, LAB and FILTERED are funtionally equivalent for data use.",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA-NITROGEN,AMMONIA,Assumes AMMONIA-NITROGEN is synonymous to AMMONIA.,SUPERNATE,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIA-NITROGEN,AMMONIA,Assumes AMMONIA-NITROGEN is synonymous to AMMONIA.,TOTAL,UNFILTERED,"Assumes AMMONIA-NITROGEN, TOTAL is synonymous to AMMONIA, UNFILTERED",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
@@ -44,7 +44,7 @@ AMMONIUM,NA,NA,DISSOLVED,FILTERED,Assumes DISSOLVED and TOTAL SOLUBLE are equiva
 AMMONIUM,NA,NA,FILTERABLE,FILTERED,"Assumes FILTERED, LAB and FILTERED, FIELD are equivalent to FILTERABLE and FILTERED. FILTERED is precise and preferred.",AS NH4,AS N,Converts speciation and result values from AS NH4 to AS N,0.776,UG/L,MG/L,0.001,Nitrogen
 AMMONIUM,NA,NA,FILTERED,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIUM,NA,NA,"FILTERED, LAB",FILTERED,"Assumes FILTERED, LAB and FILTERED, FIELD are equivalent to FILTERABLE and FILTERED. FILTERED is precise and preferred.",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
-AMMONIUM,NA,NA,TOTAL,UNFILTERED,"Assumes AMMONIA AND AMMONIUM, TOTAL is synonymous to AMMONIA AND AMMONIUM, UNFILTERED.",NA,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
+AMMONIUM,NA,NA,TOTAL,UNFILTERED,"Assumes AMMONIA AND AMMONIUM, TOTAL is synonymous to AMMONIA AND AMMONIUM, UNFILTERED.",NA,AS N,Assumes original speciation for AMMONIUM is AS NH4 and converts values to AS N,0.776,UG/L,MG/L,0.001,Nitrogen
 AMMONIUM,NA,NA,UNFILTERED,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIUM    ,NA,NA,FILTERABLE,FILTERED,"Assumes FILTERED, LAB and FILTERED, FIELD are equivalent to FILTERABLE and FILTERED. FILTERED is precise and preferred.",AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen
 AMMONIUM    ,NA,NA,FILTERED,NA,NA,AS N,NA,NA,NA,UG/L,MG/L,0.001,Nitrogen