Create and save tables in a single workbook for WQX upload

Usage

tabMWRwqx(
  res = NULL,
  acc = NULL,
  sit = NULL,
  wqx = NULL,
  fset = NULL,
  output_dir,
  output_file = NULL,
  warn = TRUE,
  runchk = TRUE
)

Arguments

res: character string of path to the results file or data.frame for results returned by readMWRresults
acc: character string of path to the data quality objectives file for accuracy or data.frame returned by readMWRacc
sit: character string of path to the site metadata file or data.frame for site metadata returned by readMWRsites
wqx: character string of path to the wqx metadata file or data.frame for wqx metadata returned by readMWRwqx
fset: optional list of inputs with elements named res, acc, frecom, sit, or wqx overrides the other arguments
output_dir: character string of the output directory for the results
output_file: optional character string for the file name, must include .xlsx suffix
warn: logical to return warnings to the console (default)
runchk: logical to run data checks with checkMWRresults, checkMWRacc, checkMWRsites, checkMWRwqx, applies only if res, acc, sit, or wqx are file paths

Value

An Excel workbook named wqxtab.xlsx (or name passed to output_file) will be saved in the directory specified by output_dir. The workbook will include three sheets names "Projects", "Locations", and "Results".

Details

This function will export a single Excel workbook with three sheets, named "Project", "Locations", and "Results". The output is populated with as much content as possible based on information in the input files. The remainder of the information not included in the output will need to be manually entered before uploading the data to WQX. All required columns are present, but individual rows will need to be verified for completeness. It is the responsibility of the user to verify this information is complete and correct before uploading the data.

The workflow for using this function is to import the required data (results, data quality objectives file for accuracy, site metadata, and wqx metadata) and to fix any errors noted on import prior to creating the output. The function can be used with inputs as paths to the relevant files or as data frames returned by readMWRresults, readMWRacc, readMWRsites, and readMWRwqx. For the former, the full suite of data checks can be evaluated with runkchk = T (default) or suppressed with runchk = F, as explained in the relevant help files. In the latter case, downstream analyses may not work if data are formatted incorrectly. For convenience, a named list with the input arguments as paths or data frames can be passed to the fset argument instead. See the help file for utilMWRinput.

The name of the output file can also be changed using the output_file argument, the default being wqxtab.xlsx. Warnings can also be turned off or on (default) using the warn argument. This returns any warnings when data are imported and only applies if the file inputs are paths.

Examples

# results data path
respth <- system.file('extdata/ExampleResults.xlsx', package = 'MassWateR')

# dqo accuracy data path
accpth <- system.file('extdata/ExampleDQOAccuracy.xlsx', package = 'MassWateR')

# site data path
sitpth <- system.file('extdata/ExampleSites.xlsx', package = 'MassWateR')

# wqx data path
wqxpth <- system.file('extdata/ExampleWQX.xlsx', package = 'MassWateR')

# results data
resdat <- readMWRresults(respth)
#> Running checks on results data...
#> 	Checking column names... OK
#> 	Checking all required columns are present... OK
#> 	Checking valid Activity Types... OK
#> 	Checking Activity Start Date formats... OK
#> 	Checking depth data present... OK
#> 	Checking for non-numeric values in Activity Depth/Height Measure... OK
#> 	Checking Activity Depth/Height Unit... OK
#> 	Checking Activity Relative Depth Name formats... OK
#> 	Checking values in Activity Depth/Height Measure > 1 m / 3.3 ft... OK
#> 	Checking Characteristic Name formats... OK
#> 	Checking Result Values... OK
#> 	Checking for non-numeric values in Quantitation Limit... OK
#> 	Checking QC Reference Values... OK
#> 	Checking for missing entries for Result Unit... OK
#> 	Checking if more than one unit per Characteristic Name... OK
#> 	Checking acceptable units for each entry in Characteristic Name... OK
#> 
#> All checks passed!

# accuracy data
accdat <- readMWRacc(accpth)
#> Running checks on data quality objectives for accuracy...
#> 	Checking column names... OK
#> 	Checking all required columns are present... OK
#> 	Checking column types... OK
#> 	Checking no "na" in Value Range... OK
#> 	Checking for text other than <=, ≤, <, >=, ≥, >, ±, %, AQL, BQL, log, or all... OK
#> 	Checking overlaps in Value Range... OK
#> 	Checking gaps in Value Range... OK
#> 	Checking Parameter formats... OK
#> 	Checking for missing entries for unit (uom)... OK
#> 	Checking if more than one unit (uom) per Parameter... OK
#> 	Checking acceptable units (uom) for each entry in Parameter... OK
#> 	Checking empty columns... OK
#> 
#> All checks passed!

# site data
sitdat <- readMWRsites(sitpth)
#> Running checks on site metadata...
#> 	Checking column names... OK
#> 	Checking all required columns are present... OK
#> 	Checking for missing latitude or longitude values... OK
#> 	Checking for non-numeric values in latitude... OK
#> 	Checking for non-numeric values in longitude... OK
#> 	Checking for positive values in longitude... OK
#> 	Checking for missing entries for Monitoring Location ID... OK
#> 
#> All checks passed!

# wqx data
wqxdat <- readMWRwqx(wqxpth)
#> Running checks on WQX metadata...
#> 	Checking column names... OK
#> 	Checking all required columns are present... OK
#> 	Checking unique parameters... OK
#> 	Checking Parameter formats... OK
#> 
#> All checks passed!

# create workbook
tabMWRwqx(res = resdat, acc = accdat, sit = sitdat, wqx = wqxdat, output_dir = tempdir())
#> Excel workbook created successfully! File located at /tmp/RtmpPp2GvN/wqxtab.xlsx