Prints the information from the runPairs function.
This could be used to save the output to a text file.
Examples
eList <- Choptank_eList
year1 <- 1985
year2 <- 2010
# \donttest{
pairOut_1 <- runPairs(eList,
year1, year2,
windowSide = 0)
#> Sample1 has 606 Samples and 605 are uncensored
#> Sample2 has 606 Samples and 605 are uncensored
#> minNumObs has been set to 100 minNumUncen has been set to 50
#> Sample1 has 606 Samples and 605 are uncensored
#> Sample2 has 606 Samples and 605 are uncensored
#> minNumObs has been set to 100 minNumUncen has been set to 50
#>
#> Choptank River
#> Inorganic nitrogen (nitrate and nitrite)
#> Water Year
#>
#> Change estimates 2010 minus 1985
#>
#> For concentration: total change is 0.429 mg/L
#> expressed as Percent Change is +42.27 %
#>
#> Concentration v. Q Trend Component +42.27 %
#> Q Trend Component 0 %
#>
#>
#> For flux: total change is 0.0342 million kg/year
#> expressed as Percent Change is +29.44 %
#>
#> Concentration v. Q Trend Component +29.44 %
#> Q Trend Component 0 %
#>
#> TotalChange CQTC QTC x10 x11 x20 x22
#> Conc 0.429 0.429 0 1.01 1.01 1.44 1.44
#> Flux 0.034 0.034 0 0.12 0.12 0.15 0.15
printPairs(eList, pairOut_1)
#>
#> Choptank River
#> Inorganic nitrogen (nitrate and nitrite)
#> Water Year
#>
#> Change estimates 2010 minus 1985
#>
#> For concentration: total change is 0.429 mg/L
#> expressed as Percent Change is +42.27 %
#>
#> Concentration v. Q Trend Component +42.27 %
#> Q Trend Component 0 %
#>
#>
#> For flux: total change is 0.0342 million kg/year
#> expressed as Percent Change is +29.44 %
#>
#> Concentration v. Q Trend Component +29.44 %
#> Q Trend Component 0 %
#>
#> TotalChange CQTC QTC x10 x11 x20 x22
#> Conc 0.429 0.429 0 1.01 1.01 1.44 1.44
#> Flux 0.034 0.034 0 0.12 0.12 0.15 0.15
# }