Description Usage Arguments Details Value Author(s) References Examples
Given the transport complete information of the interest species and,
optionally, secondary and tertiary species, the function plots transport
profiles including (if given) nonlinear regression models that can be
obtained using transTrend
.
1 2 3 4 5 
trans 
Data frame with the complete transport information of
interest species. Must be generated using

trend 
Nonlinear regression model of the main transport profile
generated using 
secondary 
Secondary species transport data frame (see

tertiary 
Tertiaty species transport data frame (see

sec.trend 
Type of trend line to be used for secondary and tertiary
species data. Default is 
lin.secon 
Deprecated. Use 
span 
Amount of smoothing when 
legend 
Logical. If 
xlab 
Label to be used for x axis. Text and expression allowed. 
ylab 
Label to be used for y axis. Text and expression allowed. 
xlim 
Numeric vector of limits for Xaxis. 
ylim 
Numeric vector of limits for Xaxis. 
xbreaks 
Numeric vector of xaxis breaks. 
ybreaks 
Numeric vector of xaxis breaks. 
size 
Size used for points in the plot. 
bw 
Logical, if 
srs 
Deprecated. 
plot 
Logical. If 
Most transmem
graphical representations are made using the package
ggplot2
so the function returns a ggplot2 object that can be
assigned to a variable for further modification.
This function has a version that uses replicated experiments and
may be useful to illustrate repeateability. For more information see
transPlotWR
.
Plot of the transport profile considering all provided species.
Cristhian Paredes, craparedesca@unal.edu.co
Eduardo Rodriguez de San Miguel, erdsmg@unam.mx
Wickham H (2016). ggplot2: Elegant Graphics for Data Analysis. SpringerVerlag New York. ISBN 9783319242774, https://ggplot2.tidyverse.org.
1 2 3 4 5 6 7 8  data(seawaterLiNaK)
trend < transTrend(trans = seawaterLiNaK$Lithium.1, model = 'paredes')
transPlot(trans = seawaterLiNaK$Lithium.1, trend = trend,
secondary = seawaterLiNaK$Sodium.1,
tertiary = seawaterLiNaK$Potassium.1)
transPlot(trans = seawaterLiNaK$Lithium.1, trend = trend,
secondary = seawaterLiNaK$Sodium.1,
tertiary = seawaterLiNaK$Potassium.1, bw = TRUE)

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