scatterPlot: Scatterplot for hkm2014esa poster
In USEPA/LakeTrophicModelling: Package to reproduce Hollister et al. (2015) Modeling Lake Trophic State: A Randrom Forest Approach.
Description
Produces a scatterplot via ggplot
Usage
1
scatterPlot(df, xvar, yvar, pt_col, ln_col, cl_col, ...)
Examples
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devtools::install_github("wesanderson","jhollist")
library('wesanderson')
data(LakeTrophicModelling)
mydf<-data.frame(chla=ltmData[["CHLA"]],biovp1=ltmData[["sumBioV"]]+1)
zissou2<-wes.palette(5,"Zissou2")
scatterPlot(mydf,xvar="chla",yvar="biovp1",zissou2[3],zissou2[2],zissou2[1],
title="Chlorophyll and Cyanobacterai Relationship",
x=expression(paste('Log10(Chl ', italic("a"),')')),
y="Log10(Cyanobaterial Abundance + 1)")
USEPA/LakeTrophicModelling documentation built on Oct. 15, 2020, 4:13 p.m.
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Description
Produces a scatterplot via ggplot
Usage
1 | scatterPlot(df, xvar, yvar, pt_col, ln_col, cl_col, ...)
|
Examples
1 2 3 4 5 6 7 8 9 | devtools::install_github("wesanderson","jhollist")
library('wesanderson')
data(LakeTrophicModelling)
mydf<-data.frame(chla=ltmData[["CHLA"]],biovp1=ltmData[["sumBioV"]]+1)
zissou2<-wes.palette(5,"Zissou2")
scatterPlot(mydf,xvar="chla",yvar="biovp1",zissou2[3],zissou2[2],zissou2[1],
title="Chlorophyll and Cyanobacterai Relationship",
x=expression(paste('Log10(Chl ', italic("a"),')')),
y="Log10(Cyanobaterial Abundance + 1)")
|
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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