View source: R/plot_3d_scatterbox.R
plot_3d_scatterbox | R Documentation |
One of 4 related functions for plotting 1-way ANOVA designs with a blocking factor.
plot_3d_point_sd
(mean & SD, SEM or CI95 error bars)
plot_3d_scatterbar
(bar & SD, SEM or CI95 error bars)
plot_3d_scatterbox
(box & whiskers)
plot_3d_scatterviolin
(box & whiskers, violin)
plot_3d_scatterbox(
data,
xcol,
ycol,
shapes,
facet,
symsize = 3,
s_alpha = 0.8,
b_alpha = 1,
bwid = 0.5,
jitter = 0.1,
TextXAngle = 0,
LogYTrans,
LogYBreaks = waiver(),
LogYLabels = waiver(),
LogYLimits = NULL,
facet_scales = "fixed",
fontsize = 20,
symthick,
bthick,
ColPal = c("okabe_ito", "all_grafify", "bright", "contrast", "dark", "fishy", "kelly",
"light", "muted", "pale", "r4", "safe", "vibrant"),
ColSeq = TRUE,
ColRev = FALSE,
SingleColour = "NULL",
...
)
data |
a data table, e.g. data.frame or tibble. |
xcol |
name of the column with the categorical factor to be plotted on X axis. If your table has numeric X, enter |
ycol |
name of the column with quantitative variable to plot on the Y axis. |
shapes |
name of the column with the second categorical factor in a two-way ANOVA design. |
facet |
add another variable from the data table to create faceted graphs using |
symsize |
size of symbols, default set to 3. |
s_alpha |
fractional opacity of symbols, default set to 0.8 (i.e. 80% opacity). Set |
b_alpha |
fractional opacity of boxes. Default is set to 0, which results in white boxes inside violins. Change to any value >0 up to 1 for different levels of transparency. |
bwid |
width of boxes; default 0.5. |
jitter |
extent of jitter (scatter) of symbols, default is 0.1. Increase to reduce symbol overlap, set to 0 for aligned symbols. |
TextXAngle |
orientation of text on X-axis; default 0 degrees. Change to 45 or 90 to remove overlapping text. |
LogYTrans |
transform Y axis into "log10" or "log2" |
LogYBreaks |
argument for |
LogYLabels |
argument for |
LogYLimits |
a vector of length two specifying the range (minimum and maximum) of the Y axis. |
facet_scales |
whether or not to fix scales on X & Y axes for all facet facet graphs. Can be |
fontsize |
parameter of |
symthick |
size (in 'pt' units) of outline of symbol lines ( |
bthick |
thickness (in 'pt' units) of lines of boxes; default = |
ColPal |
grafify colour palette to apply, default "okabe_ito"; see |
ColSeq |
logical TRUE or FALSE. Default TRUE for sequential colours from chosen palette. Set to FALSE for distant colours, which will be applied using |
ColRev |
whether to reverse order of colour within the selected palette, default F (FALSE); can be set to T (TRUE). |
SingleColour |
a colour hexcode (starting with #), a number between 1-154, or names of colours from |
... |
any additional arguments to pass to |
The blocking factor (or any other categorical variable) can be mapped to the shapes
argument (up to 25 levels allowed). Variables passed to xcol
and shapes
are internally converted to factors even if they are numeric or other type of variables.
In plot_3d_point_sd
and plot_3d_scatterbar
, the default error bar is SD (can be changed to SEM or CI95). In plot_3d_point_sd
, a large coloured symbol is plotted at the mean, all other data are shown as smaller symbols. Boxplot uses geom_boxplot
to depict median (thicker line), box (interquartile range (IQR)) and the whiskers (1.5*IQR).
Colours can be changed using ColPal
, ColRev
or ColSeq
arguments.
ColPal
can be one of the following: "okabe_ito", "dark", "light", "bright", "pale", "vibrant, "muted" or "contrast".
ColRev
(logical TRUE/FALSE) decides whether colours are chosen from first-to-last or last-to-first from within the chosen palette.
ColSeq
(logical TRUE/FALSE) decides whether colours are picked by respecting the order in the palette or the most distant ones using colorRampPalette
.
The resulting ggplot2
graph can take additional geometries or other layers.
This function returns a ggplot2
object of class "gg" and "ggplot".
#3d version for 1-way data with blocking
plot_3d_scatterbox(data = data_1w_death,
xcol = Genotype, ycol = Death,
shapes = Experiment)
#use plot_scatterbox without a blocking factor
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