graphSum: Draw graphs of insect mortality or other exposure-response...
In qra: Quantal Response Analysis for Dose-Mortality Data

Datasets that are in mind hold, for each replicate of each combination of each of a several factors (e.g., species, lifestages, temperatures), mortalities for each of a number of values of "dose". See for example the dataset help page codling1989.

graphSum(
  df,
  subSet = NULL,
  link = "cloglog",
  logScale = FALSE,
  dead = "Dead",
  tot = "Tot",
  dosevar = "logCT",
  Rep = "Rep",
  fitRep = NULL,
  fitPanel = NULL,
  byFacet = ~Species,
  layout = NULL,
  maint = "Codling Moth, MeBr",
  ptSize = 2,
  xzeroOffsetFrac = 0.08,
  yzeroOneOffsets = c(-0.08, 0.08),
  yEps = 0.005,
  xlab = expression(bold("CT ") * "(gm.h." * m^{     -3 } * ")"),
  ylabel = NULL,
  ytiklab = c(0.01, 0.05, 0.1, 0.25, 0.5, 0.75, 0.9, 0.99)
)

`df`	Data frame from which data will be taken
`subSet`	NULL, or an expression, such as for example `expression(LifeStage=='Eggs')`) that evaluates to a logical that specifies the required data subset. If not NULL then the subsetting information is pasted on after the main title
`link`	Link function. If character, obtain from `make.link`. Alternatively, a function may be supplied as argument.
`logScale`	Logical, indicating whether the dose ($x$-variable) is on a log scale.
`dead`	Character; name of column holding number dead
`tot`	Character; column holding total number
`dosevar`	Character; column holding "dose" values
`Rep`	Character; NULL, or column holding replicate number, within panel
`fitRep`	Character; NULL, or column holding replicate fitted values
`fitPanel`	Character; NULL, or column holding panel fitted values
`byFacet`	Graphics formula specifying factor combination that determines panel
`layout`	Graphics formula that can be supplied to `grid_facet`
`maint`	Main title
`ptSize`	Pointsize, by default 2
`xzeroOffsetFrac`	$x$-axis zero offset fraction, required when scale is logarithmic
`yzeroOneOffsets`	Length two vector, giving 0 100 mortalities, on the scale of the link function.
`yEps`	Fractional increase at bottom and top of $y$ user range to accommodate points for mortalities of 0 and 1.
`xlab`	Expression specifying x-axis label
`ylabel`	If not `NULL`, $y$-axis label
`ytiklab`	Place $y$ axis tiks and labels at these mortalities