Description Usage Arguments Value Author(s) Examples
Generates a qq-plot (for the normal distribution) from one or more NONMEM variables
1 2 3 4 5 6 | nmQQNorm(obj, vars, bVars = NULL, iVar = "ID", titles = "",
xLabs = "normal", yLabs, addGrid = TRUE, qqLine = TRUE,
yAxisScaleRelations = c("same", "free", "sliced"), layout = NULL,
maxPanels = NULL, maxTLevels = Inf, problemNum = 1,
subProblems = 1, xAxisScaleRelations = c("same", "free", "sliced"),
...)
|
obj |
NMRun, NMProblem, or data.frame object |
vars |
Vector or comma-separated list of variables to plot |
bVars |
Vector or comma-separated list of "by" variables |
iVar |
Identifier variable |
titles |
Main title |
xLabs |
x-axis label |
yLabs |
y-axis label |
addGrid |
unused |
qqLine |
logical flag. Should a reference line be added? |
yAxisScaleRelations |
One of "same" "free" "sliced". How panel x axes are scaled in relation to each other |
layout |
Numeric vector giving the number of columns, rows and pages in a multipanel display. |
maxPanels |
Maximum number of panels that should appear on each page of a graph. |
maxTLevels |
If a single numeric (or string), the maximum number of levels that a "by" variable can have before it is binned. If a character vector or a vector of length greater than one, the explicit breakpoints. |
problemNum |
The problem required for a |
subProblems |
The sub problem of a run with simulations. |
xAxisScaleRelations |
One of "same" "free" "sliced". How panel x axes are scaled in relation to each other |
... |
additional parameters to pass to qqmath |
Multi-trellis class object containing the plot
Mango Solutions
1 2 3 4 5 |
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.