therapyMonitor & therapyMonitor.multi are useful for simple n-of-1 designs, and were written to make it easy for therapists or other practitioners to get some insight into the effects of their treatments.
therapyMonitor(dat = NULL, design="AB", statistic="|A-B|",
conditionColumn = NULL, variableColumn = NULL,
timeColumn = NULL, conditionMoment = NULL,
limit=NULL, lines=NULL, ylab=NULL, xlab=NULL,
outputFile = NULL, outputFormats = c('svg', 'png'),
plotTitle = "therapyMonitor results",
plotWidth=25, plotHeight=15)
therapyMonitor.multi(dat = NULL,
variableColumn = NULL, conditionColumn = NULL,
conditionMoment = NULL, minLevels = 5,
outputFiles = FALSE, outputFilePath = getwd(),
outputFormats = c('svg', 'png'), silent=FALSE,
...)
A dataframe containing the variables to analyse. If not dataframe is
specified, get getData
function is used to present a
dialog to the user.
The design to use; see pvalue.systematic
in the
SCRT-package
for more information. Note that currently,
this function always assumes an "AB" design; changing this only changes
the way pvalue.systematic
is called.
The statistic to use; see pvalue.systematic
in the
SCRT-package
for more information. Note that currently,
this function always assumes the "|A-B|" statistic; changing this only
changes the way pvalue.systematic
is called.
The name of the variable containing, for each measurement, the condition, or the phase of the treatment. This variable should normally only have two levels (e.g. 'A' and 'B'), indicating when the treatment changed from condition 'A' to condition 'B'.
For therapyMonitor
, this must be a single value: the name of the
variable to analyse as dependent variable. For therapyMonitor.multi
,
this can be a vector, in which case all the specified variables are
analysed sequentially. In any case, the variable(s) specified here must
have the 'interval' measurement level (i.e. be roughly continuous). For
therapyMonitor.multi
, if this argument is empty, all variables
are used, provided they have at least minLevels
levels.
The variable containing the time (datetime) of each measurement moment. If not specified in R's POSIXct format, the function tries to guess whether SPSS, SAS, or Stata timestamps were specified, and tries to convert. If the timeColumn isn't specified, the function will assume that all measurements were equidistant, and they'll simply be assigned consecutive numbers als measurement moments.
The conditionMoment argument provides an alternative method of specifying when the condition changed; this can be the number of the first measurement in the new (second) condition/phase. For example, if the treatment started after the 6th measurement, this can be specified by passing 'conditionMoment=7'.
The minimum number of consecutive measurements that has to be available
within one condition/phase to enable the analysis (see
pvalue.systematic
).
Which lines in the dat
dataframe to use.
Labels to use when creating the plots.
If not NULL, the filename to write the plot to. Note that this filename
should not include the extension - this is appended based on the
outputFormats
argument.
Which format to use for the plot or plots to export.
The title for the plot.
The size of the plot (in centimeters).
The minimum number of levels that a variable in the datafile has to have before it's included in the analyses.
Whether to export the plots and regular output to files.
If outputFiles
is TRUE, the path where to store the output files.
Whether to suppress messages about progress etc.
Additional arguments to therapyMonitor.multi
are passed on to
therapyMonitor
.
For therapyMonitor, an object with the input and several output variables, as well as a plot. For therapyMonitor.multi, an object containing several therapyMonitor objects, as well as collated output.
This function started as a wrapper to the pvalue.systematic
function in the SCRT-package
, but it now also does some extra
stuff.
# NOT RUN {
### Explore and plot the weight of a chick in the ChickWeight dataset
therapyMonitor(ChickWeight, variableColumn='weight',
conditionMoment=6, lines=1:12);
# }
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