Create latent profile plots
Creates a profile plot for a single object of class 'mplus.model', or a faceted plot of profile plots for an object of class 'mplus.model.list'.
plotMixtures( modelList, variables = NULL, coefficients = c("unstandardized", "stdyx.standardized", "stdy.standardized", "stdy.standardized"), parameter = c("Means", "Intercepts"), ci = 0.95, bw = FALSE, rawdata = FALSE, alpha_range = c(0, 0.1) )
modelList |
A list of Mplus mixture models, or a single mixture model |
variables |
A character vectors with the names of the variables (included in the Mplus output) to be plotted. |
coefficients |
Which type of coefficients to plot on the y-axis; default is 'unstandardized'. Options include: c('stdyx.standardized', 'stdy.standardized', 'std.standardized') |
parameter |
Which parameter to plot (from Mplus parameter estimate headings included in the output). Defaults to c('Means', 'Intercepts'). |
ci |
What confidence interval should the errorbars span? Defaults to a 95% confidence interval. Set to NULL to remove errorbars. |
bw |
Logical. Should the plot be black and white (for print), or color? |
rawdata |
Should raw data be plotted in the background? Setting this to TRUE might result in long plotting times. Requires including the Mplus syntax 'SAVEDATA: FILE IS "filename"; SAVE = cprobabilities' in the Mplus input. |
alpha_range |
The minimum and maximum values of alpha (transparancy) for the raw data. Minimum should be 0; lower maximum values of alpha can help reduce overplotting. |
An object of class 'ggplot'.
Caspar J. van Lissa
## Not run: createMixtures(classes = 1:4, filename_stem = "cars", model_overall = "wt ON drat;", model_class_specific = "wt; qsec;", rdata = mtcars, usevariables = c("wt", "qsec", "drat"), OUTPUT = "standardized") runModels(replaceOutfile = "modifiedDate") cars_results <- readModels(filefilter = "cars") plotMixtures(cars_results, rawdata = TRUE) ## End(Not run) ## Not run: plotMixtures(cars_results, variables = "wt") ## End(Not run) ## Not run: plotMixtures(cars_results, coefficients = "stdyx.standardized") ## End(Not run)
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