Draw and display a graphical figure of a Sex limitation model
Will plot a graphical figure for a sex limitation model.
Options include digits
(rounding), showing means
or not, and which output format
is desired.
umxPlotSexLim( x = NA, file = "name", digits = 2, means = FALSE, std = TRUE, format = c("current", "graphviz", "DiagrammeR"), SEstyle = FALSE, strip_zero = TRUE, ... )
x |
|
file |
The name of the dot file to write: NA = none; "name" = use the name of the model |
digits |
How many decimals to include in path loadings (defaults to 2) |
means |
Whether to show means paths (defaults to FALSE) |
std |
Whether to standardize the model (defaults to TRUE) |
format |
= c("current", "graphviz", "DiagrammeR") |
SEstyle |
report "b (se)" instead of "b [lower, upper]" (Default) |
strip_zero |
Whether to strip the leading "0" and decimal point from parameter estimates (default = TRUE) |
... |
Optional additional parameters |
Optionally return the dot code
Other Plotting functions:
plot.MxLISRELModel()
,
plot.MxModelTwinMaker()
,
plot.MxModel()
,
umxPlotACEcov()
,
umxPlotACEv()
,
umxPlotACE()
,
umxPlotCP()
,
umxPlotDoC()
,
umxPlotFun()
,
umxPlotGxEbiv()
,
umxPlotGxE()
,
umxPlotIP()
,
umxPlotSimplex()
,
umx
## Not run: require(umx) umx_set_optimizer("SLSQP") data("us_skinfold_data") # Rescale vars us_skinfold_data[, c('bic_T1', 'bic_T2')] = us_skinfold_data[, c('bic_T1', 'bic_T2')]/3.4 us_skinfold_data[, c('tri_T1', 'tri_T2')] = us_skinfold_data[, c('tri_T1', 'tri_T2')]/3 us_skinfold_data[, c('caf_T1', 'caf_T2')] = us_skinfold_data[, c('caf_T1', 'caf_T2')]/3 us_skinfold_data[, c('ssc_T1', 'ssc_T2')] = us_skinfold_data[, c('ssc_T1', 'ssc_T2')]/5 us_skinfold_data[, c('sil_T1', 'sil_T2')] = us_skinfold_data[, c('sil_T1', 'sil_T2')]/5 # Data for each of the 5 twin-type groups mzmData = subset(us_skinfold_data, zyg == 1) mzfData = subset(us_skinfold_data, zyg == 2) dzmData = subset(us_skinfold_data, zyg == 3) dzfData = subset(us_skinfold_data, zyg == 4) dzoData = subset(us_skinfold_data, zyg == 5) # ========================== # = Run univariate example = # ========================== m1 = umxSexLim(selDVs = "bic", sep = "_T", A_or_C = "A", autoRun= FALSE, mzmData = mzmData, dzmData = dzmData, mzfData = mzfData, dzfData = dzfData, dzoData = dzoData ) m1 = mxTryHard(m1) umxPlotSexLim(m1) plot(m1) # no need to remember a special name: plot works fine! ## End(Not run)
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