These methods print the userfriendlyscience objects. Note that they are not all documented; most of them are quite straightforward.
# S3 method for dlvPlot print(x, ...) # S3 method for freq print(x, digits=x$input$digits, nsmall=x$input$nsmall, transposed=x$input$transposed, ...) # S3 method for meanConfInt print(x, digits=2, ...) # S3 method for meanDiff print(x, digits=x$digits,powerDigits=x$digits + 2, ...) # S3 method for meanDiff.multi print(x, digits=x$digits, powerDigits=x$digits + 2, ...) # S3 method for normalityAssessment print(x, ...) # S3 method for oddsratio print(x, digits=x$input$digits, ...) # S3 method for powerHist print(x, ...) # S3 method for rMatrix print(x, digits=x$digits, output=x$output, pValueDigits = x$pValueDigits, env.LaTeX = x$env.LaTeX, pboxWidthMultiplier = x$pboxWidthMultiplier, colNames = x$colNames, ...) # S3 method for scaleDiagnosis print(x, ...) # S3 method for scaleStructure print(x, digits=x$input$digits, ...) # S3 method for sdConfInt print(x, digits=2, ...) # S3 method for testRetestAlpha print(x, ...) # S3 method for testRetestCES print(x, digits=x$input$digits, ...) # S3 method for testRetestReliability print(x, digits=x$input$digits, ...) # S3 method for parallelSubscales print(x, nsmall=2, ...) # S3 method for dataShape print(x, digits=x$input$digits, extraNotification=TRUE, ...) # S3 method for didacticPlot print(x, ...) # S3 method for scatterMatrix print(x, ...) # S3 method for CramersV print(x, digits = x$input$digits, ...) # S3 method for associationMatrix print(x, type = x$input$type, info = x$input$info, file = x$input$file, ...) # S3 method for confIntV print(x, digits = x$input$digits, ...) # S3 method for cohensdCI print(x, ...) # S3 method for crossTab print(x, digits = x$input$digits, pValueDigits=x$input$pValueDigits, ...) # S3 method for oneway print(x, digits = x$input$digits, pvalueDigits=x$input$pvalueDigits, na.print="", ...) # S3 method for posthocTGH print(x, digits = x$input$digits, ...) # S3 method for scaleInspection print(x, show=x$show, ...) # S3 method for regr print(x, digits=x$input$digits, pvalueDigits=x$input$pvalueDigits, ...) # S3 method for processOpenSesameIAT print(x, ...) # S3 method for processOpenSesameIAT.log print(x, ...) # S3 method for descr print(x, digits = attr(x, 'digits'), t = attr(x, "transpose"), row.names = FALSE, ...) # S3 method for therapyMonitor print(x, digits=2, printPlot = TRUE, ...) # S3 method for therapyMonitor.multi print(x, ...) # S3 method for asymmetricalScatterMatrix print(x, ...) # S3 method for fullFact print(x, ...) # S3 method for confIntOmegaSq print(x, ..., digits = 2) # S3 method for examine print(x, ...) # S3 method for examineBy print(x, ...) # S3 method for frequencies print(x, ...) # S3 method for power.htest.ufs print(x, digits = x$digits, ...) # S3 method for regrInfluential print(x, ...) # S3 method for nnc print(x, digits=2, ...) # S3 method for fanova print(x, digits = x$input$digits, ...) # S3 method for genlog print(x, digits = 3, ...) # S3 method for ggProportionPlot print(x, ...) # S3 method for logRegr print(x, digits = x$input$digits, pvalueDigits = x$input$pvalueDigits, ...) # S3 method for piecewiseRegr print(x, digits = x$input$digits, ...)
| x | The object to print. |
|---|---|
| digits | The number of significant digits to print. |
| nsmall | The minimum number of digits to the right of the decimal point in formatting real/complex numbers in non-scientific formats. Allowed values are 0 <= nsmall <= 20. |
| transposed, t | Whether the frequency object should be printed transposed (this can be useful for blind users). |
| powerDigits | Number of digits to use when printing the power. |
| output, env.LaTeX, pboxWidthMultiplier, colNames, pValueDigits | Output to produce; see /code/linkrMatrix for details. |
| type, info, file | Output to produce and file to write to; see /code/linkassociationMatrix for details. |
| extraNotification | Whether an extra notification about the type of skewness and kurtosis returned by dataShape is shown. |
| pvalueDigits | The number of digits to show for p-values; smaller p-values will be shown as <.001 or <.0001 etc. |
| printPlot | Whether to also print the plot. |
| na.print | What to print for missing values, for example for a oneway anova table. |
| show | To override the 'show' argument, which is sometimes used to inhibit printing of extensive information with e.g. many plots, which is useful for some functions that, for example, primarily generate a PDF. |
| row.names | Whether to print rownames. |
| ... | Addition arguments that are passed on to the print functions when it's called. |
These printing methods return nothing, but print stuff.
#> [1] 4.1 5.8#> ### Oneway Anova for y=weight and x=Diet (groups: 1, 2, 3, 4) #> #> Omega squared: 95% CI = [.02; .09], point estimate = .05 #> Eta Squared: 95% CI = [.02; .08], point estimate = .05 #> #> SS Df MS F p #> Between groups (error + effect) 155862.66 3 51954.22 10.81 <.001 #> Within groups (error only) 2758693.27 574 4806.09 [NO VALUE] [NO VALUE] #>