| sc.plot2d | R Documentation | 
Creates a pdf with one plot for each pair of samples.
sc.plot2d(sco, outputFile=NULL, positionsToHighlight=NULL,
                 highlightsHaveNames=FALSE, overlayClusters=TRUE,
                 overlayErrorBars=FALSE, ellipse.metadata = list(),
                 singlePage=FALSE, scale=1, xlim=100, ylim=100,
                 plot.title=NULL, samplesToPlot=NULL,
                 clusterLegend=TRUE, 
                 flipSamples=FALSE, xlab=NULL,
                 ylab=NULL, colors=NULL,
                 plotWidth=7.2, plotHeight=6)
| sco | an scObject object created by the sciClone() function | 
| outputFile | path/name of pdf file that will contain the plots. Optional, but generally recommended, especially if you have more than two samples | 
| samplesToPlot | a list of sample names that should be included in the 2d plots. Default is to plot allcombinations of all samples. | 
| overlayClusters | boolean argument to decide whether to overlay cluster designations on the standard scatterplot output | 
| overlayErrorBars | boolean argument to decide whether to overlay (binomial) error bars on VAFs | 
| positionsToHighlight | a list of positions in 2-column format 1) chromosome 2) position. These points will be highlighted on the output scatterplot by using a different character than that used for other data points | 
| highlightsHaveNames | boolean argument - if (TRUE), the tool will look for a third column in the file specified by positionsToHighlight and will label these points on the plot. | 
| ellipse.metadata | description of ellipses for plotting cluster std errors/deviations | 
| singlePage | If true, condenses all output plots onto a single page. | 
| scale | scale the spacing of the plots and fonts up or down to produce output suitable for presentations (try 1.0) or print (try 2.0). | 
| xlim | max value of the xaxis | 
| ylim | max value of the yaxis | 
| plot.title | Set a new title that will be applied to all plots. The default is to add a title with format "sampleNameA vs sampleNameB" to each plot | 
| xlab | label for the x axis | 
| ylab | label for the y axis | 
| colors | provide your own list of colors to use for the clusters | 
| flipSamples | flip the samples being plotted on each axis (x moves to y and vice-versa) | 
| clusterLegend | add a legend showing cluster numbers (TRUE/FALSE) | 
| plotWidth | width of the pdf (in inches) that is produced (default 7.2) | 
| plotHeight | height of the pdf (in inches)that is produced (default 6) | 
Creates a scatter plot for each pairing of samples, with clusters indicated by color and shape.
does not return anything, creates pdf file or output plot
  # sc.plot2d(sc,"results/clusters.2d.pdf")
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