| UCSCBedGraphQuantitativeTrack-class | R Documentation | 
UCSCBedGraphQuantitativeTrack creates an IGV track for bedGraph objects
imported with rtracklayer
UCSCBedGraphQuantitativeTrack(
  trackName,
  quantitativeData,
  color = "blue",
  trackHeight = 50,
  autoscale = TRUE,
  min = NA_real_,
  max = NA_real_,
  visibilityWindow = 1e+05
)
trackName | 
 A character string, used as track label by igv, we recommend unique names per track.  | 
quantitativeData | 
 A GRanges object with (at least) a "score" metadata column  | 
color | 
 A CSS color name (e.g., "red" or "#FF0000")  | 
trackHeight | 
 track height, typically in range 20 (for annotations) and up to 1000 (for large sample vcf files)  | 
autoscale | 
 Autoscale track to maximum value in view  | 
min | 
 Sets the minimum value for the data (y-axis) scale. Usually zero.  | 
max | 
 Sets the maximum value for the data (y-axis) scale. This value is ignored if autoscale is TRUE  | 
visibilityWindow | 
 Maximum window size in base pairs for which indexed annotations or variants are displayed. Defaults: 1 MB for variants, whole chromosome for other track types.  | 
Detailed description goes here
A UCSCBedGraphQuantitativeTrack object
bedGraph.filepath <- system.file(package = "rtracklayer", "tests", "test.bedGraph")
gr.bedGraph <- rtracklayer::import(bedGraph.filepath)
track <- UCSCBedGraphQuantitativeTrack("UCSCBedGraphTest", gr.bedGraph)
if(interactive()){
   igv <- igvR()
   setGenome(igv, "hg38")
   setBrowserWindowTitle(igv, "UCSC BedGraph demo")
   displayTrack(igv, track)
   Sys.sleep(1)  # pause before zoomin
   showGenomicRegion(igv, "chr18:59,103,373-59,105,673")
   }
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