Description Usage Arguments Details Author(s) See Also Examples
Convinience functions for creating plots for the analysis of the readcount
correction process by correctReadcount
1 2 3 4 5 | plotBias(correctOutput, points = 10000, ...)
plotCorrection(correctOutput, chr = correctOutput$chr[1], ...)
plotSegments(correctOutput, segmentOutput, chr = correctOutput$chr[1], ...)
plotParam(segmentOutput, param, ...)
stateCols()
|
correctOutput |
Output value from |
segmentOutput |
Output value from |
points |
Number of random sampled points to plot, decreasing reduces runtime |
chr |
Chromosome name to plot. A single value for |
param |
Input parameters to call that produced segmentOutput |
... |
Furthur arguments are passed to |
plotBias
shows the effects of the correction process on
GC bias and mappability bias in HTS readcounts.
plotCorrection
shows the effects of the correction on the copy
number profile. Defaultly plotting the entire first chromosome found in the
list.
plotSegments
shows the resultant segments and states assigned
to each segment.
plotParam
shows the initial suggested distribution of copy
number in each state (dashed), and the optimal distribution of copy number
in each state (solid)
stateCols
returns a vector of six colours used in
plotSegments
and plotParam
Daniel Lai
correctReadcount
and HMMsegment
for generating
intended output.
1 2 3 4 5 6 7 8 9 | data(tumour)
# Visualize one at a time
par(ask = TRUE)
plotBias(normal_copy)
plotCorrection(tumour_copy)
par(mfrow = c(1, 1))
plotSegments(tumour_copy, tumour_segments)
plotParam(tumour_segments, tumour_param)
|
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