Description Usage Arguments Value Examples
boxplotCCF.mutations
Function to plot CCF's of all mutations for top genes.
1 2 3 4 |
sample.mutations |
data frame in MAF like format.
Columns (with exactly same names) which
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result.df |
a data frame with Hugo_Symbol column. Genes in this column should be ordered by importance. |
topGenes |
a numeric/integer value; How meny top genes from results will be ploted. |
silent |
a boolean value indicating should silent mutations be counted. By default it is True. |
indels |
a boolean value indicating should indels be counted. By default it is True. |
Tumor_Sample_Barcode |
(optional) integer/numeric value indicating column in |
Hugo_Symbol |
(optional) integer/numeric value indicating column in |
CCF |
(optional) integer/numeric value indicating column in |
Variant_Classification |
(optional) integer/numeric value indicating column in |
Variant_Type |
(optional) integer/numeric value indicating column in |
color |
a numeric or character value indicating column to color the samples. |
shape |
a numeric or character value indicating column to use as shape for the samples. |
ggplot2 object
1 2 3 4 5 6 7 8 9 10 | #get CCF column
sample.genes.mutect <- CCF(sample.genes.mutect)
# get background
bcgr.prob <- bcgr.combine(sample.genes.mutect, length.genes$Hugo_Symbol, length.genes$Coverd_len)
# get ranking
df1 <- bayes.risk(sample.genes.mutect, bcgr.prob, prior.sick = 0.00007)
df2 <- bayes.driver(sample.genes.mutect, bcgr.prob, prior.driver = 0.001)
df.final <- combine.ranking(list(df1, df2), min.mut = 2 )
# plot boxplot of CCF for top genes
boxplotCCF(sample.mutations=sample.genes.mutect, result.df=df.final)
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