genetrack_ly | R Documentation |
Plot gene annotation tracks from ensembldb
data using plotly
.
genetrack_ly(
locus,
filter_gene_name = NULL,
filter_gene_biotype = NULL,
cex.text = 0.7,
gene_col = ifelse(showExons, "blue4", "skyblue"),
exon_col = "blue4",
exon_border = "blue4",
showExons = TRUE,
maxrows = 8,
width = 600,
xlab = NULL,
blanks = c("fill", "hide", "show"),
height = NULL,
plot = TRUE
)
locus |
Object of class 'locus' generated by |
filter_gene_name |
Vector of gene names to display. |
filter_gene_biotype |
Vector of gene biotypes to be filtered. Use
|
cex.text |
Font size for gene text. |
gene_col |
Colour for gene lines. |
exon_col |
Fill colour for exons. |
exon_border |
Border line colour outlining exons (or genes if
|
showExons |
Logical whether to show exons or simply show whole gene as a
rectangle. If |
maxrows |
Specifies maximum number of rows to display in gene annotation panel. |
width |
Width of plotly plot in pixels which is purely used to prevent overlapping text for gene names. |
xlab |
Title for x axis. Defaults to chromosome |
blanks |
Controls handling of genes with blank names: |
height |
Height in pixels (optional, defaults to automatic sizing). |
plot |
Logical whether to produce plotly object or return plot coordinates. |
This function can used to plot gene annotation tracks on their own.
Either a 'plotly' plotting object showing gene tracks, or if
plot = FALSE
a list containing TX
, a dataframe of coordinates for
gene transcripts, and EX
, a dataframe of coordinates for exons.
if(require(EnsDb.Hsapiens.v75)) {
data(SLE_gwas_sub)
loc <- locus(SLE_gwas_sub, gene = 'UBE2L3', flank = 1e5,
ens_db = "EnsDb.Hsapiens.v75")
genetrack_ly(loc)
}
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