gtexClinicalInfoFormat <- function() {
list(
tablename = "Clinical data",
filename = "GTEx_Data_V6_Annotations_SubjectPhenotypesDS.txt",
description = "Clinical data of GTEx subjects",
dataType = "Clinical data",
# Transpose data before parsing? If so, a row in the transposed dataset
# would be a column in the original
skip = 1, # Rows to skip when parsing file (include header)
transpose = FALSE,
# Format checker information
rowCheck = TRUE, # Check a row (TRUE) or a column (FALSE)
checkIndex = 1, # Index of row/column to check the format
# File string to check
check = c("SUBJID", "GENDER", "AGE", "DTHHRDY"),
# Parsing information
delim = "\t", # Delimiter used to separate fields
colNames = 1, # Row to use for column names
rowNames = 1, # Column to use for row names
ignoreCols = 1, # Columns to ignore
ignoreRows = 1, # Rows to ignore
commentChar = NULL, # Ignore lines starting with this string
# Remove duplicated rows
unique = FALSE,
# Identity of rows and columns
rows = "subjects",
columns = "attributes",
# Default columns to show (NULL to show all)
show = NULL,
process = function(data) {
# Replace gender values with their meaning
gender <- c("1"="Male", "2"="Female")
value <- as.character(data[ , "GENDER"])
data[ , "GENDER"] <- as.factor(gender[value])
# Replace death circumstance (4-point hardy scale) values with their
# meaning
dthhrdy <- c("0"="Ventilator Case", "1"="Violent and fast death",
"2"="Fast death of natural causes",
"3"="Intermediate death", "4"="Slow death")
value <- as.character(data[ , "DTHHRDY"])
data[ , "DTHHRDY"] <- as.factor(dthhrdy[value])
# Correctly name columns
match <- c("SUBJID"="Subject ID", "GENDER"="Gender", "AGE"="Age",
"DTHHRDY"="Death Circumstances")
colnames(data) <- match[colnames(data)]
return(data)
}
)
}
attr(gtexClinicalInfoFormat, "loader") <- "formats"
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