#' Make a RespVsResp data frame
#'
#' This function creates a \code{data.frame} containing the response data suitable for the RespVsResp plotting functions
#'
#' @param src A \code{SQLiteConnection} object to the database (ccle) or \code{data.frame} object (custom)
#' @param drugs A vector of compound identifiers
#' @param cell_lines A vector of cell line identifiers
#' @param resp_type The type of response data: \code{ccle, custom}
#' @param tissue_info Source of tissue information - see ?getTissueInfo
#' @param drug_df A \code{data.frame} containing input for the \code{getDrugData_custom} function
#' @return A \code{data.frame} containing the response data for the requested compounds and cell lines
#' @export
makeRespVsRespDataFrame <- function(con, drugs, cell_lines, resp_type='ccle', tissue_info='ccle', drug_df=NULL) {
#use the getResponseData function to retrieve the data initially
if (resp_type == 'ccle') {
df <- getResponseData(con, drugs, cell_lines, resp_type)
} else if (resp_type == 'custom') {
df <- getResponseData(drug_df, drugs, cell_lines, resp_type)
} else {
stop('resp_type not valid - see ?makeRespVsRespDataFrame')
}
#now get the tissue info depending on selected option
cls_df <- getTissueInfo(con, tissue_info)
#now combine
out_df <- df %>% dplyr::left_join(cls_df, by='unified_id')
return(out_df)
}
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