inst/doc/getting-started.R

In kfre: Kidney Failure Risk Equation (KFRE) Tools

## ----include = FALSE----------------------------------------------------------
knitr::opts_chunk$set(
  collapse = TRUE,
  comment = "#>"
)

## ----setup, include=FALSE-----------------------------------------------------
knitr::opts_chunk$set(collapse=TRUE, comment="#>", fig.width=7, fig.height=4)
set.seed(1)
library(kfre)

## -----------------------------------------------------------------------------
toy <- data.frame(
  age=c(55,72), sex_txt=c("male","female"),
  eGFR=c(45,28), uACR=c(120,800),
  dm=c(1,0), htn=c(1,1),
  albumin=c(4.2,3.4), phosphorous=c(3.3,4.6),
  bicarbonate=c(24,22), calcium=c(9.1,9.8)
)

rp <- kfre:::RiskPredictor$new(
  df = toy,
  columns = list(age="age", sex="sex_txt", eGFR="eGFR", uACR="uACR",
                 dm="dm", htn="htn", albumin="albumin", phosphorous="phosphorous",
                 bicarbonate="bicarbonate", calcium="calcium")
)

rp$predict_kfre(years=2, is_north_american=TRUE, num_vars=4)

## -----------------------------------------------------------------------------
toy2 <- kfre::add_kfre_risk_col(toy, "age","sex_txt","eGFR","uACR",
                                dm_col="dm", htn_col="htn",
                                albumin_col="albumin", phosphorous_col="phosphorous",
                                bicarbonate_col="bicarbonate", calcium_col="calcium",
                                num_vars=c(4,6,8), years=c(2,5), is_north_american=TRUE)

head(toy2)