Nothing
getGroupBy <- function(data, subset, group.by)
{
dataAreMissing <- missing(data)
subsetIsMissing <- missing(subset)
matchedCall <- match.call()
if (is.null(matchedCall$group.by)) return(NULL)
tryResult <- tryCatch(group.by.literal <- group.by, error = function(e) e)
if (!dataAreMissing && inherits(tryResult, "error"))
group.by <- eval(matchedCall$group.by, envir = data)
if (!subsetIsMissing) group.by <- group.by[subset]
as.factor(group.by)
}
# set up call to look inside 'data'
getTreatmentDataCall <- function(fn, treatment, confounders, parametric, data, subset, weights, group.by, use.ranef, use.lmer)
{
matchedCall <- match.call()
tryResult <- tryCatch(confounders.literal <- confounders, error = function(e) e, warning = function(w) w)
if (!inherits(tryResult, "error") && !inherits(tryResult, "warning")) {
if (is.language(confounders.literal))
matchedCall$confounders <- confounders.literal
else if (is.character(confounders.literal))
matchedCall$confounders <- str2lang(confounders.literal)
}
if (!is.null(matchedCall[["parametric"]])) {
tryResult <- tryCatch(parametric.literal <- parametric, error = function(e) e, warning = function(w) w)
if (!inherits(tryResult, "error") && !inherits(tryResult, "warning")) {
if (is.language(parametric.literal))
matchedCall$parametric <- parametric.literal
else if (is.character(parametric.literal))
matchedCall$parametric <- str2lang(parametric.literal)
}
}
if (is.null(matchedCall[["parametric"]])) {
if (is.null(matchedCall[["group.by"]]) || (use.ranef && !use.lmer)) {
formula <- a ~ b
formula[[2L]] <- matchedCall$treatment
formula[[3L]] <- matchedCall$confounders
} else if (!use.ranef) {
# add as fixed effects
formula <- a ~ b + c
formula[[2L]] <- matchedCall$treatment
formula[[3L]][[2L]] <- matchedCall$confounders
formula[[3L]][[3L]] <- matchedCall$group.by
} else {
formula <- a ~ b + (1 | c)
formula[[2L]] <- matchedCall$treatment
formula[[3L]][[2L]] <- matchedCall$confounders
formula[[3L]][[3L]][[2L]][[3L]] <- matchedCall$group.by
}
} else {
if (!is.null(matchedCall[["group.by"]]))
stop("`group.by` must be missing or NULL if `parametric` is supplied; for varying intercepts, add (1 | group) to parametric equation")
if (!use.lmer) {
formula <- treatment ~ parametrics + bart(nonParametrics)
formula[[2L]] <- matchedCall$treatment
formula[[3L]][[2L]] <- matchedCall$parametric
formula[[3L]][[3L]][[2L]] <- matchedCall$confounders
} else {
formula <- treatment ~ parametrics + nonParametrics
formula[[2L]] <- matchedCall$treatment
formula[[3L]][[2L]] <- matchedCall$parametric
formula[[3L]][[3L]] <- matchedCall$confounders
}
}
environment(formula) <- parent.frame(1L)
fn <- matchedCall$fn; matchedCall$fn <- NULL
result <- redirectCall(matchedCall, fn)
result <- addCallArgument(result, 1L, formula)
list(call = result, env = parent.frame(1L))
}
getResponseDataCall <- function(fn, response, treatment, confounders, parametric, data, subset, weights, p.score, group.by, use.ranef)
{
matchedCall <- match.call()
tryResult <- tryCatch(confounders.literal <- confounders, error = function(e) e, warning = function(w) w)
if (!inherits(tryResult, "error") && !inherits(tryResult, "warning")) {
if (is.language(confounders.literal))
matchedCall$confounders <- confounders.literal
else if (is.character(confounders.literal))
matchedCall$confounders <- str2lang(confounders.literal)
}
if (!is.null(matchedCall[["parametric"]])) {
tryResult <- tryCatch(parametric.literal <- parametric, error = function(e) e, warning = function(w) w)
if (!inherits(tryResult, "error") && !inherits(tryResult, "warning")) {
if (is.language(parametric.literal))
matchedCall$parametric <- parametric.literal
else if (is.character(parametric.literal))
matchedCall$parametric <- str2lang(parametric.literal)
}
}
if (is.null(matchedCall$p.score)) {
evalEnv <- parent.frame(1L)
if (is.null(matchedCall[["parametric"]])) {
if (is.null(matchedCall[["group.by"]]) || use.ranef) {
formula <- a ~ b
formula[[2L]] <- matchedCall$response
formula[[3L]] <- quote(a + b)
formula[[3L]][[2L]] <- matchedCall$confounders
formula[[3L]][[3L]] <- matchedCall$treatment
} else {
formula <- a ~ b + c + d
formula[[2L]] <- matchedCall$response
formula[[3L]][[2L]][[2L]] <- matchedCall$confounders
formula[[3L]][[2L]][[3L]] <- matchedCall$treatment
formula[[3L]][[3L]] <- matchedCall$group.by
}
} else {
if (!is.null(matchedCall[["group.by"]]))
stop("group.by must be missing or NULL if parametric is supplied; for varying intercepts, add (1 | group) to parametric equation")
formula <- response ~ treatment + bart(confounders + treatment) + parametric
# ~(response, RHS)
formula[[2L]] <- matchedCall$response
# formula[[3L]] := +(treatment + bart(confounders), parametric)
formula[[3L]][[3L]] <- matchedCall$parametric
formula[[3L]][[2L]][[3L]][[2L]][[3L]] <- matchedCall$treatment
formula[[3L]][[2L]][[3L]][[2L]][[2L]] <- matchedCall$confounders
formula[[3L]][[2L]][[2L]] <- matchedCall$treatment
}
} else {
# if the p.score is present it was likely estimated (or just given) and thus not
# present in 'data' or data's environment
evalEnv <- parent.frame(1L)
# check to see if p.score is in the calling environment
p.scoreEval <- tryCatch(p.score, error = function(e) e)
if (!inherits(p.scoreEval, "error")) {
# add it to data, copy data into a new environment
pScoreName <- "ps"
while (pScoreName %in% names(data))
pScoreName <- paste0(pScoreName, "ps")
evalEnv <- new.env(parent = parent.frame(1L))
data[[pScoreName]] <- p.scoreEval
evalEnv[["data"]] <- data
matchedCall$data <- quote(data) # going to redirect to a different data object
} else {
pScoreName <- deparse(matchedCall$p.score)
}
if (is.null(matchedCall[["parametric"]])) {
if (is.null(matchedCall[["group.by"]]) || use.ranef) {
formula <- a ~ b
formula[[2L]] <- matchedCall$response
formula[[3L]] <- quote(a + b)
formula[[3L]][[2L]] <- quote(a + b)
formula[[3L]][[2L]][[2L]] <- matchedCall$confounders
formula[[3L]][[2L]][[3L]] <- str2lang(pScoreName)
formula[[3L]][[3L]] <- matchedCall$treatment
} else {
formula <- a ~ b + c + d + e
formula[[2L]] <- matchedCall$response
formula[[3L]][[2L]][[2L]][[2L]] <- matchedCall$confounders
formula[[3L]][[2L]][[2L]][[3L]] <- str2lang(pScoreName)
formula[[3L]][[2L]][[3L]] <- matchedCall$treatment
formula[[3L]][[3L]] <- matchedCall$group.by
}
} else {
if (!is.null(matchedCall[["group.by"]]))
stop("group.by must be missing or NULL if parametric is supplied; for varying intercepts, add (1 | group) to parametric equation")
if (exists("pScoreName")) {
formula <- response ~ treatment + p.score + bart(confounders + treatment + p.score) + parametric
formula[[2L]] <- matchedCall$response
# formula[[3L]] is all of RHS
# modify parse tree from end of RHS back, since the tails of binary ops are scalars
formula[[3L]][[3L]] <- matchedCall$parametric
# formula[[3L]][[2L]][[3L]] - all of bart(); formula[[3L]][[2L]][[3L]][[2L]] - what's inside
formula[[3L]][[2L]][[3L]][[2L]][[3L]] <- str2lang(pScoreName)
formula[[3L]][[2L]][[3L]][[2L]][[2L]][[3L]] <- matchedCall$treatment
formula[[3L]][[2L]][[3L]][[2L]][[2L]][[2L]] <- matchedCall$confounders
# linear model part
formula[[3L]][[2L]][[2L]][[3L]] <- str2lang(pScoreName)
formula[[3L]][[2L]][[2L]][[2L]] <- matchedCall$treatment
} else {
formula <- response ~ treatment + bart(confounders + treatment) + parametric
formula[[2L]] <- matchedCall$response
# formula[[3L]] is all of RHS
# modify parse tree from end of RHS back, since the tails of binary ops are scalars
formula[[3L]][[3L]] <- matchedCall$parametric
# formula[[3L]][[2L]][[3L]] - all of bart(); formula[[3L]][[2L]][[3L]][[2L]] - what's inside
formula[[3L]][[2L]][[3L]][[2L]][[3L]] <- matchedCall$treatment
formula[[3L]][[2L]][[3L]][[2L]][[2L]] <- matchedCall$confounders
# linear model part
formula[[3L]][[2L]][[2L]] <- matchedCall$treatment
}
}
}
environment(formula) <- evalEnv
fn <- matchedCall$fn; matchedCall$fn <- NULL
result <- redirectCall(matchedCall, fn)
result <- addCallArgument(result, 1L, formula)
#responseVar <- as.vector(evalEnv[[deparse(result$data)]][[result[[2L]][[2L]]]])
responseVar <- as.vector(get(deparse(result$data), envir = evalEnv)[[result[[2L]][[2L]]]])
list(call = result, env = evalEnv, trt = deparse(matchedCall$treatment), missingRows = is.na(responseVar))
}
# treat args as literals
getTreatmentLiteralCall <- function(fn, treatment, confounders, parametric, subset, weights, group.by, use.ranef, use.lmer)
{
matchedCall <- match.call()
if (is.null(matchedCall[["group.by"]])) group.by <- NULL
x <- NULL # R CMD check
treatmentName <- "z"
if (is.null(matchedCall[["parametric"]])) {
confounderNames <- colnames(confounders)
if (is.null(confounderNames))
confounderNames <- paste0("V", seq_len(NCOL(confounders)))
while (treatmentName %in% confounderNames)
treatmentName <- paste0(treatmentName, "z")
df <- as.data.frame(cbind(treatment, confounders))
colnames(df) <- c(treatmentName, confounderNames)
if (!is.null(group.by)) {
group.byName <- "g"
while (group.byName %in% colnames(df))
group.byName <- paste0(group.byName, "g")
df[[group.byName]] <- group.by
if (!use.ranef) confounderNames <- c(confounderNames, group.byName)
}
if (is.null(group.by) || !use.ranef || !use.lmer) {
formula <- a ~ b
formula[[2L]] <- str2lang(treatmentName)
formula[[3L]] <- str2lang(paste0(confounderNames, collapse = " + "))
} else {
formula <- a ~ b + (1 | c)
formula[[2L]] <- str2lang(treatmentName)
formula[[3L]][[2L]] <- str2lang(paste0(setdiff(colnames(df), c(treatmentName, group.byName)), collapse = " + "))
formula[[3L]][[3L]][[2L]][[3L]] <- str2lang(group.byName)
}
} else {
if (!is.null(group.by))
stop("group.by must be missing or NULL if parametric is supplied; for varying intercepts, add (1 | group) to parametric equation")
confounderNames <- colnames(confounders)
parametricNames <- colnames(parametric)
if (is.null(confounderNames))
confounderNames <- paste0("V", seq_len(NCOL(confounders)), "_bart")
if (is.null(parametricNames))
parametricNames <- paste0("V", seq_len(NCOL(parametric)))
nameCollidedConfoundersExpression <- evalx(confounderNames, quote(x[x %in% parametricNames]))
evalx(nameCollidedConfoundersExpression, x <- paste0(x, "_bart"), forceX = TRUE)
while (treatmentName %in% confounderNames || treatmentName %in% parametricNames)
treatmentName <- paste0(treatmentName, "z")
df <- as.data.frame(cbind(treatment, confounders, parametric))
colnames(df) <- c(treatmentName, confounderNames, parametricNames)
if (!use.lmer) {
formula <- treatment ~ parametrics + bart(nonParametrics)
formula[[2L]] <- str2lang(treatmentName)
formula[[3L]][[2L]] <- str2lang(paste0(parametricNames, collapse = " + "))
formula[[3L]][[3L]][[2L]] <- str2lang(paste0(confounderNames, collapse = " + "))
} else {
formula <- treatment ~ allTerms
formula[[2L]] <- str2lang(treatmentName)
formula[[3L]] <- str2lang(paste0(c(parametricNames, confounderNames), collapse = " + "))
}
}
result <- quote(functionName(formula, data = df))
result[[1L]] <- matchedCall$fn
result[[2L]] <- formula
if (!is.null(matchedCall$subset)) result$subset <- subset
if (!is.null(matchedCall$weights)) result$weights <- weights
list(call = result, df = df)
}
getResponseLiteralCall <- function(fn, response, treatment, confounders, parametric, subset, weights, p.score, group.by, use.ranef)
{
matchedCall <- match.call()
if (is.null(matchedCall[["group.by"]])) group.by <- NULL
x <- NULL # R CMD check
responseName <- "y"
treatmentName <- "z"
if (is.null(matchedCall[["parametric"]])) {
confounderNames <- colnames(confounders)
if (is.null(confounderNames))
confounderNames <- paste0("V", seq_len(NCOL(confounders)))
while (responseName %in% confounderNames)
responseName <- paste0(responseName, "y")
while (treatmentName %in% confounderNames)
treatmentName <- paste0(treatmentName, "z")
df <- as.data.frame(cbind(response, treatment, confounders))
colnames(df) <- c(responseName, treatmentName, confounderNames)
if (!is.null(matchedCall$p.score)) {
pScoreName <- "ps"
while (pScoreName %in% names(df))
pScoreName <- paste0(pScoreName, "ps")
if (!is.null(matchedCall$subset)) {
df[[pScoreName]] <- numeric(nrow(df))
df[[pScoreName]][subset] <- p.score
} else {
df[[pScoreName]] <- p.score
}
}
if (!is.null(group.by) && !use.ranef) {
group.byName <- "g"
while (group.byName %in% colnames(df))
group.byName <- paste0(group.byName, "g")
df[[group.byName]] <- group.by
}
formula <- a ~ b
formula[[2L]] <- str2lang(responseName)
formula[[3L]] <- str2lang(paste0(setdiff(colnames(df), responseName), collapse = " + "))
} else {
if (!is.null(group.by))
stop("group.by must be missing or NULL if parametric is supplied; for varying intercepts, add (1 | group) to parametric equation")
confounderNames <- colnames(confounders)
parametricNames <- colnames(parametric)
if (is.null(confounderNames))
confounderNames <- paste0("V", seq_len(ncol(confounders)), "_bart")
if (is.null(parametricNames))
parametricNames <- paste0("V", seq_len(ncol(parametric)))
nameCollidedConfoundersExpression <- evalx(confounderNames, quote(x[x %in% parametricNames]))
evalx(nameCollidedConfoundersExpression, x <- paste0(x, "_bart"), forceX = TRUE)
while (responseName %in% confounderNames || responseName %in% parametricNames)
responseName <- paste0(responseName, "y")
while (treatmentName %in% confounderNames || treatmentName %in% parametricNames)
treatmentName <- paste0(treatmentName, "z")
df <- as.data.frame(cbind(response, treatment, confounders, parametric))
colnames(df) <- c(responseName, treatmentName, confounderNames, parametricNames)
if (!is.null(matchedCall$p.score)) {
pScoreName <- "ps"
while (pScoreName %in% colnames(df))
pScoreName <- paste0(pScoreName, "ps")
if (!is.null(matchedCall$subset)) {
df <- cbind(df, numeric())
colnames(df)[ncol(df)] <- pScoreName
df[subset,pScoreName] <- p.score
} else {
df <- cbind(df, p.score)
colnames(df)[ncol(df)] <- pScoreName
}
allParametricNames <- c(treatmentName, pScoreName, parametricNames)
nonParametricNames <- c(confounderNames, treatmentName, pScoreName)
} else {
allParametricNames <- c(treatmentName, parametricNames)
nonParametricNames <- c(confounderNames, treatmentName)
}
formula <- response ~ parametrics + bart(nonParametrics)
formula[[2L]] <- str2lang(responseName)
formula[[3L]][[2L]] <- str2lang(paste0(allParametricNames, collapse = " + "))
formula[[3L]][[3L]][[2L]] <- str2lang(paste0(nonParametricNames, collapse = " + "))
}
result <- quote(functionName(formula, data = df))
result[[1L]] <- matchedCall$fn
result[[2L]] <- formula
if (!is.null(matchedCall$subset)) result$subset <- subset
if (!is.null(matchedCall$weights)) result$weights <- weights
list(call = result, df = df, trt = treatmentName, missingRows = is.na(as.vector(df[,responseName])))
}
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