Nothing
# This file is a generated template, your changes will not be overwritten
jamovimetapdiffClass <- if (requireNamespace('jmvcore', quietly=TRUE)) R6::R6Class(
"jamovimetapdiffClass",
inherit = jamovimetapdiffBase,
private = list(
.init = function() {
jamovi_meta_initialize(
self = self,
has_switch = FALSE
)
tbl_raw_data <- self$results$raw_data
tbl_es_meta <- self$results$es_meta
mykey <- "<i>P</i><sub>diff</sub> is calculated as <i>P</i><sub>comparison</sub> - <i>P</i><sub>reference</sub>"
# tbl_es_meta$setNote(
# key = "mykey",
# note = mykey
# )
tbl_raw_data$setNote(
key = "mykey",
note = mykey
)
},
.run = function() {
estimate <- jamovi_meta_pdiff_two(self)
# Print any notes that emerged from running the analysis
jamovi_set_notes(self$results$help)
# Check to see if the analysis ran
# If null, return
# If error, return the error
if(is.null(estimate)) return(TRUE)
if(is(estimate, "try-error")) stop(estimate[1])
# Fill tables
jamovi_meta_run(
estimate = estimate,
self = self,
has_reference = FALSE,
has_switch = FALSE,
has_aev = FALSE,
has_effect_size_names = TRUE
)
},
.estimation_plots = function(image, ggtheme, theme, ...) {
# Redo analysis
estimate <- jamovi_meta_pdiff_two(self)
if(!is(estimate, "esci_estimate"))
return(TRUE)
myplot <- jamovi_meta_forest_plot(
estimate = estimate,
self = self,
ggtheme = ggtheme,
theme = theme,
has_switch = FALSE
)
print(myplot)
TRUE
})
)
jamovi_meta_pdiff_two <- function(self) {
# Prelim -----------------------------------------------------
notes <- c(NULL)
# Step 1 - Check if analysis basics are defined ---------------
args <- list()
if (
is.null(self$options$reference_cases) |
is.null(self$options$reference_ns) |
is.null(self$options$comparison_cases) |
is.null(self$options$comparison_ns)
) return(NULL)
# Step 2: Get analysis properties-----------------------------
call <- esci::meta_pdiff_two
args$effect_label <- jamovi_sanitize(
self$options$effect_label,
return_value = "My effect",
na_ok = FALSE
)
args$conf_level <- jamovi_sanitize(
my_value = self$options$conf_level,
return_value = 95,
na_ok = FALSE,
convert_to_number = TRUE,
lower = 75,
lower_inclusive = FALSE,
upper = 100,
upper_inclusive = FALSE,
my_value_name = "Confidence level"
)/100
args$reported_effect_size <- self$options$reported_effect_size
for (element in args) {
notes <- c(notes, names(element))
}
if (!is.null(self$options$moderator)) {
args$moderator <- self$options$moderator
}
if (!is.null(self$options$labels)) {
args$labels <- self$options$labels
}
args$data <- self$data
args$reference_cases <- self$options$reference_cases
args$reference_ns <- self$options$reference_ns
args$comparison_cases <- self$options$comparison_cases
args$comparison_ns <- self$options$comparison_ns
args$random_effects <- self$options$random_effects %in% c("random_effects", "compare")
# self$results$debug$setVisible(TRUE)
# self$results$debug$setContent(args)
# Do analysis, then post any notes that have emerged
estimate <- try(do.call(what = call, args = args))
if(is(estimate, "try-error")) stop(estimate[1])
estimate$raw_data$label <- as.character(estimate$raw_data$label)
if (!is.null(self$options$moderator)) {
estimate$raw_data$moderator <- as.character(estimate$raw_data$moderator)
}
estimate$raw_data$reference_P <- estimate$raw_data$reference_cases / estimate$raw_data$reference_N
estimate$raw_data$comparison_P <- estimate$raw_data$comparison_cases / estimate$raw_data$comparison_N
if (!is(estimate, "try-error")) {
if (length(estimate$warnings) > 0) {
notes <- c(notes, estimate$warnings)
}
}
self$results$help$setState(notes)
return(estimate)
}
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