# create internal data for cat_trauma function
# read in lookup tables from the lookup tables folder and save add them to the package sysdata object
library(dplyr)
list.files("./lookup_tables")
sev_cc <- c("character", "integer", "character")
# icd 10 mapping to iss using Dave's roc max method
i10base_map_roc <- read.csv("./lookup_tables/i10base_map_roc.csv",
stringsAsFactors = F,
colClasses = c("character", rep(c("integer", "character"), 4), rep("double", 4)))
i10cm_map_roc <- read.csv("./lookup_tables/i10cm_map_roc.csv",
stringsAsFactors = F,
colClasses = c("character", rep(c("integer", "character"), 4), rep("double", 4)))
# read in ICD 10 mappings using the GEM - two deduplication methods
i10_map_max <- read.csv("./lookup_tables/i10_map_max.csv", stringsAsFactors = F, colClasses = sev_cc)
i10_map_min <- read.csv("./lookup_tables/i10_map_min.csv", stringsAsFactors = F, colClasses = sev_cc)
# original i9 mapping with a few changes
ntab_s1 <- read.csv("./lookup_tables/ntab_s1.csv", stringsAsFactors = F, colClasses = sev_cc)
# i10_ecode (mechanism code) table created by Adam
i10_ecode <- read.csv("./lookup_tables/i10_ecode.csv", stringsAsFactors = F, colClasses = "character")
# Original ecode mapping changed to text instead of numeric codes
etab_s1 <- read.csv("./lookup_tables/etab_s1.csv", stringsAsFactors = F, colClasses = "character")
# check frequencies of issbr
library(purrr)
library(dplyr)
l <- lst(.select_i10_data("NIS", "cm"),
.select_i10_data("NIS", "base"),
.select_i10_data("TQIP", "cm"),
.select_i10_data("TQIP", "base"),
.select_i10_data("NIS_only", "cm"),
.select_i10_data("NIS_only", "base"),
.select_i10_data("TQIP_only", "cm"),
.select_i10_data("TQIP_only", "base"),
i10_map_max, i10_map_min, ntab_s1)
n <- names(l)
map2(l, n, ~count(.x, issbr, name = .y)) %>%
reduce(full_join, by = "issbr")
# check col classes. These must ultimately be the same so they can be combined with rbind().
rbind(
sapply(i10_ecode, class),
sapply(etab_s1, class)
)
rbind(
sapply(ntab_s1, class),
sapply(i10_map_max, class),
sapply(i10_map_min, class),
sapply(.select_i10_data("NIS", "cm"), class),
sapply(.select_i10_data("NIS", "base"), class),
sapply(.select_i10_data("TQIP", "cm"), class),
sapply(.select_i10_data("TQIP", "base"), class),
sapply(.select_i10_data("NIS_only", "cm"), class),
sapply(.select_i10_data("NIS_only", "base"), class),
sapply(.select_i10_data("TQIP_only", "cm"), class),
sapply(.select_i10_data("TQIP_only", "base"), class)
)
# col classes look good
# test binding of datasets
head(reduce(l, rbind))
head(rbind(ntab_s1, .select_i10_data("NIS", "cm")))
head(rbind(ntab_s1, .select_i10_data("NIS", "base")))
head(rbind(ntab_s1, .select_i10_data("TQIP", "cm")))
head(rbind(ntab_s1, .select_i10_data("TQIP", "base")))
head(rbind(ntab_s1, .select_i10_data("NIS_only", "cm")))
head(rbind(ntab_s1, .select_i10_data("NIS_only", "base")))
head(rbind(ntab_s1, .select_i10_data("TQIP_only", "cm")))
head(rbind(ntab_s1, .select_i10_data("TQIP_only", "base")))
head(rbind(ntab_s1, i10_map_min))
head(rbind(ntab_s1, i10_map_max))
head(rbind(etab_s1, i10_ecode))
# no errors
# create internal data
usethis::use_data(
i10_map_min,
i10_map_max,
i10base_map_roc,
i10cm_map_roc,
ntab_s1,
etab_s1,
i10_ecode,
internal = T, overwrite = T)
# add prelim directory to r build ignore
# usethis::use_build_ignore("prelim")
# add example data used for tests and examples
injury <- readr::read_csv("prelim/create_example_data/sample_data.csv",
col_types = paste(c(rep("c", 10), "i"), collapse = ""))
usethis::use_data(injury, overwrite = T)
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