Reference

SDTM Mapping Algorithms/functions Set of functions to perform SDTM Mappings
assign_no_ct() assign_ct()	Derive an SDTM variable
hardcode_no_ct() hardcode_ct()	Derive an SDTM variable with a hardcoded value
derive_blfl()	Derive Baseline Flag or Last Observation Before Exposure Flag
derive_seq()	Derive the sequence number (--SEQ) variable
derive_study_day()	derive_study_day performs study day calculation
assign_datetime()	Derive an ISO8601 date-time variable
generate_oak_id_vars()	A function to generate oak_id_vars
oak_id_vars()	Raw dataset keys
sbj_vars()	Subject-level key variables
Conditioned data frames Functions for conditioned data frames (cnd_df)
condition_add()	Add filtering tags to a data set
ctl_new_rowid_pillar(<cnd_df>)	Conditioned tibble pillar print method
tbl_sum(<cnd_df>)	Conditioned tibble header print method
mutate(<cnd_df>)	Mutate method for conditioned data frames
SDTM examples SDTM domain file examples
domain_example()	Find the path to an example SDTM domain file
read_domain_example()	Read an example SDTM domain
Controlled terminology
read_ct_spec()	Read in a controlled terminology
read_ct_spec_example()	Read an example controlled terminology specification
ct_spec_example()	Find the path to an example controlled terminology file
ct_map()	Recode according to controlled terminology
Date and time conversion
create_iso8601()	Convert date or time collected values to ISO 8601
fmt_cmp()	Regexps for date/time format components
dtc_formats	Date/time collection formats
problems()	Retrieve date/time parsing problems
Calculation of reference dates in DM
oak_cal_ref_dates()	Calculate Reference dates in ISO8601 character format.
cal_min_max_date()	Calculate minimum and maximum date and time in the data frame
Explicit dot pipe operator A simple alternative to %>% {...}
`%.>%`	Explicit Dot Pipe
Supplemental Qualifiers
generate_sdtm_supp()	Function to generate final SDTM domain and supplemental domain SUPP–