-- Feature construction
SELECT 
	CAST(@domain_concept_id AS BIGINT) * 1000 + @analysis_id AS covariate_id,
{@temporal | @temporal_sequence} ? {
    time_id,
}	
{@aggregated} ? {
	cohort_definition_id,
	COUNT(*) AS sum_value
} : {
	row_id,
	1 AS covariate_value 
}
{@temporal_annual} ? {, event_year}
INTO @covariate_table
FROM (
{@temporal_annual} ? {
SELECT @domain_concept_id,
cohort_definition_id,
subject_id,
cohort_start_date,
{@temporal} ? {time_id,}
event_year FROM (
}
	SELECT DISTINCT @domain_concept_id,
{@temporal} ? {
		time_id,
}
{@temporal_sequence} ? {
FLOOR(DATEDIFF(@time_part, @cdm_database_schema.@domain_table.@domain_start_date, cohort.cohort_start_date)*1.0/@time_interval ) as time_id,
}
{@temporal_annual} ? {
DATEPART(year, @domain_table.@domain_start_date) event_year,
}
{@aggregated} ? {
		cohort_definition_id,
		cohort.subject_id,
		cohort.cohort_start_date
} : {
		cohort.@row_id_field AS row_id
}
	FROM @cohort_table cohort
	INNER JOIN @cdm_database_schema.@domain_table
		ON cohort.subject_id = @domain_table.person_id
{@sub_type == 'inpatient'} ? {	
  INNER JOIN @cdm_database_schema.visit_occurrence vo
    ON vo.person_id = @domain_table.person_id
    AND vo.visit_start_date <= @domain_table.@domain_start_date
    AND vo.visit_end_date >= @domain_table.@domain_start_date
  INNER JOIN @cdm_database_schema.concept_ancestor ca
    ON ca.ancestor_concept_id IN (9201, 38004311, 8920, 262)
    AND ca.descendant_concept_id = vo.visit_concept_id
}
{@temporal} ? {
	INNER JOIN #time_period time_period
		ON @domain_start_date <= DATEADD(DAY, time_period.end_day, cohort.cohort_start_date)
		AND @domain_end_date >= DATEADD(DAY, time_period.start_day, cohort.cohort_start_date)
	WHERE @domain_concept_id != 0
} : {

	WHERE @domain_start_date <= DATEADD(DAY, {@temporal_sequence} ? {@sequence_end_day} : {@end_day}, cohort.cohort_start_date)
{@start_day != 'anyTimePrior'} ? {		AND 

{@temporal_sequence} ? {@domain_start_date} : {@domain_end_date}

>= DATEADD(DAY, {@temporal_sequence} ? {@sequence_start_day} : {@start_day}, cohort.cohort_start_date)}
		AND @domain_concept_id != 0
     
}
{@excluded_concept_table != ''} ? {		AND @domain_concept_id NOT IN (SELECT id FROM @excluded_concept_table)}
{@included_concept_table != ''} ? {		AND @domain_concept_id IN (SELECT id FROM @included_concept_table)}
{@included_cov_table != ''} ? {		AND CAST(@domain_concept_id AS BIGINT) * 1000 + @analysis_id IN (SELECT id FROM @included_cov_table)}
{@cohort_definition_id != -1} ? {		AND cohort.cohort_definition_id IN (@cohort_definition_id)}
) by_row_id
{@temporal_annual} ? {
) by_year
}
{@aggregated} ? {		
GROUP BY cohort_definition_id,
	@domain_concept_id
{@temporal | @temporal_sequence} ? {
    ,time_id
}
{@temporal_annual} ? {
	,event_year
}
} 
;

-- Reference construction
INSERT INTO #cov_ref (
	covariate_id,
	covariate_name,
	analysis_id,
	concept_id
	)
SELECT covariate_id,
{@temporal | @temporal_sequence} ? {
	CAST(CONCAT('@domain_table: ', CASE WHEN concept_name IS NULL THEN 'Unknown concept' ELSE concept_name END {@sub_type == 'inpatient'} ? {, ' (inpatient)'}) AS VARCHAR(512)) AS covariate_name,
} : {
{@start_day == 'anyTimePrior'} ? {
	CAST(CONCAT('@domain_table any time prior through @end_day days relative to index: ', CASE WHEN concept_name IS NULL THEN 'Unknown concept' ELSE concept_name END {@sub_type == 'inpatient'} ? {, ' (inpatient)'}) AS VARCHAR(512)) AS covariate_name,
} : {
	CAST(CONCAT('@domain_table during day @start_day through @end_day days relative to index: ', CASE WHEN concept_name IS NULL THEN 'Unknown concept' ELSE concept_name END {@sub_type == 'inpatient'} ? {, ' (inpatient)'}) AS VARCHAR(512)) AS covariate_name,
}
}
	@analysis_id AS analysis_id,
	CAST((covariate_id - @analysis_id) / 1000 AS INT) AS concept_id
FROM (
	SELECT DISTINCT covariate_id
	FROM @covariate_table
	) t1
LEFT JOIN @cdm_database_schema.concept
	ON concept_id = CAST((covariate_id - @analysis_id) / 1000 AS INT);
	
INSERT INTO #analysis_ref (
	analysis_id,
	analysis_name,
	domain_id,
{!@temporal} ? {
	start_day,
	end_day,
}
	is_binary,
	missing_means_zero
	)
SELECT @analysis_id AS analysis_id,
	CAST('@analysis_name' AS VARCHAR(512)) AS analysis_name,
	CAST('@domain_id' AS VARCHAR(20)) AS domain_id,
{!@temporal} ? {
{@start_day == 'anyTimePrior'} ? {
	CAST(NULL AS INT) AS start_day,
} : {
	
	{@temporal_sequence} ? {@sequence_start_day} : {@start_day}  AS start_day,
}
	{@temporal_sequence} ? {@sequence_end_day} : {@end_day} AS end_day,
}
	CAST('Y' AS VARCHAR(1)) AS is_binary,
	CAST(NULL AS VARCHAR(1)) AS missing_means_zero;
