SELECT c1.concept_id AS concept_id,
	c1.concept_name as concept_name,
  concat(cast(num_stratum_4 * 10 AS VARCHAR), '-', cast((num_stratum_4 + 1) * 10 - 1 AS VARCHAR)) AS trellis_name, --age decile
	c2.concept_name AS series_name,  --gender
	num_stratum_2 AS x_calendar_year, -- calendar year, note, there could be blanks
	ROUND(1000 * (1.0 * num_count_value / denom_count_value), 5) AS y_prevalence_1000pp --prevalence, per 1000 persons
FROM (
	SELECT num.stratum_1 AS num_stratum_1,
		num.stratum_2 AS num_stratum_2,
		num.stratum_3 AS num_stratum_3,
		num.stratum_4 AS num_stratum_4,
		num.count_value AS num_count_value,
		denom.count_value AS denom_count_value
	FROM (
    SELECT CAST(stratum_1 as bigint) stratum_1, CAST(stratum_2 as bigint) stratum_2, CAST(stratum_3 as bigint) stratum_3, cast(stratum_4 as bigint) stratum_4, count_value
		FROM @results_database_schema.achilles_results
		WHERE analysis_id = 1804
			AND stratum_3 IN ('8507', '8532')
		group by stratum_1, stratum_2, stratum_3, stratum_4, count_value
		) num
	INNER JOIN (
    SELECT CAST(stratum_1 as bigint) stratum_1, CAST(stratum_2 as bigint) stratum_2, CAST(stratum_3 as bigint) stratum_3, cast(stratum_4 as bigint) stratum_4, count_value
		FROM @results_database_schema.achilles_results
		WHERE analysis_id = 116
			AND stratum_2 IN ('8507', '8532')
		group by stratum_1, stratum_2, stratum_3, stratum_4, count_value
		) denom
		ON num.stratum_2 = denom.stratum_1
			AND num.stratum_3 = denom.stratum_2
			AND num.stratum_4 = denom.stratum_3
	) tmp
INNER JOIN @vocab_database_schema.concept c1
	ON num_stratum_1 = c1.concept_id
INNER JOIN @vocab_database_schema.concept c2
	ON num_stratum_3 = c2.concept_id
ORDER BY c1.concept_id,
	num_stratum_2
