rename subject_id

inst/sql/sql_server/analyses/1806.sql

@@ -1,8 +1,8 @@
 -- 1806	Distribution of age by measurement_concept_id
 
---HINT DISTRIBUTE_ON_KEY(subject_id)
+--HINT DISTRIBUTE_ON_KEY(measurement_concept_id)
 SELECT 
-	o.measurement_concept_id AS subject_id,
+	o.measurement_concept_id,
 	p.gender_concept_id,
 	o.measurement_start_year - p.year_of_birth AS count_value
 INTO 
@@ -35,21 +35,21 @@ ON
 --HINT DISTRIBUTE_ON_KEY(stratum1_id)
 with overallStats (stratum1_id, stratum2_id, avg_value, stdev_value, min_value, max_value, total) as
 (
-  select subject_id as stratum1_id,
+  select measurement_concept_id as stratum1_id,
     gender_concept_id as stratum2_id,
     CAST(avg(1.0 * count_value) AS FLOAT) as avg_value,
     CAST(stdev(count_value) AS FLOAT) as stdev_value,
     min(count_value) as min_value,
     max(count_value) as max_value,
     count_big(*) as total
   FROM #rawData_1806
-	group by subject_id, gender_concept_id
+	group by measurement_concept_id, gender_concept_id
 ),
 statsView (stratum1_id, stratum2_id, count_value, total, rn) as
 (
-  select subject_id as stratum1_id, gender_concept_id as stratum2_id, count_value, count_big(*) as total, row_number() over (partition by subject_id, gender_concept_id order by count_value) as rn
+  select measurement_concept_id as stratum1_id, gender_concept_id as stratum2_id, count_value, count_big(*) as total, row_number() over (partition by measurement_concept_id, gender_concept_id order by count_value) as rn
   FROM #rawData_1806
-  group by subject_id, gender_concept_id, count_value
+  group by measurement_concept_id, gender_concept_id, count_value
 ),
 priorStats (stratum1_id, stratum2_id, count_value, total, accumulated) as
 (

inst/sql/sql_server/analyses/1815.sql

@@ -1,8 +1,8 @@
 -- 1815  Distribution of numeric values, by measurement_concept_id and unit_concept_id
 
---HINT DISTRIBUTE_ON_KEY(subject_id)
+--HINT DISTRIBUTE_ON_KEY(measurement_concept_id)
 SELECT
-	m.measurement_concept_id AS subject_id,
+	m.measurement_concept_id,
 	m.unit_concept_id,
 	CAST(m.value_as_number AS FLOAT) AS count_value
 INTO
@@ -22,17 +22,17 @@ WHERE
 
 --HINT DISTRIBUTE_ON_KEY(stratum1_id)
 SELECT
-	m.subject_id AS stratum1_id,
+	m.measurement_concept_id AS stratum1_id,
 	m.unit_concept_id AS stratum2_id,
 	m.count_value,
 	COUNT_BIG(*) AS total,
-	ROW_NUMBER() OVER (PARTITION BY m.subject_id,m.unit_concept_id ORDER BY m.count_value) AS rn
+	ROW_NUMBER() OVER (PARTITION BY m.measurement_concept_id,m.unit_concept_id ORDER BY m.count_value) AS rn
 INTO
 	#statsView_1815
 FROM
 	#measurementView_1815 m
 GROUP BY
-	m.subject_id,
+	m.measurement_concept_id,
 	m.unit_concept_id,
 	m.count_value
 ;
@@ -64,7 +64,7 @@ view_cte as (
 ),
 measurement_cte as (
 	SELECT
-		m.subject_id,
+		m.measurement_concept_id,
 		m.unit_concept_id,
 		m.count_value
 	FROM
@@ -76,7 +76,7 @@ measurement_cte as (
 ),
 measurement_agg_cte as (
 	SELECT
-		m.subject_id AS stratum1_id,
+		m.measurement_concept_id AS stratum1_id,
 		m.unit_concept_id AS stratum2_id,
 		CAST(AVG(1.0 * m.count_value) AS FLOAT) AS avg_value,
 		CAST(stdev(m.count_value) AS FLOAT) AS stdev_value,
@@ -86,7 +86,7 @@ measurement_agg_cte as (
 	FROM
 		measurement_cte m
 	GROUP BY
-		m.subject_id,
+		m.measurement_concept_id,
 		m.unit_concept_id
 )
 select

inst/sql/sql_server/analyses/1816.sql

@@ -3,7 +3,7 @@
 
 --HINT DISTRIBUTE_ON_KEY(stratum1_id)
 SELECT 
-	m.subject_id AS stratum1_id,
+	m.measurement_concept_id AS stratum1_id,
 	m.unit_concept_id AS stratum2_id,
 	CAST(AVG(1.0 * m.count_value) AS FLOAT) AS avg_value,
 	CAST(STDEV(m.count_value) AS FLOAT) AS stdev_value,
@@ -14,7 +14,7 @@ INTO
 	#overallStats_1816
 FROM (
 	SELECT 
-		m.measurement_concept_id AS subject_id,
+		m.measurement_concept_id,
 		m.unit_concept_id,
 		CAST(m.range_low AS FLOAT) AS count_value
 	FROM 
@@ -37,22 +37,22 @@ FROM (
 		m.range_high IS NOT NULL
 	) m
 GROUP BY 
-	m.subject_id, 
+	m.measurement_concept_id, 
 	m.unit_concept_id
 ;
 
 --HINT DISTRIBUTE_ON_KEY(stratum1_id)
 SELECT 
-	m.subject_id AS stratum1_id,
+	m.measurement_concept_id AS stratum1_id,
 	m.unit_concept_id AS stratum2_id,
 	m.count_value,
 	COUNT_BIG(*) AS total,
-	ROW_NUMBER() OVER (PARTITION BY m.subject_id,m.unit_concept_id ORDER BY m.count_value) AS rn
+	ROW_NUMBER() OVER (PARTITION BY m.measurement_concept_id,m.unit_concept_id ORDER BY m.count_value) AS rn
 INTO 
 	#statsView_1816
 FROM (
 	SELECT 
-		m.measurement_concept_id AS subject_id,
+		m.measurement_concept_id,
 		m.unit_concept_id,
 		CAST(m.range_low AS FLOAT) AS count_value
 	FROM 
@@ -75,7 +75,7 @@ FROM (
 		m.range_high IS NOT NULL
 	) m
 GROUP BY 
-	m.subject_id, 
+	m.measurement_concept_id, 
 	m.unit_concept_id, 
 	m.count_value
 ;

inst/sql/sql_server/analyses/1817.sql

@@ -3,7 +3,7 @@
 
 --HINT DISTRIBUTE_ON_KEY(stratum1_id)
 SELECT 
-	m.subject_id AS stratum1_id,
+	m.measurement_concept_id AS stratum1_id,
 	m.unit_concept_id AS stratum2_id,
 	CAST(AVG(1.0 * m.count_value) AS FLOAT) AS avg_value,
 	CAST(STDEV(m.count_value) AS FLOAT) AS stdev_value,
@@ -14,7 +14,7 @@ INTO
 	#overallStats_1817
 FROM (
 	SELECT 
-		measurement_concept_id AS subject_id,
+		measurement_concept_id,
 		unit_concept_id,
 		CAST(range_high AS FLOAT) AS count_value
 	FROM 
@@ -37,22 +37,22 @@ FROM (
 		m.range_high IS NOT NULL
 	) m
 GROUP BY 
-	m.subject_id, 
+	m.measurement_concept_id, 
 	m.unit_concept_id
 ;
 
 --HINT DISTRIBUTE_ON_KEY(stratum1_id)
 SELECT 
-	m.subject_id AS stratum1_id,
+	m.measurement_concept_id AS stratum1_id,
 	m.unit_concept_id AS stratum2_id,
 	m.count_value,
 	COUNT_BIG(*) AS total,
-	ROW_NUMBER() OVER (PARTITION BY m.subject_id,m.unit_concept_id ORDER BY m.count_value) AS rn
+	ROW_NUMBER() OVER (PARTITION BY m.measurement_concept_id,m.unit_concept_id ORDER BY m.count_value) AS rn
 INTO 
 	#statsView_1817
 FROM (
 	SELECT 
-		m.measurement_concept_id AS subject_id,
+		m.measurement_concept_id,
 		m.unit_concept_id,
 		CAST(m.range_high AS FLOAT) AS count_value
 	FROM 
@@ -75,7 +75,7 @@ FROM (
 		m.range_high IS NOT NULL
 	) m
 GROUP BY 
-	m.subject_id, 
+	m.measurement_concept_id, 
 	m.unit_concept_id, 
 	m.count_value
 ;