energy consumed

fact_daily_energy_consumed/fact_daily_energy_consumed.sql

@@ -1,4 +1,4 @@
-WITH first_last_times AS (
+WITH total_energy AS (
     -- Get the first and last event_time per device per day
     SELECT 
         device_id,
@@ -10,9 +10,58 @@ WITH first_last_times AS (
     GROUP BY device_id, date
 )
 
-SELECT 
-    device_id,
-    date,
-    (max_value-min_value) as energy_consumed_kW
-FROM first_last_times
+, energy_phase_A AS (
+    -- Get the first and last event_time per device per day
+    SELECT 
+        device_id,
+        event_time::date AS date,
+        MIN(value)::integer AS min_value,
+        MAX(value)::integer AS max_value
+    FROM "device-status-log"
+    where code='EnergyConsumedA'
+    GROUP BY device_id, date
+)
 
+, energy_phase_B AS (
+    -- Get the first and last event_time per device per day
+    SELECT 
+        device_id,
+        event_time::date AS date,
+        MIN(value)::integer AS min_value,
+        MAX(value)::integer AS max_value
+    FROM "device-status-log"
+    where code='EnergyConsumedB'
+    GROUP BY device_id, date
+)
+
+, energy_phase_C AS (
+    -- Get the first and last event_time per device per day
+    SELECT 
+        device_id,
+        event_time::date AS date,
+        MIN(value)::integer AS min_value,
+        MAX(value)::integer AS max_value
+    FROM "device-status-log"
+    where code='EnergyConsumedC'
+    GROUP BY device_id, date
+)
+
+
+SELECT 
+    total_energy.device_id,
+    total_energy.date,
+    (total_energy.max_value-total_energy.min_value) as energy_consumed_kW,
+    (energy_phase_A.max_value-energy_phase_A.min_value) as energy_consumed_A,
+    (energy_phase_B.max_value-energy_phase_B.min_value) as energy_consumed_B,
+    (energy_phase_C.max_value-energy_phase_C.min_value) as energy_consumed_C
+FROM total_energy
+JOIN energy_phase_A
+	ON total_energy.device_id=energy_phase_A.device_id
+	and total_energy.date=energy_phase_A.date
+JOIN energy_phase_B
+	ON total_energy.device_id=energy_phase_B.device_id
+	and total_energy.date=energy_phase_B.date
+JOIN energy_phase_C
+	ON total_energy.device_id=energy_phase_C.device_id
+	and total_energy.date=energy_phase_C.date
+	

fact_daily_space_presence_duration/fact_daily_space_presence_duration.sql

@@ -51,23 +51,21 @@ WITH start_date AS (
     AND a.device_id <> b.device_id  
     AND a.start_time < b.end_time 
     AND b.start_time < a.end_time 
-) 
-
+)
 
 , daily_total_occupancy AS (
     SELECT 
-        start_date.space_id,
-        dim_date.daily_date,
+        t.space_id,
+        DATE(t.start_time) AS occupancy_date,
         86,400 - COALESCE(SUM(o.overlap_duration_seconds), 0) AS total_occupancy_seconds
-    FROM dim_date
+    FROM time_intervals t
     LEFT JOIN overlaping_none_presence o
-        --ON t.space_id = o.space_id 
-        ON dim_date.daily_date = o.overlap_start::date
-        --AND t.start_time < o.overlap_end 
-       -- AND o.overlap_start < t.end_time 
-    left join start_date
-    	on start_date.space_id = o.space_id
-    GROUP BY 1,2
+        ON t.space_id = o.space_id 
+        AND t.start_time < o.overlap_end 
+        AND o.overlap_start < t.end_time 
+    GROUP BY t.space_id, DATE(t.start_time)
 )
 
-SELECT * FROM daily_total_occupancy
+SELECT * FROM daily_total_occupancy
+
+

fact_device_user_permission/fact_device_user_permission.sql

@@ -11,4 +11,5 @@ left join "permission-type" pt
 left join device
 	on device."uuid" =dup.device_uuid 
 LEFT JOIN product
-        ON product.uuid = device.product_device_uuid
+        ON product.uuid = device.product_device_uuid;
+