### 'm'

parent 0e5b3e03
 ... ... @@ -1081,47 +1081,11 @@ OR diff_z > 10 select * FROM ( select station, network network1, prev_network network2, count_rinex, min_x - prev_min_x diff_min_x, max_y - prev_min_y diff_min_y, max_z - prev_min_z diff_min_z, max_x - prev_max_x diff_max_x, max_y - prev_max_y diff_max_y, max_z - prev_max_z diff_max_z, avg_x - prev_avg_x diff_avg_x, avg_y - prev_avg_y diff_avg_y, avg_z - prev_avg_z diff_avg_z FROM ( select station, network, count_rinex, lag(network) over (partition by station order by station, network) as prev_network, min_x, min_y, min_z, lag(min_x) over (partition by station order by station, network) as prev_min_x, lag(min_y) over (partition by station order by station, network) as prev_min_y, lag(min_z) over (partition by station order by station, network) as prev_min_z, max_x, max_y, max_z, lag(max_x) over (partition by station order by station, network) as prev_max_x, lag(max_y) over (partition by station order by station, network) as prev_max_y, lag(max_z) over (partition by station order by station, network) as prev_max_z, ​ #### Come sopra aggiungendo min e max della differenza e calcolato su una stazione per due reti #### Come sopra aggiungendo la mediana e calcolato su una singola stazione e due sole reti ``` select * FROM ( select ... ... @@ -1129,13 +1093,10 @@ FROM ( network network1, prev_network network2, count_rinex, min_x - prev_min_x diff_min_x, max_y - prev_min_y diff_min_y, max_z - prev_min_z diff_min_z, max_x - prev_max_x diff_max_x, max_y - prev_max_y diff_max_y, max_z - prev_max_z diff_max_z, median_x - prev_median_x diff_median_x, median_y - prev_median_y diff_median_y, median_z - prev_median_z diff_median_z, avg_x - prev_avg_x diff_avg_x, avg_y - prev_avg_y diff_avg_y, ... ... @@ -1147,16 +1108,10 @@ FROM ( count_rinex, lag(network) over (partition by station order by station, network) as prev_network, min_x, min_y, min_z, lag(min_x) over (partition by station order by station, network) as prev_min_x, lag(min_y) over (partition by station order by station, network) as prev_min_y, lag(min_z) over (partition by station order by station, network) as prev_min_z, max_x, max_y, max_z, lag(max_x) over (partition by station order by station, network) as prev_max_x, lag(max_y) over (partition by station order by station, network) as prev_max_y, lag(max_z) over (partition by station order by station, network) as prev_max_z, median_x, median_y, median_z, lag(median_x) over (partition by station order by station, network) as prev_median_x, lag(median_y) over (partition by station order by station, network) as prev_median_y, lag(median_z) over (partition by station order by station, network) as prev_median_z, avg_x, avg_y, avg_z, lag(avg_x) over (partition by station order by station, network) as prev_avg_x, ... ... @@ -1167,12 +1122,11 @@ FROM ( s.marker station, n.name network, count(*) count_rinex, round(min(x_crd_a), 3) min_x, round(min(y_crd_a), 3) min_y, round(min(z_crd_a), 3) min_z, round(max(x_crd_a), 3) max_x, round(max(y_crd_a), 3) max_y, round(max(z_crd_a), 3) max_z, percentile_disc(0.50) within group (order by x_crd_a) median_x, percentile_disc(0.50) within group (order by y_crd_a) median_y, percentile_disc(0.50) within group (order by z_crd_a) median_z, round(avg(x_crd_a), 3) avg_x, round(avg(y_crd_a), 3) avg_y, round(avg(z_crd_a), 3) avg_z ... ... @@ -1189,9 +1143,6 @@ FROM ( ORDER BY s.marker, n.name ) t ) t1 WHERE prev_avg_x IS NOT NULL ) t2 ```
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