text: -- This SQL code was generated by sklearn2sql (development version).
  -- Copyright 2018
  
  -- Model : CaretRegressor_cforest_pca
  -- Dataset : RandomReg_10
  -- Database : sqlite
  
  
  -- This SQL code can contain one or more statements, to be executed in the order they appear in this file.
  
  
  
  -- Model deployment code
  
  WITH "RF_0" AS 
  (WITH "ADS_sca_1_OUT" AS 
  (SELECT "ADS"."KEY" AS "KEY", (CAST("ADS"."Feature_0" AS FLOAT) - 0.1668094729813739) / 1.03547567419981 AS "Feature_0", (CAST("ADS"."Feature_1" AS FLOAT) - -0.1635127199444346) / 0.9978373487111776 AS "Feature_1", (CAST("ADS"."Feature_2" AS FLOAT) - 0.19149292241003152) / 0.9379956714934372 AS "Feature_2", (CAST("ADS"."Feature_3" AS FLOAT) - 0.05838484475305535) / 1.092422041481253 AS "Feature_3", (CAST("ADS"."Feature_4" AS FLOAT) - -0.09933205162122273) / 1.081168997121092 AS "Feature_4", (CAST("ADS"."Feature_5" AS FLOAT) - 0.21293121660488026) / 0.9417116446342017 AS "Feature_5", (CAST("ADS"."Feature_6" AS FLOAT) - 0.0478655686900296) / 1.1435269275597653 AS "Feature_6", (CAST("ADS"."Feature_7" AS FLOAT) - 0.05078698959084227) / 0.9786817421858578 AS "Feature_7", (CAST("ADS"."Feature_8" AS FLOAT) - -0.19131992259081876) / 1.1488000469275086 AS "Feature_8", (CAST("ADS"."Feature_9" AS FLOAT) - 0.1994040567747336) / 0.8878119561240071 AS "Feature_9" 
  FROM "RandomReg_10" AS "ADS"), 
  "ADS_pre_1_OUT" AS 
  (SELECT "ADS_sca_1_OUT"."KEY" AS "KEY", "ADS_sca_1_OUT"."Feature_0" * 0.1456841447657754 + "ADS_sca_1_OUT"."Feature_1" * 0.01052326111479696 + "ADS_sca_1_OUT"."Feature_2" * 0.06914860134209275 + "ADS_sca_1_OUT"."Feature_3" * 0.395081446850409 + "ADS_sca_1_OUT"."Feature_4" * 0.5653788508678024 + "ADS_sca_1_OUT"."Feature_5" * -0.4234978636491337 + "ADS_sca_1_OUT"."Feature_6" * -0.13347391731421338 + "ADS_sca_1_OUT"."Feature_7" * 0.5073597310574229 + "ADS_sca_1_OUT"."Feature_8" * 0.17681881915451916 + "ADS_sca_1_OUT"."Feature_9" * 0.11089070562205412 AS "PC1", "ADS_sca_1_OUT"."Feature_0" * -0.28606729371603284 + "ADS_sca_1_OUT"."Feature_1" * -0.1416224223949325 + "ADS_sca_1_OUT"."Feature_2" * -0.21284760934172509 + "ADS_sca_1_OUT"."Feature_3" * -0.2570681745801655 + "ADS_sca_1_OUT"."Feature_4" * 0.22505517518455515 + "ADS_sca_1_OUT"."Feature_5" * -0.01568473246748345 + "ADS_sca_1_OUT"."Feature_6" * -0.5725136264722785 + "ADS_sca_1_OUT"."Feature_7" * -0.08820208123478704 + "ADS_sca_1_OUT"."Feature_8" * -0.3605522366090105 + "ADS_sca_1_OUT"."Feature_9" * 0.5198800093216087 AS "PC2", "ADS_sca_1_OUT"."Feature_0" * 0.3393859060808712 + "ADS_sca_1_OUT"."Feature_1" * 0.4706204946180642 + "ADS_sca_1_OUT"."Feature_2" * 0.4682237189969609 + "ADS_sca_1_OUT"."Feature_3" * -0.24873660011955734 + "ADS_sca_1_OUT"."Feature_4" * 0.30955843893203433 + "ADS_sca_1_OUT"."Feature_5" * 0.27598076274469385 + "ADS_sca_1_OUT"."Feature_6" * -0.3878587432228167 + "ADS_sca_1_OUT"."Feature_7" * -0.1713140961495792 + "ADS_sca_1_OUT"."Feature_8" * 0.041332656018300086 + "ADS_sca_1_OUT"."Feature_9" * -0.16954966329100976 AS "PC3", "ADS_sca_1_OUT"."Feature_0" * 0.38499125608277135 + "ADS_sca_1_OUT"."Feature_1" * -0.4892407072526046 + "ADS_sca_1_OUT"."Feature_2" * 0.4525070336744841 + "ADS_sca_1_OUT"."Feature_3" * -0.11446163468336185 + "ADS_sca_1_OUT"."Feature_4" * -0.08228589793601762 + "ADS_sca_1_OUT"."Feature_5" * 0.05835205758419686 + "ADS_sca_1_OUT"."Feature_6" * 0.13193485154948764 + "ADS_sca_1_OUT"."Feature_7" * 0.2747942471701797 + "ADS_sca_1_OUT"."Feature_8" * -0.535971424967745 + "ADS_sca_1_OUT"."Feature_9" * 0.06481665241973472 AS "PC4", "ADS_sca_1_OUT"."Feature_0" * -0.4241318059513543 + "ADS_sca_1_OUT"."Feature_1" * -0.12904202328161374 + "ADS_sca_1_OUT"."Feature_2" * 0.4375442860931951 + "ADS_sca_1_OUT"."Feature_3" * 0.3534858161601103 + "ADS_sca_1_OUT"."Feature_4" * 0.14097295746133154 + "ADS_sca_1_OUT"."Feature_5" * 0.5320793223160138 + "ADS_sca_1_OUT"."Feature_6" * 0.15027430836617292 + "ADS_sca_1_OUT"."Feature_7" * -0.03078935335662195 + "ADS_sca_1_OUT"."Feature_8" * 0.20609808144469807 + "ADS_sca_1_OUT"."Feature_9" * 0.3436198360204909 AS "PC5", "ADS_sca_1_OUT"."Feature_0" * 0.16994011109828247 + "ADS_sca_1_OUT"."Feature_1" * 0.33484071907765084 + "ADS_sca_1_OUT"."Feature_2" * 0.10471628928699762 + "ADS_sca_1_OUT"."Feature_3" * 0.5541013299742117 + "ADS_sca_1_OUT"."Feature_4" * -0.14490660804802982 + "ADS_sca_1_OUT"."Feature_5" * -0.26123038722761205 + "ADS_sca_1_OUT"."Feature_6" * 0.06579599409431937 + "ADS_sca_1_OUT"."Feature_7" * -0.4582634526572295 + "ADS_sca_1_OUT"."Feature_8" * -0.4058380481420916 + "ADS_sca_1_OUT"."Feature_9" * 0.26968500124997136 AS "PC6", "ADS_sca_1_OUT"."Feature_0" * 0.4370347300341415 + "ADS_sca_1_OUT"."Feature_1" * 0.3004814913700811 + "ADS_sca_1_OUT"."Feature_2" * -0.29942592437311427 + "ADS_sca_1_OUT"."Feature_3" * -0.04148829060270187 + "ADS_sca_1_OUT"."Feature_4" * -0.2386399066951679 + "ADS_sca_1_OUT"."Feature_5" * 0.3468575401295237 + "ADS_sca_1_OUT"."Feature_6" * 0.08868221205015787 + "ADS_sca_1_OUT"."Feature_7" * 0.35236441046927025 + "ADS_sca_1_OUT"."Feature_8" * 0.13869954974668547 + "ADS_sca_1_OUT"."Feature_9" * 0.5466373750783862 AS "PC7" 
  FROM "ADS_sca_1_OUT"), 
  "DT_node_lookup" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.2694399520459826) THEN CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.6134492966018974) THEN 3 ELSE 4 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.2673075110742848) THEN CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.3945773186242284) THEN 7 ELSE 8 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC2" <= -0.2918023751289129) THEN 10 ELSE 11 END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 3 AS nid, -302.551942308014 AS "E" UNION ALL SELECT 4 AS nid, -131.548143688125 AS "E" UNION ALL SELECT 7 AS nid, -59.3000408260536 AS "E" UNION ALL SELECT 8 AS nid, 25.1339780362193 AS "E" UNION ALL SELECT 10 AS nid, 253.62479461021 AS "E" UNION ALL SELECT 11 AS nid, 122.523806704071 AS "E") AS "Values"), 
  "DT_Output" AS 
  (SELECT "DT_node_lookup"."KEY" AS "KEY", "DT_node_lookup".node_id_2 AS node_id_2, "DT_node_data".nid AS nid, "DT_node_data"."E" AS "E" 
  FROM "DT_node_lookup" LEFT OUTER JOIN "DT_node_data" ON "DT_node_lookup".node_id_2 = "DT_node_data".nid), 
  "RF_Model_0" AS 
  (SELECT "DT_Output"."KEY" AS "KEY", "DT_Output"."E" AS "Estimator" 
  FROM "DT_Output"), 
  "DT_node_lookup_1" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.167946173302749) THEN CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.3367376514323165) THEN 3 ELSE 4 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.2167732503008554) THEN 6 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= 1.1189966309521808) THEN CASE WHEN ("ADS_pre_1_OUT"."PC4" <= -0.2613573979174722) THEN 9 ELSE 10 END ELSE 11 END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_1" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 3 AS nid, -229.46887131758498 AS "E" UNION ALL SELECT 4 AS nid, -53.6997478581188 AS "E" UNION ALL SELECT 6 AS nid, -21.8773687628331 AS "E" UNION ALL SELECT 9 AS nid, 133.987685612903 AS "E" UNION ALL SELECT 10 AS nid, 204.442430241582 AS "E" UNION ALL SELECT 11 AS nid, 349.77520299814597 AS "E") AS "Values"), 
  "DT_Output_1" AS 
  (SELECT "DT_node_lookup_1"."KEY" AS "KEY", "DT_node_lookup_1".node_id_2 AS node_id_2, "DT_node_data_1".nid AS nid, "DT_node_data_1"."E" AS "E" 
  FROM "DT_node_lookup_1" LEFT OUTER JOIN "DT_node_data_1" ON "DT_node_lookup_1".node_id_2 = "DT_node_data_1".nid), 
  "RF_Model_1" AS 
  (SELECT "DT_Output_1"."KEY" AS "KEY", "DT_Output_1"."E" AS "Estimator" 
  FROM "DT_Output_1"), 
  "DT_node_lookup_2" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.4990877547472369) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.9500640236532384) THEN 3 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.09287611274202033) THEN CASE WHEN ("ADS_pre_1_OUT"."PC2" <= 0.2008411091544929) THEN 6 ELSE 7 END ELSE 8 END END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= 0.1614404792955181) THEN 10 ELSE 11 END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_2" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 3 AS nid, -222.813636576023 AS "E" UNION ALL SELECT 6 AS nid, 29.683820153931602 AS "E" UNION ALL SELECT 7 AS nid, -143.268533945754 AS "E" UNION ALL SELECT 8 AS nid, 92.19408408419649 AS "E" UNION ALL SELECT 10 AS nid, -6.92195160229249 AS "E" UNION ALL SELECT 11 AS nid, 294.12696198489897 AS "E") AS "Values"), 
  "DT_Output_2" AS 
  (SELECT "DT_node_lookup_2"."KEY" AS "KEY", "DT_node_lookup_2".node_id_2 AS node_id_2, "DT_node_data_2".nid AS nid, "DT_node_data_2"."E" AS "E" 
  FROM "DT_node_lookup_2" LEFT OUTER JOIN "DT_node_data_2" ON "DT_node_lookup_2".node_id_2 = "DT_node_data_2".nid), 
  "RF_Model_2" AS 
  (SELECT "DT_Output_2"."KEY" AS "KEY", "DT_Output_2"."E" AS "Estimator" 
  FROM "DT_Output_2"), 
  "DT_node_lookup_3" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.2167732503008554) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.2694399520459826) THEN 3 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.7223704505616079) THEN 5 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC1" <= -0.6629331860390943) THEN 7 ELSE 8 END END END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.1272297746348978) THEN 10 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC6" <= -0.4056125453965342) THEN 12 ELSE 13 END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_3" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 3 AS nid, -237.34073618664902 AS "E" UNION ALL SELECT 5 AS nid, -96.47356993060622 AS "E" UNION ALL SELECT 7 AS nid, -6.8082916817073205 AS "E" UNION ALL SELECT 8 AS nid, 65.3798455621112 AS "E" UNION ALL SELECT 10 AS nid, -37.0027239864474 AS "E" UNION ALL SELECT 12 AS nid, 370.96159344973603 AS "E" UNION ALL SELECT 13 AS nid, 254.882809377594 AS "E") AS "Values"), 
  "DT_Output_3" AS 
  (SELECT "DT_node_lookup_3"."KEY" AS "KEY", "DT_node_lookup_3".node_id_2 AS node_id_2, "DT_node_data_3".nid AS nid, "DT_node_data_3"."E" AS "E" 
  FROM "DT_node_lookup_3" LEFT OUTER JOIN "DT_node_data_3" ON "DT_node_lookup_3".node_id_2 = "DT_node_data_3".nid), 
  "RF_Model_3" AS 
  (SELECT "DT_Output_3"."KEY" AS "KEY", "DT_Output_3"."E" AS "Estimator" 
  FROM "DT_Output_3"), 
  "DT_node_lookup_4" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.4149310570126129) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.9500640236532384) THEN 3 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.4327585950750655) THEN 5 ELSE 6 END END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC1" <= -0.9808477147925831) THEN 8 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC2" <= -0.2918023751289129) THEN 10 ELSE 11 END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_4" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 3 AS nid, -304.78525613366503 AS "E" UNION ALL SELECT 5 AS nid, -179.358444946835 AS "E" UNION ALL SELECT 6 AS nid, -49.7030958121354 AS "E" UNION ALL SELECT 8 AS nid, -44.852326164440896 AS "E" UNION ALL SELECT 10 AS nid, 285.929477444016 AS "E" UNION ALL SELECT 11 AS nid, 111.98169773334999 AS "E") AS "Values"), 
  "DT_Output_4" AS 
  (SELECT "DT_node_lookup_4"."KEY" AS "KEY", "DT_node_lookup_4".node_id_2 AS node_id_2, "DT_node_data_4".nid AS nid, "DT_node_data_4"."E" AS "E" 
  FROM "DT_node_lookup_4" LEFT OUTER JOIN "DT_node_data_4" ON "DT_node_lookup_4".node_id_2 = "DT_node_data_4".nid), 
  "RF_Model_4" AS 
  (SELECT "DT_Output_4"."KEY" AS "KEY", "DT_Output_4"."E" AS "Estimator" 
  FROM "DT_Output_4"), 
  "DT_node_lookup_5" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.9500640236532384) THEN 2 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.9193405616347976) THEN 4 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC1" <= 0.25155866106250196) THEN CASE WHEN ("ADS_pre_1_OUT"."PC6" <= 0.5851646583545407) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.009276331754072985) THEN 8 ELSE 9 END ELSE 10 END ELSE 11 END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_5" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 2 AS nid, -256.167569762592 AS "E" UNION ALL SELECT 4 AS nid, -98.3572935332103 AS "E" UNION ALL SELECT 8 AS nid, -69.49452720447489 AS "E" UNION ALL SELECT 9 AS nid, 61.3284311460911 AS "E" UNION ALL SELECT 10 AS nid, 200.72291295724702 AS "E" UNION ALL SELECT 11 AS nid, 235.709346125169 AS "E") AS "Values"), 
  "DT_Output_5" AS 
  (SELECT "DT_node_lookup_5"."KEY" AS "KEY", "DT_node_lookup_5".node_id_2 AS node_id_2, "DT_node_data_5".nid AS nid, "DT_node_data_5"."E" AS "E" 
  FROM "DT_node_lookup_5" LEFT OUTER JOIN "DT_node_data_5" ON "DT_node_lookup_5".node_id_2 = "DT_node_data_5".nid), 
  "RF_Model_5" AS 
  (SELECT "DT_Output_5"."KEY" AS "KEY", "DT_Output_5"."E" AS "Estimator" 
  FROM "DT_Output_5"), 
  "DT_node_lookup_6" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.2167732503008554) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.9356203182642264) THEN CASE WHEN ("ADS_pre_1_OUT"."PC4" <= 0.1893512959242515) THEN 4 ELSE 5 END ELSE 6 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.6133837519338573) THEN 8 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC2" <= -0.8912438975934812) THEN 10 ELSE 11 END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_6" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 4 AS nid, -78.3492722641712 AS "E" UNION ALL SELECT 5 AS nid, -202.52311877851398 AS "E" UNION ALL SELECT 6 AS nid, 79.7542669379986 AS "E" UNION ALL SELECT 8 AS nid, -121.66137064623501 AS "E" UNION ALL SELECT 10 AS nid, 333.253456926907 AS "E" UNION ALL SELECT 11 AS nid, 152.32910843352698 AS "E") AS "Values"), 
  "DT_Output_6" AS 
  (SELECT "DT_node_lookup_6"."KEY" AS "KEY", "DT_node_lookup_6".node_id_2 AS node_id_2, "DT_node_data_6".nid AS nid, "DT_node_data_6"."E" AS "E" 
  FROM "DT_node_lookup_6" LEFT OUTER JOIN "DT_node_data_6" ON "DT_node_lookup_6".node_id_2 = "DT_node_data_6".nid), 
  "RF_Model_6" AS 
  (SELECT "DT_Output_6"."KEY" AS "KEY", "DT_Output_6"."E" AS "Estimator" 
  FROM "DT_Output_6"), 
  "DT_node_lookup_7" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -1.2313586840909958) THEN 2 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.7459444119925254) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.9356203182642264) THEN 5 ELSE 6 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.1272297746348978) THEN CASE WHEN ("ADS_pre_1_OUT"."PC2" <= -0.1253688313026569) THEN 9 ELSE 10 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC1" <= 0.4540528038027842) THEN 12 ELSE 13 END END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_7" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 2 AS nid, -286.039768291653 AS "E" UNION ALL SELECT 5 AS nid, -128.968495507236 AS "E" UNION ALL SELECT 6 AS nid, 50.043887517098504 AS "E" UNION ALL SELECT 9 AS nid, 117.567403271271 AS "E" UNION ALL SELECT 10 AS nid, -90.15882384352379 AS "E" UNION ALL SELECT 12 AS nid, 211.30402799776402 AS "E" UNION ALL SELECT 13 AS nid, 310.199531891315 AS "E") AS "Values"), 
  "DT_Output_7" AS 
  (SELECT "DT_node_lookup_7"."KEY" AS "KEY", "DT_node_lookup_7".node_id_2 AS node_id_2, "DT_node_data_7".nid AS nid, "DT_node_data_7"."E" AS "E" 
  FROM "DT_node_lookup_7" LEFT OUTER JOIN "DT_node_data_7" ON "DT_node_lookup_7".node_id_2 = "DT_node_data_7".nid), 
  "RF_Model_7" AS 
  (SELECT "DT_Output_7"."KEY" AS "KEY", "DT_Output_7"."E" AS "Estimator" 
  FROM "DT_Output_7"), 
  "DT_node_lookup_8" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC3" <= 0.1964533731418796) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.3422335782892436) THEN 3 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.9821605550462054) THEN 5 ELSE 6 END END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC1" <= 0.7349426773102248) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.4212665615314651) THEN 9 ELSE 10 END ELSE 11 END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_8" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 3 AS nid, -228.576874569331 AS "E" UNION ALL SELECT 5 AS nid, -126.83617663873501 AS "E" UNION ALL SELECT 6 AS nid, 75.0925180862007 AS "E" UNION ALL SELECT 9 AS nid, -9.07664265259341 AS "E" UNION ALL SELECT 10 AS nid, 238.60550477891002 AS "E" UNION ALL SELECT 11 AS nid, 362.524310413601 AS "E") AS "Values"), 
  "DT_Output_8" AS 
  (SELECT "DT_node_lookup_8"."KEY" AS "KEY", "DT_node_lookup_8".node_id_2 AS node_id_2, "DT_node_data_8".nid AS nid, "DT_node_data_8"."E" AS "E" 
  FROM "DT_node_lookup_8" LEFT OUTER JOIN "DT_node_data_8" ON "DT_node_lookup_8".node_id_2 = "DT_node_data_8".nid), 
  "RF_Model_8" AS 
  (SELECT "DT_Output_8"."KEY" AS "KEY", "DT_Output_8"."E" AS "Estimator" 
  FROM "DT_Output_8"), 
  "DT_node_lookup_9" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.3274558281812049) THEN CASE WHEN ("ADS_pre_1_OUT"."PC7" <= 1.0677707120642421) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -1.156498802077135) THEN 4 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -1.054523160892976) THEN 6 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.2694399520459826) THEN 8 ELSE 9 END END END ELSE 10 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC1" <= -0.04951678881046506) THEN 12 ELSE 13 END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_9" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 4 AS nid, -293.14486720808 AS "E" UNION ALL SELECT 6 AS nid, -189.41151036365503 AS "E" UNION ALL SELECT 8 AS nid, -70.1054058440146 AS "E" UNION ALL SELECT 9 AS nid, -16.142428613271402 AS "E" UNION ALL SELECT 10 AS nid, 196.718362061197 AS "E" UNION ALL SELECT 12 AS nid, 20.7668552599662 AS "E" UNION ALL SELECT 13 AS nid, 312.772216607146 AS "E") AS "Values"), 
  "DT_Output_9" AS 
  (SELECT "DT_node_lookup_9"."KEY" AS "KEY", "DT_node_lookup_9".node_id_2 AS node_id_2, "DT_node_data_9".nid AS nid, "DT_node_data_9"."E" AS "E" 
  FROM "DT_node_lookup_9" LEFT OUTER JOIN "DT_node_data_9" ON "DT_node_lookup_9".node_id_2 = "DT_node_data_9".nid), 
  "RF_Model_9" AS 
  (SELECT "DT_Output_9"."KEY" AS "KEY", "DT_Output_9"."E" AS "Estimator" 
  FROM "DT_Output_9")
   SELECT "RF_esu_0"."KEY", "RF_esu_0"."Estimator" 
  FROM (SELECT "RF_Model_0"."KEY" AS "KEY", CAST("RF_Model_0"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_0" UNION ALL SELECT "RF_Model_1"."KEY" AS "KEY", CAST("RF_Model_1"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_1" UNION ALL SELECT "RF_Model_2"."KEY" AS "KEY", CAST("RF_Model_2"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_2" UNION ALL SELECT "RF_Model_3"."KEY" AS "KEY", CAST("RF_Model_3"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_3" UNION ALL SELECT "RF_Model_4"."KEY" AS "KEY", CAST("RF_Model_4"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_4" UNION ALL SELECT "RF_Model_5"."KEY" AS "KEY", CAST("RF_Model_5"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_5" UNION ALL SELECT "RF_Model_6"."KEY" AS "KEY", CAST("RF_Model_6"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_6" UNION ALL SELECT "RF_Model_7"."KEY" AS "KEY", CAST("RF_Model_7"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_7" UNION ALL SELECT "RF_Model_8"."KEY" AS "KEY", CAST("RF_Model_8"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_8" UNION ALL SELECT "RF_Model_9"."KEY" AS "KEY", CAST("RF_Model_9"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_9") AS "RF_esu_0"), 
  "RF_1" AS 
  (WITH "ADS_sca_1_OUT" AS 
  (SELECT "ADS"."KEY" AS "KEY", (CAST("ADS"."Feature_0" AS FLOAT) - 0.1668094729813739) / 1.03547567419981 AS "Feature_0", (CAST("ADS"."Feature_1" AS FLOAT) - -0.1635127199444346) / 0.9978373487111776 AS "Feature_1", (CAST("ADS"."Feature_2" AS FLOAT) - 0.19149292241003152) / 0.9379956714934372 AS "Feature_2", (CAST("ADS"."Feature_3" AS FLOAT) - 0.05838484475305535) / 1.092422041481253 AS "Feature_3", (CAST("ADS"."Feature_4" AS FLOAT) - -0.09933205162122273) / 1.081168997121092 AS "Feature_4", (CAST("ADS"."Feature_5" AS FLOAT) - 0.21293121660488026) / 0.9417116446342017 AS "Feature_5", (CAST("ADS"."Feature_6" AS FLOAT) - 0.0478655686900296) / 1.1435269275597653 AS "Feature_6", (CAST("ADS"."Feature_7" AS FLOAT) - 0.05078698959084227) / 0.9786817421858578 AS "Feature_7", (CAST("ADS"."Feature_8" AS FLOAT) - -0.19131992259081876) / 1.1488000469275086 AS "Feature_8", (CAST("ADS"."Feature_9" AS FLOAT) - 0.1994040567747336) / 0.8878119561240071 AS "Feature_9" 
  FROM "RandomReg_10" AS "ADS"), 
  "ADS_pre_1_OUT" AS 
  (SELECT "ADS_sca_1_OUT"."KEY" AS "KEY", "ADS_sca_1_OUT"."Feature_0" * 0.1456841447657754 + "ADS_sca_1_OUT"."Feature_1" * 0.01052326111479696 + "ADS_sca_1_OUT"."Feature_2" * 0.06914860134209275 + "ADS_sca_1_OUT"."Feature_3" * 0.395081446850409 + "ADS_sca_1_OUT"."Feature_4" * 0.5653788508678024 + "ADS_sca_1_OUT"."Feature_5" * -0.4234978636491337 + "ADS_sca_1_OUT"."Feature_6" * -0.13347391731421338 + "ADS_sca_1_OUT"."Feature_7" * 0.5073597310574229 + "ADS_sca_1_OUT"."Feature_8" * 0.17681881915451916 + "ADS_sca_1_OUT"."Feature_9" * 0.11089070562205412 AS "PC1", "ADS_sca_1_OUT"."Feature_0" * -0.28606729371603284 + "ADS_sca_1_OUT"."Feature_1" * -0.1416224223949325 + "ADS_sca_1_OUT"."Feature_2" * -0.21284760934172509 + "ADS_sca_1_OUT"."Feature_3" * -0.2570681745801655 + "ADS_sca_1_OUT"."Feature_4" * 0.22505517518455515 + "ADS_sca_1_OUT"."Feature_5" * -0.01568473246748345 + "ADS_sca_1_OUT"."Feature_6" * -0.5725136264722785 + "ADS_sca_1_OUT"."Feature_7" * -0.08820208123478704 + "ADS_sca_1_OUT"."Feature_8" * -0.3605522366090105 + "ADS_sca_1_OUT"."Feature_9" * 0.5198800093216087 AS "PC2", "ADS_sca_1_OUT"."Feature_0" * 0.3393859060808712 + "ADS_sca_1_OUT"."Feature_1" * 0.4706204946180642 + "ADS_sca_1_OUT"."Feature_2" * 0.4682237189969609 + "ADS_sca_1_OUT"."Feature_3" * -0.24873660011955734 + "ADS_sca_1_OUT"."Feature_4" * 0.30955843893203433 + "ADS_sca_1_OUT"."Feature_5" * 0.27598076274469385 + "ADS_sca_1_OUT"."Feature_6" * -0.3878587432228167 + "ADS_sca_1_OUT"."Feature_7" * -0.1713140961495792 + "ADS_sca_1_OUT"."Feature_8" * 0.041332656018300086 + "ADS_sca_1_OUT"."Feature_9" * -0.16954966329100976 AS "PC3", "ADS_sca_1_OUT"."Feature_0" * 0.38499125608277135 + "ADS_sca_1_OUT"."Feature_1" * -0.4892407072526046 + "ADS_sca_1_OUT"."Feature_2" * 0.4525070336744841 + "ADS_sca_1_OUT"."Feature_3" * -0.11446163468336185 + "ADS_sca_1_OUT"."Feature_4" * -0.08228589793601762 + "ADS_sca_1_OUT"."Feature_5" * 0.05835205758419686 + "ADS_sca_1_OUT"."Feature_6" * 0.13193485154948764 + "ADS_sca_1_OUT"."Feature_7" * 0.2747942471701797 + "ADS_sca_1_OUT"."Feature_8" * -0.535971424967745 + "ADS_sca_1_OUT"."Feature_9" * 0.06481665241973472 AS "PC4", "ADS_sca_1_OUT"."Feature_0" * -0.4241318059513543 + "ADS_sca_1_OUT"."Feature_1" * -0.12904202328161374 + "ADS_sca_1_OUT"."Feature_2" * 0.4375442860931951 + "ADS_sca_1_OUT"."Feature_3" * 0.3534858161601103 + "ADS_sca_1_OUT"."Feature_4" * 0.14097295746133154 + "ADS_sca_1_OUT"."Feature_5" * 0.5320793223160138 + "ADS_sca_1_OUT"."Feature_6" * 0.15027430836617292 + "ADS_sca_1_OUT"."Feature_7" * -0.03078935335662195 + "ADS_sca_1_OUT"."Feature_8" * 0.20609808144469807 + "ADS_sca_1_OUT"."Feature_9" * 0.3436198360204909 AS "PC5", "ADS_sca_1_OUT"."Feature_0" * 0.16994011109828247 + "ADS_sca_1_OUT"."Feature_1" * 0.33484071907765084 + "ADS_sca_1_OUT"."Feature_2" * 0.10471628928699762 + "ADS_sca_1_OUT"."Feature_3" * 0.5541013299742117 + "ADS_sca_1_OUT"."Feature_4" * -0.14490660804802982 + "ADS_sca_1_OUT"."Feature_5" * -0.26123038722761205 + "ADS_sca_1_OUT"."Feature_6" * 0.06579599409431937 + "ADS_sca_1_OUT"."Feature_7" * -0.4582634526572295 + "ADS_sca_1_OUT"."Feature_8" * -0.4058380481420916 + "ADS_sca_1_OUT"."Feature_9" * 0.26968500124997136 AS "PC6", "ADS_sca_1_OUT"."Feature_0" * 0.4370347300341415 + "ADS_sca_1_OUT"."Feature_1" * 0.3004814913700811 + "ADS_sca_1_OUT"."Feature_2" * -0.29942592437311427 + "ADS_sca_1_OUT"."Feature_3" * -0.04148829060270187 + "ADS_sca_1_OUT"."Feature_4" * -0.2386399066951679 + "ADS_sca_1_OUT"."Feature_5" * 0.3468575401295237 + "ADS_sca_1_OUT"."Feature_6" * 0.08868221205015787 + "ADS_sca_1_OUT"."Feature_7" * 0.35236441046927025 + "ADS_sca_1_OUT"."Feature_8" * 0.13869954974668547 + "ADS_sca_1_OUT"."Feature_9" * 0.5466373750783862 AS "PC7" 
  FROM "ADS_sca_1_OUT"), 
  "DT_node_lookup_10" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.4149310570126129) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -1.156498802077135) THEN 3 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= 0.24522072717357699) THEN 5 ELSE 6 END END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC2" <= 0.6482400969559954) THEN CASE WHEN ("ADS_pre_1_OUT"."PC3" <= 0.1414248270675525) THEN 9 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.4847633974176411) THEN 11 ELSE 12 END END ELSE 13 END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_10" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 3 AS nid, -270.111788151373 AS "E" UNION ALL SELECT 5 AS nid, -116.512333305698 AS "E" UNION ALL SELECT 6 AS nid, 72.94313099312009 AS "E" UNION ALL SELECT 9 AS nid, 87.5725153351289 AS "E" UNION ALL SELECT 11 AS nid, 209.542514200565 AS "E" UNION ALL SELECT 12 AS nid, 290.574881445634 AS "E" UNION ALL SELECT 13 AS nid, -35.260512512667106 AS "E") AS "Values"), 
  "DT_Output_10" AS 
  (SELECT "DT_node_lookup_10"."KEY" AS "KEY", "DT_node_lookup_10".node_id_2 AS node_id_2, "DT_node_data_10".nid AS nid, "DT_node_data_10"."E" AS "E" 
  FROM "DT_node_lookup_10" LEFT OUTER JOIN "DT_node_data_10" ON "DT_node_lookup_10".node_id_2 = "DT_node_data_10".nid), 
  "RF_Model_10" AS 
  (SELECT "DT_Output_10"."KEY" AS "KEY", "DT_Output_10"."E" AS "Estimator" 
  FROM "DT_Output_10"), 
  "DT_node_lookup_11" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.4385640837333148) THEN 2 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.2167732503008554) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.3058436057655418) THEN 5 ELSE 6 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.1272297746348978) THEN 8 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= 0.07710865567711384) THEN 10 ELSE 11 END END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_11" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 2 AS nid, -217.91295167935502 AS "E" UNION ALL SELECT 5 AS nid, -95.5099733784326 AS "E" UNION ALL SELECT 6 AS nid, 23.8689861824372 AS "E" UNION ALL SELECT 8 AS nid, 33.1985628135921 AS "E" UNION ALL SELECT 10 AS nid, 181.222436387911 AS "E" UNION ALL SELECT 11 AS nid, 304.934946918707 AS "E") AS "Values"), 
  "DT_Output_11" AS 
  (SELECT "DT_node_lookup_11"."KEY" AS "KEY", "DT_node_lookup_11".node_id_2 AS node_id_2, "DT_node_data_11".nid AS nid, "DT_node_data_11"."E" AS "E" 
  FROM "DT_node_lookup_11" LEFT OUTER JOIN "DT_node_data_11" ON "DT_node_lookup_11".node_id_2 = "DT_node_data_11".nid), 
  "RF_Model_11" AS 
  (SELECT "DT_Output_11"."KEY" AS "KEY", "DT_Output_11"."E" AS "Estimator" 
  FROM "DT_Output_11"), 
  "DT_node_lookup_12" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.3274558281812049) THEN CASE WHEN ("ADS_pre_1_OUT"."PC2" <= 0.2096035549332041) THEN CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.3949699508645727) THEN 4 ELSE 5 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC4" <= 0.1804986141962642) THEN 7 ELSE 8 END END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.1272297746348978) THEN 10 ELSE 11 END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_12" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 4 AS nid, -131.334809787832 AS "E" UNION ALL SELECT 5 AS nid, 128.417795123009 AS "E" UNION ALL SELECT 7 AS nid, -152.80517772031098 AS "E" UNION ALL SELECT 8 AS nid, -274.62407670411204 AS "E" UNION ALL SELECT 10 AS nid, -18.8707945584617 AS "E" UNION ALL SELECT 11 AS nid, 254.878695248428 AS "E") AS "Values"), 
  "DT_Output_12" AS 
  (SELECT "DT_node_lookup_12"."KEY" AS "KEY", "DT_node_lookup_12".node_id_2 AS node_id_2, "DT_node_data_12".nid AS nid, "DT_node_data_12"."E" AS "E" 
  FROM "DT_node_lookup_12" LEFT OUTER JOIN "DT_node_data_12" ON "DT_node_lookup_12".node_id_2 = "DT_node_data_12".nid), 
  "RF_Model_12" AS 
  (SELECT "DT_Output_12"."KEY" AS "KEY", "DT_Output_12"."E" AS "Estimator" 
  FROM "DT_Output_12"), 
  "DT_node_lookup_13" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.7673204768589836) THEN 2 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.2167732503008554) THEN CASE WHEN ("ADS_pre_1_OUT"."PC7" <= 0.24522072717357699) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= 0.02403468926485994) THEN 6 ELSE 7 END ELSE 8 END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.1272297746348978) THEN 10 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.02278007859778994) THEN 12 ELSE 13 END END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_13" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 2 AS nid, -197.510259556864 AS "E" UNION ALL SELECT 6 AS nid, -96.42419623151 AS "E" UNION ALL SELECT 7 AS nid, -21.294008345136604 AS "E" UNION ALL SELECT 8 AS nid, 50.5593222309727 AS "E" UNION ALL SELECT 10 AS nid, 122.000599960845 AS "E" UNION ALL SELECT 12 AS nid, 238.776790033205 AS "E" UNION ALL SELECT 13 AS nid, 311.84775885275 AS "E") AS "Values"), 
  "DT_Output_13" AS 
  (SELECT "DT_node_lookup_13"."KEY" AS "KEY", "DT_node_lookup_13".node_id_2 AS node_id_2, "DT_node_data_13".nid AS nid, "DT_node_data_13"."E" AS "E" 
  FROM "DT_node_lookup_13" LEFT OUTER JOIN "DT_node_data_13" ON "DT_node_lookup_13".node_id_2 = "DT_node_data_13".nid), 
  "RF_Model_13" AS 
  (SELECT "DT_Output_13"."KEY" AS "KEY", "DT_Output_13"."E" AS "Estimator" 
  FROM "DT_Output_13"), 
  "DT_node_lookup_14" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.9500640236532384) THEN 2 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC7" <= -0.09287611274202033) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.2694399520459826) THEN 5 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.324876037649418) THEN 7 ELSE 8 END END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC1" <= -0.02730014252295379) THEN 10 ELSE 11 END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_14" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 2 AS nid, -235.576667576023 AS "E" UNION ALL SELECT 5 AS nid, -172.299666311889 AS "E" UNION ALL SELECT 7 AS nid, -83.4695493624085 AS "E" UNION ALL SELECT 8 AS nid, 19.479097699646303 AS "E" UNION ALL SELECT 10 AS nid, 113.83174916864799 AS "E" UNION ALL SELECT 11 AS nid, 286.88479915091 AS "E") AS "Values"), 
  "DT_Output_14" AS 
  (SELECT "DT_node_lookup_14"."KEY" AS "KEY", "DT_node_lookup_14".node_id_2 AS node_id_2, "DT_node_data_14".nid AS nid, "DT_node_data_14"."E" AS "E" 
  FROM "DT_node_lookup_14" LEFT OUTER JOIN "DT_node_data_14" ON "DT_node_lookup_14".node_id_2 = "DT_node_data_14".nid), 
  "RF_Model_14" AS 
  (SELECT "DT_Output_14"."KEY" AS "KEY", "DT_Output_14"."E" AS "Estimator" 
  FROM "DT_Output_14"), 
  "DT_node_lookup_15" AS 
  (SELECT "ADS_pre_1_OUT"."KEY" AS "KEY", CASE WHEN ("ADS_pre_1_OUT"."PC3" <= -0.2167732503008554) THEN CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.9500640236532384) THEN 3 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC6" <= -0.1234439633532429) THEN 5 ELSE 6 END END ELSE CASE WHEN ("ADS_pre_1_OUT"."PC5" <= -0.6133837519338573) THEN 8 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC2" <= -2.272689471745257) THEN 10 ELSE CASE WHEN ("ADS_pre_1_OUT"."PC2" <= 1.027179978898079) THEN CASE WHEN ("ADS_pre_1_OUT"."PC3" <= 0.9347593378444412) THEN 13 ELSE 14 END ELSE 15 END END END END AS node_id_2 
  FROM "ADS_pre_1_OUT"), 
  "DT_node_data_15" AS 
  (SELECT "Values".nid AS nid, "Values"."E" AS "E" 
  FROM (SELECT 3 AS nid, -275.950711972226 AS "E" UNION ALL SELECT 5 AS nid, 37.0291144741632 AS "E" UNION ALL SELECT 6 AS nid, -135.954826376527 AS "E" UNION ALL SELECT 8 AS nid, -16.9496388270558 AS "E" UNION ALL SELECT 10 AS nid, 400.38636244919604 AS "E" UNION ALL SELECT 13 AS nid, 192.65592101828702 AS "E" UNION ALL SELECT 14 AS nid, 270.302260783228 AS "E" UNION ALL SELECT 15 AS nid, 64.3593553965503 AS "E") AS "Values"), 
  "DT_Output_15" AS 
  (SELECT "DT_node_lookup_15"."KEY" AS "KEY", "DT_node_lookup_15".node_id_2 AS node_id_2, "DT_node_data_15".nid AS nid, "DT_node_data_15"."E" AS "E" 
  FROM "DT_node_lookup_15" LEFT OUTER JOIN "DT_node_data_15" ON "DT_node_lookup_15".node_id_2 = "DT_node_data_15".nid), 
  "RF_Model_15" AS 
  (SELECT "DT_Output_15"."KEY" AS "KEY", "DT_Output_15"."E" AS "Estimator" 
  FROM "DT_Output_15")
   SELECT "RF_esu_1"."KEY", "RF_esu_1"."Estimator" 
  FROM (SELECT "RF_Model_10"."KEY" AS "KEY", CAST("RF_Model_10"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_10" UNION ALL SELECT "RF_Model_11"."KEY" AS "KEY", CAST("RF_Model_11"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_11" UNION ALL SELECT "RF_Model_12"."KEY" AS "KEY", CAST("RF_Model_12"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_12" UNION ALL SELECT "RF_Model_13"."KEY" AS "KEY", CAST("RF_Model_13"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_13" UNION ALL SELECT "RF_Model_14"."KEY" AS "KEY", CAST("RF_Model_14"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_14" UNION ALL SELECT "RF_Model_15"."KEY" AS "KEY", CAST("RF_Model_15"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_Model_15") AS "RF_esu_1"), 
  "RF" AS 
  (SELECT "RFbig_esu"."KEY" AS "KEY", "RFbig_esu"."Estimator" AS "Estimator" 
  FROM (SELECT "RF_0"."KEY" AS "KEY", CAST("RF_0"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_0" UNION ALL SELECT "RF_1"."KEY" AS "KEY", CAST("RF_1"."Estimator" AS FLOAT) AS "Estimator" 
  FROM "RF_1") AS "RFbig_esu"), 
  "RF_avg" AS 
  (SELECT "T"."KEY" AS "KEY", CAST("T"."Estimator" AS FLOAT) AS "Estimator" 
  FROM (SELECT "RF"."KEY" AS "KEY", avg(CAST("RF"."Estimator" AS FLOAT)) AS "Estimator" 
  FROM "RF" GROUP BY "RF"."KEY") AS "T")
   SELECT "RF_avg"."KEY" AS "KEY", "RF_avg"."Estimator" AS "Estimator" 
  FROM "RF_avg"