explain.depesz.com

PostgreSQL's explain analyze made readable

Result: Qpk

Settings
# exclusive inclusive rows x rows loops node
1. 1,356.009 8,122.507 ↓ 53,633.0 53,633 1

Gather (cost=197,883.74..318,620.29 rows=1 width=8) (actual time=4,842.461..8,122.507 rows=53,633 loops=1)

  • Workers Planned: 2
  • Workers Launched: 1
2. 631.409 6,766.498 ↓ 26,816.0 26,816 2

Hash Join (cost=196,883.74..317,620.19 rows=1 width=8) (actual time=4,780.544..6,766.498 rows=26,816 loops=2)

  • Hash Cond: ((datas_part_0000009275.idaccount = datas_part_0000008825_1.idaccount) AND (datas_part_0000009275.source = datas_part_0000008825_1.source) AND (datas_part_0000009275.ideventtype = datas_part_0000008825_1.ideventtype) AND (datas_part_0000009275.idequipment = datas_part_0000008825_1.idequipment) AND (datas_part_0000009275.idstatustype = datas_part_0000008825_1.idstatustype) AND (datas_part_0000009275.dateevent = (max(datas_part_0000008825_1.dateevent))))
3. 0.000 1,355.473 ↓ 1.2 423,618 2

Parallel Append (cost=0.00..115,174.31 rows=353,152 width=60) (actual time=0.025..1,355.473 rows=423,618 loops=2)

4. 0.932 0.932 ↓ 1.7 1,291 1

Parallel Seq Scan on datas_part_0000009275 (cost=0.00..242.45 rows=745 width=60) (actual time=0.033..0.932 rows=1,291 loops=1)

5. 0.991 0.991 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009279 (cost=0.00..237.69 rows=769 width=60) (actual time=0.007..0.991 rows=1,320 loops=1)

6. 23.355 23.355 ↓ 1.7 1,301 1

Parallel Seq Scan on datas_part_0000008908 (cost=0.00..233.58 rows=758 width=60) (actual time=0.005..23.355 rows=1,301 loops=1)

7. 12.025 12.025 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000008904 (cost=0.00..232.61 rows=761 width=60) (actual time=0.007..12.025 rows=1,306 loops=1)

8. 0.903 0.903 ↓ 1.7 1,315 1

Parallel Seq Scan on datas_part_0000008901 (cost=0.00..226.74 rows=774 width=60) (actual time=0.006..0.903 rows=1,315 loops=1)

9. 10.475 10.475 ↓ 1.7 1,296 1

Parallel Seq Scan on datas_part_0000009276 (cost=0.00..223.54 rows=754 width=60) (actual time=0.006..10.475 rows=1,296 loops=1)

10. 0.892 0.892 ↓ 1.5 1,309 1

Parallel Seq Scan on datas_part_0000009326 (cost=0.00..221.50 rows=850 width=60) (actual time=0.010..0.892 rows=1,309 loops=1)

11. 6.920 6.920 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000008906 (cost=0.00..220.42 rows=742 width=60) (actual time=0.005..6.920 rows=1,279 loops=1)

12. 12.060 12.060 ↓ 1.7 1,488 1

Parallel Seq Scan on datas_part_0000009031 (cost=0.00..219.82 rows=882 width=60) (actual time=0.005..12.060 rows=1,488 loops=1)

13. 0.877 0.877 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000008939 (cost=0.00..217.68 rows=768 width=60) (actual time=0.007..0.877 rows=1,307 loops=1)

14. 0.854 0.854 ↓ 1.7 1,262 1

Parallel Seq Scan on datas_part_0000008897 (cost=0.00..217.47 rows=747 width=60) (actual time=0.006..0.854 rows=1,262 loops=1)

15. 6.539 6.539 ↓ 1.7 1,284 1

Parallel Seq Scan on datas_part_0000008898 (cost=0.00..216.49 rows=749 width=60) (actual time=0.006..6.539 rows=1,284 loops=1)

16. 0.945 0.945 ↓ 1.7 1,308 1

Parallel Seq Scan on datas_part_0000009459 (cost=0.00..213.69 rows=769 width=60) (actual time=0.006..0.945 rows=1,308 loops=1)

17. 1.023 1.023 ↓ 1.7 1,364 1

Parallel Seq Scan on datas_part_0000009193 (cost=0.00..212.02 rows=802 width=60) (actual time=0.007..1.023 rows=1,364 loops=1)

18. 0.919 0.919 ↓ 1.7 1,338 1

Parallel Seq Scan on datas_part_0000009281 (cost=0.00..211.87 rows=787 width=60) (actual time=0.006..0.919 rows=1,338 loops=1)

19. 3.780 3.780 ↓ 1.7 1,314 1

Parallel Seq Scan on datas_part_0000009278 (cost=0.00..209.65 rows=765 width=60) (actual time=0.006..3.780 rows=1,314 loops=1)

20. 1.053 1.053 ↓ 1.7 1,309 1

Parallel Seq Scan on datas_part_0000008841 (cost=0.00..207.70 rows=770 width=60) (actual time=0.007..1.053 rows=1,309 loops=1)

21. 8.084 8.084 ↓ 1.7 1,277 1

Parallel Seq Scan on datas_part_0000009300 (cost=0.00..206.42 rows=742 width=60) (actual time=0.006..8.084 rows=1,277 loops=1)

22. 0.976 0.976 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009054 (cost=0.00..205.72 rows=772 width=60) (actual time=0.006..0.976 rows=1,312 loops=1)

23. 0.977 0.977 ↓ 1.7 1,361 1

Parallel Seq Scan on datas_part_0000009261 (cost=0.00..205.01 rows=801 width=60) (actual time=0.006..0.977 rows=1,361 loops=1)

24. 0.951 0.951 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000009168 (cost=0.00..204.67 rows=767 width=60) (actual time=0.006..0.951 rows=1,304 loops=1)

25. 1.745 1.745 ↓ 1.8 1,382 1

Parallel Seq Scan on datas_part_0000009037 (cost=0.00..203.88 rows=788 width=60) (actual time=0.007..1.745 rows=1,382 loops=1)

26. 3.877 3.877 ↓ 1.7 1,299 1

Parallel Seq Scan on datas_part_0000009139 (cost=0.00..203.55 rows=755 width=60) (actual time=0.006..3.877 rows=1,299 loops=1)

27. 15.047 15.047 ↓ 1.7 1,496 1

Parallel Seq Scan on datas_part_0000009442 (cost=0.00..203.04 rows=904 width=60) (actual time=0.007..15.047 rows=1,496 loops=1)

28. 0.830 0.830 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009156 (cost=0.00..202.69 rows=769 width=60) (actual time=0.006..0.830 rows=1,307 loops=1)

29. 12.948 12.948 ↓ 1.8 1,286 1

Parallel Seq Scan on datas_part_0000009313 (cost=0.00..200.32 rows=732 width=60) (actual time=0.005..12.948 rows=1,286 loops=1)

30. 0.792 0.792 ↓ 1.7 1,334 1

Parallel Seq Scan on datas_part_0000009219 (cost=0.00..198.81 rows=781 width=60) (actual time=0.006..0.792 rows=1,334 loops=1)

31. 0.758 0.758 ↓ 1.7 1,330 1

Parallel Seq Scan on datas_part_0000009321 (cost=0.00..197.79 rows=779 width=60) (actual time=0.006..0.758 rows=1,330 loops=1)

32. 0.831 0.831 ↓ 1.7 1,328 1

Parallel Seq Scan on datas_part_0000009253 (cost=0.00..197.73 rows=773 width=60) (actual time=0.006..0.831 rows=1,328 loops=1)

33. 2.401 2.401 ↓ 1.5 1,294 1

Parallel Seq Scan on datas_part_0000008986 (cost=0.00..197.55 rows=855 width=60) (actual time=0.006..2.401 rows=1,294 loops=1)

34. 1.511 1.511 ↓ 1.7 1,237 1

Parallel Seq Scan on datas_part_0000008915 (cost=0.00..197.28 rows=728 width=60) (actual time=0.006..1.511 rows=1,237 loops=1)

35. 24.275 24.275 ↓ 1.7 1,218 1

Parallel Seq Scan on datas_part_0000009269 (cost=0.00..197.16 rows=716 width=60) (actual time=0.006..24.275 rows=1,218 loops=1)

36. 0.870 0.870 ↓ 1.7 1,361 1

Parallel Seq Scan on datas_part_0000009208 (cost=0.00..197.01 rows=801 width=60) (actual time=0.007..0.870 rows=1,361 loops=1)

37. 0.876 0.876 ↓ 1.7 1,336 1

Parallel Seq Scan on datas_part_0000009176 (cost=0.00..196.86 rows=786 width=60) (actual time=0.006..0.876 rows=1,336 loops=1)

38. 1.120 1.120 ↓ 1.8 1,345 1

Parallel Seq Scan on datas_part_0000009200 (cost=0.00..195.67 rows=767 width=60) (actual time=0.007..1.120 rows=1,345 loops=1)

39. 0.903 0.903 ↓ 1.7 1,310 1

Parallel Seq Scan on datas_part_0000009221 (cost=0.00..195.63 rows=763 width=60) (actual time=0.006..0.903 rows=1,310 loops=1)

40. 0.930 0.930 ↓ 1.7 1,368 1

Parallel Seq Scan on datas_part_0000009038 (cost=0.00..195.05 rows=805 width=60) (actual time=0.007..0.930 rows=1,368 loops=1)

41. 2.835 2.835 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000009056 (cost=0.00..194.77 rows=777 width=60) (actual time=0.007..2.835 rows=1,321 loops=1)

42. 1.146 1.146 ↓ 1.7 1,329 1

Parallel Seq Scan on datas_part_0000008941 (cost=0.00..194.74 rows=774 width=60) (actual time=0.006..1.146 rows=1,329 loops=1)

43. 0.949 0.949 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000009035 (cost=0.00..194.68 rows=768 width=60) (actual time=0.006..0.949 rows=1,318 loops=1)

44. 0.939 0.939 ↓ 1.7 1,291 1

Parallel Seq Scan on datas_part_0000008928 (cost=0.00..194.59 rows=759 width=60) (actual time=0.006..0.939 rows=1,291 loops=1)

45. 0.856 0.856 ↓ 1.7 1,355 1

Parallel Seq Scan on datas_part_0000009496 (cost=0.00..193.92 rows=792 width=60) (actual time=0.006..0.856 rows=1,355 loops=1)

46. 0.845 0.845 ↓ 1.7 1,327 1

Parallel Seq Scan on datas_part_0000009325 (cost=0.00..193.73 rows=773 width=60) (actual time=0.006..0.845 rows=1,327 loops=1)

47. 0.844 0.844 ↓ 1.7 1,302 1

Parallel Seq Scan on datas_part_0000009225 (cost=0.00..193.69 rows=769 width=60) (actual time=0.005..0.844 rows=1,302 loops=1)

48. 0.835 0.835 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009144 (cost=0.00..193.65 rows=765 width=60) (actual time=0.006..0.835 rows=1,312 loops=1)

49. 0.851 0.851 ↓ 1.7 1,303 1

Parallel Seq Scan on datas_part_0000009455 (cost=0.00..193.59 rows=759 width=60) (actual time=0.005..0.851 rows=1,303 loops=1)

50. 0.835 0.835 ↓ 1.7 1,292 1

Parallel Seq Scan on datas_part_0000009155 (cost=0.00..193.55 rows=755 width=60) (actual time=0.005..0.835 rows=1,292 loops=1)

51. 0.858 0.858 ↓ 1.7 1,283 1

Parallel Seq Scan on datas_part_0000009285 (cost=0.00..193.47 rows=747 width=60) (actual time=0.005..0.858 rows=1,283 loops=1)

52. 0.928 0.928 ↓ 1.7 1,371 1

Parallel Seq Scan on datas_part_0000009183 (cost=0.00..193.13 rows=813 width=60) (actual time=0.005..0.928 rows=1,371 loops=1)

53. 0.901 0.901 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009163 (cost=0.00..192.78 rows=778 width=60) (actual time=0.006..0.901 rows=1,325 loops=1)

54. 0.941 0.941 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000009439 (cost=0.00..192.71 rows=771 width=60) (actual time=0.006..0.941 rows=1,323 loops=1)

55. 0.839 0.839 ↓ 1.7 1,300 1

Parallel Seq Scan on datas_part_0000008873 (cost=0.00..192.65 rows=765 width=60) (actual time=0.006..0.839 rows=1,300 loops=1)

56. 0.913 0.913 ↓ 1.8 1,329 1

Parallel Seq Scan on datas_part_0000009248 (cost=0.00..192.57 rows=757 width=60) (actual time=0.006..0.913 rows=1,329 loops=1)

57. 0.864 0.864 ↓ 1.6 1,329 1

Parallel Seq Scan on datas_part_0000009097 (cost=0.00..192.31 rows=831 width=60) (actual time=0.007..0.864 rows=1,329 loops=1)

58. 0.819 0.819 ↓ 1.7 1,252 1

Parallel Seq Scan on datas_part_0000008900 (cost=0.00..192.29 rows=729 width=60) (actual time=0.006..0.819 rows=1,252 loops=1)

59. 0.855 0.855 ↓ 1.7 1,344 1

Parallel Seq Scan on datas_part_0000009317 (cost=0.00..191.91 rows=791 width=60) (actual time=0.006..0.855 rows=1,344 loops=1)

60. 0.890 0.890 ↓ 1.7 1,353 1

Parallel Seq Scan on datas_part_0000009286 (cost=0.00..191.89 rows=789 width=60) (actual time=0.006..0.890 rows=1,353 loops=1)

61. 0.940 0.940 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000008924 (cost=0.00..191.84 rows=784 width=60) (actual time=0.006..0.940 rows=1,332 loops=1)

62. 1.039 1.039 ↓ 1.7 1,328 1

Parallel Seq Scan on datas_part_0000009011 (cost=0.00..191.81 rows=781 width=60) (actual time=0.006..1.039 rows=1,328 loops=1)

63. 0.887 0.887 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000009196 (cost=0.00..191.72 rows=772 width=60) (actual time=0.006..0.887 rows=1,313 loops=1)

64. 0.834 0.834 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000009351 (cost=0.00..191.68 rows=768 width=60) (actual time=0.006..0.834 rows=1,306 loops=1)

65. 0.822 0.822 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000009323 (cost=0.00..191.66 rows=766 width=60) (actual time=0.005..0.822 rows=1,313 loops=1)

66. 0.853 0.853 ↓ 1.8 1,325 1

Parallel Seq Scan on datas_part_0000009490 (cost=0.00..191.55 rows=755 width=60) (actual time=0.006..0.853 rows=1,325 loops=1)

67. 0.860 0.860 ↓ 1.7 1,381 1

Parallel Seq Scan on datas_part_0000009034 (cost=0.00..191.10 rows=810 width=60) (actual time=0.005..0.860 rows=1,381 loops=1)

68. 0.884 0.884 ↓ 1.7 1,360 1

Parallel Seq Scan on datas_part_0000009191 (cost=0.00..191.00 rows=800 width=60) (actual time=0.005..0.884 rows=1,360 loops=1)

69. 0.865 0.865 ↓ 1.7 1,353 1

Parallel Seq Scan on datas_part_0000009033 (cost=0.00..190.96 rows=796 width=60) (actual time=0.006..0.865 rows=1,353 loops=1)

70. 2.233 2.233 ↓ 1.7 1,351 1

Parallel Seq Scan on datas_part_0000008993 (cost=0.00..190.92 rows=792 width=60) (actual time=0.006..2.233 rows=1,351 loops=1)

71. 0.847 0.847 ↓ 1.7 1,341 1

Parallel Seq Scan on datas_part_0000009197 (cost=0.00..190.86 rows=786 width=60) (actual time=0.006..0.847 rows=1,341 loops=1)

72. 1.131 1.131 ↓ 1.7 1,327 1

Parallel Seq Scan on datas_part_0000009174 (cost=0.00..190.81 rows=781 width=60) (actual time=0.006..1.131 rows=1,327 loops=1)

73. 0.897 0.897 ↓ 1.7 1,295 1

Parallel Seq Scan on datas_part_0000009241 (cost=0.00..190.58 rows=758 width=60) (actual time=0.008..0.897 rows=1,295 loops=1)

74. 17.376 17.376 ↓ 1.7 1,339 1

Parallel Seq Scan on datas_part_0000009032 (cost=0.00..189.88 rows=788 width=60) (actual time=0.006..17.376 rows=1,339 loops=1)

75. 1.006 1.006 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000009226 (cost=0.00..189.83 rows=783 width=60) (actual time=0.008..1.006 rows=1,321 loops=1)

76. 30.188 30.188 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000009322 (cost=0.00..189.78 rows=778 width=60) (actual time=0.007..30.188 rows=1,332 loops=1)

77. 1.500 1.500 ↓ 1.7 1,322 1

Parallel Seq Scan on datas_part_0000008834 (cost=0.00..189.71 rows=771 width=60) (actual time=0.007..1.500 rows=1,322 loops=1)

78. 1.034 1.034 ↓ 1.7 1,284 1

Parallel Seq Scan on datas_part_0000009363 (cost=0.00..189.55 rows=755 width=60) (actual time=0.006..1.034 rows=1,284 loops=1)

79. 19.214 19.214 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000009369 (cost=0.00..189.52 rows=752 width=60) (actual time=0.006..19.214 rows=1,279 loops=1)

80. 0.788 0.788 ↓ 1.7 1,372 1

Parallel Seq Scan on datas_part_0000009051 (cost=0.00..189.01 rows=801 width=60) (actual time=0.006..0.788 rows=1,372 loops=1)

81. 2.650 2.650 ↓ 1.7 1,324 1

Parallel Seq Scan on datas_part_0000008929 (cost=0.00..188.75 rows=775 width=60) (actual time=0.006..2.650 rows=1,324 loops=1)

82. 10.230 10.230 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000008972 (cost=0.00..188.65 rows=765 width=60) (actual time=0.007..10.230 rows=1,306 loops=1)

83. 1.366 1.366 ↓ 1.7 1,298 1

Parallel Seq Scan on datas_part_0000009162 (cost=0.00..188.65 rows=765 width=60) (actual time=0.006..1.366 rows=1,298 loops=1)

84. 35.389 35.389 ↓ 1.7 1,293 1

Parallel Seq Scan on datas_part_0000008879 (cost=0.00..188.61 rows=761 width=60) (actual time=0.007..35.389 rows=1,293 loops=1)

85. 0.930 0.930 ↓ 1.7 1,268 1

Parallel Seq Scan on datas_part_0000009377 (cost=0.00..188.46 rows=746 width=60) (actual time=0.007..0.930 rows=1,268 loops=1)

86. 6.082 6.082 ↓ 1.7 1,268 1

Parallel Seq Scan on datas_part_0000009526 (cost=0.00..188.44 rows=744 width=60) (actual time=0.006..6.082 rows=1,268 loops=1)

87. 0.847 0.847 ↓ 1.8 1,293 1

Parallel Seq Scan on datas_part_0000009140 (cost=0.00..188.38 rows=738 width=60) (actual time=0.006..0.847 rows=1,293 loops=1)

88. 0.858 0.858 ↓ 1.7 1,357 1

Parallel Seq Scan on datas_part_0000009409 (cost=0.00..187.98 rows=798 width=60) (actual time=0.006..0.858 rows=1,357 loops=1)

89. 0.973 0.973 ↓ 1.7 1,350 1

Parallel Seq Scan on datas_part_0000009205 (cost=0.00..187.92 rows=792 width=60) (actual time=0.006..0.973 rows=1,350 loops=1)

90. 1.002 1.002 ↓ 1.7 1,356 1

Parallel Seq Scan on datas_part_0000009047 (cost=0.00..187.91 rows=791 width=60) (actual time=0.006..1.002 rows=1,356 loops=1)

91. 16.572 16.572 ↓ 1.7 1,356 1

Parallel Seq Scan on datas_part_0000009318 (cost=0.00..187.90 rows=790 width=60) (actual time=0.006..16.572 rows=1,356 loops=1)

92. 0.937 0.937 ↓ 1.7 1,334 1

Parallel Seq Scan on datas_part_0000009412 (cost=0.00..187.85 rows=785 width=60) (actual time=0.007..0.937 rows=1,334 loops=1)

93. 12.542 12.542 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000009185 (cost=0.00..187.78 rows=778 width=60) (actual time=0.006..12.542 rows=1,323 loops=1)

94. 1.020 1.020 ↓ 1.7 1,315 1

Parallel Seq Scan on datas_part_0000009427 (cost=0.00..187.71 rows=771 width=60) (actual time=0.006..1.020 rows=1,315 loops=1)

95. 2.633 2.633 ↓ 1.7 1,319 1

Parallel Seq Scan on datas_part_0000009319 (cost=0.00..187.69 rows=769 width=60) (actual time=0.006..2.633 rows=1,319 loops=1)

96. 1.392 1.392 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000009246 (cost=0.00..187.65 rows=765 width=60) (actual time=0.006..1.392 rows=1,313 loops=1)

97. 1.001 1.001 ↓ 1.7 1,309 1

Parallel Seq Scan on datas_part_0000009134 (cost=0.00..187.63 rows=763 width=60) (actual time=0.006..1.001 rows=1,309 loops=1)

98. 3.379 3.379 ↓ 1.7 1,257 1

Parallel Seq Scan on datas_part_0000009358 (cost=0.00..187.39 rows=739 width=60) (actual time=0.005..3.379 rows=1,257 loops=1)

99. 0.900 0.900 ↓ 1.7 1,405 1

Parallel Seq Scan on datas_part_0000009041 (cost=0.00..187.26 rows=826 width=60) (actual time=0.006..0.900 rows=1,405 loops=1)

100. 0.873 0.873 ↓ 1.7 1,363 1

Parallel Seq Scan on datas_part_0000009182 (cost=0.00..187.14 rows=814 width=60) (actual time=0.006..0.873 rows=1,363 loops=1)

101. 0.855 0.855 ↓ 1.7 1,370 1

Parallel Seq Scan on datas_part_0000009023 (cost=0.00..187.04 rows=804 width=60) (actual time=0.007..0.855 rows=1,370 loops=1)

102. 0.922 0.922 ↓ 1.7 1,365 1

Parallel Seq Scan on datas_part_0000009190 (cost=0.00..187.03 rows=803 width=60) (actual time=0.006..0.922 rows=1,365 loops=1)

103. 1.153 1.153 ↓ 1.7 1,330 1

Parallel Seq Scan on datas_part_0000009184 (cost=0.00..186.82 rows=782 width=60) (actual time=0.006..1.153 rows=1,330 loops=1)

104. 0.929 0.929 ↓ 1.7 1,328 1

Parallel Seq Scan on datas_part_0000008937 (cost=0.00..186.76 rows=776 width=60) (actual time=0.007..0.929 rows=1,328 loops=1)

105. 13.479 13.479 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000008850 (cost=0.00..186.72 rows=772 width=60) (actual time=0.006..13.479 rows=1,313 loops=1)

106. 19.298 19.298 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000008889 (cost=0.00..186.72 rows=772 width=60) (actual time=0.006..19.298 rows=1,313 loops=1)

107. 0.909 0.909 ↓ 1.7 1,316 1

Parallel Seq Scan on datas_part_0000009423 (cost=0.00..186.67 rows=767 width=60) (actual time=0.007..0.909 rows=1,316 loops=1)

108. 0.848 0.848 ↓ 1.7 1,315 1

Parallel Seq Scan on datas_part_0000009223 (cost=0.00..186.66 rows=766 width=60) (actual time=0.006..0.848 rows=1,315 loops=1)

109. 0.920 0.920 ↓ 1.7 1,308 1

Parallel Seq Scan on datas_part_0000009302 (cost=0.00..186.62 rows=762 width=60) (actual time=0.006..0.920 rows=1,308 loops=1)

110. 1.193 1.193 ↓ 1.7 1,299 1

Parallel Seq Scan on datas_part_0000009311 (cost=0.00..186.57 rows=757 width=60) (actual time=0.007..1.193 rows=1,299 loops=1)

111. 3.054 3.054 ↓ 1.7 1,276 1

Parallel Seq Scan on datas_part_0000008964 (cost=0.00..186.51 rows=751 width=60) (actual time=0.006..3.054 rows=1,276 loops=1)

112. 0.939 0.939 ↓ 1.7 1,252 1

Parallel Seq Scan on datas_part_0000009153 (cost=0.00..186.36 rows=736 width=60) (actual time=0.007..0.939 rows=1,252 loops=1)

113. 0.855 0.855 ↓ 1.7 1,231 1

Parallel Seq Scan on datas_part_0000009283 (cost=0.00..186.24 rows=724 width=60) (actual time=0.007..0.855 rows=1,231 loops=1)

114. 1.514 1.514 ↓ 1.7 1,371 1

Parallel Seq Scan on datas_part_0000008880 (cost=0.00..186.08 rows=808 width=60) (actual time=0.006..1.514 rows=1,371 loops=1)

115. 1.640 1.640 ↓ 1.7 1,371 1

Parallel Seq Scan on datas_part_0000009493 (cost=0.00..186.06 rows=806 width=60) (actual time=0.006..1.640 rows=1,371 loops=1)

116. 0.880 0.880 ↓ 1.7 1,363 1

Parallel Seq Scan on datas_part_0000009040 (cost=0.00..186.05 rows=805 width=60) (actual time=0.006..0.880 rows=1,363 loops=1)

117. 1.004 1.004 ↓ 1.7 1,363 1

Parallel Seq Scan on datas_part_0000009502 (cost=0.00..186.02 rows=802 width=60) (actual time=0.006..1.004 rows=1,363 loops=1)

118. 0.958 0.958 ↓ 1.7 1,339 1

Parallel Seq Scan on datas_part_0000009021 (cost=0.00..185.88 rows=788 width=60) (actual time=0.006..0.958 rows=1,339 loops=1)

119. 0.929 0.929 ↓ 1.7 1,322 1

Parallel Seq Scan on datas_part_0000008923 (cost=0.00..185.78 rows=778 width=60) (actual time=0.006..0.929 rows=1,322 loops=1)

120. 0.949 0.949 ↓ 1.7 1,308 1

Parallel Seq Scan on datas_part_0000009305 (cost=0.00..185.62 rows=762 width=60) (actual time=0.006..0.949 rows=1,308 loops=1)

121. 0.859 0.859 ↓ 1.6 1,319 1

Parallel Seq Scan on datas_part_0000009013 (cost=0.00..185.32 rows=832 width=60) (actual time=0.007..0.859 rows=1,319 loops=1)

122. 2.224 2.224 ↓ 1.7 1,348 1

Parallel Seq Scan on datas_part_0000009171 (cost=0.00..184.95 rows=795 width=60) (actual time=0.007..2.224 rows=1,348 loops=1)

123. 1.015 1.015 ↓ 1.7 1,359 1

Parallel Seq Scan on datas_part_0000009042 (cost=0.00..184.93 rows=793 width=60) (actual time=0.006..1.015 rows=1,359 loops=1)

124. 0.970 0.970 ↓ 1.7 1,350 1

Parallel Seq Scan on datas_part_0000008855 (cost=0.00..184.92 rows=792 width=60) (actual time=0.006..0.970 rows=1,350 loops=1)

125. 0.847 0.847 ↓ 1.7 1,335 1

Parallel Seq Scan on datas_part_0000009251 (cost=0.00..184.80 rows=780 width=60) (actual time=0.007..0.847 rows=1,335 loops=1)

126. 1.115 1.115 ↓ 1.7 1,336 1

Parallel Seq Scan on datas_part_0000009201 (cost=0.00..184.79 rows=779 width=60) (actual time=0.006..1.115 rows=1,336 loops=1)

127. 1.155 1.155 ↓ 1.7 1,324 1

Parallel Seq Scan on datas_part_0000009437 (cost=0.00..184.79 rows=779 width=60) (actual time=0.010..1.155 rows=1,324 loops=1)

128. 1.080 1.080 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000009468 (cost=0.00..184.77 rows=777 width=60) (actual time=0.006..1.080 rows=1,321 loops=1)

129. 56.523 56.523 ↓ 1.7 1,319 1

Parallel Seq Scan on datas_part_0000009008 (cost=0.00..184.76 rows=776 width=60) (actual time=0.006..56.523 rows=1,319 loops=1)

130. 0.847 0.847 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000009158 (cost=0.00..184.72 rows=772 width=60) (actual time=0.006..0.847 rows=1,318 loops=1)

131. 0.891 0.891 ↓ 1.7 1,311 1

Parallel Seq Scan on datas_part_0000009309 (cost=0.00..184.64 rows=764 width=60) (actual time=0.006..0.891 rows=1,311 loops=1)

132. 0.889 0.889 ↓ 1.7 1,305 1

Parallel Seq Scan on datas_part_0000009307 (cost=0.00..184.61 rows=761 width=60) (actual time=0.006..0.889 rows=1,305 loops=1)

133. 0.915 0.915 ↓ 1.7 1,291 1

Parallel Seq Scan on datas_part_0000008935 (cost=0.00..184.59 rows=759 width=60) (actual time=0.007..0.915 rows=1,291 loops=1)

134. 11.932 11.932 ↓ 1.7 1,280 1

Parallel Seq Scan on datas_part_0000009470 (cost=0.00..184.53 rows=753 width=60) (actual time=0.006..11.932 rows=1,280 loops=1)

135. 0.893 0.893 ↓ 1.6 1,287 1

Parallel Seq Scan on datas_part_0000009408 (cost=0.00..184.08 rows=808 width=60) (actual time=0.007..0.893 rows=1,287 loops=1)

136. 0.851 0.851 ↓ 1.7 1,370 1

Parallel Seq Scan on datas_part_0000009039 (cost=0.00..184.05 rows=805 width=60) (actual time=0.005..0.851 rows=1,370 loops=1)

137. 1.797 1.797 ↓ 1.7 1,360 1

Parallel Seq Scan on datas_part_0000009020 (cost=0.00..184.00 rows=800 width=60) (actual time=0.005..1.797 rows=1,360 loops=1)

138. 1.013 1.013 ↓ 1.7 1,333 1

Parallel Seq Scan on datas_part_0000009450 (cost=0.00..183.84 rows=784 width=60) (actual time=0.007..1.013 rows=1,333 loops=1)

139. 0.968 0.968 ↓ 1.7 1,328 1

Parallel Seq Scan on datas_part_0000008895 (cost=0.00..183.81 rows=781 width=60) (actual time=0.006..0.968 rows=1,328 loops=1)

140. 0.986 0.986 ↓ 1.7 1,322 1

Parallel Seq Scan on datas_part_0000009270 (cost=0.00..183.78 rows=778 width=60) (actual time=0.006..0.986 rows=1,322 loops=1)

141. 0.919 0.919 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000009297 (cost=0.00..183.78 rows=778 width=60) (actual time=0.007..0.919 rows=1,318 loops=1)

142. 1.115 1.115 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000009421 (cost=0.00..183.77 rows=777 width=60) (actual time=0.007..1.115 rows=1,323 loops=1)

143. 0.821 0.821 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009243 (cost=0.00..183.69 rows=769 width=60) (actual time=0.006..0.821 rows=1,307 loops=1)

144. 13.115 13.115 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009495 (cost=0.00..183.62 rows=762 width=60) (actual time=0.006..13.115 rows=1,307 loops=1)

145. 0.749 0.749 ↓ 1.7 1,292 1

Parallel Seq Scan on datas_part_0000008976 (cost=0.00..183.58 rows=758 width=60) (actual time=0.006..0.749 rows=1,292 loops=1)

146. 0.856 0.856 ↓ 1.5 1,305 1

Parallel Seq Scan on datas_part_0000009126 (cost=0.00..183.52 rows=852 width=60) (actual time=0.006..0.856 rows=1,305 loops=1)

147. 0.891 0.891 ↓ 1.7 1,263 1

Parallel Seq Scan on datas_part_0000009376 (cost=0.00..183.43 rows=743 width=60) (actual time=0.005..0.891 rows=1,263 loops=1)

148. 0.889 0.889 ↓ 1.7 1,383 1

Parallel Seq Scan on datas_part_0000009024 (cost=0.00..183.27 rows=827 width=60) (actual time=0.006..0.889 rows=1,383 loops=1)

149. 0.907 0.907 ↓ 1.7 1,361 1

Parallel Seq Scan on datas_part_0000008833 (cost=0.00..183.05 rows=805 width=60) (actual time=0.005..0.907 rows=1,361 loops=1)

150. 0.971 0.971 ↓ 1.7 1,363 1

Parallel Seq Scan on datas_part_0000009166 (cost=0.00..183.02 rows=802 width=60) (actual time=0.007..0.971 rows=1,363 loops=1)

151. 1.001 1.001 ↓ 1.7 1,365 1

Parallel Seq Scan on datas_part_0000009528 (cost=0.00..182.97 rows=797 width=60) (actual time=0.007..1.001 rows=1,365 loops=1)

152. 0.962 0.962 ↓ 1.7 1,333 1

Parallel Seq Scan on datas_part_0000009132 (cost=0.00..182.84 rows=784 width=60) (actual time=0.007..0.962 rows=1,333 loops=1)

153. 0.943 0.943 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000009474 (cost=0.00..182.77 rows=777 width=60) (actual time=0.006..0.943 rows=1,321 loops=1)

154. 0.904 0.904 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009466 (cost=0.00..182.76 rows=776 width=60) (actual time=0.006..0.904 rows=1,320 loops=1)

155. 0.921 0.921 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000008835 (cost=0.00..182.75 rows=775 width=60) (actual time=0.006..0.921 rows=1,317 loops=1)

156. 0.854 0.854 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000008917 (cost=0.00..182.75 rows=775 width=60) (actual time=0.006..0.854 rows=1,317 loops=1)

157. 1.435 1.435 ↓ 1.7 1,314 1

Parallel Seq Scan on datas_part_0000009304 (cost=0.00..182.71 rows=771 width=60) (actual time=0.006..1.435 rows=1,314 loops=1)

158. 0.874 0.874 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000008984 (cost=0.00..182.69 rows=769 width=60) (actual time=0.006..0.874 rows=1,318 loops=1)

159. 0.946 0.946 ↓ 1.7 1,303 1

Parallel Seq Scan on datas_part_0000009044 (cost=0.00..182.66 rows=766 width=60) (actual time=0.005..0.946 rows=1,303 loops=1)

160. 1.365 1.365 ↓ 1.7 1,302 1

Parallel Seq Scan on datas_part_0000008870 (cost=0.00..182.66 rows=766 width=60) (actual time=0.010..1.365 rows=1,302 loops=1)

161. 0.886 0.886 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000008982 (cost=0.00..182.65 rows=765 width=60) (actual time=0.006..0.886 rows=1,312 loops=1)

162. 0.886 0.886 ↓ 1.7 1,300 1

Parallel Seq Scan on datas_part_0000009010 (cost=0.00..182.65 rows=765 width=60) (actual time=0.006..0.886 rows=1,300 loops=1)

163. 0.843 0.843 ↓ 1.7 1,309 1

Parallel Seq Scan on datas_part_0000009148 (cost=0.00..182.64 rows=764 width=60) (actual time=0.005..0.843 rows=1,309 loops=1)

164. 0.848 0.848 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000009016 (cost=0.00..182.56 rows=756 width=60) (actual time=0.006..0.848 rows=1,286 loops=1)

165. 0.862 0.862 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000008846 (cost=0.00..182.52 rows=752 width=60) (actual time=0.006..0.862 rows=1,279 loops=1)

166. 0.897 0.897 ↓ 1.7 1,283 1

Parallel Seq Scan on datas_part_0000009324 (cost=0.00..182.48 rows=748 width=60) (actual time=0.007..0.897 rows=1,283 loops=1)

167. 0.912 0.912 ↓ 1.8 1,310 1

Parallel Seq Scan on datas_part_0000009348 (cost=0.00..182.46 rows=746 width=60) (actual time=0.007..0.912 rows=1,310 loops=1)

168. 0.953 0.953 ↓ 1.7 1,370 1

Parallel Seq Scan on datas_part_0000009210 (cost=0.00..182.06 rows=806 width=60) (actual time=0.006..0.953 rows=1,370 loops=1)

169. 0.942 0.942 ↓ 1.7 1,380 1

Parallel Seq Scan on datas_part_0000009494 (cost=0.00..182.05 rows=805 width=60) (actual time=0.006..0.942 rows=1,380 loops=1)

170. 0.974 0.974 ↓ 1.7 1,355 1

Parallel Seq Scan on datas_part_0000009154 (cost=0.00..181.96 rows=796 width=60) (actual time=0.008..0.974 rows=1,355 loops=1)

171. 0.910 0.910 ↓ 1.7 1,335 1

Parallel Seq Scan on datas_part_0000008854 (cost=0.00..181.79 rows=779 width=60) (actual time=0.006..0.910 rows=1,335 loops=1)

172. 0.908 0.908 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009149 (cost=0.00..181.74 rows=774 width=60) (actual time=0.006..0.908 rows=1,320 loops=1)

173. 0.919 0.919 ↓ 1.7 1,326 1

Parallel Seq Scan on datas_part_0000009440 (cost=0.00..181.74 rows=774 width=60) (actual time=0.006..0.919 rows=1,326 loops=1)

174. 0.445 0.445 ↑ 1.2 642 2

Parallel Seq Scan on datas_part_0000009344 (cost=0.00..181.63 rows=763 width=60) (actual time=0.006..0.445 rows=642 loops=2)

175. 0.832 0.832 ↓ 1.8 1,310 1

Parallel Seq Scan on datas_part_0000008953 (cost=0.00..181.48 rows=748 width=60) (actual time=0.006..0.832 rows=1,310 loops=1)

176. 1.440 1.440 ↓ 1.7 1,264 1

Parallel Seq Scan on datas_part_0000008867 (cost=0.00..181.44 rows=744 width=60) (actual time=0.007..1.440 rows=1,264 loops=1)

177. 43.999 43.999 ↓ 1.6 1,336 1

Parallel Seq Scan on datas_part_0000008892 (cost=0.00..181.29 rows=829 width=60) (actual time=0.005..43.999 rows=1,336 loops=1)

178. 4.494 4.494 ↓ 1.7 1,366 1

Parallel Seq Scan on datas_part_0000009192 (cost=0.00..181.12 rows=812 width=60) (actual time=0.006..4.494 rows=1,366 loops=1)

179. 1.164 1.164 ↓ 1.7 1,375 1

Parallel Seq Scan on datas_part_0000009052 (cost=0.00..181.08 rows=808 width=60) (actual time=0.007..1.164 rows=1,375 loops=1)

180. 0.949 0.949 ↓ 1.7 1,373 1

Parallel Seq Scan on datas_part_0000009204 (cost=0.00..181.08 rows=808 width=60) (actual time=0.006..0.949 rows=1,373 loops=1)

181. 34.761 34.761 ↓ 1.7 1,369 1

Parallel Seq Scan on datas_part_0000009520 (cost=0.00..180.99 rows=799 width=60) (actual time=0.006..34.761 rows=1,369 loops=1)

182. 0.883 0.883 ↓ 1.6 1,292 1

Parallel Seq Scan on datas_part_0000009014 (cost=0.00..180.94 rows=794 width=60) (actual time=0.006..0.883 rows=1,292 loops=1)

183. 0.876 0.876 ↓ 1.7 1,329 1

Parallel Seq Scan on datas_part_0000008914 (cost=0.00..180.82 rows=782 width=60) (actual time=0.006..0.876 rows=1,329 loops=1)

184. 0.895 0.895 ↓ 1.7 1,327 1

Parallel Seq Scan on datas_part_0000008912 (cost=0.00..180.81 rows=781 width=60) (actual time=0.007..0.895 rows=1,327 loops=1)

185. 0.891 0.891 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000008887 (cost=0.00..180.79 rows=779 width=60) (actual time=0.006..0.891 rows=1,325 loops=1)

186. 0.859 0.859 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000009018 (cost=0.00..180.78 rows=778 width=60) (actual time=0.006..0.859 rows=1,323 loops=1)

187. 0.950 0.950 ↓ 1.7 1,322 1

Parallel Seq Scan on datas_part_0000009164 (cost=0.00..180.78 rows=778 width=60) (actual time=0.006..0.950 rows=1,322 loops=1)

188. 0.881 0.881 ↓ 1.7 1,329 1

Parallel Seq Scan on datas_part_0000009160 (cost=0.00..180.75 rows=775 width=60) (actual time=0.006..0.881 rows=1,329 loops=1)

189. 1.132 1.132 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000009295 (cost=0.00..180.74 rows=774 width=60) (actual time=0.007..1.132 rows=1,318 loops=1)

190. 7.924 7.924 ↓ 1.7 1,316 1

Parallel Seq Scan on datas_part_0000009220 (cost=0.00..180.68 rows=768 width=60) (actual time=0.006..7.924 rows=1,316 loops=1)

191. 0.899 0.899 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009242 (cost=0.00..180.63 rows=763 width=60) (actual time=0.006..0.899 rows=1,307 loops=1)

192. 0.802 0.802 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009217 (cost=0.00..180.62 rows=762 width=60) (actual time=0.006..0.802 rows=1,307 loops=1)

193. 0.830 0.830 ↓ 1.7 1,298 1

Parallel Seq Scan on datas_part_0000009487 (cost=0.00..180.61 rows=761 width=60) (actual time=0.006..0.830 rows=1,298 loops=1)

194. 4.427 4.427 ↓ 1.7 1,298 1

Parallel Seq Scan on datas_part_0000009488 (cost=0.00..180.57 rows=757 width=60) (actual time=0.006..4.427 rows=1,298 loops=1)

195. 39.374 39.374 ↓ 1.7 1,264 1

Parallel Seq Scan on datas_part_0000009170 (cost=0.00..180.44 rows=744 width=60) (actual time=0.006..39.374 rows=1,264 loops=1)

196. 0.974 0.974 ↓ 1.7 1,273 1

Parallel Seq Scan on datas_part_0000009288 (cost=0.00..180.42 rows=742 width=60) (actual time=0.008..0.974 rows=1,273 loops=1)

197. 17.105 17.105 ↓ 1.7 1,336 1

Parallel Seq Scan on datas_part_0000008974 (cost=0.00..180.09 rows=809 width=60) (actual time=0.006..17.105 rows=1,336 loops=1)

198. 1.639 1.639 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000008960 (cost=0.00..179.86 rows=786 width=60) (actual time=0.006..1.639 rows=1,332 loops=1)

199. 0.814 0.814 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000009284 (cost=0.00..179.85 rows=785 width=60) (actual time=0.006..0.814 rows=1,304 loops=1)

200. 15.490 15.490 ↓ 1.7 1,331 1

Parallel Seq Scan on datas_part_0000009234 (cost=0.00..179.81 rows=781 width=60) (actual time=0.005..15.490 rows=1,331 loops=1)

201. 1.589 1.589 ↓ 1.7 1,289 1

Parallel Seq Scan on datas_part_0000009525 (cost=0.00..179.80 rows=780 width=60) (actual time=0.826..1.589 rows=1,289 loops=1)

202. 0.810 0.810 ↓ 1.7 1,334 1

Parallel Seq Scan on datas_part_0000009258 (cost=0.00..179.79 rows=779 width=60) (actual time=0.006..0.810 rows=1,334 loops=1)

203. 0.792 0.792 ↓ 1.7 1,311 1

Parallel Seq Scan on datas_part_0000009492 (cost=0.00..179.71 rows=771 width=60) (actual time=0.007..0.792 rows=1,311 loops=1)

204. 7.349 7.349 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000008853 (cost=0.00..179.66 rows=766 width=60) (actual time=0.006..7.349 rows=1,306 loops=1)

205. 34.815 34.815 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009238 (cost=0.00..179.62 rows=762 width=60) (actual time=0.006..34.815 rows=1,307 loops=1)

206. 1.616 1.616 ↓ 1.7 1,298 1

Parallel Seq Scan on datas_part_0000009252 (cost=0.00..179.58 rows=758 width=60) (actual time=0.007..1.616 rows=1,298 loops=1)

207. 0.841 0.841 ↓ 1.8 1,320 1

Parallel Seq Scan on datas_part_0000008978 (cost=0.00..179.52 rows=752 width=60) (actual time=0.005..0.841 rows=1,320 loops=1)

208. 0.809 0.809 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000009289 (cost=0.00..179.52 rows=752 width=60) (actual time=0.006..0.809 rows=1,286 loops=1)

209. 0.910 0.910 ↓ 1.7 1,387 1

Parallel Seq Scan on datas_part_0000009501 (cost=0.00..179.21 rows=821 width=60) (actual time=0.006..0.910 rows=1,387 loops=1)

210. 0.976 0.976 ↓ 1.7 1,377 1

Parallel Seq Scan on datas_part_0000009524 (cost=0.00..179.09 rows=809 width=60) (actual time=0.006..0.976 rows=1,377 loops=1)

211. 0.815 0.815 ↓ 1.7 1,373 1

Parallel Seq Scan on datas_part_0000009167 (cost=0.00..179.08 rows=808 width=60) (actual time=0.006..0.815 rows=1,373 loops=1)

212. 0.836 0.836 ↓ 1.7 1,355 1

Parallel Seq Scan on datas_part_0000009165 (cost=0.00..178.96 rows=796 width=60) (actual time=0.005..0.836 rows=1,355 loops=1)

213. 3.846 3.846 ↓ 1.7 1,360 1

Parallel Seq Scan on datas_part_0000008876 (cost=0.00..178.94 rows=794 width=60) (actual time=0.006..3.846 rows=1,360 loops=1)

214. 1.346 1.346 ↓ 1.7 1,347 1

Parallel Seq Scan on datas_part_0000009475 (cost=0.00..178.94 rows=794 width=60) (actual time=0.006..1.346 rows=1,347 loops=1)

215. 0.915 0.915 ↓ 1.7 1,357 1

Parallel Seq Scan on datas_part_0000009172 (cost=0.00..178.93 rows=793 width=60) (actual time=0.008..0.915 rows=1,357 loops=1)

216. 1.718 1.718 ↓ 1.7 1,354 1

Parallel Seq Scan on datas_part_0000008849 (cost=0.00..178.92 rows=792 width=60) (actual time=0.007..1.718 rows=1,354 loops=1)

217. 70.314 70.314 ↓ 1.7 1,356 1

Parallel Seq Scan on datas_part_0000009028 (cost=0.00..178.92 rows=792 width=60) (actual time=0.006..70.314 rows=1,356 loops=1)

218. 0.824 0.824 ↓ 1.7 1,340 1

Parallel Seq Scan on datas_part_0000008927 (cost=0.00..178.91 rows=791 width=60) (actual time=0.006..0.824 rows=1,340 loops=1)

219. 0.823 0.823 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000009263 (cost=0.00..178.84 rows=784 width=60) (actual time=0.006..0.823 rows=1,332 loops=1)

220. 1.903 1.903 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009019 (cost=0.00..178.79 rows=779 width=60) (actual time=0.006..1.903 rows=1,325 loops=1)

221. 0.825 0.825 ↓ 1.7 1,328 1

Parallel Seq Scan on datas_part_0000009404 (cost=0.00..178.77 rows=777 width=60) (actual time=0.006..0.825 rows=1,328 loops=1)

222. 6.692 6.692 ↓ 1.8 1,360 1

Parallel Seq Scan on datas_part_0000009188 (cost=0.00..178.76 rows=776 width=60) (actual time=0.006..6.692 rows=1,360 loops=1)

223. 6.784 6.784 ↓ 1.7 1,315 1

Parallel Seq Scan on datas_part_0000008858 (cost=0.00..178.74 rows=774 width=60) (actual time=0.005..6.784 rows=1,315 loops=1)

224. 0.925 0.925 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009463 (cost=0.00..178.74 rows=774 width=60) (actual time=0.007..0.925 rows=1,325 loops=1)

225. 1.437 1.437 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000008836 (cost=0.00..178.72 rows=772 width=60) (actual time=0.006..1.437 rows=1,313 loops=1)

226. 0.815 0.815 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000008962 (cost=0.00..178.69 rows=769 width=60) (actual time=0.006..0.815 rows=1,318 loops=1)

227. 0.893 0.893 ↓ 1.7 1,309 1

Parallel Seq Scan on datas_part_0000009411 (cost=0.00..178.64 rows=764 width=60) (actual time=0.007..0.893 rows=1,309 loops=1)

228. 43.054 43.054 ↓ 1.7 1,291 1

Parallel Seq Scan on datas_part_0000009370 (cost=0.00..178.59 rows=759 width=60) (actual time=0.006..43.054 rows=1,291 loops=1)

229. 0.959 0.959 ↓ 1.7 1,300 1

Parallel Seq Scan on datas_part_0000008932 (cost=0.00..178.58 rows=758 width=60) (actual time=0.006..0.959 rows=1,300 loops=1)

230. 0.821 0.821 ↓ 1.7 1,268 1

Parallel Seq Scan on datas_part_0000009294 (cost=0.00..178.49 rows=749 width=60) (actual time=0.005..0.821 rows=1,268 loops=1)

231. 0.856 0.856 ↓ 1.8 1,311 1

Parallel Seq Scan on datas_part_0000009331 (cost=0.00..178.47 rows=747 width=60) (actual time=0.006..0.856 rows=1,311 loops=1)

232. 0.854 0.854 ↓ 1.7 1,273 1

Parallel Seq Scan on datas_part_0000009088 (cost=0.00..178.43 rows=743 width=60) (actual time=0.006..0.854 rows=1,273 loops=1)

233. 1.037 1.037 ↓ 1.7 1,254 1

Parallel Seq Scan on datas_part_0000009429 (cost=0.00..178.38 rows=738 width=60) (actual time=0.006..1.037 rows=1,254 loops=1)

234. 0.934 0.934 ↓ 1.6 1,327 1

Parallel Seq Scan on datas_part_0000009228 (cost=0.00..178.25 rows=825 width=60) (actual time=0.006..0.934 rows=1,327 loops=1)

235. 0.891 0.891 ↓ 1.6 1,328 1

Parallel Seq Scan on datas_part_0000009102 (cost=0.00..178.15 rows=815 width=60) (actual time=0.006..0.891 rows=1,328 loops=1)

236. 3.213 3.213 ↓ 1.7 1,372 1

Parallel Seq Scan on datas_part_0000009424 (cost=0.00..178.02 rows=802 width=60) (actual time=0.006..3.213 rows=1,372 loops=1)

237. 36.743 36.743 ↓ 1.7 1,191 1

Parallel Seq Scan on datas_part_0000009036 (cost=0.00..178.01 rows=701 width=60) (actual time=0.006..36.743 rows=1,191 loops=1)

238. 0.773 0.773 ↓ 1.7 1,359 1

Parallel Seq Scan on datas_part_0000009203 (cost=0.00..177.99 rows=799 width=60) (actual time=0.005..0.773 rows=1,359 loops=1)

239. 0.732 0.732 ↓ 1.7 1,352 1

Parallel Seq Scan on datas_part_0000009517 (cost=0.00..177.92 rows=792 width=60) (actual time=0.005..0.732 rows=1,352 loops=1)

240. 0.804 0.804 ↓ 1.7 1,330 1

Parallel Seq Scan on datas_part_0000009245 (cost=0.00..177.90 rows=790 width=60) (actual time=0.006..0.804 rows=1,330 loops=1)

241. 0.772 0.772 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000009330 (cost=0.00..177.89 rows=789 width=60) (actual time=0.005..0.772 rows=1,304 loops=1)

242. 1.629 1.629 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000008921 (cost=0.00..177.84 rows=784 width=60) (actual time=0.006..1.629 rows=1,332 loops=1)

243. 3.091 3.091 ↓ 1.7 1,331 1

Parallel Seq Scan on datas_part_0000009178 (cost=0.00..177.83 rows=783 width=60) (actual time=0.005..3.091 rows=1,331 loops=1)

244. 0.938 0.938 ↓ 1.7 1,342 1

Parallel Seq Scan on datas_part_0000009213 (cost=0.00..177.83 rows=783 width=60) (actual time=0.005..0.938 rows=1,342 loops=1)

245. 5.674 5.674 ↓ 1.7 1,326 1

Parallel Seq Scan on datas_part_0000008827 (cost=0.00..177.80 rows=780 width=60) (actual time=0.006..5.674 rows=1,326 loops=1)

246. 3.106 3.106 ↓ 1.7 1,326 1

Parallel Seq Scan on datas_part_0000009503 (cost=0.00..177.80 rows=780 width=60) (actual time=0.006..3.106 rows=1,326 loops=1)

247. 6.930 6.930 ↓ 1.7 1,324 1

Parallel Seq Scan on datas_part_0000009136 (cost=0.00..177.79 rows=779 width=60) (actual time=0.006..6.930 rows=1,324 loops=1)

248. 6.546 6.546 ↓ 1.7 1,328 1

Parallel Seq Scan on datas_part_0000009457 (cost=0.00..177.79 rows=779 width=60) (actual time=0.006..6.546 rows=1,328 loops=1)

249. 4.109 4.109 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009312 (cost=0.00..177.75 rows=775 width=60) (actual time=0.006..4.109 rows=1,320 loops=1)

250. 0.865 0.865 ↓ 1.7 1,316 1

Parallel Seq Scan on datas_part_0000008847 (cost=0.00..177.74 rows=774 width=60) (actual time=0.007..0.865 rows=1,316 loops=1)

251. 10.992 10.992 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000009316 (cost=0.00..177.72 rows=772 width=60) (actual time=0.006..10.992 rows=1,323 loops=1)

252. 0.911 0.911 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000008877 (cost=0.00..177.68 rows=768 width=60) (actual time=0.006..0.911 rows=1,306 loops=1)

253. 0.933 0.933 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000008844 (cost=0.00..177.67 rows=767 width=60) (actual time=0.006..0.933 rows=1,304 loops=1)

254. 0.911 0.911 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000008866 (cost=0.00..177.67 rows=767 width=60) (actual time=0.006..0.911 rows=1,304 loops=1)

255. 15.143 15.143 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000009515 (cost=0.00..177.66 rows=766 width=60) (actual time=0.006..15.143 rows=1,304 loops=1)

256. 0.829 0.829 ↓ 1.7 1,302 1

Parallel Seq Scan on datas_part_0000008869 (cost=0.00..177.66 rows=766 width=60) (actual time=0.006..0.829 rows=1,302 loops=1)

257. 0.788 0.788 ↓ 1.7 1,274 1

Parallel Seq Scan on datas_part_0000009334 (cost=0.00..177.57 rows=757 width=60) (actual time=0.005..0.788 rows=1,274 loops=1)

258. 0.778 0.778 ↓ 1.7 1,270 1

Parallel Seq Scan on datas_part_0000009357 (cost=0.00..177.47 rows=747 width=60) (actual time=0.005..0.778 rows=1,270 loops=1)

259. 0.787 0.787 ↓ 1.7 1,255 1

Parallel Seq Scan on datas_part_0000009073 (cost=0.00..177.38 rows=738 width=60) (actual time=0.006..0.787 rows=1,255 loops=1)

260. 0.782 0.782 ↓ 1.7 1,246 1

Parallel Seq Scan on datas_part_0000008868 (cost=0.00..177.33 rows=733 width=60) (actual time=0.005..0.782 rows=1,246 loops=1)

261. 0.857 0.857 ↓ 1.7 1,395 1

Parallel Seq Scan on datas_part_0000009050 (cost=0.00..177.25 rows=825 width=60) (actual time=0.006..0.857 rows=1,395 loops=1)

262. 0.849 0.849 ↓ 1.6 1,298 1

Parallel Seq Scan on datas_part_0000009333 (cost=0.00..177.23 rows=823 width=60) (actual time=0.006..0.849 rows=1,298 loops=1)

263. 1.233 1.233 ↓ 1.7 1,364 1

Parallel Seq Scan on datas_part_0000009536 (cost=0.00..177.02 rows=802 width=60) (actual time=0.006..1.233 rows=1,364 loops=1)

264. 1.015 1.015 ↓ 1.7 1,348 1

Parallel Seq Scan on datas_part_0000009006 (cost=0.00..176.93 rows=793 width=60) (actual time=0.006..1.015 rows=1,348 loops=1)

265. 1.299 1.299 ↓ 1.7 1,348 1

Parallel Seq Scan on datas_part_0000009030 (cost=0.00..176.93 rows=793 width=60) (actual time=0.006..1.299 rows=1,348 loops=1)

266. 1.969 1.969 ↓ 1.7 1,327 1

Parallel Seq Scan on datas_part_0000009198 (cost=0.00..176.81 rows=781 width=60) (actual time=0.006..1.969 rows=1,327 loops=1)

267. 0.920 0.920 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009015 (cost=0.00..176.79 rows=779 width=60) (actual time=0.007..0.920 rows=1,325 loops=1)

268. 5.114 5.114 ↓ 1.7 1,329 1

Parallel Seq Scan on datas_part_0000008838 (cost=0.00..176.76 rows=776 width=60) (actual time=0.006..5.114 rows=1,329 loops=1)

269. 0.818 0.818 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000009298 (cost=0.00..176.75 rows=775 width=60) (actual time=0.006..0.818 rows=1,313 loops=1)

270. 50.928 50.928 ↓ 1.7 1,315 1

Parallel Seq Scan on datas_part_0000008963 (cost=0.00..176.72 rows=772 width=60) (actual time=0.006..50.928 rows=1,315 loops=1)

271. 2.847 2.847 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000009169 (cost=0.00..176.72 rows=772 width=60) (actual time=0.006..2.847 rows=1,313 loops=1)

272. 1.055 1.055 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000009235 (cost=0.00..176.72 rows=772 width=60) (actual time=0.005..1.055 rows=1,323 loops=1)

273. 0.814 0.814 ↓ 1.7 1,311 1

Parallel Seq Scan on datas_part_0000008997 (cost=0.00..176.70 rows=770 width=60) (actual time=0.005..0.814 rows=1,311 loops=1)

274. 0.801 0.801 ↓ 1.7 1,299 1

Parallel Seq Scan on datas_part_0000008882 (cost=0.00..176.64 rows=764 width=60) (actual time=0.006..0.801 rows=1,299 loops=1)

275. 0.807 0.807 ↓ 1.7 1,289 1

Parallel Seq Scan on datas_part_0000008940 (cost=0.00..176.52 rows=752 width=60) (actual time=0.006..0.807 rows=1,289 loops=1)

276. 23.249 23.249 ↓ 1.7 1,273 1

Parallel Seq Scan on datas_part_0000009083 (cost=0.00..176.49 rows=749 width=60) (actual time=0.005..23.249 rows=1,273 loops=1)

277. 0.982 0.982 ↓ 1.5 1,275 1

Parallel Seq Scan on datas_part_0000009406 (cost=0.00..176.48 rows=848 width=60) (actual time=0.005..0.982 rows=1,275 loops=1)

278. 0.873 0.873 ↓ 1.7 1,269 1

Parallel Seq Scan on datas_part_0000009388 (cost=0.00..176.46 rows=746 width=60) (actual time=0.006..0.873 rows=1,269 loops=1)

279. 1.797 1.797 ↓ 1.7 1,373 1

Parallel Seq Scan on datas_part_0000009187 (cost=0.00..176.08 rows=808 width=60) (actual time=0.005..1.797 rows=1,373 loops=1)

280. 0.850 0.850 ↓ 1.7 1,371 1

Parallel Seq Scan on datas_part_0000009207 (cost=0.00..176.05 rows=805 width=60) (actual time=0.006..0.850 rows=1,371 loops=1)

281. 23.344 23.344 ↓ 1.7 1,361 1

Parallel Seq Scan on datas_part_0000009189 (cost=0.00..175.95 rows=795 width=60) (actual time=0.007..23.344 rows=1,361 loops=1)

282. 0.920 0.920 ↓ 1.7 1,350 1

Parallel Seq Scan on datas_part_0000009045 (cost=0.00..175.94 rows=794 width=60) (actual time=0.006..0.920 rows=1,350 loops=1)

283. 19.876 19.876 ↓ 1.7 1,340 1

Parallel Seq Scan on datas_part_0000009129 (cost=0.00..175.88 rows=788 width=60) (actual time=0.006..19.876 rows=1,340 loops=1)

284. 0.885 0.885 ↓ 1.7 1,338 1

Parallel Seq Scan on datas_part_0000009059 (cost=0.00..175.87 rows=787 width=60) (actual time=0.005..0.885 rows=1,338 loops=1)

285. 0.840 0.840 ↓ 1.7 1,327 1

Parallel Seq Scan on datas_part_0000008830 (cost=0.00..175.81 rows=781 width=60) (actual time=0.006..0.840 rows=1,327 loops=1)

286. 57.941 57.941 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000008891 (cost=0.00..175.76 rows=776 width=60) (actual time=0.005..57.941 rows=1,320 loops=1)

287. 0.807 0.807 ↓ 1.7 1,329 1

Parallel Seq Scan on datas_part_0000008999 (cost=0.00..175.76 rows=776 width=60) (actual time=0.006..0.807 rows=1,329 loops=1)

288. 0.902 0.902 ↓ 1.7 1,326 1

Parallel Seq Scan on datas_part_0000009310 (cost=0.00..175.75 rows=775 width=60) (actual time=0.005..0.902 rows=1,326 loops=1)

289. 0.782 0.782 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009477 (cost=0.00..175.72 rows=772 width=60) (actual time=0.005..0.782 rows=1,312 loops=1)

290. 1.065 1.065 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009049 (cost=0.00..175.69 rows=769 width=60) (actual time=0.005..1.065 rows=1,307 loops=1)

291. 0.915 0.915 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000009451 (cost=0.00..175.69 rows=769 width=60) (actual time=0.005..0.915 rows=1,317 loops=1)

292. 1.242 1.242 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000008860 (cost=0.00..175.68 rows=768 width=60) (actual time=0.007..1.242 rows=1,306 loops=1)

293. 0.963 0.963 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000009128 (cost=0.00..175.68 rows=768 width=60) (actual time=0.007..0.963 rows=1,306 loops=1)

294. 0.901 0.901 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009002 (cost=0.00..175.65 rows=765 width=60) (actual time=0.006..0.901 rows=1,312 loops=1)

295. 0.825 0.825 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009473 (cost=0.00..175.63 rows=763 width=60) (actual time=0.006..0.825 rows=1,307 loops=1)

296. 4.820 4.820 ↓ 1.7 1,308 1

Parallel Seq Scan on datas_part_0000009224 (cost=0.00..175.51 rows=751 width=60) (actual time=0.006..4.820 rows=1,308 loops=1)

297. 0.803 0.803 ↓ 1.7 1,258 1

Parallel Seq Scan on datas_part_0000009361 (cost=0.00..175.40 rows=740 width=60) (actual time=0.006..0.803 rows=1,258 loops=1)

298. 61.689 61.689 ↓ 1.7 1,293 1

Parallel Seq Scan on datas_part_0000009480 (cost=0.00..175.39 rows=739 width=60) (actual time=0.007..61.689 rows=1,293 loops=1)

299. 2.778 2.778 ↓ 1.7 1,247 1

Parallel Seq Scan on datas_part_0000009374 (cost=0.00..175.34 rows=734 width=60) (actual time=0.006..2.778 rows=1,247 loops=1)

300. 2.954 2.954 ↓ 1.6 1,299 1

Parallel Seq Scan on datas_part_0000009099 (cost=0.00..174.98 rows=798 width=60) (actual time=0.007..2.954 rows=1,299 loops=1)

301. 0.901 0.901 ↓ 1.7 1,364 1

Parallel Seq Scan on datas_part_0000009426 (cost=0.00..174.97 rows=797 width=60) (actual time=0.007..0.901 rows=1,364 loops=1)

302. 0.894 0.894 ↓ 1.7 1,340 1

Parallel Seq Scan on datas_part_0000009510 (cost=0.00..174.88 rows=788 width=60) (actual time=0.006..0.894 rows=1,340 loops=1)

303. 0.896 0.896 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000008975 (cost=0.00..174.75 rows=775 width=60) (actual time=0.005..0.896 rows=1,286 loops=1)

304. 0.894 0.894 ↓ 1.7 1,319 1

Parallel Seq Scan on datas_part_0000009314 (cost=0.00..174.70 rows=770 width=60) (actual time=0.006..0.894 rows=1,319 loops=1)

305. 0.904 0.904 ↓ 1.7 1,308 1

Parallel Seq Scan on datas_part_0000008861 (cost=0.00..174.69 rows=769 width=60) (actual time=0.006..0.904 rows=1,308 loops=1)

306. 34.411 34.411 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000009464 (cost=0.00..174.69 rows=769 width=60) (actual time=0.007..34.411 rows=1,317 loops=1)

307. 0.855 0.855 ↓ 1.7 1,301 1

Parallel Seq Scan on datas_part_0000008874 (cost=0.00..174.65 rows=765 width=60) (actual time=0.007..0.855 rows=1,301 loops=1)

308. 0.810 0.810 ↓ 1.7 1,302 1

Parallel Seq Scan on datas_part_0000009320 (cost=0.00..174.65 rows=765 width=60) (actual time=0.010..0.810 rows=1,302 loops=1)

309. 0.877 0.877 ↓ 1.7 1,292 1

Parallel Seq Scan on datas_part_0000009431 (cost=0.00..174.60 rows=760 width=60) (actual time=0.006..0.877 rows=1,292 loops=1)

310. 24.742 24.742 ↓ 1.7 1,281 1

Parallel Seq Scan on datas_part_0000008965 (cost=0.00..174.54 rows=754 width=60) (actual time=0.006..24.742 rows=1,281 loops=1)

311. 0.992 0.992 ↓ 1.7 1,280 1

Parallel Seq Scan on datas_part_0000009373 (cost=0.00..174.53 rows=753 width=60) (actual time=0.008..0.992 rows=1,280 loops=1)

312. 0.895 0.895 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000008992 (cost=0.00..174.51 rows=751 width=60) (actual time=0.005..0.895 rows=1,279 loops=1)

313. 0.793 0.793 ↓ 1.7 1,280 1

Parallel Seq Scan on datas_part_0000009343 (cost=0.00..174.47 rows=747 width=60) (actual time=0.006..0.793 rows=1,280 loops=1)

314. 10.152 10.152 ↓ 1.7 1,263 1

Parallel Seq Scan on datas_part_0000009135 (cost=0.00..174.37 rows=737 width=60) (actual time=0.006..10.152 rows=1,263 loops=1)

315. 0.876 0.876 ↓ 1.7 1,247 1

Parallel Seq Scan on datas_part_0000009383 (cost=0.00..174.34 rows=734 width=60) (actual time=0.006..0.876 rows=1,247 loops=1)

316. 0.938 0.938 ↓ 1.7 1,371 1

Parallel Seq Scan on datas_part_0000009048 (cost=0.00..174.12 rows=812 width=60) (actual time=0.006..0.938 rows=1,371 loops=1)

317. 0.913 0.913 ↓ 1.7 1,358 1

Parallel Seq Scan on datas_part_0000008888 (cost=0.00..174.06 rows=806 width=60) (actual time=0.006..0.913 rows=1,358 loops=1)

318. 1.147 1.147 ↓ 1.7 1,360 1

Parallel Seq Scan on datas_part_0000009443 (cost=0.00..174.00 rows=800 width=60) (actual time=0.006..1.147 rows=1,360 loops=1)

319. 0.765 0.765 ↓ 1.7 1,331 1

Parallel Seq Scan on datas_part_0000009484 (cost=0.00..173.83 rows=783 width=60) (actual time=0.005..0.765 rows=1,331 loops=1)

320. 1.040 1.040 ↓ 1.7 1,328 1

Parallel Seq Scan on datas_part_0000009428 (cost=0.00..173.81 rows=781 width=60) (actual time=0.006..1.040 rows=1,328 loops=1)

321. 0.975 0.975 ↓ 1.7 1,322 1

Parallel Seq Scan on datas_part_0000009444 (cost=0.00..173.73 rows=773 width=60) (actual time=0.006..0.975 rows=1,322 loops=1)

322. 13.291 13.291 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000009057 (cost=0.00..173.72 rows=772 width=60) (actual time=0.006..13.291 rows=1,313 loops=1)

323. 0.813 0.813 ↓ 1.7 1,297 1

Parallel Seq Scan on datas_part_0000008925 (cost=0.00..173.63 rows=763 width=60) (actual time=0.006..0.813 rows=1,297 loops=1)

324. 0.816 0.816 ↓ 1.7 1,291 1

Parallel Seq Scan on datas_part_0000008865 (cost=0.00..173.59 rows=759 width=60) (actual time=0.006..0.816 rows=1,291 loops=1)

325. 0.814 0.814 ↓ 1.7 1,287 1

Parallel Seq Scan on datas_part_0000009249 (cost=0.00..173.57 rows=757 width=60) (actual time=0.006..0.814 rows=1,287 loops=1)

326. 0.814 0.814 ↓ 1.7 1,295 1

Parallel Seq Scan on datas_part_0000009296 (cost=0.00..173.56 rows=756 width=60) (actual time=0.006..0.814 rows=1,295 loops=1)

327. 2.960 2.960 ↓ 1.7 1,282 1

Parallel Seq Scan on datas_part_0000009146 (cost=0.00..173.54 rows=754 width=60) (actual time=0.006..2.960 rows=1,282 loops=1)

328. 0.918 0.918 ↓ 1.7 1,281 1

Parallel Seq Scan on datas_part_0000008951 (cost=0.00..173.54 rows=754 width=60) (actual time=0.007..0.918 rows=1,281 loops=1)

329. 0.868 0.868 ↓ 1.7 1,281 1

Parallel Seq Scan on datas_part_0000009062 (cost=0.00..173.54 rows=754 width=60) (actual time=0.006..0.868 rows=1,281 loops=1)

330. 0.752 0.752 ↓ 1.7 1,282 1

Parallel Seq Scan on datas_part_0000009403 (cost=0.00..173.54 rows=754 width=60) (actual time=0.005..0.752 rows=1,282 loops=1)

331. 0.844 0.844 ↓ 1.7 1,276 1

Parallel Seq Scan on datas_part_0000008934 (cost=0.00..173.46 rows=746 width=60) (actual time=0.006..0.844 rows=1,276 loops=1)

332. 0.920 0.920 ↓ 1.7 1,360 1

Parallel Seq Scan on datas_part_0000008911 (cost=0.00..173.00 rows=800 width=60) (actual time=0.007..0.920 rows=1,360 loops=1)

333. 0.899 0.899 ↓ 1.7 1,337 1

Parallel Seq Scan on datas_part_0000009277 (cost=0.00..172.86 rows=786 width=60) (actual time=0.007..0.899 rows=1,337 loops=1)

334. 0.966 0.966 ↓ 1.7 1,339 1

Parallel Seq Scan on datas_part_0000009027 (cost=0.00..172.84 rows=784 width=60) (actual time=0.006..0.966 rows=1,339 loops=1)

335. 0.913 0.913 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000009479 (cost=0.00..172.84 rows=784 width=60) (actual time=0.007..0.913 rows=1,332 loops=1)

336. 0.814 0.814 ↓ 1.7 1,331 1

Parallel Seq Scan on datas_part_0000008902 (cost=0.00..172.83 rows=783 width=60) (actual time=0.007..0.814 rows=1,331 loops=1)

337. 0.815 0.815 ↓ 1.7 1,297 1

Parallel Seq Scan on datas_part_0000009112 (cost=0.00..172.82 rows=782 width=60) (actual time=0.007..0.815 rows=1,297 loops=1)

338. 0.829 0.829 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000008896 (cost=0.00..172.79 rows=779 width=60) (actual time=0.006..0.829 rows=1,325 loops=1)

339. 0.841 0.841 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000008938 (cost=0.00..172.79 rows=779 width=60) (actual time=0.006..0.841 rows=1,325 loops=1)

340. 0.816 0.816 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000008910 (cost=0.00..172.76 rows=776 width=60) (actual time=0.005..0.816 rows=1,320 loops=1)

341. 0.896 0.896 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000008930 (cost=0.00..172.76 rows=776 width=60) (actual time=0.006..0.896 rows=1,321 loops=1)

342. 0.900 0.900 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000008872 (cost=0.00..172.75 rows=775 width=60) (actual time=0.008..0.900 rows=1,318 loops=1)

343. 0.881 0.881 ↓ 1.7 1,291 1

Parallel Seq Scan on datas_part_0000008971 (cost=0.00..172.74 rows=774 width=60) (actual time=0.008..0.881 rows=1,291 loops=1)

344. 0.886 0.886 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000009000 (cost=0.00..172.74 rows=774 width=60) (actual time=0.007..0.886 rows=1,317 loops=1)

345. 0.787 0.787 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009299 (cost=0.00..172.68 rows=768 width=60) (actual time=0.005..0.787 rows=1,312 loops=1)

346. 0.842 0.842 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000009507 (cost=0.00..172.67 rows=767 width=60) (actual time=0.006..0.842 rows=1,304 loops=1)

347. 0.837 0.837 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000009514 (cost=0.00..172.62 rows=762 width=60) (actual time=0.007..0.837 rows=1,306 loops=1)

348. 0.834 0.834 ↓ 1.7 1,293 1

Parallel Seq Scan on datas_part_0000009130 (cost=0.00..172.61 rows=761 width=60) (actual time=0.006..0.834 rows=1,293 loops=1)

349. 0.846 0.846 ↓ 1.7 1,294 1

Parallel Seq Scan on datas_part_0000009338 (cost=0.00..172.61 rows=761 width=60) (actual time=0.007..0.846 rows=1,294 loops=1)

350. 2.439 2.439 ↓ 1.7 1,291 1

Parallel Seq Scan on datas_part_0000008998 (cost=0.00..172.54 rows=754 width=60) (actual time=0.006..2.439 rows=1,291 loops=1)

351. 0.812 0.812 ↓ 1.7 1,282 1

Parallel Seq Scan on datas_part_0000009405 (cost=0.00..172.54 rows=754 width=60) (actual time=0.005..0.812 rows=1,282 loops=1)

352. 0.767 0.767 ↓ 1.7 1,289 1

Parallel Seq Scan on datas_part_0000009508 (cost=0.00..172.53 rows=753 width=60) (actual time=0.005..0.767 rows=1,289 loops=1)

353. 0.774 0.774 ↓ 1.7 1,288 1

Parallel Seq Scan on datas_part_0000009340 (cost=0.00..172.52 rows=752 width=60) (actual time=0.006..0.774 rows=1,288 loops=1)

354. 0.737 0.737 ↓ 1.7 1,276 1

Parallel Seq Scan on datas_part_0000009472 (cost=0.00..172.51 rows=751 width=60) (actual time=0.005..0.737 rows=1,276 loops=1)

355. 0.736 0.736 ↓ 1.7 1,270 1

Parallel Seq Scan on datas_part_0000008969 (cost=0.00..172.47 rows=747 width=60) (actual time=0.005..0.736 rows=1,270 loops=1)

356. 0.821 0.821 ↓ 1.7 1,257 1

Parallel Seq Scan on datas_part_0000009264 (cost=0.00..172.39 rows=739 width=60) (actual time=0.005..0.821 rows=1,257 loops=1)

357. 0.922 0.922 ↓ 1.7 1,404 1

Parallel Seq Scan on datas_part_0000008851 (cost=0.00..172.27 rows=827 width=60) (actual time=0.004..0.922 rows=1,404 loops=1)

358. 0.933 0.933 ↓ 1.7 1,363 1

Parallel Seq Scan on datas_part_0000009467 (cost=0.00..172.07 rows=807 width=60) (actual time=0.006..0.933 rows=1,363 loops=1)

359. 0.804 0.804 ↓ 1.7 1,359 1

Parallel Seq Scan on datas_part_0000009266 (cost=0.00..171.95 rows=795 width=60) (actual time=0.005..0.804 rows=1,359 loops=1)

360. 0.745 0.745 ↓ 1.7 1,355 1

Parallel Seq Scan on datas_part_0000009005 (cost=0.00..171.92 rows=792 width=60) (actual time=0.006..0.745 rows=1,355 loops=1)

361. 9.891 9.891 ↓ 1.7 1,342 1

Parallel Seq Scan on datas_part_0000009257 (cost=0.00..171.90 rows=790 width=60) (actual time=0.008..9.891 rows=1,342 loops=1)

362. 0.899 0.899 ↓ 1.7 1,334 1

Parallel Seq Scan on datas_part_0000009259 (cost=0.00..171.90 rows=790 width=60) (actual time=0.006..0.899 rows=1,334 loops=1)

363. 0.883 0.883 ↓ 1.7 1,341 1

Parallel Seq Scan on datas_part_0000008905 (cost=0.00..171.88 rows=788 width=60) (actual time=0.006..0.883 rows=1,341 loops=1)

364. 0.850 0.850 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000009186 (cost=0.00..171.84 rows=784 width=60) (actual time=0.005..0.850 rows=1,332 loops=1)

365. 0.886 0.886 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000008920 (cost=0.00..171.79 rows=779 width=60) (actual time=0.006..0.886 rows=1,325 loops=1)

366. 0.843 0.843 ↓ 1.7 1,324 1

Parallel Seq Scan on datas_part_0000009152 (cost=0.00..171.79 rows=779 width=60) (actual time=0.006..0.843 rows=1,324 loops=1)

367. 0.915 0.915 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000009173 (cost=0.00..171.77 rows=777 width=60) (actual time=0.006..0.915 rows=1,321 loops=1)

368. 5.908 5.908 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000008989 (cost=0.00..171.74 rows=774 width=60) (actual time=0.006..5.908 rows=1,323 loops=1)

369. 1.099 1.099 ↓ 1.7 1,319 1

Parallel Seq Scan on datas_part_0000009346 (cost=0.00..171.71 rows=771 width=60) (actual time=0.007..1.099 rows=1,319 loops=1)

370. 0.754 0.754 ↓ 1.7 1,310 1

Parallel Seq Scan on datas_part_0000009532 (cost=0.00..171.71 rows=771 width=60) (actual time=0.006..0.754 rows=1,310 loops=1)

371. 1.188 1.188 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000008857 (cost=0.00..171.68 rows=768 width=60) (actual time=0.006..1.188 rows=1,306 loops=1)

372. 0.816 0.816 ↓ 1.7 1,314 1

Parallel Seq Scan on datas_part_0000009345 (cost=0.00..171.68 rows=768 width=60) (actual time=0.006..0.816 rows=1,314 loops=1)

373. 1.595 1.595 ↓ 1.7 1,301 1

Parallel Seq Scan on datas_part_0000008957 (cost=0.00..171.65 rows=765 width=60) (actual time=0.006..1.595 rows=1,301 loops=1)

374. 0.830 0.830 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000009410 (cost=0.00..171.64 rows=764 width=60) (actual time=0.006..0.830 rows=1,306 loops=1)

375. 0.803 0.803 ↓ 1.7 1,294 1

Parallel Seq Scan on datas_part_0000009489 (cost=0.00..171.61 rows=761 width=60) (actual time=0.006..0.803 rows=1,294 loops=1)

376. 11.853 11.853 ↓ 1.7 1,302 1

Parallel Seq Scan on datas_part_0000009229 (cost=0.00..171.61 rows=761 width=60) (actual time=0.005..11.853 rows=1,302 loops=1)

377. 0.799 0.799 ↓ 1.7 1,283 1

Parallel Seq Scan on datas_part_0000009332 (cost=0.00..171.55 rows=755 width=60) (actual time=0.007..0.799 rows=1,283 loops=1)

378. 0.788 0.788 ↓ 1.7 1,289 1

Parallel Seq Scan on datas_part_0000009291 (cost=0.00..171.53 rows=753 width=60) (actual time=0.007..0.788 rows=1,289 loops=1)

379. 0.799 0.799 ↓ 1.7 1,287 1

Parallel Seq Scan on datas_part_0000009454 (cost=0.00..171.52 rows=752 width=60) (actual time=0.007..0.799 rows=1,287 loops=1)

380. 0.860 0.860 ↓ 1.7 1,276 1

Parallel Seq Scan on datas_part_0000009382 (cost=0.00..171.51 rows=751 width=60) (actual time=0.007..0.860 rows=1,276 loops=1)

381. 6.620 6.620 ↓ 1.7 1,263 1

Parallel Seq Scan on datas_part_0000009366 (cost=0.00..171.43 rows=743 width=60) (actual time=5.759..6.620 rows=1,263 loops=1)

382. 3.971 3.971 ↓ 1.7 1,246 1

Parallel Seq Scan on datas_part_0000009071 (cost=0.00..171.33 rows=733 width=60) (actual time=0.006..3.971 rows=1,246 loops=1)

383. 0.849 0.849 ↓ 1.7 1,365 1

Parallel Seq Scan on datas_part_0000009292 (cost=0.00..170.98 rows=798 width=60) (actual time=0.005..0.849 rows=1,365 loops=1)

384. 0.877 0.877 ↓ 1.7 1,336 1

Parallel Seq Scan on datas_part_0000008919 (cost=0.00..170.86 rows=786 width=60) (actual time=0.006..0.877 rows=1,336 loops=1)

385. 0.793 0.793 ↓ 1.7 1,327 1

Parallel Seq Scan on datas_part_0000009180 (cost=0.00..170.81 rows=781 width=60) (actual time=0.006..0.793 rows=1,327 loops=1)

386. 0.821 0.821 ↓ 1.7 1,324 1

Parallel Seq Scan on datas_part_0000009127 (cost=0.00..170.79 rows=779 width=60) (actual time=0.005..0.821 rows=1,324 loops=1)

387. 0.756 0.756 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000008893 (cost=0.00..170.76 rows=776 width=60) (actual time=0.006..0.756 rows=1,320 loops=1)

388. 0.984 0.984 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009531 (cost=0.00..170.76 rows=776 width=60) (actual time=0.007..0.984 rows=1,320 loops=1)

389. 0.868 0.868 ↓ 1.7 1,319 1

Parallel Seq Scan on datas_part_0000009029 (cost=0.00..170.76 rows=776 width=60) (actual time=0.006..0.868 rows=1,319 loops=1)

390. 0.906 0.906 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000009098 (cost=0.00..170.72 rows=772 width=60) (actual time=0.006..0.906 rows=1,321 loops=1)

391. 0.830 0.830 ↓ 1.7 1,311 1

Parallel Seq Scan on datas_part_0000008909 (cost=0.00..170.71 rows=771 width=60) (actual time=0.005..0.830 rows=1,311 loops=1)

392. 0.798 0.798 ↓ 1.7 1,316 1

Parallel Seq Scan on datas_part_0000008883 (cost=0.00..170.69 rows=769 width=60) (actual time=0.005..0.798 rows=1,316 loops=1)

393. 0.818 0.818 ↓ 1.7 1,315 1

Parallel Seq Scan on datas_part_0000009239 (cost=0.00..170.68 rows=768 width=60) (actual time=0.006..0.818 rows=1,315 loops=1)

394. 25.491 25.491 ↓ 1.6 1,370 1

Parallel Seq Scan on datas_part_0000009506 (cost=0.00..170.68 rows=868 width=60) (actual time=0.005..25.491 rows=1,370 loops=1)

395. 0.770 0.770 ↓ 1.7 1,301 1

Parallel Seq Scan on datas_part_0000008832 (cost=0.00..170.65 rows=765 width=60) (actual time=0.005..0.770 rows=1,301 loops=1)

396. 0.750 0.750 ↓ 1.7 1,294 1

Parallel Seq Scan on datas_part_0000009521 (cost=0.00..170.61 rows=761 width=60) (actual time=0.005..0.750 rows=1,294 loops=1)

397. 0.769 0.769 ↓ 1.7 1,293 1

Parallel Seq Scan on datas_part_0000008943 (cost=0.00..170.61 rows=761 width=60) (actual time=0.006..0.769 rows=1,293 loops=1)

398. 1.027 1.027 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000009360 (cost=0.00..170.56 rows=756 width=60) (actual time=0.006..1.027 rows=1,286 loops=1)

399. 4.942 4.942 ↓ 1.7 1,290 1

Parallel Seq Scan on datas_part_0000008933 (cost=0.00..170.54 rows=754 width=60) (actual time=0.006..4.942 rows=1,290 loops=1)

400. 0.765 0.765 ↓ 1.7 1,281 1

Parallel Seq Scan on datas_part_0000009359 (cost=0.00..170.54 rows=754 width=60) (actual time=0.005..0.765 rows=1,281 loops=1)

401. 0.731 0.731 ↓ 1.7 1,281 1

Parallel Seq Scan on datas_part_0000009375 (cost=0.00..170.54 rows=754 width=60) (actual time=0.006..0.731 rows=1,281 loops=1)

402. 0.735 0.735 ↓ 1.7 1,280 1

Parallel Seq Scan on datas_part_0000009386 (cost=0.00..170.53 rows=753 width=60) (actual time=0.005..0.735 rows=1,280 loops=1)

403. 0.755 0.755 ↓ 1.7 1,285 1

Parallel Seq Scan on datas_part_0000009453 (cost=0.00..170.51 rows=751 width=60) (actual time=0.006..0.755 rows=1,285 loops=1)

404. 0.877 0.877 ↓ 1.7 1,281 1

Parallel Seq Scan on datas_part_0000009216 (cost=0.00..170.48 rows=748 width=60) (actual time=0.006..0.877 rows=1,281 loops=1)

405. 0.927 0.927 ↓ 1.7 1,270 1

Parallel Seq Scan on datas_part_0000009352 (cost=0.00..170.47 rows=747 width=60) (actual time=0.005..0.927 rows=1,270 loops=1)

406. 0.777 0.777 ↓ 1.7 1,247 1

Parallel Seq Scan on datas_part_0000009074 (cost=0.00..170.34 rows=734 width=60) (actual time=0.006..0.777 rows=1,247 loops=1)

407. 0.808 0.808 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000009227 (cost=0.00..169.85 rows=785 width=60) (actual time=0.006..0.808 rows=1,317 loops=1)

408. 0.798 0.798 ↓ 1.7 1,331 1

Parallel Seq Scan on datas_part_0000009025 (cost=0.00..169.83 rows=783 width=60) (actual time=0.006..0.798 rows=1,331 loops=1)

409. 0.802 0.802 ↓ 1.7 1,331 1

Parallel Seq Scan on datas_part_0000009179 (cost=0.00..169.83 rows=783 width=60) (actual time=0.006..0.802 rows=1,331 loops=1)

410. 0.817 0.817 ↓ 1.7 1,330 1

Parallel Seq Scan on datas_part_0000009175 (cost=0.00..169.82 rows=782 width=60) (actual time=0.006..0.817 rows=1,330 loops=1)

411. 0.818 0.818 ↓ 1.7 1,327 1

Parallel Seq Scan on datas_part_0000008828 (cost=0.00..169.81 rows=781 width=60) (actual time=0.006..0.818 rows=1,327 loops=1)

412. 0.854 0.854 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009058 (cost=0.00..169.79 rows=779 width=60) (actual time=0.005..0.854 rows=1,325 loops=1)

413. 12.888 12.888 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000008890 (cost=0.00..169.78 rows=778 width=60) (actual time=0.006..12.888 rows=1,323 loops=1)

414. 0.732 0.732 ↓ 1.7 1,322 1

Parallel Seq Scan on datas_part_0000008994 (cost=0.00..169.75 rows=775 width=60) (actual time=0.006..0.732 rows=1,322 loops=1)

415. 0.722 0.722 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000008899 (cost=0.00..169.75 rows=775 width=60) (actual time=0.005..0.722 rows=1,317 loops=1)

416. 0.806 0.806 ↓ 1.7 1,319 1

Parallel Seq Scan on datas_part_0000008970 (cost=0.00..169.72 rows=772 width=60) (actual time=0.006..0.806 rows=1,319 loops=1)

417. 0.880 0.880 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009497 (cost=0.00..169.72 rows=772 width=60) (actual time=0.006..0.880 rows=1,312 loops=1)

418. 0.988 0.988 ↓ 1.7 1,311 1

Parallel Seq Scan on datas_part_0000008826 (cost=0.00..169.71 rows=771 width=60) (actual time=0.006..0.988 rows=1,311 loops=1)

419. 0.936 0.936 ↓ 1.7 1,309 1

Parallel Seq Scan on datas_part_0000008843 (cost=0.00..169.71 rows=771 width=60) (actual time=0.007..0.936 rows=1,309 loops=1)

420. 0.948 0.948 ↓ 1.7 1,319 1

Parallel Seq Scan on datas_part_0000009306 (cost=0.00..169.71 rows=771 width=60) (actual time=0.006..0.948 rows=1,319 loops=1)

421. 0.814 0.814 ↓ 1.7 1,309 1

Parallel Seq Scan on datas_part_0000009255 (cost=0.00..169.70 rows=770 width=60) (actual time=0.006..0.814 rows=1,309 loops=1)

422. 0.816 0.816 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000008871 (cost=0.00..169.68 rows=768 width=60) (actual time=0.006..0.816 rows=1,306 loops=1)

423. 4.789 4.789 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009215 (cost=0.00..169.68 rows=768 width=60) (actual time=0.006..4.789 rows=1,312 loops=1)

424. 0.716 0.716 ↓ 1.7 1,311 1

Parallel Seq Scan on datas_part_0000009347 (cost=0.00..169.66 rows=766 width=60) (actual time=0.006..0.716 rows=1,311 loops=1)

425. 0.795 0.795 ↓ 1.7 1,295 1

Parallel Seq Scan on datas_part_0000009145 (cost=0.00..169.62 rows=762 width=60) (actual time=0.006..0.795 rows=1,295 loops=1)

426. 0.754 0.754 ↓ 1.7 1,293 1

Parallel Seq Scan on datas_part_0000008878 (cost=0.00..169.61 rows=761 width=60) (actual time=0.006..0.754 rows=1,293 loops=1)

427. 0.725 0.725 ↓ 1.7 1,297 1

Parallel Seq Scan on datas_part_0000009342 (cost=0.00..169.58 rows=758 width=60) (actual time=0.006..0.725 rows=1,297 loops=1)

428. 8.764 8.764 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000009513 (cost=0.00..169.56 rows=756 width=60) (actual time=0.006..8.764 rows=1,286 loops=1)

429. 0.846 0.846 ↓ 1.7 1,293 1

Parallel Seq Scan on datas_part_0000009452 (cost=0.00..169.56 rows=756 width=60) (actual time=0.005..0.846 rows=1,293 loops=1)

430. 0.866 0.866 ↓ 1.7 1,289 1

Parallel Seq Scan on datas_part_0000009350 (cost=0.00..169.55 rows=755 width=60) (actual time=0.008..0.866 rows=1,289 loops=1)

431. 4.862 4.862 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000009240 (cost=0.00..169.48 rows=748 width=60) (actual time=0.007..4.862 rows=1,279 loops=1)

432. 0.890 0.890 ↓ 1.7 1,238 1

Parallel Seq Scan on datas_part_0000009371 (cost=0.00..169.28 rows=728 width=60) (actual time=0.007..0.890 rows=1,238 loops=1)

433. 0.889 0.889 ↓ 1.7 1,221 1

Parallel Seq Scan on datas_part_0000009262 (cost=0.00..169.12 rows=712 width=60) (actual time=0.006..0.889 rows=1,221 loops=1)

434. 0.892 0.892 ↓ 1.7 1,350 1

Parallel Seq Scan on datas_part_0000009199 (cost=0.00..168.89 rows=789 width=60) (actual time=0.006..0.892 rows=1,350 loops=1)

435. 0.878 0.878 ↓ 1.7 1,328 1

Parallel Seq Scan on datas_part_0000008926 (cost=0.00..168.81 rows=781 width=60) (actual time=0.006..0.878 rows=1,328 loops=1)

436. 0.977 0.977 ↓ 1.7 1,329 1

Parallel Seq Scan on datas_part_0000009465 (cost=0.00..168.80 rows=780 width=60) (actual time=0.006..0.977 rows=1,329 loops=1)

437. 0.977 0.977 ↓ 1.7 1,324 1

Parallel Seq Scan on datas_part_0000008894 (cost=0.00..168.79 rows=779 width=60) (actual time=0.006..0.977 rows=1,324 loops=1)

438. 0.866 0.866 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000008863 (cost=0.00..168.72 rows=772 width=60) (actual time=0.007..0.866 rows=1,313 loops=1)

439. 0.904 0.904 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000009247 (cost=0.00..168.63 rows=763 width=60) (actual time=0.005..0.904 rows=1,321 loops=1)

440. 0.822 0.822 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000008946 (cost=0.00..168.53 rows=753 width=60) (actual time=0.006..0.822 rows=1,286 loops=1)

441. 0.792 0.792 ↓ 1.7 1,277 1

Parallel Seq Scan on datas_part_0000009516 (cost=0.00..168.51 rows=751 width=60) (actual time=0.007..0.792 rows=1,277 loops=1)

442. 0.814 0.814 ↓ 1.7 1,239 1

Parallel Seq Scan on datas_part_0000009469 (cost=0.00..168.29 rows=729 width=60) (actual time=0.006..0.814 rows=1,239 loops=1)

443. 0.849 0.849 ↓ 1.7 1,231 1

Parallel Seq Scan on datas_part_0000008952 (cost=0.00..168.24 rows=724 width=60) (actual time=0.007..0.849 rows=1,231 loops=1)

444. 0.869 0.869 ↓ 1.7 1,355 1

Parallel Seq Scan on datas_part_0000009001 (cost=0.00..168.02 rows=802 width=60) (actual time=0.006..0.869 rows=1,355 loops=1)

445. 0.863 0.863 ↓ 1.7 1,316 1

Parallel Seq Scan on datas_part_0000009231 (cost=0.00..167.89 rows=789 width=60) (actual time=0.006..0.863 rows=1,316 loops=1)

446. 0.893 0.893 ↓ 1.7 1,339 1

Parallel Seq Scan on datas_part_0000009483 (cost=0.00..167.88 rows=788 width=60) (actual time=0.006..0.893 rows=1,339 loops=1)

447. 0.896 0.896 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009482 (cost=0.00..167.79 rows=779 width=60) (actual time=0.007..0.896 rows=1,325 loops=1)

448. 12.997 12.997 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000008973 (cost=0.00..167.74 rows=774 width=60) (actual time=0.006..12.997 rows=1,321 loops=1)

449. 0.945 0.945 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000008944 (cost=0.00..167.72 rows=772 width=60) (actual time=0.005..0.945 rows=1,318 loops=1)

450. 0.845 0.845 ↓ 1.7 1,301 1

Parallel Seq Scan on datas_part_0000009133 (cost=0.00..167.61 rows=761 width=60) (actual time=0.006..0.845 rows=1,301 loops=1)

451. 0.885 0.885 ↓ 1.7 1,264 1

Parallel Seq Scan on datas_part_0000008956 (cost=0.00..167.43 rows=743 width=60) (actual time=0.006..0.885 rows=1,264 loops=1)

452. 0.823 0.823 ↓ 1.7 1,263 1

Parallel Seq Scan on datas_part_0000009364 (cost=0.00..167.43 rows=743 width=60) (actual time=0.006..0.823 rows=1,263 loops=1)

453. 8.879 8.879 ↓ 1.7 1,265 1

Parallel Seq Scan on datas_part_0000009329 (cost=0.00..167.42 rows=742 width=60) (actual time=0.005..8.879 rows=1,265 loops=1)

454. 0.939 0.939 ↓ 1.8 1,297 1

Parallel Seq Scan on datas_part_0000009122 (cost=0.00..167.40 rows=740 width=60) (actual time=0.006..0.939 rows=1,297 loops=1)

455. 0.821 0.821 ↓ 1.7 1,255 1

Parallel Seq Scan on datas_part_0000009093 (cost=0.00..167.34 rows=734 width=60) (actual time=0.005..0.821 rows=1,255 loops=1)

456. 0.841 0.841 ↓ 1.7 1,344 1

Parallel Seq Scan on datas_part_0000009009 (cost=0.00..166.91 rows=791 width=60) (actual time=0.006..0.841 rows=1,344 loops=1)

457. 0.834 0.834 ↓ 1.7 1,351 1

Parallel Seq Scan on datas_part_0000009026 (cost=0.00..166.91 rows=791 width=60) (actual time=0.005..0.834 rows=1,351 loops=1)

458. 0.862 0.862 ↓ 1.7 1,346 1

Parallel Seq Scan on datas_part_0000009004 (cost=0.00..166.89 rows=789 width=60) (actual time=0.005..0.862 rows=1,346 loops=1)

459. 0.807 0.807 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000009268 (cost=0.00..166.77 rows=777 width=60) (actual time=0.006..0.807 rows=1,321 loops=1)

460. 0.893 0.893 ↓ 1.7 1,329 1

Parallel Seq Scan on datas_part_0000009315 (cost=0.00..166.76 rows=776 width=60) (actual time=0.006..0.893 rows=1,329 loops=1)

461. 0.811 0.811 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009244 (cost=0.00..166.75 rows=775 width=60) (actual time=0.006..0.811 rows=1,325 loops=1)

462. 0.802 0.802 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000009214 (cost=0.00..166.70 rows=770 width=60) (actual time=0.006..0.802 rows=1,317 loops=1)

463. 0.938 0.938 ↓ 1.7 1,309 1

Parallel Seq Scan on datas_part_0000009218 (cost=0.00..166.69 rows=769 width=60) (actual time=0.006..0.938 rows=1,309 loops=1)

464. 0.846 0.846 ↓ 1.7 1,298 1

Parallel Seq Scan on datas_part_0000009533 (cost=0.00..166.59 rows=759 width=60) (actual time=0.006..0.846 rows=1,298 loops=1)

465. 0.895 0.895 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000009384 (cost=0.00..166.52 rows=752 width=60) (actual time=0.005..0.895 rows=1,279 loops=1)

466. 0.791 0.791 ↓ 1.7 1,276 1

Parallel Seq Scan on datas_part_0000008942 (cost=0.00..166.51 rows=751 width=60) (actual time=0.005..0.791 rows=1,276 loops=1)

467. 0.784 0.784 ↓ 1.7 1,273 1

Parallel Seq Scan on datas_part_0000008848 (cost=0.00..166.49 rows=749 width=60) (actual time=0.006..0.784 rows=1,273 loops=1)

468. 0.824 0.824 ↓ 1.7 1,269 1

Parallel Seq Scan on datas_part_0000009380 (cost=0.00..166.46 rows=746 width=60) (actual time=0.006..0.824 rows=1,269 loops=1)

469. 0.943 0.943 ↓ 1.7 1,267 1

Parallel Seq Scan on datas_part_0000009354 (cost=0.00..166.45 rows=745 width=60) (actual time=0.005..0.943 rows=1,267 loops=1)

470. 0.900 0.900 ↓ 1.7 1,271 1

Parallel Seq Scan on datas_part_0000009527 (cost=0.00..166.44 rows=744 width=60) (actual time=0.007..0.900 rows=1,271 loops=1)

471. 9.015 9.015 ↓ 1.7 1,248 1

Parallel Seq Scan on datas_part_0000009066 (cost=0.00..166.34 rows=734 width=60) (actual time=0.005..9.015 rows=1,248 loops=1)

472. 0.765 0.765 ↓ 1.7 1,243 1

Parallel Seq Scan on datas_part_0000009272 (cost=0.00..166.31 rows=731 width=60) (actual time=0.005..0.765 rows=1,243 loops=1)

473. 0.848 0.848 ↓ 1.7 1,206 1

Parallel Seq Scan on datas_part_0000009336 (cost=0.00..166.09 rows=709 width=60) (actual time=0.006..0.848 rows=1,206 loops=1)

474. 0.860 0.860 ↓ 1.7 1,353 1

Parallel Seq Scan on datas_part_0000009476 (cost=0.00..165.94 rows=794 width=60) (actual time=0.006..0.860 rows=1,353 loops=1)

475. 0.910 0.910 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000008831 (cost=0.00..165.78 rows=778 width=60) (actual time=0.006..0.910 rows=1,323 loops=1)

476. 12.954 12.954 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000008955 (cost=0.00..165.57 rows=757 width=60) (actual time=0.006..12.954 rows=1,286 loops=1)

477. 0.853 0.853 ↓ 1.7 1,282 1

Parallel Seq Scan on datas_part_0000009448 (cost=0.00..165.54 rows=754 width=60) (actual time=0.006..0.853 rows=1,282 loops=1)

478. 0.858 0.858 ↓ 1.7 1,280 1

Parallel Seq Scan on datas_part_0000009511 (cost=0.00..165.53 rows=753 width=60) (actual time=0.006..0.858 rows=1,280 loops=1)

479. 0.879 0.879 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000009082 (cost=0.00..165.52 rows=752 width=60) (actual time=0.006..0.879 rows=1,279 loops=1)

480. 0.841 0.841 ↓ 1.7 1,273 1

Parallel Seq Scan on datas_part_0000009385 (cost=0.00..165.49 rows=749 width=60) (actual time=0.006..0.841 rows=1,273 loops=1)

481. 0.824 0.824 ↓ 1.7 1,266 1

Parallel Seq Scan on datas_part_0000009237 (cost=0.00..165.45 rows=745 width=60) (actual time=0.007..0.824 rows=1,266 loops=1)

482. 0.805 0.805 ↓ 1.7 1,253 1

Parallel Seq Scan on datas_part_0000008958 (cost=0.00..165.37 rows=737 width=60) (actual time=0.006..0.805 rows=1,253 loops=1)

483. 0.781 0.781 ↓ 1.7 1,253 1

Parallel Seq Scan on datas_part_0000009280 (cost=0.00..165.37 rows=737 width=60) (actual time=0.007..0.781 rows=1,253 loops=1)

484. 0.901 0.901 ↓ 1.7 1,238 1

Parallel Seq Scan on datas_part_0000009078 (cost=0.00..165.28 rows=728 width=60) (actual time=0.007..0.901 rows=1,238 loops=1)

485. 0.789 0.789 ↓ 1.7 1,244 1

Parallel Seq Scan on datas_part_0000009092 (cost=0.00..165.27 rows=727 width=60) (actual time=0.006..0.789 rows=1,244 loops=1)

486. 0.855 0.855 ↓ 1.7 1,397 1

Parallel Seq Scan on datas_part_0000008881 (cost=0.00..165.18 rows=818 width=60) (actual time=0.005..0.855 rows=1,397 loops=1)

487. 0.767 0.767 ↓ 1.7 1,215 1

Parallel Seq Scan on datas_part_0000009368 (cost=0.00..165.15 rows=715 width=60) (actual time=0.006..0.767 rows=1,215 loops=1)

488. 0.809 0.809 ↓ 1.6 1,268 1

Parallel Seq Scan on datas_part_0000008981 (cost=0.00..164.82 rows=782 width=60) (actual time=0.006..0.809 rows=1,268 loops=1)

489. 0.935 0.935 ↓ 1.7 1,329 1

Parallel Seq Scan on datas_part_0000009212 (cost=0.00..164.82 rows=782 width=60) (actual time=0.005..0.935 rows=1,329 loops=1)

490. 0.931 0.931 ↓ 1.7 1,318 1

Parallel Seq Scan on datas_part_0000008913 (cost=0.00..164.75 rows=775 width=60) (actual time=0.006..0.931 rows=1,318 loops=1)

491. 1.083 1.083 ↓ 1.7 1,310 1

Parallel Seq Scan on datas_part_0000009007 (cost=0.00..164.71 rows=771 width=60) (actual time=0.006..1.083 rows=1,310 loops=1)

492. 0.916 0.916 ↓ 1.7 1,314 1

Parallel Seq Scan on datas_part_0000009236 (cost=0.00..164.68 rows=768 width=60) (actual time=0.006..0.916 rows=1,314 loops=1)

493. 11.546 11.546 ↓ 1.7 1,298 1

Parallel Seq Scan on datas_part_0000008875 (cost=0.00..164.64 rows=764 width=60) (actual time=0.006..11.546 rows=1,298 loops=1)

494. 0.928 0.928 ↓ 1.7 1,297 1

Parallel Seq Scan on datas_part_0000009282 (cost=0.00..164.63 rows=763 width=60) (actual time=0.009..0.928 rows=1,297 loops=1)

495. 25.581 25.581 ↓ 1.7 1,291 1

Parallel Seq Scan on datas_part_0000009260 (cost=0.00..164.59 rows=759 width=60) (actual time=0.006..25.581 rows=1,291 loops=1)

496. 0.766 0.766 ↓ 1.7 1,239 1

Parallel Seq Scan on datas_part_0000009116 (cost=0.00..164.49 rows=749 width=60) (actual time=0.006..0.766 rows=1,239 loops=1)

497. 0.826 0.826 ↓ 1.7 1,272 1

Parallel Seq Scan on datas_part_0000009293 (cost=0.00..164.48 rows=748 width=60) (actual time=0.005..0.826 rows=1,272 loops=1)

498. 0.761 0.761 ↓ 1.7 1,244 1

Parallel Seq Scan on datas_part_0000009367 (cost=0.00..164.32 rows=732 width=60) (actual time=0.005..0.761 rows=1,244 loops=1)

499. 0.746 0.746 ↓ 1.7 1,231 1

Parallel Seq Scan on datas_part_0000009131 (cost=0.00..164.24 rows=724 width=60) (actual time=0.005..0.746 rows=1,231 loops=1)

500. 0.775 0.775 ↓ 1.7 1,353 1

Parallel Seq Scan on datas_part_0000009395 (cost=0.00..163.96 rows=796 width=60) (actual time=0.004..0.775 rows=1,353 loops=1)

501. 0.779 0.779 ↓ 1.7 1,303 1

Parallel Seq Scan on datas_part_0000009397 (cost=0.00..163.81 rows=781 width=60) (actual time=0.005..0.779 rows=1,303 loops=1)

502. 0.997 0.997 ↓ 1.7 1,327 1

Parallel Seq Scan on datas_part_0000008885 (cost=0.00..163.81 rows=781 width=60) (actual time=0.006..0.997 rows=1,327 loops=1)

503. 0.834 0.834 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009485 (cost=0.00..163.76 rows=776 width=60) (actual time=0.005..0.834 rows=1,320 loops=1)

504. 0.840 0.840 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000009202 (cost=0.00..163.75 rows=775 width=60) (actual time=0.006..0.840 rows=1,317 loops=1)

505. 3.383 3.383 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000008837 (cost=0.00..163.72 rows=772 width=60) (actual time=0.006..3.383 rows=1,312 loops=1)

506. 0.865 0.865 ↓ 1.7 1,309 1

Parallel Seq Scan on datas_part_0000009491 (cost=0.00..163.71 rows=771 width=60) (actual time=0.007..0.865 rows=1,309 loops=1)

507. 9.493 9.493 ↓ 1.7 1,303 1

Parallel Seq Scan on datas_part_0000009303 (cost=0.00..163.68 rows=768 width=60) (actual time=0.006..9.493 rows=1,303 loops=1)

508. 1.715 1.715 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000008988 (cost=0.00..163.64 rows=764 width=60) (actual time=0.005..1.715 rows=1,306 loops=1)

509. 0.830 0.830 ↓ 1.7 1,285 1

Parallel Seq Scan on datas_part_0000008949 (cost=0.00..163.53 rows=753 width=60) (actual time=0.006..0.830 rows=1,285 loops=1)

510. 0.797 0.797 ↓ 1.7 1,277 1

Parallel Seq Scan on datas_part_0000009399 (cost=0.00..163.51 rows=751 width=60) (actual time=0.006..0.797 rows=1,277 loops=1)

511. 1.244 1.244 ↓ 1.7 1,265 1

Parallel Seq Scan on datas_part_0000009328 (cost=0.00..163.44 rows=744 width=60) (actual time=0.005..1.244 rows=1,265 loops=1)

512. 0.776 0.776 ↓ 1.7 1,247 1

Parallel Seq Scan on datas_part_0000009069 (cost=0.00..163.34 rows=734 width=60) (actual time=0.005..0.776 rows=1,247 loops=1)

513. 0.769 0.769 ↓ 1.7 1,234 1

Parallel Seq Scan on datas_part_0000009151 (cost=0.00..163.26 rows=726 width=60) (actual time=0.006..0.769 rows=1,234 loops=1)

514. 0.800 0.800 ↓ 1.7 1,233 1

Parallel Seq Scan on datas_part_0000009438 (cost=0.00..163.25 rows=725 width=60) (actual time=0.006..0.800 rows=1,233 loops=1)

515. 1.339 1.339 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000008987 (cost=0.00..162.73 rows=773 width=60) (actual time=0.006..1.339 rows=1,313 loops=1)

516. 61.485 61.485 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009137 (cost=0.00..162.72 rows=772 width=60) (actual time=0.005..61.485 rows=1,312 loops=1)

517. 0.784 0.784 ↓ 1.7 1,310 1

Parallel Seq Scan on datas_part_0000009422 (cost=0.00..162.71 rows=771 width=60) (actual time=0.006..0.784 rows=1,310 loops=1)

518. 0.794 0.794 ↓ 1.7 1,313 1

Parallel Seq Scan on datas_part_0000009003 (cost=0.00..162.68 rows=768 width=60) (actual time=0.005..0.794 rows=1,313 loops=1)

519. 0.783 0.783 ↓ 1.7 1,284 1

Parallel Seq Scan on datas_part_0000008977 (cost=0.00..162.66 rows=766 width=60) (actual time=0.007..0.783 rows=1,284 loops=1)

520. 1.168 1.168 ↓ 1.7 1,255 1

Parallel Seq Scan on datas_part_0000009095 (cost=0.00..162.59 rows=759 width=60) (actual time=0.005..1.168 rows=1,255 loops=1)

521. 0.845 0.845 ↓ 1.7 1,293 1

Parallel Seq Scan on datas_part_0000009118 (cost=0.00..162.57 rows=757 width=60) (actual time=0.006..0.845 rows=1,293 loops=1)

522. 7.781 7.781 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000008967 (cost=0.00..162.52 rows=752 width=60) (actual time=0.005..7.781 rows=1,279 loops=1)

523. 0.790 0.790 ↓ 1.7 1,278 1

Parallel Seq Scan on datas_part_0000009327 (cost=0.00..162.49 rows=749 width=60) (actual time=0.006..0.790 rows=1,278 loops=1)

524. 1.032 1.032 ↓ 1.7 1,272 1

Parallel Seq Scan on datas_part_0000009080 (cost=0.00..162.48 rows=748 width=60) (actual time=0.006..1.032 rows=1,272 loops=1)

525. 0.810 0.810 ↓ 1.7 1,272 1

Parallel Seq Scan on datas_part_0000009209 (cost=0.00..162.48 rows=748 width=60) (actual time=0.005..0.810 rows=1,272 loops=1)

526. 3.884 3.884 ↓ 1.7 1,241 1

Parallel Seq Scan on datas_part_0000009101 (cost=0.00..162.45 rows=745 width=60) (actual time=0.006..3.884 rows=1,241 loops=1)

527. 1.084 1.084 ↓ 1.7 1,266 1

Parallel Seq Scan on datas_part_0000009339 (cost=0.00..162.45 rows=745 width=60) (actual time=0.005..1.084 rows=1,266 loops=1)

528. 1.283 1.283 ↓ 1.7 1,270 1

Parallel Seq Scan on datas_part_0000009349 (cost=0.00..162.44 rows=744 width=60) (actual time=0.006..1.283 rows=1,270 loops=1)

529. 0.836 0.836 ↓ 1.7 1,248 1

Parallel Seq Scan on datas_part_0000009337 (cost=0.00..162.35 rows=735 width=60) (actual time=0.007..0.836 rows=1,248 loops=1)

530. 38.142 38.142 ↓ 1.7 1,247 1

Parallel Seq Scan on datas_part_0000008968 (cost=0.00..162.34 rows=734 width=60) (actual time=0.006..38.142 rows=1,247 loops=1)

531. 0.785 0.785 ↓ 1.6 1,311 1

Parallel Seq Scan on datas_part_0000009379 (cost=0.00..162.05 rows=805 width=60) (actual time=0.006..0.785 rows=1,311 loops=1)

532. 0.794 0.794 ↓ 1.6 1,263 1

Parallel Seq Scan on datas_part_0000009100 (cost=0.00..161.98 rows=798 width=60) (actual time=0.007..0.794 rows=1,263 loops=1)

533. 0.853 0.853 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009254 (cost=0.00..161.82 rows=782 width=60) (actual time=0.005..0.853 rows=1,320 loops=1)

534. 0.837 0.837 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000009124 (cost=0.00..161.79 rows=779 width=60) (actual time=0.006..0.837 rows=1,304 loops=1)

535. 0.845 0.845 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009271 (cost=0.00..161.79 rows=779 width=60) (actual time=0.005..0.845 rows=1,325 loops=1)

536. 0.843 0.843 ↓ 1.6 1,273 1

Parallel Seq Scan on datas_part_0000009110 (cost=0.00..161.76 rows=776 width=60) (actual time=0.006..0.843 rows=1,273 loops=1)

537. 0.806 0.806 ↓ 1.7 1,317 1

Parallel Seq Scan on datas_part_0000008825 (cost=0.00..161.75 rows=775 width=60) (actual time=0.006..0.806 rows=1,317 loops=1)

538. 0.808 0.808 ↓ 1.7 1,294 1

Parallel Seq Scan on datas_part_0000009400 (cost=0.00..161.57 rows=757 width=60) (actual time=0.006..0.808 rows=1,294 loops=1)

539. 0.720 0.720 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000009125 (cost=0.00..161.52 rows=752 width=60) (actual time=0.006..0.720 rows=1,279 loops=1)

540. 21.023 21.023 ↓ 1.7 1,255 1

Parallel Seq Scan on datas_part_0000009089 (cost=0.00..161.34 rows=734 width=60) (actual time=0.005..21.023 rows=1,255 loops=1)

541. 0.777 0.777 ↓ 1.7 1,244 1

Parallel Seq Scan on datas_part_0000009505 (cost=0.00..161.32 rows=732 width=60) (actual time=0.006..0.777 rows=1,244 loops=1)

542. 0.811 0.811 ↓ 1.7 1,241 1

Parallel Seq Scan on datas_part_0000008948 (cost=0.00..161.30 rows=730 width=60) (actual time=0.007..0.811 rows=1,241 loops=1)

543. 4.824 4.824 ↓ 1.7 1,223 1

Parallel Seq Scan on datas_part_0000009356 (cost=0.00..161.19 rows=719 width=60) (actual time=0.005..4.824 rows=1,223 loops=1)

544. 0.910 0.910 ↓ 1.7 1,366 1

Parallel Seq Scan on datas_part_0000009504 (cost=0.00..161.04 rows=804 width=60) (actual time=0.005..0.910 rows=1,366 loops=1)

545. 0.926 0.926 ↓ 1.7 1,339 1

Parallel Seq Scan on datas_part_0000008922 (cost=0.00..160.88 rows=788 width=60) (actual time=0.006..0.926 rows=1,339 loops=1)

546. 0.871 0.871 ↓ 1.7 1,303 1

Parallel Seq Scan on datas_part_0000009123 (cost=0.00..160.85 rows=785 width=60) (actual time=0.006..0.871 rows=1,303 loops=1)

547. 1.038 1.038 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000009181 (cost=0.00..160.84 rows=784 width=60) (actual time=0.007..1.038 rows=1,332 loops=1)

548. 0.888 0.888 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000008907 (cost=0.00..160.76 rows=776 width=60) (actual time=0.006..0.888 rows=1,320 loops=1)

549. 30.492 30.492 ↓ 1.7 1,311 1

Parallel Seq Scan on datas_part_0000009462 (cost=0.00..160.71 rows=771 width=60) (actual time=0.005..30.492 rows=1,311 loops=1)

550. 0.868 0.868 ↓ 1.7 1,305 1

Parallel Seq Scan on datas_part_0000009159 (cost=0.00..160.68 rows=768 width=60) (actual time=0.005..0.868 rows=1,305 loops=1)

551. 0.848 0.848 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000008856 (cost=0.00..160.67 rows=767 width=60) (actual time=0.005..0.848 rows=1,304 loops=1)

552. 0.802 0.802 ↓ 1.7 1,284 1

Parallel Seq Scan on datas_part_0000009341 (cost=0.00..160.56 rows=756 width=60) (actual time=0.005..0.802 rows=1,284 loops=1)

553. 0.778 0.778 ↓ 1.7 1,278 1

Parallel Seq Scan on datas_part_0000009017 (cost=0.00..160.52 rows=752 width=60) (actual time=0.005..0.778 rows=1,278 loops=1)

554. 0.762 0.762 ↓ 1.7 1,282 1

Parallel Seq Scan on datas_part_0000009335 (cost=0.00..160.50 rows=750 width=60) (actual time=0.005..0.762 rows=1,282 loops=1)

555. 0.783 0.783 ↓ 1.7 1,281 1

Parallel Seq Scan on datas_part_0000009230 (cost=0.00..160.49 rows=749 width=60) (actual time=0.006..0.783 rows=1,281 loops=1)

556. 0.771 0.771 ↓ 1.7 1,269 1

Parallel Seq Scan on datas_part_0000009378 (cost=0.00..160.46 rows=746 width=60) (actual time=0.005..0.771 rows=1,269 loops=1)

557. 0.877 0.877 ↓ 1.7 1,258 1

Parallel Seq Scan on datas_part_0000009087 (cost=0.00..160.40 rows=740 width=60) (actual time=0.007..0.877 rows=1,258 loops=1)

558. 0.912 0.912 ↓ 1.7 1,250 1

Parallel Seq Scan on datas_part_0000009401 (cost=0.00..160.35 rows=735 width=60) (actual time=0.006..0.912 rows=1,250 loops=1)

559. 2.734 2.734 ↓ 1.7 1,236 1

Parallel Seq Scan on datas_part_0000009096 (cost=0.00..160.23 rows=723 width=60) (actual time=0.005..2.734 rows=1,236 loops=1)

560. 0.782 0.782 ↓ 1.7 1,228 1

Parallel Seq Scan on datas_part_0000009064 (cost=0.00..160.22 rows=722 width=60) (actual time=0.006..0.782 rows=1,228 loops=1)

561. 0.860 0.860 ↓ 1.7 1,356 1

Parallel Seq Scan on datas_part_0000009529 (cost=0.00..159.98 rows=798 width=60) (actual time=0.005..0.860 rows=1,356 loops=1)

562. 0.803 0.803 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000009121 (cost=0.00..159.86 rows=786 width=60) (actual time=0.005..0.803 rows=1,306 loops=1)

563. 0.804 0.804 ↓ 1.7 1,315 1

Parallel Seq Scan on datas_part_0000008983 (cost=0.00..159.80 rows=780 width=60) (actual time=0.006..0.804 rows=1,315 loops=1)

564. 1.051 1.051 ↓ 1.7 1,325 1

Parallel Seq Scan on datas_part_0000009161 (cost=0.00..159.79 rows=779 width=60) (actual time=0.006..1.051 rows=1,325 loops=1)

565. 1.483 1.483 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000008839 (cost=0.00..159.77 rows=777 width=60) (actual time=0.006..1.483 rows=1,321 loops=1)

566. 1.299 1.299 ↓ 1.7 1,321 1

Parallel Seq Scan on datas_part_0000008842 (cost=0.00..159.76 rows=776 width=60) (actual time=0.007..1.299 rows=1,321 loops=1)

567. 1.105 1.105 ↓ 1.7 1,315 1

Parallel Seq Scan on datas_part_0000009461 (cost=0.00..159.74 rows=774 width=60) (actual time=0.005..1.105 rows=1,315 loops=1)

568. 0.823 0.823 ↓ 1.7 1,307 1

Parallel Seq Scan on datas_part_0000009301 (cost=0.00..159.65 rows=765 width=60) (actual time=0.006..0.823 rows=1,307 loops=1)

569. 0.811 0.811 ↓ 1.7 1,285 1

Parallel Seq Scan on datas_part_0000009061 (cost=0.00..159.56 rows=756 width=60) (actual time=0.007..0.811 rows=1,285 loops=1)

570. 4.436 4.436 ↓ 1.7 1,289 1

Parallel Seq Scan on datas_part_0000009449 (cost=0.00..159.55 rows=755 width=60) (actual time=0.009..4.436 rows=1,289 loops=1)

571. 0.792 0.792 ↓ 1.7 1,281 1

Parallel Seq Scan on datas_part_0000008985 (cost=0.00..159.54 rows=754 width=60) (actual time=0.006..0.792 rows=1,281 loops=1)

572. 0.946 0.946 ↓ 1.7 1,256 1

Parallel Seq Scan on datas_part_0000009090 (cost=0.00..159.35 rows=735 width=60) (actual time=0.007..0.946 rows=1,256 loops=1)

573. 0.813 0.813 ↓ 1.7 1,236 1

Parallel Seq Scan on datas_part_0000009076 (cost=0.00..159.27 rows=727 width=60) (actual time=0.006..0.813 rows=1,236 loops=1)

574. 0.791 0.791 ↓ 1.7 1,213 1

Parallel Seq Scan on datas_part_0000009077 (cost=0.00..159.14 rows=714 width=60) (actual time=0.006..0.791 rows=1,213 loops=1)

575. 0.868 0.868 ↓ 1.7 1,368 1

Parallel Seq Scan on datas_part_0000009211 (cost=0.00..159.05 rows=805 width=60) (actual time=0.005..0.868 rows=1,368 loops=1)

576. 0.818 0.818 ↓ 1.7 1,353 1

Parallel Seq Scan on datas_part_0000008884 (cost=0.00..158.93 rows=793 width=60) (actual time=0.006..0.818 rows=1,353 loops=1)

577. 0.785 0.785 ↓ 1.7 1,331 1

Parallel Seq Scan on datas_part_0000009267 (cost=0.00..158.83 rows=783 width=60) (actual time=0.007..0.785 rows=1,331 loops=1)

578. 0.829 0.829 ↓ 1.7 1,322 1

Parallel Seq Scan on datas_part_0000009256 (cost=0.00..158.78 rows=778 width=60) (actual time=0.006..0.829 rows=1,322 loops=1)

579. 0.910 0.910 ↓ 1.7 1,311 1

Parallel Seq Scan on datas_part_0000009067 (cost=0.00..158.71 rows=771 width=60) (actual time=0.006..0.910 rows=1,311 loops=1)

580. 0.833 0.833 ↓ 1.7 1,285 1

Parallel Seq Scan on datas_part_0000008959 (cost=0.00..158.54 rows=754 width=60) (actual time=0.006..0.833 rows=1,285 loops=1)

581. 1.466 1.466 ↓ 1.7 1,272 1

Parallel Seq Scan on datas_part_0000008947 (cost=0.00..158.48 rows=748 width=60) (actual time=0.011..1.466 rows=1,272 loops=1)

582. 0.798 0.798 ↓ 1.7 1,274 1

Parallel Seq Scan on datas_part_0000009522 (cost=0.00..158.46 rows=746 width=60) (actual time=0.005..0.798 rows=1,274 loops=1)

583. 0.749 0.749 ↓ 1.7 1,240 1

Parallel Seq Scan on datas_part_0000009530 (cost=0.00..158.29 rows=729 width=60) (actual time=0.006..0.749 rows=1,240 loops=1)

584. 0.795 0.795 ↓ 1.7 1,239 1

Parallel Seq Scan on datas_part_0000009222 (cost=0.00..158.25 rows=725 width=60) (actual time=0.007..0.795 rows=1,239 loops=1)

585. 0.785 0.785 ↓ 1.7 1,346 1

Parallel Seq Scan on datas_part_0000009273 (cost=0.00..157.92 rows=792 width=60) (actual time=0.006..0.785 rows=1,346 loops=1)

586. 0.872 0.872 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000009353 (cost=0.00..157.84 rows=784 width=60) (actual time=0.007..0.872 rows=1,332 loops=1)

587. 0.824 0.824 ↓ 1.7 1,310 1

Parallel Seq Scan on datas_part_0000008886 (cost=0.00..157.71 rows=771 width=60) (actual time=0.006..0.824 rows=1,310 loops=1)

588. 0.796 0.796 ↓ 1.7 1,302 1

Parallel Seq Scan on datas_part_0000009362 (cost=0.00..157.66 rows=766 width=60) (actual time=0.006..0.796 rows=1,302 loops=1)

589. 3.312 3.312 ↓ 1.7 1,294 1

Parallel Seq Scan on datas_part_0000008864 (cost=0.00..157.55 rows=755 width=60) (actual time=0.006..3.312 rows=1,294 loops=1)

590. 16.772 16.772 ↓ 1.7 1,285 1

Parallel Seq Scan on datas_part_0000008954 (cost=0.00..157.52 rows=752 width=60) (actual time=0.193..16.772 rows=1,285 loops=1)

591. 0.790 0.790 ↓ 1.7 1,279 1

Parallel Seq Scan on datas_part_0000009372 (cost=0.00..157.52 rows=752 width=60) (actual time=0.005..0.790 rows=1,279 loops=1)

592. 0.791 0.791 ↓ 1.7 1,277 1

Parallel Seq Scan on datas_part_0000009063 (cost=0.00..157.51 rows=751 width=60) (actual time=0.006..0.791 rows=1,277 loops=1)

593. 0.887 0.887 ↓ 1.7 1,255 1

Parallel Seq Scan on datas_part_0000009012 (cost=0.00..157.38 rows=738 width=60) (actual time=0.006..0.887 rows=1,255 loops=1)

594. 15.965 15.965 ↓ 1.7 1,261 1

Parallel Seq Scan on datas_part_0000009108 (cost=0.00..157.38 rows=738 width=60) (actual time=0.008..15.965 rows=1,261 loops=1)

595. 0.820 0.820 ↓ 1.7 1,249 1

Parallel Seq Scan on datas_part_0000009079 (cost=0.00..157.35 rows=735 width=60) (actual time=0.006..0.820 rows=1,249 loops=1)

596. 1.048 1.048 ↓ 1.7 1,249 1

Parallel Seq Scan on datas_part_0000009381 (cost=0.00..157.35 rows=735 width=60) (actual time=0.010..1.048 rows=1,249 loops=1)

597. 1.166 1.166 ↓ 1.7 1,373 1

Parallel Seq Scan on datas_part_0000009498 (cost=0.00..157.06 rows=806 width=60) (actual time=0.006..1.166 rows=1,373 loops=1)

598. 0.808 0.808 ↓ 1.7 1,341 1

Parallel Seq Scan on datas_part_0000009043 (cost=0.00..156.97 rows=797 width=60) (actual time=0.005..0.808 rows=1,341 loops=1)

599. 0.787 0.787 ↓ 1.7 1,312 1

Parallel Seq Scan on datas_part_0000009481 (cost=0.00..156.69 rows=769 width=60) (actual time=0.005..0.787 rows=1,312 loops=1)

600. 5.866 5.866 ↓ 1.7 1,304 1

Parallel Seq Scan on datas_part_0000008840 (cost=0.00..156.67 rows=767 width=60) (actual time=0.005..5.866 rows=1,304 loops=1)

601. 0.785 0.785 ↓ 1.6 1,235 1

Parallel Seq Scan on datas_part_0000009119 (cost=0.00..156.54 rows=754 width=60) (actual time=0.006..0.785 rows=1,235 loops=1)

602. 0.870 0.870 ↓ 1.7 1,259 1

Parallel Seq Scan on datas_part_0000009117 (cost=0.00..156.53 rows=753 width=60) (actual time=0.007..0.870 rows=1,259 loops=1)

603. 8.795 8.795 ↓ 1.7 1,268 1

Parallel Seq Scan on datas_part_0000009094 (cost=0.00..156.46 rows=746 width=60) (actual time=0.011..8.795 rows=1,268 loops=1)

604. 0.957 0.957 ↓ 1.7 1,244 1

Parallel Seq Scan on datas_part_0000009085 (cost=0.00..156.32 rows=732 width=60) (actual time=0.008..0.957 rows=1,244 loops=1)

605. 25.342 25.342 ↓ 1.7 1,289 1

Parallel Seq Scan on datas_part_0000009534 (cost=0.00..155.56 rows=756 width=60) (actual time=0.006..25.342 rows=1,289 loops=1)

606. 0.795 0.795 ↓ 1.7 1,245 1

Parallel Seq Scan on datas_part_0000009072 (cost=0.00..155.32 rows=732 width=60) (actual time=0.006..0.795 rows=1,245 loops=1)

607. 1.011 1.011 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009150 (cost=0.00..154.76 rows=776 width=60) (actual time=0.006..1.011 rows=1,320 loops=1)

608. 0.851 0.851 ↓ 1.7 1,297 1

Parallel Seq Scan on datas_part_0000009250 (cost=0.00..154.60 rows=760 width=60) (actual time=0.006..0.851 rows=1,297 loops=1)

609. 0.849 0.849 ↓ 1.7 1,296 1

Parallel Seq Scan on datas_part_0000009458 (cost=0.00..154.59 rows=759 width=60) (actual time=0.006..0.849 rows=1,296 loops=1)

610. 0.930 0.930 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000009441 (cost=0.00..154.53 rows=753 width=60) (actual time=0.006..0.930 rows=1,286 loops=1)

611. 0.858 0.858 ↓ 1.7 1,264 1

Parallel Seq Scan on datas_part_0000009120 (cost=0.00..154.44 rows=744 width=60) (actual time=0.006..0.858 rows=1,264 loops=1)

612. 1.116 1.116 ↓ 1.7 1,256 1

Parallel Seq Scan on datas_part_0000009114 (cost=0.00..154.41 rows=741 width=60) (actual time=0.005..1.116 rows=1,256 loops=1)

613. 0.789 0.789 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000009046 (cost=0.00..153.68 rows=768 width=60) (actual time=0.005..0.789 rows=1,306 loops=1)

614. 0.793 0.793 ↓ 1.7 1,294 1

Parallel Seq Scan on datas_part_0000008950 (cost=0.00..153.61 rows=761 width=60) (actual time=0.006..0.793 rows=1,294 loops=1)

615. 1.068 1.068 ↓ 1.7 1,261 1

Parallel Seq Scan on datas_part_0000009115 (cost=0.00..153.49 rows=749 width=60) (actual time=0.005..1.068 rows=1,261 loops=1)

616. 0.735 0.735 ↓ 1.7 1,243 1

Parallel Seq Scan on datas_part_0000009287 (cost=0.00..153.29 rows=729 width=60) (actual time=0.005..0.735 rows=1,243 loops=1)

617. 1.492 1.492 ↓ 1.7 1,042 1

Parallel Seq Scan on datas_part_0000009456 (cost=0.00..153.13 rows=613 width=60) (actual time=0.006..1.492 rows=1,042 loops=1)

618. 0.998 0.998 ↓ 1.7 1,216 1

Parallel Seq Scan on datas_part_0000009107 (cost=0.00..153.12 rows=712 width=60) (actual time=0.006..0.998 rows=1,216 loops=1)

619. 0.869 0.869 ↓ 1.7 1,332 1

Parallel Seq Scan on datas_part_0000008931 (cost=0.00..152.87 rows=787 width=60) (actual time=0.006..0.869 rows=1,332 loops=1)

620. 1.639 1.639 ↓ 1.7 1,256 1

Parallel Seq Scan on datas_part_0000009081 (cost=0.00..152.39 rows=739 width=60) (actual time=0.006..1.639 rows=1,256 loops=1)

621. 3.684 3.684 ↓ 1.7 1,247 1

Parallel Seq Scan on datas_part_0000009105 (cost=0.00..152.31 rows=731 width=60) (actual time=0.007..3.684 rows=1,247 loops=1)

622. 0.958 0.958 ↓ 1.7 1,316 1

Parallel Seq Scan on datas_part_0000009499 (cost=0.00..151.74 rows=774 width=60) (actual time=0.007..0.958 rows=1,316 loops=1)

623. 21.445 21.445 ↓ 1.7 1,286 1

Parallel Seq Scan on datas_part_0000009068 (cost=0.00..151.56 rows=756 width=60) (actual time=0.005..21.445 rows=1,286 loops=1)

624. 0.849 0.849 ↓ 1.7 1,285 1

Parallel Seq Scan on datas_part_0000009075 (cost=0.00..151.56 rows=756 width=60) (actual time=0.006..0.849 rows=1,285 loops=1)

625. 0.827 0.827 ↓ 1.7 1,227 1

Parallel Seq Scan on datas_part_0000009519 (cost=0.00..151.22 rows=722 width=60) (actual time=0.006..0.827 rows=1,227 loops=1)

626. 0.764 0.764 ↓ 1.7 1,267 1

Parallel Seq Scan on datas_part_0000009365 (cost=0.00..150.45 rows=745 width=60) (actual time=0.006..0.764 rows=1,267 loops=1)

627. 6.220 6.220 ↓ 1.7 1,292 1

Parallel Seq Scan on datas_part_0000008979 (cost=0.00..149.64 rows=764 width=60) (actual time=0.007..6.220 rows=1,292 loops=1)

628. 13.034 13.034 ↓ 1.7 1,252 1

Parallel Seq Scan on datas_part_0000009111 (cost=0.00..149.36 rows=736 width=60) (actual time=0.005..13.034 rows=1,252 loops=1)

629. 0.784 0.784 ↓ 1.7 1,242 1

Parallel Seq Scan on datas_part_0000009104 (cost=0.00..149.28 rows=728 width=60) (actual time=0.005..0.784 rows=1,242 loops=1)

630. 0.857 0.857 ↓ 1.7 1,237 1

Parallel Seq Scan on datas_part_0000008936 (cost=0.00..149.28 rows=728 width=60) (actual time=0.005..0.857 rows=1,237 loops=1)

631. 0.816 0.816 ↓ 1.7 1,323 1

Parallel Seq Scan on datas_part_0000009274 (cost=0.00..148.78 rows=778 width=60) (actual time=0.007..0.816 rows=1,323 loops=1)

632. 0.889 0.889 ↓ 1.7 1,306 1

Parallel Seq Scan on datas_part_0000009070 (cost=0.00..148.68 rows=768 width=60) (actual time=0.005..0.889 rows=1,306 loops=1)

633. 0.835 0.835 ↓ 1.7 1,320 1

Parallel Seq Scan on datas_part_0000009398 (cost=0.00..147.76 rows=776 width=60) (actual time=0.006..0.835 rows=1,320 loops=1)

634. 0.881 0.881 ↓ 1.7 1,316 1

Parallel Seq Scan on datas_part_0000009022 (cost=0.00..147.74 rows=774 width=60) (actual time=0.006..0.881 rows=1,316 loops=1)

635. 0.769 0.769 ↓ 1.7 1,295 1

Parallel Seq Scan on datas_part_0000009142 (cost=0.00..147.62 rows=762 width=60) (actual time=0.006..0.769 rows=1,295 loops=1)

636. 0.806 0.806 ↓ 1.7 1,273 1

Parallel Seq Scan on datas_part_0000009402 (cost=0.00..147.46 rows=746 width=60) (actual time=0.006..0.806 rows=1,273 loops=1)

637. 0.740 0.740 ↓ 1.7 1,098 1

Parallel Seq Scan on datas_part_0000009512 (cost=0.00..147.46 rows=646 width=60) (actual time=0.005..0.740 rows=1,098 loops=1)

638. 0.712 0.712 ↓ 1.7 1,088 1

Parallel Seq Scan on datas_part_0000008980 (cost=0.00..147.35 rows=635 width=60) (actual time=0.006..0.712 rows=1,088 loops=1)

639. 0.799 0.799 ↓ 1.7 1,230 1

Parallel Seq Scan on datas_part_0000009523 (cost=0.00..147.22 rows=722 width=60) (actual time=0.006..0.799 rows=1,230 loops=1)

640. 0.822 0.822 ↓ 1.7 1,341 1

Parallel Seq Scan on datas_part_0000009500 (cost=0.00..143.89 rows=789 width=60) (actual time=0.007..0.822 rows=1,341 loops=1)

641. 0.842 0.842 ↓ 1.7 1,339 1

Parallel Seq Scan on datas_part_0000009138 (cost=0.00..143.88 rows=788 width=60) (actual time=0.007..0.842 rows=1,339 loops=1)

642. 1.551 1.551 ↓ 1.7 1,234 1

Parallel Seq Scan on datas_part_0000009113 (cost=0.00..143.26 rows=726 width=60) (actual time=0.006..1.551 rows=1,234 loops=1)

643. 0.682 0.682 ↓ 1.7 1,039 1

Parallel Seq Scan on datas_part_0000009053 (cost=0.00..139.15 rows=615 width=60) (actual time=0.006..0.682 rows=1,039 loops=1)

644. 9.849 9.849 ↓ 1.7 1,234 1

Parallel Seq Scan on datas_part_0000009460 (cost=0.00..138.26 rows=726 width=60) (actual time=0.005..9.849 rows=1,234 loops=1)

645. 0.623 0.623 ↓ 1.7 984 1

Parallel Seq Scan on datas_part_0000009141 (cost=0.00..136.75 rows=575 width=60) (actual time=0.006..0.623 rows=984 loops=1)

646. 10.347 10.347 ↓ 1.7 882 1

Parallel Seq Scan on datas_part_0000009355 (cost=0.00..136.19 rows=519 width=60) (actual time=0.006..10.347 rows=882 loops=1)

647. 0.749 0.749 ↓ 1.7 1,105 1

Parallel Seq Scan on datas_part_0000009265 (cost=0.00..134.46 rows=646 width=60) (actual time=0.007..0.749 rows=1,105 loops=1)

648. 2.142 2.142 ↓ 1.7 1,010 1

Parallel Seq Scan on datas_part_0000008945 (cost=0.00..132.94 rows=594 width=60) (actual time=0.006..2.142 rows=1,010 loops=1)

649. 0.592 0.592 ↓ 1.7 949 1

Parallel Seq Scan on datas_part_0000009535 (cost=0.00..129.58 rows=558 width=60) (actual time=0.006..0.592 rows=949 loops=1)

650. 0.604 0.604 ↓ 1.7 980 1

Parallel Seq Scan on datas_part_0000009091 (cost=0.00..123.76 rows=576 width=60) (actual time=0.006..0.604 rows=980 loops=1)

651. 0.601 0.601 ↓ 1.5 853 1

Parallel Seq Scan on datas_part_0000009106 (cost=0.00..123.54 rows=554 width=60) (actual time=0.007..0.601 rows=853 loops=1)

652. 0.721 0.721 ↓ 1.7 851 1

Parallel Seq Scan on datas_part_0000008991 (cost=0.00..113.96 rows=496 width=60) (actual time=0.007..0.721 rows=851 loops=1)

653. 26.348 26.348 ↓ 1.7 600 1

Parallel Seq Scan on datas_part_0000009486 (cost=0.00..104.44 rows=344 width=60) (actual time=0.005..26.348 rows=600 loops=1)

654. 0.450 0.450 ↓ 1.7 706 1

Parallel Seq Scan on datas_part_0000009109 (cost=0.00..104.15 rows=415 width=60) (actual time=0.006..0.450 rows=706 loops=1)

655. 0.387 0.387 ↓ 1.7 629 1

Parallel Seq Scan on datas_part_0000009232 (cost=0.00..90.62 rows=362 width=60) (actual time=0.005..0.387 rows=629 loops=1)

656. 0.374 0.374 ↓ 1.7 653 1

Parallel Seq Scan on datas_part_0000008829 (cost=0.00..73.84 rows=384 width=60) (actual time=0.005..0.374 rows=653 loops=1)

657. 0.022 0.022 ↓ 1.7 40 1

Parallel Seq Scan on datas_part_0000009195 (cost=0.00..3.24 rows=24 width=60) (actual time=0.004..0.022 rows=40 loops=1)

658. 0.023 0.023 ↓ 1.7 40 1

Parallel Seq Scan on datas_part_default_tab (cost=0.00..2.24 rows=24 width=60) (actual time=0.005..0.023 rows=40 loops=1)

659. 0.037 0.037 ↓ 1.7 38 1

Parallel Seq Scan on datas_part_0000008961 (cost=0.00..2.22 rows=22 width=60) (actual time=0.014..0.037 rows=38 loops=1)

660. 183.610 4,779.616 ↑ 1.6 53,464 2

Hash (cost=194,764.81..194,764.81 rows=84,757 width=52) (actual time=4,779.616..4,779.616 rows=53,464 loops=2)

  • Buckets: 131072 Batches: 1 Memory Usage: 5619kB
661. 1,059.977 4,596.006 ↑ 1.6 53,464 2

GroupAggregate (cost=212.29..193,917.24 rows=84,757 width=52) (actual time=125.065..4,596.006 rows=53,464 loops=2)

  • Group Key: datas_part_0000008825_1.idaccount, datas_part_0000008825_1.source, datas_part_0000008825_1.ideventtype, datas_part_0000008825_1.idequipment, datas_part_0000008825_1.idstatustype
662. 501.653 3,536.029 ↑ 1.0 847,237 2

Merge Append (cost=212.29..180,356.15 rows=847,568 width=52) (actual time=125.015..3,536.029 rows=847,237 loops=2)

  • Sort Key: datas_part_0000008825_1.idaccount, datas_part_0000008825_1.source, datas_part_0000008825_1.ideventtype, datas_part_0000008825_1.idequipment, datas_part_0000008825_1.idstatustype
663. 1.680 1.680 ↑ 1.0 1,317 2

Index Only Scan using datas_part_0000008825_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008825 datas_part_0000008825_1 (cost=0.28..197.33 rows=1,317 width=52) (actual time=0.170..1.680 rows=1,317 loops=2)

  • Heap Fetches: 2634
664. 2.125 2.125 ↑ 1.0 1,311 2

Index Only Scan using datas_part_0000008826_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008826 datas_part_0000008826_1 (cost=0.28..205.59 rows=1,311 width=52) (actual time=0.051..2.125 rows=1,311 loops=2)

  • Heap Fetches: 2622
665. 4.667 4.667 ↑ 1.0 1,326 2

Index Only Scan using datas_part_0000008827_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008827 datas_part_0000008827_1 (cost=0.28..214.16 rows=1,326 width=52) (actual time=0.062..4.667 rows=1,326 loops=2)

  • Heap Fetches: 2734
666. 1.360 1.360 ↑ 1.0 1,327 2

Index Only Scan using datas_part_0000008828_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008828 datas_part_0000008828_1 (cost=0.28..205.83 rows=1,327 width=52) (actual time=0.068..1.360 rows=1,327 loops=2)

  • Heap Fetches: 2654
667. 6.295 6.295 ↑ 1.0 653 2

Index Only Scan using datas_part_0000008829_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008829 datas_part_0000008829_1 (cost=0.28..93.09 rows=653 width=52) (actual time=0.060..6.295 rows=653 loops=2)

  • Heap Fetches: 1306
668. 2.916 2.916 ↑ 1.0 1,327 2

Index Only Scan using datas_part_0000008830_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008830 datas_part_0000008830_1 (cost=0.28..212.09 rows=1,327 width=52) (actual time=0.083..2.916 rows=1,327 loops=2)

  • Heap Fetches: 2654
669. 1.432 1.432 ↑ 1.0 1,323 2

Index Only Scan using datas_part_0000008831_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008831 datas_part_0000008831_1 (cost=0.28..201.59 rows=1,323 width=52) (actual time=0.033..1.432 rows=1,323 loops=2)

  • Heap Fetches: 2728
670. 31.392 31.392 ↑ 1.0 1,301 2

Index Only Scan using datas_part_0000008832_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008832 datas_part_0000008832_1 (cost=0.28..206.48 rows=1,301 width=52) (actual time=0.035..31.392 rows=1,301 loops=2)

  • Heap Fetches: 2602
671. 1.307 1.307 ↑ 1.0 1,361 2

Index Only Scan using datas_part_0000008833_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008833 datas_part_0000008833_1 (cost=0.28..220.03 rows=1,369 width=52) (actual time=0.036..1.307 rows=1,361 loops=2)

  • Heap Fetches: 2722
672. 3.621 3.621 ↓ 1.0 1,322 2

Index Only Scan using datas_part_0000008834_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008834 datas_part_0000008834_1 (cost=0.28..225.36 rows=1,311 width=52) (actual time=0.031..3.621 rows=1,322 loops=2)

  • Heap Fetches: 2645
673. 8.148 8.148 ↑ 1.0 1,317 2

Index Only Scan using datas_part_0000008835_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008835 datas_part_0000008835_1 (cost=0.28..219.25 rows=1,317 width=52) (actual time=0.035..8.148 rows=1,317 loops=2)

  • Heap Fetches: 2634
674. 1.468 1.468 ↑ 1.0 1,313 2

Index Only Scan using datas_part_0000008836_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008836 datas_part_0000008836_1 (cost=0.28..215.01 rows=1,313 width=52) (actual time=0.038..1.468 rows=1,313 loops=2)

  • Heap Fetches: 2626
675. 1.467 1.467 ↑ 1.0 1,312 2

Index Only Scan using datas_part_0000008837_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008837 datas_part_0000008837_1 (cost=0.28..199.34 rows=1,312 width=52) (actual time=0.040..1.467 rows=1,312 loops=2)

  • Heap Fetches: 2624
676. 3.290 3.290 ↓ 1.0 1,329 2

Index Only Scan using datas_part_0000008838_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008838 datas_part_0000008838_1 (cost=0.28..213.03 rows=1,320 width=52) (actual time=0.028..3.290 rows=1,329 loops=2)

  • Heap Fetches: 2658
677. 26.267 26.267 ↑ 1.0 1,321 2

Index Only Scan using datas_part_0000008839_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008839 datas_part_0000008839_1 (cost=0.28..195.30 rows=1,321 width=52) (actual time=0.033..26.267 rows=1,321 loops=2)

  • Heap Fetches: 2642
678. 18.039 18.039 ↑ 1.0 1,304 2

Index Only Scan using datas_part_0000008840_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008840 datas_part_0000008840_1 (cost=0.28..191.91 rows=1,304 width=52) (actual time=0.034..18.039 rows=1,304 loops=2)

  • Heap Fetches: 2608
679. 43.093 43.093 ↑ 1.0 1,309 2

Index Only Scan using datas_part_0000008841_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008841 datas_part_0000008841_1 (cost=0.28..245.22 rows=1,309 width=52) (actual time=0.036..43.093 rows=1,309 loops=2)

  • Heap Fetches: 2618
680. 3.431 3.431 ↓ 1.0 1,321 2

Index Only Scan using datas_part_0000008842_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008842 datas_part_0000008842_1 (cost=0.28..194.17 rows=1,319 width=52) (actual time=0.035..3.431 rows=1,321 loops=2)

  • Heap Fetches: 2644
681. 1.836 1.836 ↑ 1.0 1,309 2

Index Only Scan using datas_part_0000008843_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008843 datas_part_0000008843_1 (cost=0.28..204.47 rows=1,310 width=52) (actual time=0.029..1.836 rows=1,309 loops=2)

  • Heap Fetches: 2621
682. 1.429 1.429 ↑ 1.0 1,304 2

Index Only Scan using datas_part_0000008844_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008844 datas_part_0000008844_1 (cost=0.28..213.83 rows=1,304 width=52) (actual time=0.039..1.429 rows=1,304 loops=2)

  • Heap Fetches: 2608
683. 5.473 5.473 ↑ 1.0 1,279 2

Index Only Scan using datas_part_0000008846_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008846 datas_part_0000008846_1 (cost=0.28..217.57 rows=1,279 width=52) (actual time=0.033..5.473 rows=1,279 loops=2)

  • Heap Fetches: 2558
684. 1.533 1.533 ↑ 1.0 1,316 2

Index Only Scan using datas_part_0000008847_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008847 datas_part_0000008847_1 (cost=0.28..214.01 rows=1,316 width=52) (actual time=0.033..1.533 rows=1,316 loops=2)

  • Heap Fetches: 2632
685. 2.845 2.845 ↑ 1.0 1,273 2

Index Only Scan using datas_part_0000008848_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008848 datas_part_0000008848_1 (cost=0.28..200.78 rows=1,273 width=52) (actual time=0.035..2.845 rows=1,273 loops=2)

  • Heap Fetches: 2546
686. 1.589 1.589 ↓ 1.0 1,354 2

Index Only Scan using datas_part_0000008849_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008849 datas_part_0000008849_1 (cost=0.28..215.50 rows=1,346 width=52) (actual time=0.031..1.589 rows=1,354 loops=2)

  • Heap Fetches: 2710
687. 1.832 1.832 ↑ 1.0 1,313 2

Index Only Scan using datas_part_0000008850_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008850 datas_part_0000008850_1 (cost=0.28..223.36 rows=1,313 width=52) (actual time=0.040..1.832 rows=1,313 loops=2)

  • Heap Fetches: 2626
688. 1.802 1.802 ↑ 1.0 1,404 2

Index Only Scan using datas_part_0000008851_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008851 datas_part_0000008851_1 (cost=0.28..209.10 rows=1,406 width=52) (actual time=0.033..1.802 rows=1,404 loops=2)

  • Heap Fetches: 2809
689. 1.429 1.429 ↓ 1.0 1,306 2

Index Only Scan using datas_part_0000008853_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008853 datas_part_0000008853_1 (cost=0.28..214.80 rows=1,303 width=52) (actual time=0.031..1.429 rows=1,306 loops=2)

  • Heap Fetches: 2612
690. 2.274 2.274 ↓ 1.0 1,335 2

Index Only Scan using datas_part_0000008854_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008854 datas_part_0000008854_1 (cost=0.28..218.31 rows=1,324 width=52) (actual time=0.028..2.274 rows=1,335 loops=2)

  • Heap Fetches: 2670
691. 3.329 3.329 ↓ 1.0 1,350 2

Index Only Scan using datas_part_0000008855_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008855 datas_part_0000008855_1 (cost=0.28..221.77 rows=1,346 width=52) (actual time=0.034..3.329 rows=1,350 loops=2)

  • Heap Fetches: 2700
692. 7.254 7.254 ↑ 1.0 1,304 2

Index Only Scan using datas_part_0000008856_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008856 datas_part_0000008856_1 (cost=0.28..196.09 rows=1,304 width=52) (actual time=0.033..7.254 rows=1,304 loops=2)

  • Heap Fetches: 2608
693. 7.056 7.056 ↑ 1.0 1,306 2

Index Only Scan using datas_part_0000008857_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008857 datas_part_0000008857_1 (cost=0.28..207.60 rows=1,306 width=52) (actual time=0.031..7.056 rows=1,306 loops=2)

  • Heap Fetches: 2612
694. 1.382 1.382 ↑ 1.0 1,315 2

Index Only Scan using datas_part_0000008858_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008858 datas_part_0000008858_1 (cost=0.28..215.04 rows=1,315 width=52) (actual time=0.036..1.382 rows=1,315 loops=2)

  • Heap Fetches: 2630
695. 1.460 1.460 ↑ 1.0 1,306 2

Index Only Scan using datas_part_0000008860_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008860 datas_part_0000008860_1 (cost=0.28..211.77 rows=1,306 width=52) (actual time=0.029..1.460 rows=1,306 loops=2)

  • Heap Fetches: 2612
696. 10.279 10.279 ↑ 1.0 1,308 2

Index Only Scan using datas_part_0000008861_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008861 datas_part_0000008861_1 (cost=0.28..210.76 rows=1,308 width=52) (actual time=0.034..10.279 rows=1,308 loops=2)

  • Heap Fetches: 2616
697. 18.382 18.382 ↑ 1.0 1,313 2

Index Only Scan using datas_part_0000008863_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008863 datas_part_0000008863_1 (cost=0.28..203.47 rows=1,313 width=52) (actual time=0.030..18.382 rows=1,313 loops=2)

  • Heap Fetches: 2626
698. 2.592 2.592 ↓ 1.0 1,294 2

Index Only Scan using datas_part_0000008864_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008864 datas_part_0000008864_1 (cost=0.28..191.54 rows=1,283 width=52) (actual time=0.029..2.592 rows=1,294 loops=2)

  • Heap Fetches: 2590
699. 7.665 7.665 ↑ 1.0 1,291 2

Index Only Scan using datas_part_0000008865_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008865 datas_part_0000008865_1 (cost=0.28..209.46 rows=1,291 width=52) (actual time=0.032..7.665 rows=1,291 loops=2)

  • Heap Fetches: 2582
700. 10.163 10.163 ↑ 1.0 1,304 2

Index Only Scan using datas_part_0000008866_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008866 datas_part_0000008866_1 (cost=0.28..213.83 rows=1,304 width=52) (actual time=0.034..10.163 rows=1,304 loops=2)

  • Heap Fetches: 2608
701. 1.655 1.655 ↑ 1.0 1,264 2

Index Only Scan using datas_part_0000008867_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008867 datas_part_0000008867_1 (cost=0.28..216.31 rows=1,264 width=52) (actual time=0.034..1.655 rows=1,264 loops=2)

  • Heap Fetches: 2528
702. 1.339 1.339 ↑ 1.0 1,246 2

Index Only Scan using datas_part_0000008868_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008868 datas_part_0000008868_1 (cost=0.28..211.86 rows=1,246 width=52) (actual time=0.034..1.339 rows=1,246 loops=2)

  • Heap Fetches: 2492
703. 1.425 1.425 ↑ 1.0 1,302 2

Index Only Scan using datas_part_0000008869_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008869 datas_part_0000008869_1 (cost=0.28..213.80 rows=1,302 width=52) (actual time=0.040..1.425 rows=1,302 loops=2)

  • Heap Fetches: 2604
704. 2.300 2.300 ↑ 1.0 1,302 2

Index Only Scan using datas_part_0000008870_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008870 datas_part_0000008870_1 (cost=0.28..219.02 rows=1,302 width=52) (actual time=0.035..2.300 rows=1,302 loops=2)

  • Heap Fetches: 2604
705. 3.169 3.169 ↑ 1.0 1,306 2

Index Only Scan using datas_part_0000008871_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008871 datas_part_0000008871_1 (cost=0.28..205.51 rows=1,306 width=52) (actual time=0.033..3.169 rows=1,306 loops=2)

  • Heap Fetches: 2612
706. 15.617 15.617 ↑ 1.0 1,318 2

Index Only Scan using datas_part_0000008872_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008872 datas_part_0000008872_1 (cost=0.28..208.82 rows=1,318 width=52) (actual time=0.067..15.617 rows=1,318 loops=2)

  • Heap Fetches: 2636
707. 5.473 5.473 ↑ 1.0 1,300 2

Index Only Scan using datas_part_0000008873_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008873 datas_part_0000008873_1 (cost=0.28..229.43 rows=1,300 width=52) (actual time=0.030..5.473 rows=1,300 loops=2)

  • Heap Fetches: 2600
708. 1.700 1.700 ↑ 1.0 1,301 2

Index Only Scan using datas_part_0000008874_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008874 datas_part_0000008874_1 (cost=0.28..210.66 rows=1,301 width=52) (actual time=0.037..1.700 rows=1,301 loops=2)

  • Heap Fetches: 2602
709. 1.401 1.401 ↑ 1.0 1,298 2

Index Only Scan using datas_part_0000008875_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008875 datas_part_0000008875_1 (cost=0.28..200.17 rows=1,298 width=52) (actual time=0.030..1.401 rows=1,298 loops=2)

  • Heap Fetches: 2596
710. 1.545 1.545 ↓ 1.0 1,360 2

Index Only Scan using datas_part_0000008876_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008876 datas_part_0000008876_1 (cost=0.28..215.56 rows=1,350 width=52) (actual time=0.031..1.545 rows=1,360 loops=2)

  • Heap Fetches: 2720
711. 4.366 4.366 ↑ 1.0 1,306 2

Index Only Scan using datas_part_0000008877_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008877 datas_part_0000008877_1 (cost=0.28..213.86 rows=1,306 width=52) (actual time=0.033..4.366 rows=1,306 loops=2)

  • Heap Fetches: 2612
712. 1.451 1.451 ↑ 1.0 1,293 2

Index Only Scan using datas_part_0000008878_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008878 datas_part_0000008878_1 (cost=0.28..205.32 rows=1,293 width=52) (actual time=0.034..1.451 rows=1,293 loops=2)

  • Heap Fetches: 2586
713. 3.042 3.042 ↑ 1.0 1,293 2

Index Only Scan using datas_part_0000008879_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008879 datas_part_0000008879_1 (cost=0.28..225.15 rows=1,293 width=52) (actual time=0.031..3.042 rows=1,293 loops=2)

  • Heap Fetches: 2586
714. 3.984 3.984 ↑ 1.0 1,371 2

Index Only Scan using datas_part_0000008880_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008880 datas_part_0000008880_1 (cost=0.28..223.23 rows=1,374 width=52) (actual time=0.031..3.984 rows=1,371 loops=2)

  • Heap Fetches: 2742
715. 1.350 1.350 ↓ 1.0 1,397 2

Index Only Scan using datas_part_0000008881_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008881 datas_part_0000008881_1 (cost=0.28..201.55 rows=1,390 width=52) (actual time=0.025..1.350 rows=1,397 loops=2)

  • Heap Fetches: 2794
716. 4.898 4.898 ↑ 1.0 1,299 2

Index Only Scan using datas_part_0000008882_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008882 datas_part_0000008882_1 (cost=0.28..212.71 rows=1,299 width=52) (actual time=0.031..4.898 rows=1,299 loops=2)

  • Heap Fetches: 2598
717. 3.069 3.069 ↓ 1.0 1,316 2

Index Only Scan using datas_part_0000008883_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008883 datas_part_0000008883_1 (cost=0.28..205.47 rows=1,307 width=52) (actual time=0.028..3.069 rows=1,316 loops=2)

  • Heap Fetches: 2632
718. 2.627 2.627 ↓ 1.0 1,353 2

Index Only Scan using datas_part_0000008884_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008884 datas_part_0000008884_1 (cost=0.28..194.66 rows=1,348 width=52) (actual time=0.036..2.627 rows=1,353 loops=2)

  • Heap Fetches: 2706
719. 1.416 1.416 ↑ 1.0 1,327 2

Index Only Scan using datas_part_0000008885_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008885 datas_part_0000008885_1 (cost=0.28..199.56 rows=1,327 width=52) (actual time=0.031..1.416 rows=1,327 loops=2)

  • Heap Fetches: 2654
720. 1.486 1.486 ↑ 1.0 1,310 2

Index Only Scan using datas_part_0000008886_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008886 datas_part_0000008886_1 (cost=0.28..193.05 rows=1,310 width=52) (actual time=0.034..1.486 rows=1,310 loops=2)

  • Heap Fetches: 2620
721. 21.417 21.417 ↑ 1.0 1,325 2

Index Only Scan using datas_part_0000008887_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008887 datas_part_0000008887_1 (cost=0.28..217.28 rows=1,325 width=52) (actual time=0.032..21.417 rows=1,325 loops=2)

  • Heap Fetches: 2650
722. 1.465 1.465 ↑ 1.0 1,358 2

Index Only Scan using datas_part_0000008888_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008888 datas_part_0000008888_1 (cost=0.28..210.65 rows=1,370 width=52) (actual time=0.026..1.465 rows=1,358 loops=2)

  • Heap Fetches: 2719
723. 2.115 2.115 ↑ 1.0 1,313 2

Index Only Scan using datas_part_0000008889_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008889 datas_part_0000008889_1 (cost=0.28..223.36 rows=1,313 width=52) (actual time=0.030..2.115 rows=1,313 loops=2)

  • Heap Fetches: 2626
724. 1.554 1.554 ↑ 1.0 1,323 2

Index Only Scan using datas_part_0000008890_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008890 datas_part_0000008890_1 (cost=0.28..205.77 rows=1,323 width=52) (actual time=0.030..1.554 rows=1,323 loops=2)

  • Heap Fetches: 2646
725. 1.382 1.382 ↑ 1.0 1,320 2

Index Only Scan using datas_part_0000008891_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008891 datas_part_0000008891_1 (cost=0.28..211.98 rows=1,320 width=52) (actual time=0.027..1.382 rows=1,320 loops=2)

  • Heap Fetches: 2712
726. 7.884 7.884 ↑ 1.1 1,336 2

Index Only Scan using datas_part_0000008892_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008892 datas_part_0000008892_1 (cost=0.28..218.54 rows=1,409 width=52) (actual time=0.032..7.884 rows=1,336 loops=2)

  • Heap Fetches: 2672
727. 1.481 1.481 ↑ 1.0 1,320 2

Index Only Scan using datas_part_0000008893_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008893 datas_part_0000008893_1 (cost=0.28..206.76 rows=1,320 width=52) (actual time=0.039..1.481 rows=1,320 loops=2)

  • Heap Fetches: 2640
728. 7.521 7.521 ↑ 1.0 1,324 2

Index Only Scan using datas_part_0000008894_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008894 datas_part_0000008894_1 (cost=0.28..204.74 rows=1,324 width=52) (actual time=0.034..7.521 rows=1,324 loops=2)

  • Heap Fetches: 2648
729. 1.503 1.503 ↑ 1.0 1,328 2

Index Only Scan using datas_part_0000008895_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008895 datas_part_0000008895_1 (cost=0.28..220.45 rows=1,328 width=52) (actual time=0.035..1.503 rows=1,328 loops=2)

  • Heap Fetches: 2656
730. 1.855 1.855 ↑ 1.0 1,325 2

Index Only Scan using datas_part_0000008896_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008896 datas_part_0000008896_1 (cost=0.28..208.93 rows=1,325 width=52) (actual time=0.031..1.855 rows=1,325 loops=2)

  • Heap Fetches: 2650
731. 1.597 1.597 ↑ 1.0 1,262 2

Index Only Scan using datas_part_0000008897_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008897 datas_part_0000008897_1 (cost=0.28..253.97 rows=1,270 width=52) (actual time=0.033..1.597 rows=1,262 loops=2)

  • Heap Fetches: 2524
732. 14.045 14.045 ↓ 1.0 1,284 2

Index Only Scan using datas_part_0000008898_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008898 datas_part_0000008898_1 (cost=0.28..252.99 rows=1,274 width=52) (actual time=0.025..14.045 rows=1,284 loops=2)

  • Heap Fetches: 2568
733. 4.687 4.687 ↑ 1.0 1,317 2

Index Only Scan using datas_part_0000008899_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008899 datas_part_0000008899_1 (cost=0.28..205.68 rows=1,317 width=52) (actual time=0.030..4.687 rows=1,317 loops=2)

  • Heap Fetches: 2634
734. 7.268 7.268 ↓ 1.0 1,252 2

Index Only Scan using datas_part_0000008900_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008900 datas_part_0000008900_1 (cost=0.28..227.41 rows=1,239 width=52) (actual time=0.030..7.268 rows=1,252 loops=2)

  • Heap Fetches: 2504
735. 2.262 2.262 ↑ 1.0 1,315 2

Index Only Scan using datas_part_0000008901_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008901 datas_part_0000008901_1 (cost=0.28..264.06 rows=1,316 width=52) (actual time=0.029..2.262 rows=1,315 loops=2)

  • Heap Fetches: 2630
736. 6.510 6.510 ↑ 1.0 1,331 2

Index Only Scan using datas_part_0000008902_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008902 datas_part_0000008902_1 (cost=0.28..209.02 rows=1,331 width=52) (actual time=0.033..6.510 rows=1,331 loops=2)

  • Heap Fetches: 2662
737. 1.717 1.717 ↓ 1.0 1,306 2

Index Only Scan using datas_part_0000008904_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008904 datas_part_0000008904_1 (cost=0.28..269.99 rows=1,294 width=52) (actual time=0.030..1.717 rows=1,306 loops=2)

  • Heap Fetches: 2612
738. 1.495 1.495 ↓ 1.0 1,341 2

Index Only Scan using datas_part_0000008905_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008905 datas_part_0000008905_1 (cost=0.28..208.11 rows=1,340 width=52) (actual time=0.038..1.495 rows=1,341 loops=2)

  • Heap Fetches: 2688
739. 7.054 7.054 ↓ 1.0 1,279 2

Index Only Scan using datas_part_0000008906_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008906 datas_part_0000008906_1 (cost=0.28..256.98 rows=1,262 width=52) (actual time=0.024..7.054 rows=1,279 loops=2)

  • Heap Fetches: 2558
740. 1.600 1.600 ↑ 1.0 1,320 2

Index Only Scan using datas_part_0000008907_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008907 datas_part_0000008907_1 (cost=0.28..196.33 rows=1,320 width=52) (actual time=0.032..1.600 rows=1,320 loops=2)

  • Heap Fetches: 2722
741. 14.383 14.383 ↓ 1.0 1,301 2

Index Only Scan using datas_part_0000008908_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008908 datas_part_0000008908_1 (cost=0.28..270.96 rows=1,289 width=52) (actual time=0.027..14.383 rows=1,301 loops=2)

  • Heap Fetches: 2602
742. 1.498 1.498 ↑ 1.0 1,311 2

Index Only Scan using datas_part_0000008909_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008909 datas_part_0000008909_1 (cost=0.28..206.63 rows=1,311 width=52) (actual time=0.050..1.498 rows=1,311 loops=2)

  • Heap Fetches: 2622
743. 1.412 1.412 ↑ 1.0 1,320 2

Index Only Scan using datas_part_0000008910_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008910 datas_part_0000008910_1 (cost=0.28..208.85 rows=1,320 width=52) (actual time=0.035..1.412 rows=1,320 loops=2)

  • Heap Fetches: 2640
744. 1.945 1.945 ↑ 1.0 1,360 2

Index Only Scan using datas_part_0000008911_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008911 datas_part_0000008911_1 (cost=0.28..209.45 rows=1,360 width=52) (actual time=0.040..1.945 rows=1,360 loops=2)

  • Heap Fetches: 2720
745. 2.681 2.681 ↑ 1.0 1,327 2

Index Only Scan using datas_part_0000008912_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008912 datas_part_0000008912_1 (cost=0.28..217.31 rows=1,327 width=52) (actual time=0.036..2.681 rows=1,327 loops=2)

  • Heap Fetches: 2654
746. 1.688 1.688 ↑ 1.0 1,318 2

Index Only Scan using datas_part_0000008913_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008913 datas_part_0000008913_1 (cost=0.28..200.47 rows=1,318 width=52) (actual time=0.037..1.688 rows=1,318 loops=2)

  • Heap Fetches: 2636
747. 1.374 1.374 ↑ 1.0 1,329 2

Index Only Scan using datas_part_0000008914_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008914 datas_part_0000008914_1 (cost=0.28..217.34 rows=1,329 width=52) (actual time=0.036..1.374 rows=1,329 loops=2)

  • Heap Fetches: 2658
748. 5.874 5.874 ↑ 1.0 1,237 2

Index Only Scan using datas_part_0000008915_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008915 datas_part_0000008915_1 (cost=0.28..232.60 rows=1,237 width=52) (actual time=0.037..5.874 rows=1,237 loops=2)

  • Heap Fetches: 2474
749. 2.324 2.324 ↑ 1.0 1,317 2

Index Only Scan using datas_part_0000008917_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008917 datas_part_0000008917_1 (cost=0.28..219.25 rows=1,317 width=52) (actual time=0.032..2.324 rows=1,317 loops=2)

  • Heap Fetches: 2634
750. 4.319 4.319 ↑ 1.0 1,336 2

Index Only Scan using datas_part_0000008919_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008919 datas_part_0000008919_1 (cost=0.28..207.01 rows=1,336 width=52) (actual time=0.034..4.319 rows=1,336 loops=2)

  • Heap Fetches: 2672
751. 1.393 1.393 ↑ 1.0 1,325 2

Index Only Scan using datas_part_0000008920_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008920 datas_part_0000008920_1 (cost=0.28..207.88 rows=1,325 width=52) (actual time=0.035..1.393 rows=1,325 loops=2)

  • Heap Fetches: 2650
752. 2.886 2.886 ↑ 1.0 1,332 2

Index Only Scan using datas_part_0000008921_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008921 datas_part_0000008921_1 (cost=0.28..214.25 rows=1,332 width=52) (actual time=0.031..2.886 rows=1,332 loops=2)

  • Heap Fetches: 2664
753. 1.740 1.740 ↑ 1.0 1,339 2

Index Only Scan using datas_part_0000008922_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008922 datas_part_0000008922_1 (cost=0.28..196.61 rows=1,339 width=52) (actual time=0.038..1.740 rows=1,339 loops=2)

  • Heap Fetches: 2760
754. 1.683 1.683 ↑ 1.0 1,322 2

Index Only Scan using datas_part_0000008923_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008923 datas_part_0000008923_1 (cost=0.28..222.45 rows=1,322 width=52) (actual time=0.042..1.683 rows=1,322 loops=2)

  • Heap Fetches: 2644
755. 1.552 1.552 ↑ 1.0 1,332 2

Index Only Scan using datas_part_0000008924_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008924 datas_part_0000008924_1 (cost=0.28..228.86 rows=1,332 width=52) (actual time=0.035..1.552 rows=1,332 loops=2)

  • Heap Fetches: 2664
756. 14.851 14.851 ↑ 1.0 1,297 2

Index Only Scan using datas_part_0000008925_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008925 datas_part_0000008925_1 (cost=0.28..209.55 rows=1,297 width=52) (actual time=0.046..14.851 rows=1,297 loops=2)

  • Heap Fetches: 2594
757. 1.866 1.866 ↑ 1.0 1,328 2

Index Only Scan using datas_part_0000008926_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008926 datas_part_0000008926_1 (cost=0.28..204.80 rows=1,328 width=52) (actual time=0.073..1.866 rows=1,328 loops=2)

  • Heap Fetches: 2656
758. 1.788 1.788 ↑ 1.0 1,340 2

Index Only Scan using datas_part_0000008927_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008927 datas_part_0000008927_1 (cost=0.28..215.49 rows=1,345 width=52) (actual time=0.032..1.788 rows=1,340 loops=2)

  • Heap Fetches: 2680
759. 4.543 4.543 ↑ 1.0 1,291 2

Index Only Scan using datas_part_0000008928_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008928 datas_part_0000008928_1 (cost=0.28..231.38 rows=1,291 width=52) (actual time=0.032..4.543 rows=1,291 loops=2)

  • Heap Fetches: 2582
760. 1.753 1.753 ↓ 1.0 1,324 2

Index Only Scan using datas_part_0000008929_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008929 datas_part_0000008929_1 (cost=0.28..224.42 rows=1,318 width=52) (actual time=0.030..1.753 rows=1,324 loops=2)

  • Heap Fetches: 2648
761. 1.323 1.323 ↓ 1.0 1,321 2

Index Only Scan using datas_part_0000008930_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008930 datas_part_0000008930_1 (cost=0.28..207.74 rows=1,319 width=52) (actual time=0.027..1.323 rows=1,321 loops=2)

  • Heap Fetches: 2642
762. 1.586 1.586 ↑ 1.0 1,332 2

Index Only Scan using datas_part_0000008931_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008931 datas_part_0000008931_1 (cost=0.28..188.25 rows=1,338 width=52) (actual time=0.037..1.586 rows=1,332 loops=2)

  • Heap Fetches: 2664
763. 2.448 2.448 ↓ 1.0 1,300 2

Index Only Scan using datas_part_0000008932_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008932 datas_part_0000008932_1 (cost=0.28..213.55 rows=1,289 width=52) (actual time=0.025..2.448 rows=1,300 loops=2)

  • Heap Fetches: 2600
764. 1.443 1.443 ↓ 1.0 1,290 2

Index Only Scan using datas_part_0000008933_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008933 datas_part_0000008933_1 (cost=0.28..205.08 rows=1,281 width=52) (actual time=0.025..1.443 rows=1,290 loops=2)

  • Heap Fetches: 2580
765. 1.364 1.364 ↓ 1.0 1,276 2

Index Only Scan using datas_part_0000008934_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008934 datas_part_0000008934_1 (cost=0.28..208.02 rows=1,268 width=52) (actual time=0.023..1.364 rows=1,276 loops=2)

  • Heap Fetches: 2553
766. 16.788 16.788 ↑ 1.0 1,291 2

Index Only Scan using datas_part_0000008935_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008935 datas_part_0000008935_1 (cost=0.28..220.94 rows=1,291 width=52) (actual time=0.035..16.788 rows=1,291 loops=2)

  • Heap Fetches: 2582
767. 2.061 2.061 ↑ 1.0 1,237 2

Index Only Scan using datas_part_0000008936_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008936 datas_part_0000008936_1 (cost=0.28..182.50 rows=1,237 width=52) (actual time=0.034..2.061 rows=1,237 loops=2)

  • Heap Fetches: 2474
768. 15.115 15.115 ↓ 1.0 1,328 2

Index Only Scan using datas_part_0000008937_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008937 datas_part_0000008937_1 (cost=0.28..223.45 rows=1,319 width=52) (actual time=0.023..15.115 rows=1,328 loops=2)

  • Heap Fetches: 2659
769. 1.647 1.647 ↓ 1.0 1,325 2

Index Only Scan using datas_part_0000008938_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008938 datas_part_0000008938_1 (cost=0.28..207.81 rows=1,324 width=52) (actual time=0.026..1.647 rows=1,325 loops=2)

  • Heap Fetches: 2650
770. 1.810 1.810 ↓ 1.0 1,307 2

Index Only Scan using datas_part_0000008939_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008939 datas_part_0000008939_1 (cost=0.28..254.51 rows=1,306 width=52) (actual time=0.025..1.810 rows=1,307 loops=2)

  • Heap Fetches: 2614
771. 1.355 1.355 ↓ 1.0 1,289 2

Index Only Scan using datas_part_0000008940_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008940 datas_part_0000008940_1 (cost=0.28..211.31 rows=1,279 width=52) (actual time=0.032..1.355 rows=1,289 loops=2)

  • Heap Fetches: 2578
772. 1.495 1.495 ↓ 1.0 1,329 2

Index Only Scan using datas_part_0000008941_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008941 datas_part_0000008941_1 (cost=0.28..231.74 rows=1,315 width=52) (actual time=0.024..1.495 rows=1,329 loops=2)

  • Heap Fetches: 2658
773. 1.545 1.545 ↑ 1.0 1,276 2

Index Only Scan using datas_part_0000008942_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008942 datas_part_0000008942_1 (cost=0.28..200.83 rows=1,276 width=52) (actual time=0.028..1.545 rows=1,276 loops=2)

  • Heap Fetches: 2552
774. 5.315 5.315 ↑ 1.0 1,293 2

Index Only Scan using datas_part_0000008943_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008943 datas_part_0000008943_1 (cost=0.28..206.36 rows=1,293 width=52) (actual time=0.030..5.315 rows=1,293 loops=2)

  • Heap Fetches: 2586
775. 26.637 26.637 ↓ 1.0 1,318 2

Index Only Scan using datas_part_0000008944_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008944 datas_part_0000008944_1 (cost=0.28..202.41 rows=1,312 width=52) (actual time=0.030..26.637 rows=1,318 loops=2)

  • Heap Fetches: 2638
776. 1.041 1.041 ↑ 1.0 1,010 2

Index Only Scan using datas_part_0000008945_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008945 datas_part_0000008945_1 (cost=0.28..161.24 rows=1,010 width=52) (actual time=0.036..1.041 rows=1,010 loops=2)

  • Heap Fetches: 2020
777. 1.150 1.150 ↓ 1.0 1,286 2

Index Only Scan using datas_part_0000008946_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008946 datas_part_0000008946_1 (cost=0.28..202.98 rows=1,280 width=52) (actual time=0.031..1.150 rows=1,286 loops=2)

  • Heap Fetches: 2573
778. 10.260 10.260 ↑ 1.0 1,272 2

Index Only Scan using datas_part_0000008947_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008947 datas_part_0000008947_1 (cost=0.28..192.42 rows=1,272 width=52) (actual time=0.030..10.260 rows=1,272 loops=2)

  • Heap Fetches: 2544
779. 1.588 1.588 ↑ 1.0 1,241 2

Index Only Scan using datas_part_0000008948_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008948 datas_part_0000008948_1 (cost=0.28..195.09 rows=1,241 width=52) (actual time=0.035..1.588 rows=1,241 loops=2)

  • Heap Fetches: 2482
780. 6.236 6.236 ↓ 1.0 1,285 2

Index Only Scan using datas_part_0000008949_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008949 datas_part_0000008949_1 (cost=0.28..197.76 rows=1,280 width=52) (actual time=0.033..6.236 rows=1,285 loops=2)

  • Heap Fetches: 2571
781. 2.744 2.744 ↑ 1.0 1,294 2

Index Only Scan using datas_part_0000008950_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008950 datas_part_0000008950_1 (cost=0.28..188.63 rows=1,294 width=52) (actual time=0.034..2.744 rows=1,294 loops=2)

  • Heap Fetches: 2588
782. 1.434 1.434 ↑ 1.0 1,281 2

Index Only Scan using datas_part_0000008951_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008951 datas_part_0000008951_1 (cost=0.28..208.21 rows=1,281 width=52) (actual time=0.035..1.434 rows=1,281 loops=2)

  • Heap Fetches: 2562
783. 1.658 1.658 ↑ 1.0 1,231 2

Index Only Scan using datas_part_0000008952_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008952 datas_part_0000008952_1 (cost=0.28..202.24 rows=1,231 width=52) (actual time=0.032..1.658 rows=1,231 loops=2)

  • Heap Fetches: 2462
784. 2.402 2.402 ↓ 1.0 1,310 2

Index Only Scan using datas_part_0000008953_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008953 datas_part_0000008953_1 (cost=0.28..216.43 rows=1,272 width=52) (actual time=0.031..2.402 rows=1,310 loops=2)

  • Heap Fetches: 2620
785. 1.204 1.204 ↓ 1.0 1,285 2

Index Only Scan using datas_part_0000008954_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008954 datas_part_0000008954_1 (cost=0.28..191.48 rows=1,279 width=52) (actual time=0.032..1.204 rows=1,285 loops=2)

  • Heap Fetches: 2570
786. 7.783 7.783 ↑ 1.0 1,286 2

Index Only Scan using datas_part_0000008955_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008955 datas_part_0000008955_1 (cost=0.28..199.95 rows=1,287 width=52) (actual time=0.030..7.783 rows=1,286 loops=2)

  • Heap Fetches: 2572
787. 1.664 1.664 ↓ 1.0 1,264 2

Index Only Scan using datas_part_0000008956_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008956 datas_part_0000008956_1 (cost=0.28..201.68 rows=1,263 width=52) (actual time=0.033..1.664 rows=1,264 loops=2)

  • Heap Fetches: 2528
788. 6.285 6.285 ↑ 1.0 1,301 2

Index Only Scan using datas_part_0000008957_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008957 datas_part_0000008957_1 (cost=0.28..207.52 rows=1,301 width=52) (actual time=0.035..6.285 rows=1,301 loops=2)

  • Heap Fetches: 2602
789. 1.865 1.865 ↑ 1.0 1,253 2

Index Only Scan using datas_part_0000008958_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008958 datas_part_0000008958_1 (cost=0.28..199.44 rows=1,253 width=52) (actual time=0.035..1.865 rows=1,253 loops=2)

  • Heap Fetches: 2506
790. 1.280 1.280 ↓ 1.0 1,285 2

Index Only Scan using datas_part_0000008959_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008959 datas_part_0000008959_1 (cost=0.28..192.56 rows=1,281 width=52) (actual time=0.028..1.280 rows=1,285 loops=2)

  • Heap Fetches: 2573
791. 21.864 21.864 ↑ 1.0 1,332 2

Index Only Scan using datas_part_0000008960_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008960 datas_part_0000008960_1 (cost=0.28..216.41 rows=1,337 width=52) (actual time=0.029..21.864 rows=1,332 loops=2)

  • Heap Fetches: 2664
792. 0.050 0.050 ↓ 1.0 38 2

Index Only Scan using datas_part_0000008961_idaccount_source_ideventtype_idequipm_idx on datas_part_0000008961 datas_part_0000008961_1 (cost=0.14..5.04 rows=37 width=52) (actual time=0.033..0.050 rows=38 loops=2)