Step 1: Select rows where 'name' is 'ngc 1574'.
| name |
type |
ra___j2000 |
dec___j2000 |
redshift__km___s |
apparent_magnitude |
| ngc 2082 |
sab (rs + ) c |
05h41 m51.1s |
degree18′04″ |
1184 ± 6 |
12.6 |
| ngc 1947 |
s0 - pec |
05h26 m47.6s |
degree45′36″ |
1100 ± 24 |
11.7 |
| ngc 1796 |
(r) sb (r) dm : |
05h02 m42.5s |
degree08′24″ |
1014 ± 9 |
12.9 |
| ngc 1688 |
sb (rs) dm |
04h48 m23.8s |
degree48′01″ |
1228 ± 6 |
12.6 |
| ngc 1672 |
(r'_1: ) sb (r) bc sy2 |
04h45 m42.5s |
degree14′50″ |
1331 ± 3 |
10.3 |
| ic 2056 |
sab (r) b |
04h16 m24.5s |
degree12′25″ |
1133 ± 10 |
12.5 |
| ngc 1559 |
sb (s) cd |
04h17 m35.8s |
degree47′01″ |
1304 ± 4 |
11.0 |
| ngc 1543 |
(r) sb (l) 0 0 |
04h12 m43.2s |
degree44′17″ |
1176 ± 7 |
11.5 |
| ngc 1574 |
sa0 - |
04h21 m58.8s |
degree58′29″ |
1050 ± 25 |
11.4 |
| ngc 1533 |
(l) sb (rs) 0 0 |
04h09 m51.8s |
degree07′06″ |
790 ± 5 |
11.7 |
| ngc 1546 |
sa0 + |
04h14 m36.5s |
degree03′39″ |
1284 ± 14 |
11.8 |
| ngc 1553 |
sa (rl) 0 0 |
04h16 m10.5s |
degree46′49″ |
1080 ± 11 |
10.3 |
| ngc 1549 |
e0 1 |
04h15 m45.1s |
degree35′32″ |
1220 ± 15 |
10.7 |
| ngc 1566 |
(r'_1) sab (rs) bcsy1 |
04h20 m00.4s |
degree56′16″ |
1504 ± 2 |
10.3 |
| ngc 1617 |
(r') sab (rs) a |
04h31 m39.5s |
degree36′08″ |
1063 ± 21 |
11.4 |
| ngc 1515 |
sab (s) bc |
04h04 m02.7s |
degree06′00″ |
1175 ± 7 |
12.1 |
| ngc 1705 |
sa0 - pec |
04h54 m13.5s |
degree21′40″ |
633 ± 6 |
12.8 |
| ngc 1596 |
sa0: sp |
04h27 m38.1s |
degree01′40″ |
1510 ± 8 |
12.1 |
Step 2: Extract the numerical value from the 'dec___j2000' column by identifying the number between '°' and '′' to add column 'dec_deg' to existing table.
| name |
type |
ra___j2000 |
dec___j2000 |
redshift__km___s |
apparent_magnitude |
| ngc 1574 |
sa0 - |
04h21 m58.8s |
degree58′29″ |
1050 ± 25 |
11.4 |
Step 3: Extract the numerical value from the 'dec___j2000' column by identifying the number between '′' and '″' to add column 'dec_min' to existing table.
| name |
type |
ra___j2000 |
dec___j2000 |
redshift__km___s |
apparent_magnitude |
dec_deg |
| ngc 1574 |
sa0 - |
04h21 m58.8s |
degree58′29″ |
1050 ± 25 |
11.4 |
0.0 |
Step 4: Use a `CASE` statement to return TRUE if the number of rows is equal to 1 and the 'dec_deg' is greater than or equal to 58 and the 'dec_min' is greater than or equal to 29, otherwise return FALSE.
| name |
type |
ra___j2000 |
dec___j2000 |
redshift__km___s |
apparent_magnitude |
dec_deg |
dec_min |
| ngc 1574 |
sa0 - |
04h21 m58.8s |
degree58′29″ |
1050 ± 25 |
11.4 |
0.0 |
29.0 |
Final output table:
| verification_result |
| FALSE |
Prediction: FALSE
Ground-truth: TRUE