Display tables resulting from an astroquery request

This example implements the addition of two tables : - one resulting from an astroquery request on the Simbad database - the other is a table created locally

from ipyaladin import Aladin
from astropy.table import QTable
import astropy.units as u
from astroquery.simbad import Simbad

From a query

table = Simbad.query_region("Messier 1", radius=0.03 * u.deg)
table

Table length=64

MAIN_ID	RA	DEC	RA_PREC	DEC_PREC	COO_ERR_MAJA	COO_ERR_MINA	COO_ERR_ANGLE	COO_QUAL	COO_WAVELENGTH	COO_BIBCODE	SCRIPT_NUMBER_ID
	"h:m:s"	"d:m:s"			mas	mas	deg
object	str13	str13	int16	int16	float32	float32	int16	str1	str1	object	int32
M 1	05 34 30.9	+22 00 53	5	5	18500.000	18500.000	0	E	R	1995AuJPh..48..143S	1
SCOPE G184.56-05.79	05 34 31	+22 00.7	4	4	--	--	0	D	s	2019MNRAS.485.2895E	1
JCMTSF J053431.3+220045	05 34 31.3	+22 00 45	5	5	10000.000	10000.000	90	E	m	2008ApJS..175..277D	1
PLCKERC -070 G184.55-05.78	05 34 30	+22 01.0	4	4	--	--	0	E	F	2016MNRAS.458.3619C	1
FL8Y J0534.5+2201i	05 34.5	+22 01	3	3	--	--	0	E	G	2019ApJ...875..123Y	1
V* CM Tau	05 34 31.9474	+22 00 52.153	14	14	0.073	0.061	90	A	O	2020yCat.1350....0G	1
Trimble 28	05 34 32.1	+22 00 56	5	5	--	--	0	D			1
2MASS J05343217+2200560	05 34 32.1831	+22 00 56.008	14	14	0.149	0.124	90	A	O	2020yCat.1350....0G	1
3FGL J0534.5+2201s	05 34 31.1993	+22 01 12.001	11	11	--	--	0	E		2022ApJS..260...53A	1
...	...	...	...	...	...	...	...	...	...	...	...
[LBC2011] 2	05 34 34.220	+21 59 38.17	7	7	--	--	0	D	I	2011ApJS..194...30L	1
[LBC2011] 49	05 34 28.140	+22 02 12.48	7	7	--	--	0	D	I	2011ApJS..194...30L	1
SCOPE G184.54-05.77	05 34 32	+22 02.3	4	4	--	--	0	D	s	2019MNRAS.485.2895E	1
[LBC2011] 38	05 34 34.100	+22 02 12.11	7	7	--	--	0	D	I	2011ApJS..194...30L	1
NVSS J053434+220207	05 34 34.90	+22 02 07.2	6	6	9000.000	9000.000	90	D	R	1998AJ....115.1693C	1
SCOPE G184.55-05.76	05 34 36	+22 01.9	4	4	--	--	0	D	s	2019MNRAS.485.2895E	1
2MASS J05343759+2201222	05 34 37.5955	+22 01 22.244	14	14	0.079	0.064	90	A	O	2020yCat.1350....0G	1
2MASS J05343821+2200486	05 34 38.2195	+22 00 48.692	14	14	0.038	0.029	90	A	O	2020yCat.1350....0G	1
2MASS J05343755+2200010	05 34 37.55	+22 00 01.0	6	6	60.000	60.000	90	C	I	2003yCat.2246....0C	1

aladin = Aladin(fov=0.4, target="Messier 1")
aladin

aladin.add_table(table, shape="rhomb", color="lightskyblue", source_size=20)
# This line also works with camelCase instead of snake_case: sourceSize=20

Display Astropy table created from scratch

ra = [83.63451584700, 83.61368056017, 83.58780251600]
dec = [22.05652591227, 21.97517807639, 21.99277764451]
name = [
    "Gaia EDR3 3403818589184411648",
    "Gaia EDR3 3403817661471500416",
    "Gaia EDR3 3403817936349408000",
]
parallax = [1.7703, 0.5112, 0.3735] * u.mas

t = QTable(
    [ra, dec, name, parallax],
    names=("ra", "dec", "name", "parallax"),
    meta={"name": "my sample table"},
)

aladin.add_table(t)