Classifier Instance:

Anchor text: Earth
Target Entity: Earth
Preceding Context: Values of nutations are usually divided into components parallel and perpendicular to the ecliptic. The component that works along the ecliptic is known as the nutation in longitude. The component perpendicular to the ecliptic is known as the nutation in obliquity. Celestial coordinate systems are based on an "equator" and "equinox," which means a great circle in the sky that is the projection of the Earth's equator outwards, and a line, the Vernal equinox intersecting that circle, which determines the starting point for measurement of right ascension. These items are affected both by precession of the equinoxes and nutation, and thus depend on the theories applied to precession and nutation, and on the date used as a reference date for the coordinate system. In simpler terms, nutation (and precession) values are important in observation from
Succeeding Context: for calculating the apparent positions of astronomical objects.
Paragraph Title: Astronomy
Source Page: Nutation

Ground Truth Types:

Predicted Types:

Type	Confidence	Decision
wordnet_artifact_100021939	-1.5539977222206003	0
wordnet_event_100029378	-1.8274032194766885	0
wordnet_organization_108008335	-2.4318970593633327	0
wordnet_person_100007846	-2.2348640681405323	0
yagoGeoEntity	0.9142931955524116	1
wordnet_location_100027167	-0.5715984398169887	0
wordnet_structure_104341686	-3.710222199730209	0
wordnet_facility_103315023	-2.7812421239361953	0
wordnet_body_of_water_109225146	-3.03356347818823	0
wordnet_geological_formation_109287968	-2.217310248024446	0
wordnet_way_104564698	-2.385512842619434	0
wordnet_land_109334396	-1.875225102903189	0