"AtmosphericLayer" (Text Content Type)
"AtmosphericLayer" (Text Content Type)
Text identified as the name of an atmospheric layer.
Details
- "AtmosphericLayer" can be used in TextCases, TextPosition and TextContents.
- "AtmosphericLayer" corresponds to any mention of an atmospheric layer (real or not real) in the context of the text.
- Homonyms of atmospheric layers that are not atmospheric layers should not be detected as "AtmosphericLayer" (if the context allows disambiguation).
- TextCases[…,"AtmosphericLayer""Interpretation"] attempts to return entities of type "AtmosphericLayer", as Interpreter["AtmosphericLayer"] does.
- Any specific "AtmosphericLayer" entity such as
can also be used as a content type in TextCases, TextPosition and TextContents.
Examples
Basic Examples (3)
Find occurrences of atmospheric layers in a text:
TextCases["The satellite's unique arrow shape and fins helped keep GOCE stable as it flew through the thermosphere at a comparatively low altitude of 255 kilometres (158 mi).", "AtmosphericLayer"]Get the result as a list of "AtmosphericLayer" entities:
TextCases["The satellite's unique arrow shape and fins helped keep GOCE stable as it flew through the thermosphere at a comparatively low altitude of 255 kilometres (158 mi).", "AtmosphericLayer" -> "Interpretation", VerifyInterpretation -> True]A similar result can be obtained by applying Interpreter["AtmosphericLayer"] to text snippets:
Interpreter["AtmosphericLayer"][{"thermosphere"}]Get properties about occurrences of atmospheric layers:
TextContents["The satellite's unique arrow shape and fins helped keep GOCE stable as it flew through the thermosphere at a comparatively low altitude of 255 kilometres (158 mi).", "AtmosphericLayer", All]Find mentions of thermosphere in a text:
TextContents["The satellite's unique arrow shape and fins helped keep GOCE stable as it flew through the thermosphere at a comparatively low altitude of 255 kilometres (158 mi). Additionally, an ion propulsion system continuously compensated for the variable deceleration due to air drag without the vibration of a conventional chemically powered rocket engine, thus limiting the errors in gravity gradient measurements caused by non-gravitational forces and restoring the path of the craft as closely as possible to a purely inertial trajectory.", Entity["AtmosphericLayer", "Thermosphere"]]