"FamousMathProblem" (Text Content Type)
"FamousMathProblem" (Text Content Type)
Text identified as the name of a math problem.
Details
- "FamousMathProblem" can be used in TextCases, TextPosition and TextContents.
- "FamousMathProblem" corresponds to any mention of a famous math problem (real or not real) in the context of the text.
- Homonyms of famous math problems that are not famous math problems should not be detected as "FamousMathProblem" (if the context allows disambiguation).
- TextCases[…,"FamousMathProblem""Interpretation"] attempts to return entities of type "FamousMathProblem", as Interpreter["FamousMathProblem"] does.
- Any specific "FamousMathProblem" entity such as
can also be used as a content type in TextCases, TextPosition and TextContents.
Examples
Basic Examples (3)
Find occurrences of famous math problems in a text:
TextCases["Several theorems in number theory similar to Fermat's Last Theorem follow from the modularity theorem.", "FamousMathProblem"]Get the result as a list of "FamousMathProblem" entities:
TextCases["Several theorems in number theory similar to Fermat's Last Theorem follow from the modularity theorem.", "FamousMathProblem" -> "Interpretation", VerifyInterpretation -> True]A similar result can be obtained by applying Interpreter["FamousMathProblem"] to text snippets:
Interpreter["FamousMathProblem"][{"Fermat's Last Theorem", "modularity theorem"}]Get properties about occurrences of famous math problems:
TextContents["Several theorems in number theory similar to Fermat's Last Theorem follow from the modularity theorem.", "FamousMathProblem", All]Find mentions of Taniyama–Shimura conjecture in a text:
TextContents["Once fully proven, the conjecture became known as the modularity theorem. Several theorems in number theory similar to Fermat's Last Theorem follow from the modularity theorem. For example: no cube can be written as a sum of two coprime n-th powers, n ≥ 3. (The case n = 3 was already known by Euler.)", Entity["FamousMathProblem", "TaniyamaShimuraConjecture"]]