![]() scansion ) - U U - U U - U U - U > # handle multiple elisions > print ( scanner. "vī superum saevae memorem Iūnōnis ob īram " ). scansion ) - U U - U U - U > print ( HexameterScanner (). "lītora, multum ille et terrīs iactātus et alto" ). "Ītaliam, fāto profugus, Lāvīniaque vēnit" ). scansion ) - U U - U U - U U - > # some hexameters need the optional transformations: > optional_transform_scanner = HexameterScanner ( optional_transform = True ) > print ( optional_transform_scanner. "Arma virumque cano, Troiae qui prīmus ab ōrīs" ). Tāntaene animīs caelēstibus īrae?', scansion_notes=, syllables = ) > print ( scanner. Tantaene animis caelestibus irae?', scansion='- U U - U U - U U - ', meter='hexameter', valid=True, syllable_count=15, accented='īmpulerīt. Tantaene animis caelestibus irae?" )) Verse(original='impulerit. scansion ) - U U - U U - U > print ( scanner. "ēxiguām sedēm pariturae tērra negavit" ). ![]() Parametersĭactyl_smoothing ( bool) – whether or not to perform dactyl smoothing Scan a line of Latin hexameter and produce a scansion pattern, and other data. scan ( original_line, optional_transform = False, dactyl_smoothing = False ) ¶ HexameterScanner ( constants=, syllabifier=, optional_transform=False, *args, **kwargs ) ¶ Positions for the accented line produced, the dipthong stress is not indicated with any macronized If the Latin hexameter provided is not accented with macrons, then a best guess is made.įor the scansion produced, the stress of a dipthong is indicated in the second of the two vowel Syllables, we can often infer the many stress qualities of the syllables, given a valid hexameter. List so that end users may view the provenance of a scansion.īecause hexameters have strict rules on the position and quantity of stressed and unstressed Given a line of hexameter, the scan method performs a series of transformation and checks Utility class for producing a scansion pattern for a Latin hexameter. Optional_transform ( bool) – whether or not to perform i to j transform for syllabification Original_line ( str) – the original line of Latin verse Scan a line of Latin hendecasyllables and produce a scansion pattern, and other data. scan ( original_line, optional_transform = False ) ¶ The scansion symbols used can be configured by passing a suitable constants class to HendecasyllableScanner ( constants=, syllabifier=, optional_tranform=False, *args, **kwargs ) ¶ List so that end users may view the provenance of a scansion. Given a line of hendecasyllables, the scan method performs a series of transformation and checksĪre performed and for each one performed successfully, a note is added to the scansion_notes Utility class for producing a scansion pattern for a Latin hendecasyllables. :param prosody: the prosody of a prose text (must be in the format of the scansion produced by the scanner classes. Return dictionary in which the key is a type of clausula and the value is its frequency. Clausulae ( rhythms = ) ¶īases: object clausulae_analysis ( prosody ) ¶ Clausula ( rhythm_name, rhythm ) ¶Īlias for field number 0 class _analysis. Rhythm will be counted in multiple categories. The list of clausulae are mutually exclusive so no one Paper “Auceps syllabarum: A Digital Analysis of Latin Prose Rhythm”. The list of clausulae used in the method is derived from the 2019 Journal of Roman Studies The clausulae analysis function returns a dictionary in which the key is the type of clausula and the value is the number ![]() Return dictionary of clausulae found in the prosody of Latin prose.
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