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Scansion generator
Scansion generator









  1. #SCANSION GENERATOR SOFTWARE#
  2. #SCANSION GENERATOR CODE#

No problem so far, but then look what comes next.

  • rum-que ca-The second foot is just like the first.
  • It looks as though the second foot is as simple as the first:

    scansion generator

    The next and all succeeding feet begin with a long syllable as well. You should put a line (|) after it to mark the foot's end. (If you aren't bolding the long syllables, you should mark the shorts, perhaps with a υ, and mark the longs with a long mark ‾ over them: ‾υυ.) This is the first foot.

  • Ar-ma vi-You may put short marks over the 2 short syllables.
  • scansion generator

    Extra Linguistic Information: The counts as aspiration or rough breathing in Greek, rather than a consonant.

  • When a word ends in a vowel or a vowel followed by an m and the first letter of the next word is a vowel or the letter "h", the syllable ending in a vowel or an "m" elides with the next syllable, so you don't mark it separately.
  • Extra Linguistic Information: The consonants and are called liquids and are more sonorant (closer to vowels) than stop consonants and. When the l or r is the first consonant, it counts towards the position.
  • When the second consonant is an l or an r, the syllable may or may not be long by position.
  • For qu and sometimes gu, the u is really a glide sound rather than a vowel, but it doesn't make the q or g into a double consonant.
  • They are the equivalent of the Greek letters Chi, Phi, and Theta.
  • However, ch, ph, and th do not count as double consonants.
  • Extra Linguistic Information: The 2 consonant sounds are and for X and and for Z.
  • A syllable that ends in X or (sometimes) Z is long by position because X or (sometimes) Z counts as a double consonant.
  • Those syllables in which the vowel is followed by two consonants (one or both of which may be in the next syllable) are long by position.
  • scansion generator

    From the remaining possible meters the meter is chosen that lies closest (in the Levenshtein sense) to the target pattern.Ī Dutch version of this documentation can be found in README.txt.

  • if a syllable is less stressed than one of its neighbouring words and at least as much stressed as the other neighbouring word, then it is downgraded (coded as 0) Īfter this revision, the meter is still not finalized.
  • if a syllable is stressed more than one of its neighbouring words and at least as much stress as the other neighbouring word then it is upgraded (coded as 1).
  • To determine the meter for as many syllables as possible the following rules are applied: With this information of stress per word we do not have the meter yet, among other things because many words consist of one syllable.
  • if a word ends in a vowel, while its follow-up starts with a consonant, then these two syllables are seen as one syllable with the stress on the highest weighted syllable of the two syllables involved.
  • by means of an apostrophe left out syllables do not count.
  • This stress information is determined on the basis of the Celex information in combination with the following heuristics: apply these two rules, but only if the resulting meter lies closer (in the Levenshtein sense) to the ideal pattern of meter: There are four weight classes for syllables: heavy, light, unstressed and unknown. For any given line of verse firstly the relative weight of the syllables in the individual words is determined. The meter is coded internally as a string of ones and zeroes.

    scansion generator

    dpw.cd: the Celex file with accent information for a large number of modern Dutch words.stresspatterns.py: module to determine the accent in a line of verse on the basis of the accent information from the Celex-data.

    #SCANSION GENERATOR CODE#

  • scansion.py: the command-line interface and the more high-level code.
  • #SCANSION GENERATOR SOFTWARE#

    The software consists of the following components: The Celex data is used for determining the accent information. Output (to STDOUT) is an overview of the lines of the input poem with its stress pattern after each line. The input is a (plain text or TEI-XML) file and a pattern of meter (coded in binary). This software is used to automatically determine the stress pattern of a line in verse.











    Scansion generator