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|
%global _empty_manifest_terminate_build 0
Name: python-prosodic
Version: 1.6.1
Release: 1
Summary: PROSODIC: a metrical-phonological parser, written in Python. For English and Finnish, with flexible language support.
License: MPL-2.0
URL: https://github.com/quadrismegistus/prosodic
Source0: https://mirrors.aliyun.com/pypi/web/packages/12/00/10a38e014f3993c2366bbe1c315405a782e6a61ccc2d6be9428ab2eb88c4/prosodic-1.6.1.tar.gz
BuildArch: noarch
%description
|
|-----| (S1.L1) <Line> [of mans first disobedience and the fruit]
|
|-----| (S1.L1.W1) <Word> of <ʌv>
| [+functionword]
| [numSyll=1]
|
|-----| (S1.L1.W1.S1) <Syllable> [ʌv]
| [prom.stress=0.0]
|
|-----| (S1.L1.W1.S1.SB1) <SyllableBody> [ʌv]
| [shape=VC]
| [-prom.vheight]
| [-prom.weight]
|
|-----| (S1.L1.W1.S1.SB1.O1) <Onset>
|
|-----| (S1.L1.W1.S1.SB1.R2) <Rime>
|
|-----| (S1.L1.W1.S1.SB1.R2.N1) <Nucleus>
| [-prom.vheight]
|
|-----| (S1.L1.W1.S1.SB1.R2.N1.P1) <Phoneme> [ʌ]
|
|-----| (S1.L1.W1.S1.SB1.R2.C2) <Coda>
|
|-----| (S1.L1.W1.S1.SB1.R2.C2.P1) <Phoneme> [v]
|
|-----| (S1.L1.W2) <Word> mans <'mænz>
| [numSyll=1]
|
|-----| (S1.L1.W2.S1) <Syllable> ['mænz]
| [prom.stress=1.0]
| [prom.kalevala=1.0]
|
|-----| (S1.L1.W2.S1.SB1) <SyllableBody> [mænz]
| [shape=CVCC]
| [-prom.vheight]
| [+prom.weight]
|
|-----| (S1.L1.W2.S1.SB1.O1) <Onset>
|
|-----| (S1.L1.W2.S1.SB1.O1.P1) <Phoneme> [m]
|
|-----| (S1.L1.W2.S1.SB1.R2) <Rime>
|
|-----| (S1.L1.W2.S1.SB1.R2.N1) <Nucleus>
| [-prom.vheight]
|
|-----| (S1.L1.W2.S1.SB1.R2.N1.P1) <Phoneme> [æ]
|
|-----| (S1.L1.W2.S1.SB1.R2.C2) <Coda>
|
|-----| (S1.L1.W2.S1.SB1.R2.C2.P1) <Phoneme> [n]
|
|-----| (S1.L1.W2.S1.SB1.R2.C2.P2) <Phoneme> [z]
Lastly, the `/query` command allows you to query these phonological annotations. Once `/query` is entered, the query language parser starts up (type `/` to exit, or hit `Ctrl+D`). Which are the stressed syllables in the text? `(Syllable: [+prom.stress])`. Which are all the voiced phonemes? `(Phoneme: [+voice])`. Which are all the syllables with voiced onsets and codas? `(Syllable: (Onset: [+voice]) (Coda: [+voice]))`. Etc.
#### Metrically parsing text
The command `/parse` will metrically parse whatever text is currently loaded into Prosodic. Once the text is parsed, further commands become possible, all of which either view or save the data gleaned from the parser.
The command `/scan` prints the best parse for each line, along with statistics on which constraints it violated. [This output, like any other output, can be saved to disk (and then opened with Excel) by using the `/save` command.] For instance, here are the first four lines of *Paradise Lost*, using the `/scan` command:
text parse #pars #viol meter [*footmin-none] [*strength.s=>-u] [*strength.w=>-p] [*stress.s=>-u] [*stress.w=>-p]
of mans first disobedience and the fruit of|MANS|first|DI|so|BE|di|ENCE|and.the|FRUIT 3 5 wswswswswws 0 0 2 2 1
of that forbidden tree whose mortal tast of|THAT|for|BID|den|TREE|whose|MOR|tal|TAST 1 0 wswswswsws 0 0 0 0 0
brought death into the world and all our woe brought|DEATH|in|TO|the|WORLD|and|ALL|our|WOE 1 2 wswswswsws 0 0 0 2 0
with loss of eden till one greater man with|LOSS|of|ED|en|TILL|one|GRE|ater|MAN 1 2 wswswswsws 0 0 2 0 0
%package -n python3-prosodic
Summary: PROSODIC: a metrical-phonological parser, written in Python. For English and Finnish, with flexible language support.
Provides: python-prosodic
BuildRequires: python3-devel
BuildRequires: python3-setuptools
BuildRequires: python3-pip
%description -n python3-prosodic
|
|-----| (S1.L1) <Line> [of mans first disobedience and the fruit]
|
|-----| (S1.L1.W1) <Word> of <ʌv>
| [+functionword]
| [numSyll=1]
|
|-----| (S1.L1.W1.S1) <Syllable> [ʌv]
| [prom.stress=0.0]
|
|-----| (S1.L1.W1.S1.SB1) <SyllableBody> [ʌv]
| [shape=VC]
| [-prom.vheight]
| [-prom.weight]
|
|-----| (S1.L1.W1.S1.SB1.O1) <Onset>
|
|-----| (S1.L1.W1.S1.SB1.R2) <Rime>
|
|-----| (S1.L1.W1.S1.SB1.R2.N1) <Nucleus>
| [-prom.vheight]
|
|-----| (S1.L1.W1.S1.SB1.R2.N1.P1) <Phoneme> [ʌ]
|
|-----| (S1.L1.W1.S1.SB1.R2.C2) <Coda>
|
|-----| (S1.L1.W1.S1.SB1.R2.C2.P1) <Phoneme> [v]
|
|-----| (S1.L1.W2) <Word> mans <'mænz>
| [numSyll=1]
|
|-----| (S1.L1.W2.S1) <Syllable> ['mænz]
| [prom.stress=1.0]
| [prom.kalevala=1.0]
|
|-----| (S1.L1.W2.S1.SB1) <SyllableBody> [mænz]
| [shape=CVCC]
| [-prom.vheight]
| [+prom.weight]
|
|-----| (S1.L1.W2.S1.SB1.O1) <Onset>
|
|-----| (S1.L1.W2.S1.SB1.O1.P1) <Phoneme> [m]
|
|-----| (S1.L1.W2.S1.SB1.R2) <Rime>
|
|-----| (S1.L1.W2.S1.SB1.R2.N1) <Nucleus>
| [-prom.vheight]
|
|-----| (S1.L1.W2.S1.SB1.R2.N1.P1) <Phoneme> [æ]
|
|-----| (S1.L1.W2.S1.SB1.R2.C2) <Coda>
|
|-----| (S1.L1.W2.S1.SB1.R2.C2.P1) <Phoneme> [n]
|
|-----| (S1.L1.W2.S1.SB1.R2.C2.P2) <Phoneme> [z]
Lastly, the `/query` command allows you to query these phonological annotations. Once `/query` is entered, the query language parser starts up (type `/` to exit, or hit `Ctrl+D`). Which are the stressed syllables in the text? `(Syllable: [+prom.stress])`. Which are all the voiced phonemes? `(Phoneme: [+voice])`. Which are all the syllables with voiced onsets and codas? `(Syllable: (Onset: [+voice]) (Coda: [+voice]))`. Etc.
#### Metrically parsing text
The command `/parse` will metrically parse whatever text is currently loaded into Prosodic. Once the text is parsed, further commands become possible, all of which either view or save the data gleaned from the parser.
The command `/scan` prints the best parse for each line, along with statistics on which constraints it violated. [This output, like any other output, can be saved to disk (and then opened with Excel) by using the `/save` command.] For instance, here are the first four lines of *Paradise Lost*, using the `/scan` command:
text parse #pars #viol meter [*footmin-none] [*strength.s=>-u] [*strength.w=>-p] [*stress.s=>-u] [*stress.w=>-p]
of mans first disobedience and the fruit of|MANS|first|DI|so|BE|di|ENCE|and.the|FRUIT 3 5 wswswswswws 0 0 2 2 1
of that forbidden tree whose mortal tast of|THAT|for|BID|den|TREE|whose|MOR|tal|TAST 1 0 wswswswsws 0 0 0 0 0
brought death into the world and all our woe brought|DEATH|in|TO|the|WORLD|and|ALL|our|WOE 1 2 wswswswsws 0 0 0 2 0
with loss of eden till one greater man with|LOSS|of|ED|en|TILL|one|GRE|ater|MAN 1 2 wswswswsws 0 0 2 0 0
%package help
Summary: Development documents and examples for prosodic
Provides: python3-prosodic-doc
%description help
|
|-----| (S1.L1) <Line> [of mans first disobedience and the fruit]
|
|-----| (S1.L1.W1) <Word> of <ʌv>
| [+functionword]
| [numSyll=1]
|
|-----| (S1.L1.W1.S1) <Syllable> [ʌv]
| [prom.stress=0.0]
|
|-----| (S1.L1.W1.S1.SB1) <SyllableBody> [ʌv]
| [shape=VC]
| [-prom.vheight]
| [-prom.weight]
|
|-----| (S1.L1.W1.S1.SB1.O1) <Onset>
|
|-----| (S1.L1.W1.S1.SB1.R2) <Rime>
|
|-----| (S1.L1.W1.S1.SB1.R2.N1) <Nucleus>
| [-prom.vheight]
|
|-----| (S1.L1.W1.S1.SB1.R2.N1.P1) <Phoneme> [ʌ]
|
|-----| (S1.L1.W1.S1.SB1.R2.C2) <Coda>
|
|-----| (S1.L1.W1.S1.SB1.R2.C2.P1) <Phoneme> [v]
|
|-----| (S1.L1.W2) <Word> mans <'mænz>
| [numSyll=1]
|
|-----| (S1.L1.W2.S1) <Syllable> ['mænz]
| [prom.stress=1.0]
| [prom.kalevala=1.0]
|
|-----| (S1.L1.W2.S1.SB1) <SyllableBody> [mænz]
| [shape=CVCC]
| [-prom.vheight]
| [+prom.weight]
|
|-----| (S1.L1.W2.S1.SB1.O1) <Onset>
|
|-----| (S1.L1.W2.S1.SB1.O1.P1) <Phoneme> [m]
|
|-----| (S1.L1.W2.S1.SB1.R2) <Rime>
|
|-----| (S1.L1.W2.S1.SB1.R2.N1) <Nucleus>
| [-prom.vheight]
|
|-----| (S1.L1.W2.S1.SB1.R2.N1.P1) <Phoneme> [æ]
|
|-----| (S1.L1.W2.S1.SB1.R2.C2) <Coda>
|
|-----| (S1.L1.W2.S1.SB1.R2.C2.P1) <Phoneme> [n]
|
|-----| (S1.L1.W2.S1.SB1.R2.C2.P2) <Phoneme> [z]
Lastly, the `/query` command allows you to query these phonological annotations. Once `/query` is entered, the query language parser starts up (type `/` to exit, or hit `Ctrl+D`). Which are the stressed syllables in the text? `(Syllable: [+prom.stress])`. Which are all the voiced phonemes? `(Phoneme: [+voice])`. Which are all the syllables with voiced onsets and codas? `(Syllable: (Onset: [+voice]) (Coda: [+voice]))`. Etc.
#### Metrically parsing text
The command `/parse` will metrically parse whatever text is currently loaded into Prosodic. Once the text is parsed, further commands become possible, all of which either view or save the data gleaned from the parser.
The command `/scan` prints the best parse for each line, along with statistics on which constraints it violated. [This output, like any other output, can be saved to disk (and then opened with Excel) by using the `/save` command.] For instance, here are the first four lines of *Paradise Lost*, using the `/scan` command:
text parse #pars #viol meter [*footmin-none] [*strength.s=>-u] [*strength.w=>-p] [*stress.s=>-u] [*stress.w=>-p]
of mans first disobedience and the fruit of|MANS|first|DI|so|BE|di|ENCE|and.the|FRUIT 3 5 wswswswswws 0 0 2 2 1
of that forbidden tree whose mortal tast of|THAT|for|BID|den|TREE|whose|MOR|tal|TAST 1 0 wswswswsws 0 0 0 0 0
brought death into the world and all our woe brought|DEATH|in|TO|the|WORLD|and|ALL|our|WOE 1 2 wswswswsws 0 0 0 2 0
with loss of eden till one greater man with|LOSS|of|ED|en|TILL|one|GRE|ater|MAN 1 2 wswswswsws 0 0 2 0 0
%prep
%autosetup -n prosodic-1.6.1
%build
%py3_build
%install
%py3_install
install -d -m755 %{buildroot}/%{_pkgdocdir}
if [ -d doc ]; then cp -arf doc %{buildroot}/%{_pkgdocdir}; fi
if [ -d docs ]; then cp -arf docs %{buildroot}/%{_pkgdocdir}; fi
if [ -d example ]; then cp -arf example %{buildroot}/%{_pkgdocdir}; fi
if [ -d examples ]; then cp -arf examples %{buildroot}/%{_pkgdocdir}; fi
pushd %{buildroot}
if [ -d usr/lib ]; then
find usr/lib -type f -printf "\"/%h/%f\"\n" >> filelist.lst
fi
if [ -d usr/lib64 ]; then
find usr/lib64 -type f -printf "\"/%h/%f\"\n" >> filelist.lst
fi
if [ -d usr/bin ]; then
find usr/bin -type f -printf "\"/%h/%f\"\n" >> filelist.lst
fi
if [ -d usr/sbin ]; then
find usr/sbin -type f -printf "\"/%h/%f\"\n" >> filelist.lst
fi
touch doclist.lst
if [ -d usr/share/man ]; then
find usr/share/man -type f -printf "\"/%h/%f.gz\"\n" >> doclist.lst
fi
popd
mv %{buildroot}/filelist.lst .
mv %{buildroot}/doclist.lst .
%files -n python3-prosodic -f filelist.lst
%dir %{python3_sitelib}/*
%files help -f doclist.lst
%{_docdir}/*
%changelog
* Tue Jun 20 2023 Python_Bot <Python_Bot@openeuler.org> - 1.6.1-1
- Package Spec generated
|
