UD Afrikaans-AfriBooms is a conversion of the AfriBooms Dependency Treebank, originally annotated with a simplified PoS set and dependency relations according to a subset of the Stanford tag set. The corpus consists of public government documents.
Contributors: Peter Dirix, Liesbeth Augustinus, Daniel van Niekerk
UD_Akuntsu-TuDeT is a collection of annotated sentences in  Akuntsú. The sentences stem from the grammatical description by Aragon (2014) and Aragon's field work. Sentence annotation and documentation by Carolina Aragon, Fabrício Ferraz Gerardi, Luana dos Santos.
The UD Albanian Treebank is a small treebank for Standard Albanian, developed within a project framework at Uppsala University. The data was extracted from Wikipedia.
UD_Amharic-ATT is a manual developed Treebanks for Amharic. Sentences were collected from grammar books, fictions, biographies, religious texts and news.
UD_Ancient_Greek-PROIEL is converted from the Ancient Greek data in the PROIEL treebank, and consists of the New Testament plus selections from Herodotus.
This Universal Dependencies Ancient Greek Treebank consists of an automatic
conversion of a selection of passages from the Ancient Greek and Latin
Dependency Treebank 2.1
UD Ancient Hebrew PTNK contains portions of the Biblia Hebraic Stuttgartensia with morphological annotations from [ETCBC](https://github.com/etcbc/bhsa).
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Luma Ateyah, Martin Popel, Daniel Zeman, Nizar Habash, Dima Taji
The Arabic-PADT UD treebank is based on the
[Prague Arabic Dependency Treebank](http://ufal.mff.cuni.cz/padt/) (PADT),
created at the Charles University in Prague.
Contributors: Daniel Zeman, Zdeněk Žabokrtský, Shadi Saleh
A Universal Dependencies treebank for Eastern Armenian developed for UD originally by the ArmTDP team led by Marat M. Yavrumyan at the V. Brusov State University in Yerevan.
A Universal Dependencies treebank for Eastern Armenian developed for UD originally by the ArmTDP team led by Marat M. Yavrumyan at the Yerevan State University.
The Uppsala Assyrian Treebank is a small treebank for Modern Standard Assyrian. The corpus is collected and annotated manually. The data was randomly collected from different textbooks and a short translation of The Merchant of Venice.
The Basque UD treebank is based on a automatic conversion from part of the Basque Dependency Treebank (BDT), created at the University of of the Basque Country by the IXA NLP research group. The treebank consists of 8.993 sentences (121.443 tokens) and covers mainly literary and journalistic texts.
Contributors: Maria Jesus Aranzabe, Aitziber Atutxa, Kepa Bengoetxea, Arantza Diaz de Ilarraza, Iakes Goenaga, Koldo Gojenola, Larraitz Uria
The Belarusian UD treebank is based on a sample of the news texts included in the Belarusian-Russian parallel subcorpus of the Russian National Corpus,
online search available at: http://ruscorpora.ru/search-para-be.html.
Contributors: Olga Lyashevskaya, Angelika Peljak-Łapińska, Daria Petrova, Yana Shishkina
The [Bhojpuri](https://en.wikipedia.org/wiki/Bhojpuri_language) UD Treebank (BHTB) is a part of the [Universal Dependency treebank](http://universaldependencies.org/) project.
UD_Bororo-BDT is a collection of annotated sentences in [Bororo](https://glottolog.org/resource/languoid/id/boro1282). All known sources in this language are being annotated: grammar examples, myths, and other sources. Sentence annotation and documentation by [Fabrício Ferraz Gerardi](https://languagestructure.github.io) and Carolina C. Aragon.
UD Breton-KEB is a treebank of Breton that has been manually annotated according to the Universal Dependencies guidelines. The
tokenisation guidelines and morphological annotation comes from a finite-state morphological analyser of Breton released as part
of the [Apertium project](http://www.apertium.org).
UD_Bulgarian-BTB is based on the HPSG-based BulTreeBank,
created at the Institute of Information and Communication Technologies,
Bulgarian Academy of Sciences.
The original consists of 215,000 tokens (over 15,000 sentences).
All the texts were processed automatically at tokenization, morphological
and chunk level. Then, the full syntactic analysis were perfomed manually by
trained annotators.
Contributors: Kiril Simov, Petya Osenova, Martin Popel
A Cantonese treebank (in Traditional Chinese characters) of film subtitles and of legislative proceedings
of Hong Kong, parallel with the Chinese-HK treebank.
Contributors: Kim Gerdes, John Lee, Herman Leung, Tak-sum Wong
UD_Cebuano_GJA is a collection of annotated Cebuano sample sentences randomly taken from three different sources: community-contributed samples from the website Tatoeba, a Cebuano grammar book by Bunye & Yap (1971) and Tanangkinsing's reference grammar on Cebuano (2011). This project is currently work in progress.
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Josie Li, Cheuk Ying Li, Martin Popel, Daniel Zeman, Herman Leung
The Chinese-CFL UD treebank is manually annotated by Keying Li with minor manual revisions by Herman Leung and John Lee at City University of Hong Kong, based on essays written by learners of Mandarin Chinese as a foreign language. The data is in Simplified Chinese.
A treebank of Chinese patent application texts collected from the Chinese patent office's website CNIPA.
The sentences are randomly selected from the patent claims of the IPC section "G" from November 2017 to September 2018.
Contributors: Yixuan Li, Kim Gerdes, Bruno Guillaume
This data is a manual annotation of the corpus from multimedia annotated corpus
of the [Chuklang](http://chuklang.ru/) project, a dialectal corpus of the Amguema
variant of Chukchi.
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Václava Kettnerová, Jan Hajič jr., Silvie Cinková, Zdeňka Urešová, Milan Straka, Jan Hajič, Jaroslava Hlaváčová, Daniel Zeman
This corpus contains sentences from the Wikipedia section of the Lassy Small Treebank.
Universal Dependency annotation was generated automatically from the original annotation in Lassy.
UD Atis Treebank is a manually annotated treebank consisting of the sentences in the Atis (Airline Travel Informations) dataset which includes the human speech transcriptions of people asking for flight information on the automated inquiry systems.
Contributors: Aslı Kuzgun, Neslihan Cesur, Olcay Taner Yıldız
UD_English-ParTUT is a conversion of a multilingual parallel treebank developed at the University of Turin,
and consisting of a variety of text genres, including talks, legal texts and Wikipedia articles, among others.
A Gold Standard Universal Dependencies Corpus for English,
built over the source material of the English Web Treebank
LDC2012T13 (https://catalog.ldc.upenn.edu/LDC2012T13).
Contributors: Natalia Silveira, Timothy Dozat, Christopher Manning, Sebastian Schuster, Ethan Chi, John Bauer, Miriam Connor, Marie-Catherine de Marneffe, Nathan Schneider, Sam Bowman, Hanzhi Zhu, Daniel Galbraith, John Bauer
This is the English portion of the Parallel Universal Dependencies (PUD)
treebanks created for the CoNLL 2017 shared task on Multilingual Parsing
from Raw Text to Universal Dependencies
(http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Jesse Kirchner, Lorenzo Lambertino, Martin Popel, Daniel Zeman, Christopher Manning, Sebastian Schuster, Siva Reddy
UD English_LinES is the English half of the LinES Parallel Treebank
with the original dependency annotation first automatically converted
into Universal Dependencies and then partially reviewed. Its contents cover
literature, an online manual and Europarl data.
UD English-Pronouns is dataset created to make pronoun identification more accurate and with a more balanced distribution across genders. The dataset is initially targeting the Independent Genitive pronouns, "hers", (independent) "his", (singular) "theirs", "mine", and (singular) "yours".
This repository includes the Dependency Treebank of Spoken L2 English (SL2E), which consists of Universal Dependency annotations for a random sample of sentences from the NICT JLE, a corpus of spoken second language English. The homepage of the project is here.
UD Erzya is the original annotation (CoNLL-U) for texts in the Erzya language,
it originally consists of a sample from a number of fiction authors writing originals in Erzya.
Contributors: Jack Rueter, Francis Tyers, Elena Klementieva, Olga Erina, Ivan Riabov
UD Estonian is a converted version of the Estonian Dependency Treebank (EDT), originally annotated in the Constraint Grammar (CG) annotation scheme, and consisting of genres of fiction, newspaper texts and scientific texts. The treebank contains 30,972 trees, 437,769 tokens.
UD_Icelandic-FarPaHC is a conversion of the [Faroese Parsed Historical Corpus (FarPaHC)](https://github.com/einarfs/farpahc) to the Universal Dependencies scheme.
The conversion was done using [UDConverter](https://github.com/thorunna/UDConverter).
Contributors: Þórunn Arnardóttir, Hinrik Hafsteinsson, Einar Freyr Sigurðsson, Anton Karl Ingason, Eiríkur Rögnvaldsson, Joel C. Wallenberg
UD_Finnish-TDT is based on the Turku Dependency Treebank (TDT), a broad-coverage dependency treebank of general Finnish covering numerous genres. The conversion to UD was followed by extensive manual checks and corrections, and the treebank closely adheres to the UD guidelines.
Contributors: Filip Ginter, Jenna Kanerva, Veronika Laippala, Niko Miekka, Anna Missilä, Stina Ojala, Sampo Pyysalo
FinnTreeBank 1 consists of manually annotated grammatical examples
from VISK. The UD version of FinnTreeBank 1 was converted from a
native annotation model with a script and later manually revised.
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Jenna Kanerva, Filip Ginter, Stina Ojala, Anna Missilä
The **UD_French-GSD** was converted in 2015 from the content head version of the universal
dependency treebank v2.0 (https://github.com/ryanmcd/uni-dep-tb).
It is updated since 2015 independently from the previous source.
Contributors: Marie-Catherine de Marneffe, Bruno Guillaume, Ryan McDonald, Alane Suhr, Joakim Nivre, Matias Grioni, Carly Dickerson, Guy Perrier
**UD_French-Sequoia** is an automatic conversion of the [SUD_French-Sequoia](https://github.com/surfacesyntacticud/SUD_French-Sequoia) treebank, which comes from the former corpus [French Sequoia corpus](http://deep-sequoia.inria.fr).
Contributors: Marie Candito, Djamé Seddah, Guy Perrier, Bruno Guillaume
UD_French-ParTUT is a conversion of a multilingual parallel treebank developed at the University of Turin,
and consisting of a variety of text genres, including talks, legal texts and Wikipedia articles, among others.
Paris Stories is a corpus of oral French collected and transcribed by Linguistics students from Sorbonne Nouvelle and corrected by students from the Plurital Master's Degree of Computational Linguistics ( Inalco, Paris Nanterre, Sorbonne Nouvelle) between 2017 and 2021.
It contains monologues and dialogues from speakers living in the Parisian region.
Contributors: Kim Gerdes, Sylvain Kahane, Menel Mahamdi
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Jana Strnadová, Gauthier Caron, Martin Popel, Daniel Zeman, Marie-Catherine de Marneffe, Bruno Guillaume
The corpus **UD_French-FQB** is an automatic conversion of the [French QuestionBank v1](http://alpage.inria.fr/Treebanks/FQB/), a corpus entirely made of questions.
Contributors: Djamé Seddah, Marie Candito, Bruno Guillaume
UD_Frisian_Dutch-Fame is a selection of 400 sentences from the FAME! speech corpus by Yilmaz et al. (2016a, 2016b). The treebank is manually annotated using the UD scheme.
The Galician UD treebank is based on the automatic parsing of the Galician Technical Corpus (http://sli.uvigo.gal/CTG) created at the University of Vigo by the the TALG NLP research group.
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Georg Rehm, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Michael Mandl, Sebastian Bank, Martin Popel, Daniel Zeman
This treebank aims at gathering texts of the German literary history. Currently, it hosts Fragments of the early Romanticism, i.e. aphorism-like texts mainly dealing with philosophical issues concerning art, beauty and related topics.
UD German-HDT is a conversion of the Hamburg Dependency Treebank,
created at the University of Hamburg through manual annotation in
conjunction with a standard for morphologically and syntactically
annotating sentences as well as a constraint-based parser.
Contributors: Emanuel Borges Völker, Felix Hennig, Arne Köhn, Maximilan Wendt
UD Gheg Pear Stories (GPS) contains renarrations of Wallace Chafe's Pear Stories video (pearstories.org) by heritage speakers of Gheg Albanian living in Switzerland and speakers from Prishtina.
Contributors: Christian Ebert, Artan Islamaj, Adrian Kuqi, Barbara Sonnenhauser, Paul Widmer, Magdalena Plamada
GUD is a resource for EL manually annotated for morphology and syntax. It is an ongoing project led by Stella Markantonatou and Vivian Stamou (hereinafter: the GUD team), both researchers at the [Institute for Language and Speech Processing](http://www.ilsp.gr/) (ILSP/Athena Research Centre).
The Greek UD treebank (UD_Greek-GDT) is derived from the Greek Dependency Treebank
(http://gdt.ilsp.gr), a resource developed and maintained by
researchers at the Institute for Language and Speech Processing/Athena
R.C. (http://www.ilsp.gr).
UD_Guajajara-TuDeT is a collection of annotated sentences in Guajajara. Sentences stem from multiple sources such as descriptions of the language, short stories, dictionaries and translations from the New Testament. Sentence annotation and documentation by Lorena Martín Rodríguez and Fabrício Ferraz Gerardi.
UD_Guarani-OldTuDeT is a collection of annotated texts in Old Guaraní. All known sources in this language are being annotated: cathesisms, grammars (seventeenth and eighteenth century), sentences from dictionaries, and other texts. Sentence annotation and documentation by Fabrício Ferraz Gerardi and Lorena Martín Rodríguez.
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Esha Banerjee, Pinkey Nainwani, Martin Popel, Daniel Zeman
UD_Hittite-HitTB is a small Universal Dependencies treebank for Hittite, containing original sentences from Hoffner and Melchert's tutorial to A Grammar of the Hittite Language.
UD_Icelandic-Modern is a conversion of the [modern additions](https://github.com/antonkarl/icecorpus/tree/master/finished/additions2019) to the Icelandic Parsed Historical Corpus (IcePaHC) to the Universal Dependencies scheme.
Contributors: Kristján Rúnarsson, Þórunn Arnardóttir, Hinrik Hafsteinsson, Starkaður Barkarson, Hildur Jónsdóttir, Steinþór Steingrímsson, Einar Freyr Sigurðsson
UD_Icelandic-IcePaHC is a conversion of the [Icelandic Parsed Historical Corpus (IcePaHC)](https://linguist.is/icelandic_treebank/Icelandic_Parsed_Historical_Corpus_(IcePaHC)) to the Universal Dependencies scheme.
The conversion was done using [UDConverter](https://github.com/thorunna/UDConverter).
Contributors: Þórunn Arnardóttir, Hinrik Hafsteinsson, Einar Freyr Sigurðsson, Hildur Jónsdóttir, Kristín Bjarnadóttir, Anton Karl Ingason, Kristján Rúnarsson, Steinþór Steingrímsson, Joel C. Wallenberg, Eiríkur Rögnvaldsson
UD_Icelandic-GC is a conversion of the gold part of [GreynirCorpus](https://github.com/mideind/GreynirCorpus), which has been manually corrected and verified. The corpus is parsed into full constituency trees, and converted using [UDConverter-GreynirCorpus](https://github.com/thorunna/UDConverter-GreynirCorpus).
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Ruli Manurung, Muh Shohibussirri, Martin Popel, Daniel Zeman, Ika Alfina, Arawinda Dinakaramani, Muhammad Yudistira Hanifmuti, Jessica Naraiswari Arwidarasti, Yogi Lesmana Sulestio
The Indonesian-GSD treebank was originally converted from the content head version of the [universal dependency treebank v2.0 (legacy)](https://github.com/ryanmcd/uni-dep-tb) in 2015. In order to comply with the latest Indonesian annotation guidelines, the treebank has undergone a major revision between UD releases v2.8 and v2.9 (2021).
Contributors: Ryan McDonald, Joakim Nivre, Daniel Zeman, Septina Dian Larasati, Ika Alfina
UD Indonesian-CSUI is a conversion from an Indonesian constituency treebank in the Penn Treebank format named [**Kethu**](https://github.com/ialfina/kethu) that was also a conversion from a constituency treebank built by [**Dinakaramani et al. (2015)**](https://github.com/famrashel/idn-treebank). We named this treebank **Indonesian-CSUI**, since all the three versions of the treebanks were built at Faculty of Computer Science, Universitas Indonesia.
Contributors: Ika Alfina, Jessica Naraiswari Arwidarasti, Muhammad Yudistira Hanifmuti, Arawinda Dinakaramani, Ruli Manurung, Fam Rashel, Andry Luthfi
This is the Cadhan Aonair UD treebank, consisting of
150 sentences randomly sampled from six pre-standard Irish texts.
It was subsequently augmented with a late Early Modern Irish syllabic poem
representing 43 sentences, described in a
[separate section below](#bardic-segment).
The Italian corpus annotated according to the UD annotation scheme was obtained by conversion from ISDT (Italian Stanford Dependency Treebank), released for the dependency parsing shared task of Evalita-2014 (Bosco et al. 2014).
Contributors: Cristina Bosco, Alessandro Lenci, Simonetta Montemagni, Maria Simi
The UD_Italian-VIT corpus was obtained by conversion from VIT (Venice Italian Treebank), developed at the Laboratory of Computational Linguistics of the Università Ca' Foscari in Venice (Delmonte et al. 2007; Delmonte 2009; http://rondelmo.it/resource/VIT/Browser-VIT/index.htm).
Contributors: Fabio Tamburini, Maria Simi, Cristina Bosco
UD_Italian-ParTUT is a conversion of a multilingual parallel treebank developed at the University of Turin,
and consisting of a variety of text genres, including talks, legal texts and Wikipedia articles, among others.
ParlaMint-It is a collection of transcriptions of parliamentary sessions of the Italian Senate annotated in Universal Dependencies. The corpus is part of a larger multilingual collection of parliamentary transcripts built during the ParlaMint project (https://www.clarin.eu/parlamint).
Contributors: Chiara Alzetta, Marta Sartor, Simonetta Montemagni, Giulia Venturi
TWITTIRÒ-UD is a collection of ironic Italian tweets annotated in Universal Dependencies.
The treebank can be exploited for the training of NLP systems to enhance their performance on social media texts, and in particular, for irony detection purposes.
Contributors: Alessandra T. Cignarella, Cristina Bosco, Manuela Sanguinetti
PoSTWITA-UD is a collection of Italian tweets annotated in Universal Dependencies that can be exploited for the training of NLP systems to enhance their performance on social media texts.
The MarkIT resource contains around 800 sentences extracted from students' essays manually annotated with syntactic depencendies. The treebank covers seven types of marked constructions, plus some ambiguous sentences whose syntax can be wrongly classified as marked.
Contributors: Teresa Paccosi, Alessio Palmero Aprosio, Sara Tonelli
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Antonio Stella, Davide Rovati, Martin Popel, Daniel Zeman, Maria Simi, Manuela Sanguinetti
This Universal Dependencies (UD) Japanese treebank is based on the definition of UD Japanese convention described in the UD documentation. The original sentences are from Google UDT 2.0.
Contributors: Mai Omura, Yusuke Miyao, Hiroshi Kanayama, Hiroshi Matsuda, Aya Wakasa, Kayo Yamashita, Masayuki Asahara, Takaaki Tanaka, Yugo Murawaki, Yuji Matsumoto, Shinsuke Mori, Sumire Uematsu, Ryan McDonald, Joakim Nivre, Daniel Zeman
This Universal Dependencies (UD) Japanese treebank is based on the definition of UD Japanese convention described in the UD documentation. The original sentences are from Google UDT 2.0.
Contributors: Mai Omura, Yusuke Miyao, Hiroshi Kanayama, Hiroshi Matsuda, Aya Wakasa, Kayo Yamashita, Masayuki Asahara, Takaaki Tanaka, Yugo Murawaki, Yuji Matsumoto, Shinsuke Mori, Sumire Uematsu, Ryan McDonald, Joakim Nivre, Daniel Zeman
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Mai Omura, Yusuke Miyao, Hiroshi Kanayama, Hiroshi Matsuda, Aya Wakasa, Kayo Yamashita, Masayuki Asahara, Takaaki Tanaka, Yugo Murawaki, Yuji Matsumoto, Kaoru Ito, Taishi Chika, Shinsuke Mori, Sumire Uematsu, Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Atsuko Shimada, Anna Trukhina, Martin Popel, Daniel Zeman
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Mai Omura, Yusuke Miyao, Hiroshi Kanayama, Hiroshi Matsuda, Aya Wakasa, Kayo Yamashita, Masayuki Asahara, Takaaki Tanaka, Yugo Murawaki, Yuji Matsumoto, Kaoru Ito, Taishi Chika, Shinsuke Mori, Sumire Uematsu, Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Atsuko Shimada, Anna Trukhina, Martin Popel, Daniel Zeman
This Universal Dependencies (UD) Japanese treebank is based on the definition of
UD Japanese convention described in the UD documentation.
The original sentences are from `Balanced Corpus of Contemporary Written Japanese'(BCCWJ).
This Universal Dependencies (UD) Japanese treebank is based on the definition of
UD Japanese convention described in the UD documentation.
The original sentences are from `Balanced Corpus of Contemporary Written Japanese'(BCCWJ).
UD-Japanese-BCCWJLUW is the other word segmentation version of UD-Japanese-BCCWJ.
We use **Long Unit Word (LUW)** as their syntactic word in UD definition.
UD Javanese-CSUI is a dependency treebank in Javanese, a regional language in Indonesia with more than 68 million users. It was developed by Alfina et al. from the Faculty of Computer Science, Universitas Indonesia. The newest version has 1000 sentences and 14K words with manual annotation.
Contributors: Ika Alfina, Arlisa Yuliawati, Dipta Tanaya, Arawinda Dinakaramani, Daniel Zeman, Putri Rizqiyah, Sri Hartati Wijono
**UD_Kaapor-TuDeT** is a collection of annotated sentences in [Ka'apor](https://glottolog.org/resource/languoid/id/urub1250). The project is a work in progress and the treebank is being updated on a regular basis.
UD Karelian-KKPP is a manually annotated new corpus of Karelian made in
Universal dependencies annotation scheme. The data is collected from
[VepKar corpora](http://dictorpus.krc.karelia.ru/en/corpus/text) and consists of
mostly modern news texts but also some stories and educational texts.
UD_Karo-TuDeT is a collection of annotated sentences in  Karo. The sentences stem from the only grammatical description of the language (Gabas, 1999) and from the sentences in the dictionary by the same author (Gabas, 2007). Sentence annotation and documentation by Fabrício Ferraz Gerardi.
The UD Kazakh treebank is a combination of text from various sources including Wikipedia, some folk tales,
sentences from the UDHR, news and phrasebook sentences. Sentences IDs include partial document identifiers.
Contributors: Aibek Makazhanov, Jonathan North Washington, Francis Tyers
The AHA Khunsari Treebank is a small treebank for contemporary Khunsari. Its corpus is collected and annotated manually. We have prepared this treebank based on interviews with Khunsari speakers.
Contributors: AmirHossein Mojiri Foroushani, Hamid Aghaei, Amir Ahmadi
UD Kʼicheʼ-IU is a treebank consisting of sentences from a variety of text domains but principally dictionary example
sentences and linguistic examples.
This treebank consists of dialectal transcriptions of spoken Komi-Zyrian. The current texts are short recorded segments from different areas where the Iźva dialect of Komi language is spoken.
Contributors: Niko Partanen, Rogier Blokland, Michael Rießler, Jack Rueter
The KAIST Korean Universal Dependency Treebank is generated by Chun et al., 2018 from the constituency trees in the [KAIST Tree-Tagging Corpus](http://semanticweb.kaist.ac.kr/home/index.php/Corpus4).
Contributors: Jinho Choi, Na-Rae Han, Jena Hwang, Jayeol Chun
The Google Korean Universal Dependency Treebank is first converted from the [Universal
Dependency Treebank v2.0 (legacy)](https://github.com/ryanmcd/uni-dep-tb), and then enhanced by Chun et al., 2018.
Contributors: Ryan McDonald, Joakim Nivre, Daniel Zeman, Jinho Choi, Na-Rae Han, Jena Hwang, Jayeol Chun
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Sookyoung Kwak, Yongseok Cho, Martin Popel, Daniel Zeman
The UD Kurmanji corpus is a corpus of Kurmanji Kurdish. It contains fiction and encyclopaedic texts in
roughly equal measure. It has been annotated natively in accordance with the UD annotation scheme.
UD_Kyrgyz-KTMU is dependency parsing based treebank in Kyrgyz language. Sentences were selected from Kyrgyz story and novel books, most of which were news headlines from Kyrgyz news websites.
This Universal Dependencies version of the **LLCT** (Late Latin Charter Treebank) consists of an automated conversion of the **LLCT2** treebank from the Latin Dependency Treebank (LDT) format into the Universal Dependencies standard.
Contributors: Timo Korkiakangas, Flavio Massimiliano Cecchini, Marco Passarotti
The **UDante** treebank is based on the Latin texts of Dante Alighieri, taken from the [**DanteSearch corpus**](https://dantesearch.dantenetwork.it), originally created at the University of Pisa, Italy.
It is a treebank of Latin language, more precisely of **literary Medieval Latin** (XIVth century).
Contributors: Flavio Massimiliano Cecchini, Giovanni Moretti, Marco Passarotti, Rachele Sprugnoli, Daniela Corbetta, Federica Favero, Federica Gamba, Martina de Laurentiis, Giulia Pedonese, Andrea Peverelli, Elena Vagnoni, Mirko Tavoni
This Universal Dependencies Latin Treebank consists of an automatic
conversion of a selection of passages from the Ancient Greek and Latin
Dependency Treebank 2.1
Latin data from the _Index Thomisticus_ Treebank. Data are taken from the _Index Thomisticus_ corpus by Roberto Busa SJ, which contains the complete work by Thomas Aquinas (1225–1274; Medieval Latin) and by 61 other authors related to Thomas.
Contributors: Marco Passarotti, Marinella Testori, Daniel Zeman, Berta González Saavedra, Flavio Massimiliano Cecchini
The Latin PROIEL treebank is based on the Latin data from the PROIEL treebank, and contains most of the Vulgate New Testament translations plus selections from Caesar's Gallic War, Cicero's Letters to Atticus, Palladius' Opus Agriculturae and the first book of Cicero's De officiis.
Latvian UD Treebank is based on Latvian Treebank ([LVTB](http://sintakse.korpuss.lv)), being created at University of Latvia, Institute of Mathematics and Computer Science, [Artificial Intelligence Laboratory](http://ailab.lv).
The Genoese Ligurian Treebank is a small, manually annotated collection of contemporary Ligurian prose. The focus of the treebank is written Genoese, the koiné variety of Ligurian which is associated with today's literary, journalistic and academic ligurophone sphere.
Lithuanian treebank annotated manually (dependencies) using the Morphological Annotator by CCL, Vytautas Magnus University (http://tekstynas.vdu.lt/) and manual disambiguation.
A pilot version which includes news and an essay by Tomas Venclova is available here.
Contributors: Olga Lyashevskaya, Dmitri Sitchinava
UD Livvi-KKPP is a manually annotated new corpus of Livvi-Karelian made directly
in the Universal dependencies annotation scheme. The data is collected from
[VepKar corpora](http://dictorpus.krc.karelia.ru/en/corpus/text) and consists of
mostly modern news texts but also some stories and educational texts.
The UD Low Saxon LSDC dataset consists of sentences in 18 Low Saxon dialects from both Germany and the Netherlands. These sentences are (or are to become) part of the LSDC dataset and represent the language from the 19th and early 20th century in genres such as short stories, novels, speeches, letters and fairytales.
UD_Madi-Jarawara is a collection of annotated sentences in Madí (Jarawara dialect)
from a variety of sources, including grammar examples, oral stories, didatic material, and dictionary examples.
A Universal Dependencies corpus for a romanized user-generated content variety of Algerian, a North-African Arabic dialect known for its frequent usage of code-switching. We added to the UD annotations NER annotations extending the French Treebank NER scheme (Sagot et al, 2012) and Offensive language classification and corrected many of the translations (still ongoing).
UD_Makuráp-TuDeT is a collection of annotated texts in Makuráp. The project is a work in progress and the treebank is being updated on a regular basis. The sentences are being annotated by Carolina Aragon, Fabrício Ferraz Gerardi, Luana dos Santos, and Luan Cabral.
MUDT (Maltese Universal Dependencies Treebank) is a manually annotated treebank of Maltese, a Semitic language of Malta descended from North African Arabic with a significant amount of Italo-Romance influence.
MUDT was designed as a balanced corpus with four major genres (see Splitting below) represented roughly equally.
UD Mbya_Guarani-Thomas is a corpus of Mbyá Guaraní (Tupian) texts collected by Guillaume Thomas. The current version of the corpus consists of three speeches by Paulina Kerechu Núñez Romero, a Mbyá Guaraní speaker from Ytu, Caazapá Department, Paraguay.
UD Mbya_Guarani-Dooley is a corpus of narratives written in Mbyá Guaraní (Tupian) in Brazil, and collected by Robert Dooley. Due to copyright restrictions, the corpus that is distributed as part of UD only contains the annotation (tags, features, relations) while the FORM and LEMMA columns are empty.
Erme Universal Dependencies annotated texts Moksha are the origin of UD_Moksha-JR with annotation (CoNLL-U) for texts in the Moksha language,
it originally consists of a sample from a number of fiction authors writing originals in Moksha.
Contributors: Jack Rueter, Maria Levina, Nadezhda Kabaeva, Judit Molnár, Khalid Alnajjar
UD_Munduruku-TuDeT is a collection of annotated sentences in [Mundurukú](http://www.endangeredlanguages.com/lang/2981). The project is a work in progress and the treebank is being updated on a regular basis.

The AHA Nayini Treebank is a small treebank for contemporary Nayini. Its corpus is collected and annotated manually. We have prepared this treebank based on interviews with Nayini speakers.
Contributors: AmirHossein Mojiri Foroushani, Hamid Aghaei, Amir Ahmadi
The UD_Nheengatu-CompLin is a treebank of [Nheengatu](https://glottolog.org/resource/languoid/id/nhen1239), also known, e.g., as Modern Tupi and *Língua Geral Amazônica*. It comprises sentences from diverse published sources, e.g., grammatical descriptions, fables, coursebooks, and dictionaries.
This is a North Sámi treebank based on a manually disambiguated and function-labelled gold-standard
corpus of North Sámi produced by the Giellatekno team at UiT Norgga árktalaš universitehta.
Contributors: Trond Trosterud, Lene Antonsen, Francis Tyers
The Norwegian UD treebank is based on the Bokmål section of the Norwegian
Dependency Treebank (NDT), which is a syntactic treebank of Norwegian. The current version of NDT has been automatically converted to the UD
scheme by Ingerid Løyning Dale, Per Erik Solberg and Andre Kåsen at the Norwegian Language Bank at the National Library of Norway.
This conversion builds to a large extent on previous conversions by Lilja Øvrelid at the University of Oslo.
Contributors: Lilja Øvrelid, Fredrik Jørgensen, Petter Hohle, Ingerid Løyning Dale, Per Erik Solberg, Andre Kåsen
The Norwegian UD treebank is based on the Nynorsk section of the Norwegian
Dependency Treebank (NDT), which is a syntactic treebank of Norwegian.
NDT has been automatically converted to the UD
scheme by Lilja Øvrelid at the University of Oslo.
Contributors: Lilja Øvrelid, Fredrik Jørgensen, Petter Hohle, Ingerid Løyning Dale, Per Erik Solberg, Andre Kåsen
`UD_Old_East_Slavic-RNC` is a sample of the Middle Russian corpus (1300-1700), a part of the Russian National Corpus. The data were originally annotated according to the RNC and extended UD-Russian morphological schemas and UD 2.4 dependency schema.
Contributors: Olga Lyashevskaya, Maria Skachedubova
The Ruthenian UD treebank includes texts written in the territories of modern Belarus, Lithuania, Ukraine, and Poland in ca. 1380-1650. A sample of legal and nonfiction texts is drawn from the Ruthenian Corpus.
Contributors: Olga Lyashevskaya, Dmitri Sitchinava, Maria Shvedova
UD\_Old\_East\_Slavic-TOROT is a conversion of a selection of Old East Slavonic and Middle Russian data from the Tromsø Old Russian and OCS Treebank (TOROT), which was originally annotated in PROIEL dependency format.
UD Old\_East\_Slavic-Birchbark is based on the RNC Corpus of Birchbark Letters and includes
documents written in 1025-1500 in an East Slavic vernacular (letters, household and business records,
records for church services, spell against diseases, and other short inscriptions).
The treebank is manually syntactically annotated in the UD 2.0 scheme,
morphological and lexical annotation is a conversion of the original RNC annotation.
UD_Old_French-SRCMF is a conversion of (part of) the SRCMF corpus (Syntactic Reference Corpus of
Medieval French [srcmf.org](http://srcmf.org/)).
Main development happens on the [GitLab of the Profiterole Project](https://gitlab.huma-num.fr/profiterole/srcmf-ud).
Contributors: Sophie Prévost, Aurélie Collomb, Kim Gerdes, Isabelle Tellier, Marine Courtin, Alexei Lavrentiev, Céline Guillot-Barbance, Loïc Grobol, Mathilde Regnault
The Persian Universal Dependency Treebank (PerUDT) is the result of automatic coversion of Persian Dependency Treebank (PerDT) with extensive manual corrections. Please refer to the follwoing work, if you use this data:
* Mohammad Sadegh Rasooli, Pegah Safari, Amirsaeid Moloodi, and Alireza Nourian. "The Persian Dependency Treebank Made Universal". 2020 (to appear).
Contributors: Mohammad Sadegh Rasooli, Pegah Safari, Amirsaeid Moloodi, Alireza Nourian
The Persian Universal Dependency Treebank (Seraji) is based on Uppsala Persian Dependency Treebank (UPDT).
The conversion of the UPDT to the Universal Dependencies was performed semi-automatically with extensive manual checks and corrections.
Contributors: Mojgan Seraji, Filip Ginter, Joakim Nivre, Martin Popel, Daniel Zeman
The LFG Enhanced UD treebank of Polish is based on a corpus of LFG (Lexical Functional Grammar) syntactic structures generated by an LFG grammar of Polish, POLFIE, and manually disambiguated by human annotators.
Contributors: Agnieszka Patejuk, Adam Przepiórkowski
This is the Polish portion of the Parallel Universal Dependencies (PUD) treebanks, created at the Institute of Computer Science, Polish Academy of Sciences in Warsaw.Re
The Polish PDB-UD treebank is based on the Polish Dependency Bank 2.0 (PDB 2.0), created at the Institute of Computer Science, Polish Academy of Sciences in Warsaw. The PDB-UD treebank is an extended and corrected version of the Polish SZ-UD treebank (the release 1.2 to 2.3).
Contributors: Alina Wróblewska, Daniel Zeman, Jan Mašek, Rudolf Rosa
The Pomak UD treebank is derived from the Pomak Dependency Treebank,
a resource developed and maintained by researchers at the Institute for Language and Speech Processing/Athena
R.C. (http://www.ilsp.gr).
This Universal Dependencies (UD) Portuguese treebank is based on the
Constraint Grammar converted version of the Bosque, which is part of
the Floresta Sintá(c)tica treebank. It contains both European
(CETEMPúblico) and Brazilian (CETENFolha) variants.
Contributors: Alexandre Rademaker, Cláudia Freitas, Elvis de Souza, Aline Silveira, Tatiana Cavalcanti, Wograine Evelyn, Luisa Rocha, Isabela Soares-Bastos, Eckhard Bick, Fabricio Chalub, Guilherme Paulino-Passos, Livy Real, Valeria de Paiva, Daniel Zeman, Martin Popel, David Mareček, Natalia Silveira, André Martins
CINTIL-UDep is a dependency bank of Portuguese that is treebanked with Universal Dependencies.
It contains over 38K annotated sentences (and 476K tokens), of mostly newspaper text.
Contributors: Mariana Avelãs, António Branco, Marisa Campos, Catarina Carvalheiro, Rita Carvalho, Sérgio Castro, Francisco Costa, Cláudia Martins, Rita Pereira, Sílvia Pereira, Clara Pinto, Andreia Querido, Joana Ramos, João Silva, Sara Silveira
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Gustavo Mendonça, Larissa Rinaldi, Martin Popel, Daniel Zeman, Valeria de Paiva, Alexandre Rademaker
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Tatiana Lando, Olga Loginova, Martin Popel, Daniel Zeman, Kira Droganova
The Treebank of Vedic Sanskrit contains 4,000 sentences with 27,000 words chosen from metrical and prose passages of the Ṛgveda (RV), the Śaunaka recension of the Atharvaveda (ŚS), the Maitrāyaṇīsaṃhitā (MS), and the Aitareya- (AB) and Śatapatha-Brāhmaṇas (ŚB).
Lexical and morpho-syntactic information has been generated using a tagging software and manually validated.
POS tags have been induced automatically from the morpho-sytactic information of each word.
Contributors: Salvatore Scarlata, Elia Ackermann, Oliver Hellwig, Erica Biagetti, Paul Widmer
A treebank of Scottish Gaelic based on the
[Annotated Reference Corpus Of Scottish Gaelic (ARCOSG)](https://github.com/Gaelic-Algorithmic-Research-Group/ARCOSG).
This treebank consists contemporary written Sinhala text taken from a 10M corpus maintained by UCSC, Sri Lanka. The corpus contains novels, short stories, Sinhala translations, critiques and Sinhala newspapers.
The Slovak UD treebank is based on data originally annotated as part of the
Slovak National Corpus, following the annotation style of the Prague
Dependency Treebank.
Contributors: Katarína Gajdošová, Mária Šimková, Daniel Zeman
The SSJ treebank is the reference UD treebank for Slovenian, consisting of approximately 13,000 sentences and 267,097 tokens from fiction, non-fiction, periodical and Wikipedia texts in standard modern Slovenian. As of UD release 2.10 in May 2022, the original version of the SSJ UD treebank has been partially manually revised and extended with new manually annotated data.
Contributors: Kaja Dobrovoljc, Tomaž Erjavec, Simon Krek
The Spoken Slovenian UD Treebank (SST) is the first syntactically annotated corpus of spoken Slovenian, based on a sample of the reference GOS corpus, a collection of transcribed audio recordings of monologic, dialogic and multi-party spontaneous speech in different everyday situations.
The AHA Soi Treebank is a small treebank for contemporary Soi. Its corpus is collected and annotated manually. We have prepared this treebank based on interviews with Soi speakers.
Contributors: AmirHossein Mojiri Foroushani, Hamid Aghaei, Amir Ahmadi
The South_Levantine_Arabic-MADAR treebank consists of 100 manually-annotated sentences taken from the [MADAR](https://camel.abudhabi.nyu.edu/madar/) (Multi-Arabic Dialect Applications and Resources) project.
TO-DO: Add 20 annotated sentences from CCC as a train set.
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Hector Fernandez Alcalde, Laura Moreno Romero, Martin Popel, Daniel Zeman, Héctor Martínez Alonso
UD Swedish_LinES is the Swedish half of the LinES Parallel Treebank with UD annotations.
All segments are translations from English and the sources cover literary genres, online
manuals and Europarl data.
The Universal Dependencies treebank for Swedish Sign Language (ISO 639-3: swl)
is derived from the Swedish Sign Language Corpus (SSLC) from the department of
linguistics, Stockholm University.
Contributors: Moa Gärdenfors, Carl Börstell, Robert Östling, Lars Wallin, Mats Wirén
Ugnayan is a manually annotated Tagalog treebank currently composed of educational fiction and nonfiction text. The treebank is under development at the University of the Philippines.
MWTT - Modern Written Tamil Treebank has sentences taken primarily from a text called "A Grammar of Modern Tamil by Thomas Lehmann (1993). This initial release has 536 sentences of various lengths, and all of these are added as the test set.
UD_Teko-TuDeT is a collection of annotated sentences in  Tekó (Emérillon) . The sentences stem from the only grammatical description of the language (Rose, 2011). Sentence annotation and documantation by Uliana Vedenina and Fabrício Ferraz Gerardi.
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Rattima Nitisaroj, Yanin Sawanakunanon, Martin Popel, Daniel Zeman
UD_Tupinamba-TuDeT is a collection of annotated sentences in [Tupinambá](https://glottolog.org/resource/languoid/id/tupi1273). All known sources in this language are being annotated: cathecisms, letters, poems, theater plays, and grammars (sixteenth and seventeenth century). Sentence annotation and documentation by [Fabrício Ferraz Gerardi](https://languagestructure.github.io).
Turkish-Kenet UD Treebank is the biggest treebank of Turkish. It consists of 18,700 manually annotated sentences and 178,700 tokens. Its corpus consists of dictionary examples.
Turkish version of the Penn Treebank. It consists of a total of 9,560 manually annotated sentences and 87,367 tokens. (It only includes sentences up to 15 words long.)
Contributors: Neslihan Cesur, Aslı Kuzgun, Olcay Taner Yıldız, Büşra Marşan, Neslihan Kara, Bilge Nas Arıcan, Merve Özçelik, Deniz Baran Aslan
Turkish Tourism is a domain specific treebank consisting of 19,750 manually annotated sentences and 92,200 tokens. These sentences were taken from the original customer reviews of a tourism company.
Contributors: Aslı Kuzgun, Neslihan Cesur, Olcay Taner Yıldız, Oğuzhan Kuyrukçu, Büşra Marşan, Bilge Nas Arıcan, Neslihan Kara, Deniz Baran Aslan, Ezgi Sanıyar, Cengiz Asmazoğlu
Turkish FrameNet consists of 2,700 manually annotated example sentences and 19,221 tokens. Its data consists of the sentences taken from the Turkish FrameNet Project. The annotated sentences can be filtered according to the semantic frame category of the root of the sentence.
The largest Turkish dependency treebank annotated in UD style. Created by the members of [TABILAB](http://http://tabilab.cmpe.boun.edu.tr/) from Boğaziçi University.
The UD Turkish Treebank, also called the IMST-UD Treebank, is a semi-automatic conversion of the IMST Treebank (Sulubacak&Eryiğit, 2018; Sulubacak et al., 2016).
This is a part of the Parallel Universal Dependencies (PUD) treebanks created
for the [CoNLL 2017 shared task on Multilingual Parsing from Raw Text to
Universal Dependencies](http://universaldependencies.org/conll17/).
Contributors: Hans Uszkoreit, Vivien Macketanz, Aljoscha Burchardt, Kim Harris, Katrin Marheinecke, Slav Petrov, Tolga Kayadelen, Mohammed Attia, Ali Elkahky, Zhuoran Yu, Emily Pitler, Saran Lertpradit, Savas Cetin, Martin Popel, Daniel Zeman, Francis Tyers, Çağrı Çöltekin, Utku Türk, Furkan Atmaca, Şaziye Betül Özateş, Abdullatif Köksal, Balkız Öztürk Başaran, Tunga Güngör, Arzucan Özgür
UD Turkish-German SAGT is a Turkish-German code-switching treebank that is developed as part of the [SAGT](https://www.ims.uni-stuttgart.de/en/research/projects/sagt/) project.
Gold standard Universal Dependencies corpus for Ukrainian, developed for UD originally, by [Institute for Ukrainian](https://mova.institute), NGO. [[українською](https://mova.institute/золотий_стандарт)]
UD_Umbrian-IKUVINA is a dependency treebank rendering of the Iguvine tablets ([Wikipedia](https://en.wikipedia.org/wiki/Iguvine_Tablets)).
The seven bronze tablets describe religious ceremonies performed by the Umbrian people in Italy before the rise of the Roman empire.
The corpus will eventually contain all the tablets.
But as of May 2022, only tablet I is release with partial morphological analysis and partial lemmatisation. (POS tagging and Dependency trees are complete)
The Urdu Universal Dependency Treebank was automatically converted from Urdu Dependency Treebank (UDTB) which is part of an ongoing effort of creating multi-layered treebanks for Hindi and Urdu.
A Universal Dependencies treebank for Western Armenian developed for UD originally by the ArmTDP team led by Marat M. Yavrumyan at the Yerevan State University.
UD Western Sierra Puebla Nahuatl-IU is a treebank consisting of sentences from written fiction and non-fiction, spontaenous speech, and grammar examples.
Contributors: Robert Pugh, Marivel Huerta Mendez, Mitsuya Sasaki, Francis Tyers
UD_Wolof-WTB is a natively manual developed treebank for Wolof. Sentences were collected from encyclopedic, fictional, biographical, religious texts and news.
UD_Xavante-XDT is a collection of annotated sentences in [Xavante](https://glottolog.org/resource/languoid/id/xava1240). Sentence annotation and documentation by [Fabrício Ferraz Gerardi](http://languagestructure.github.io/), Uliana Vedenina, Ivan Roksandic.
Contributors: Ivan Roksandic, Fabrício Ferraz Gerardi
The UD Xibe Treebank is a corpus of the Xibe language (ISO 639-3: *sjo*) containing manually annotated syntactic trees under the Universal Dependencies. Sentences come from three sources: grammar book examples, newspaper (Cabcal News) and Xibe textbooks.
Contributors: He Zhou, Juyeon Chung, Elena Klyachko, Francis Tyers, Sandra Kübler
UD_Yakut-YKTDT is a collection Yakut ([Sakha]) sentences (https://glottolog.org/resource/languoid/id/yaku1245). The project is work-in-progress and the treebank is being updated on a regular basis.
UD_Yupik-SLI is a treebank of St. Lawrence Island Yupik (ISO 639-3: ess) that has been manually annotated at the morpheme level, based on a finite-state morphological analyzer by [Chen et al., 2020](https://www.aclweb.org/anthology/2020.lrec-1.326).
The word-level annotation, merging multiword expressions, is provided in not-to-release/ess_sli-ud-test.merged.conllu.
More information about the treebank can be found in our publication (AmericasNLP, 2021).
Contributors: Hyunji Hayley Park, Lane Schwartz, Francis Tyers
A Universal Dependencies corpus for Zaar (aka Sayanci), a member of the Chadic branch of the Afro-Asiatic phylum. The language is mainly spoken by about 200,000 speakers in the Bogoro and Tafawa Balewa local governments of Bauchi State, Nigeria.
Contributors: Sylvain Kahane, Bruno Guillaume, Bernard Caron, Katharine Jiang


|
| EQuote Status: Pending |
| EQuote Number:<PHONE_NUMBER> |
| EQuote Date: Tuesday, February 25, 2003 |
| |
| Salesperson:
Internet |
| Customer
Number: N/A |
|
60
Technology Drive
Irvine, CA 92618
(800) 729-6809 |
| SOLD
TO |
Vpi.net Mike Jimenez<EMAIL_ADDRESS>(949) 5958622
Confirmed To: Mike Jimenez |
|
| SHIP
TO |
Vpi.net Mike Jimenez<EMAIL_ADDRESS>|
|
| |
|
| Customer
P.O |
Ship
Via |
Terms |
| N/A |
N/A |
(xxxx-xxxx-xxxx-) |
|
|
| |
| |
| Requested EQuotes
System Configuration |
|
|
| |
| Net
EQuote |
8059.95 |
| Less
Discount |
0.00 |
| Freight |
0.00 |
| Sales
Tax |
0.00 |
|
| EQuote
Total |
$8059.95 |
|
|


TRIGELS-F FORTE- folic acid, ascorbic acid, cyanocobalamin and ferrous fumarate capsule
Trigen Laboratories, Inc.
Trigels-F Forte is an orally administered vitamin for the dietary management of patients with nutritional deficiencies or are in need of nutritional supplementation.
| Supplement Facts Servings per Carton: 100 | ||
|---|---|---|
| Serving Size: 1 Softgel Each Softgel contains |
%DV Adults and Children 4 Years or More | |
| Folic Acid | 1 mg | 250% |
| Vitamin C (ascorbic acid) | 60 mg | 100% |
| Vitamin B12 (as cyanocobalamin) | 10 mcg | 167% |
| Iron (as ferrous fumarate) | 151 mg | 834% |
Trigels-F Forte is indicated for the supplemental requirements of patients with nutritional deficiencies or are in need of nutritional supplementation.
This product is contraindicated in patients with known hypersensitivity to any of the ingredients.
| WARNING: Accidental overdose of iron-containing products is a leading cause of fatal poisoning in children under 6. Keep this product out of reach of children. In case of accidental overdose, call a doctor or poison control center immediately. |
Folic acid, when administered as a single agent in doses above 0.1 mg daily, may obscure the detection of B12 deficiency (specifically, the administration of folic acid may reverse the hematological manifestations of B12 deficiency, including pernicious anemia, while not addressing the neurological manifestations). Reduced folates may be less likely than folic acid to mask vitamin B12 deficiency. Folate therapy alone is inadequate for the treatment of B12 deficiency.
Trigels-F Forte is a prescription vitamin for use only under the direction and supervision of a licensed physician.
Drugs which may interact with folate include:
Allergic sensitization has been reported following both oral and parenteral administration of folic acid, as well as possibly the use of other forms of folates - including reduced folates. Mild transient diarrhea, polycythemia vera, itching, transitory exanthema and the feeling of swelling of the entire body have been associated with cyanococobalamin.
Trigels-F Forte is supplied as an oblong, brown softgel, imprinted with "TL518". Trigels-F Forte is available in child-resistant blister packs of 100 softgels.
PRODUCT CODE 13811-518-10
Store at 20°-25°C (68°-77°F), excursions permitted to 15°-30°C (59°-86°F). [See USP controlled room temperature].
Call your doctor about side effects. You may report side effects by calling 888 9 TRIGEN<PHONE_NUMBER>).
Rx Only
All prescriptions using this product shall be persuant to state statutes as applicable. This is not an Orange Book product. This product may be administered only under a physician's supervision. There are no implied or explicit claims on therapeutic equivalence.
Manufactured for:
TRIGEN Laboratories, Inc.
Sayreville, NJ 08872
www.trigenlab.com
Rev. 05/13
|
TRIGELS-F FORTE
folic acid, ascorbic acid, cyanocobalamin, and ferrous fumarate capsule | ||||||||||||||||||||||||||
| ||||||||||||||||||||||||||
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| Labeler - Trigen Laboratories, Inc. (830479668) |


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IgeAudioComponent CLASS
Declared in IgeAudioComponent.js
Manages audio mixing and output.
Methods
active
Gets / sets the active flag to enable or disable audio support.
active({Boolean} val)
- {Boolean}val True to enable audio support.
Returns {*}
getContext
Returns an audio context.
getContext()
Returns {*}
load
Loads an audio file from the given url and assigns it the id specified.
load({String} url, {String} id)
- {String}url The url to load the audio from.
- {String}id The id to assign the audio.
decode
Decodes audio data and calls back with an audio buffer.
decode({ArrayBuffer} data, {Function} callback)
- {ArrayBuffer}data The audio data to decode.
- {Function}callback The callback to pass the buffer to.
play
Plays audio by its assigned id.
play({String} id)
- {String}id The id of the audio file to play.


Ziyang Lan Lab 4
First Name
Last Name
Email
Phone
Text field
This is some default message text.
Age
18-35
35-50
50-65
SUBMIT FORM


{% extends 'layout.html' %} {% block content %}
This is a table showing list of Employees and the Companies the work for.
| Firstname | LastName | Phone | Company | |
|---|---|---|---|---|
| {{employee.firstname}} | {{employee.lastname}} | {{employee.email}} | {{employee.phone}} | {{employee.company}} |


Syntax:
macro-function symbol &optional environment => function
(setf (macro-function symbol &optional environment) new-function)
Arguments and Values:
symbol---a symbol.
environment---an environment object.
function---a macro function or nil.
new-function---a macro function.
Description:
Determines whether symbol has a function definition as a macro in the specified environment.
If so, the macro expansion function, a function of two arguments, is returned. If symbol has no function definition in the lexical environment environment, or its definition is not a macro, macro-function returns nil.
It is possible for both macro-function and special-operator-p to return true of symbol. The macro definition must be available for use by programs that understand only the standard Common Lisp special forms.
Examples:
(defmacro macfun (x) '(macro-function 'macfun)) => MACFUN (not (macro-function 'macfun)) => false
(macrolet ((foo (&environment env) (if (macro-function 'bar env) ''yes ''no))) (list (foo) (macrolet ((bar () :beep)) (foo)))) => (NO YES)
Affected By:
(setf macro-function), defmacro, and macrolet.
Exceptional Situations:
The consequences are undefined if environment is non-nil in a use of setf of macro-function.
See Also:
defmacro, Section 3.1 (Evaluation)
Notes:
setf can be used with macro-function to install a macro as a symbol's global function definition:
(setf (macro-function symbol) fn)The value installed must be a function that accepts two arguments, the entire macro call and an environment, and computes the expansion for that call. Performing this operation causes symbol to have only that macro definition as its global function definition; any previous definition, whether as a macro or as a function, is lost.


Your booster is automatically configured to build and deploy with new commits.
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Clone your project from GitHub.
$ git clone {{getProgressByKey('GITHUB_CREATE').hyperText}}
Open your project in your desired IDE or editor.
Perform any updates you want to the project.


|
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| Value () |
| | Default constructor.
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| |
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| ~Value () |
| | Destructor function.
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| |
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| Value (Value &&val) |
| | Move constructor.
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| |
|
| Value (const Value &val) |
| | Copy constructor.
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| |
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| Value (const char *val) |
| | Constructor that takes char sequence type and sets the value to it by copying.
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| |
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Value & | operator= (Value &&val) |
| | Move assignment operator.
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| |
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Value & | operator= (const Value &val) |
| | Copy assignment operator.
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| |
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Value & | operator= (const char *val) |
| | Assignment operator that takes char sequence type and sets the value to it by copying.
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| |
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void | reset () |
| | Sets the value to null type.
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| |
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Type | type () const |
| | Getter function for type of value.
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| |
|
| operator bool () const |
| | Conversion operator that converts the holding type to bool.
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| |
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| operator Integer () const |
| | Conversion operator that converts the holding type to Integer.
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| |
|
| operator Real () const |
| | Conversion operator that converts the holding type to Real.
|
| |
|
| operator String () const |
| | Conversion operator that converts the holding type to String.
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| |
|
bool | operator== (Type type) const |
| | Comparison operator that returns true if the type is the same as type arguement otherwise false.
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| |
|
bool | operator!= (Type type) const |
| | Comparison operator that returns false if the type is the same as type arguement otherwise true.
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| |
| Value & | operator[] (int index) |
| |
| Value & | operator[] (size_t index) |
| |
| Value & | operator[] (const char *name) |
| |
| Value & | operator[] (const std::string &name) |
| |
| const Value & | operator[] (int index) const |
| |
| const Value & | operator[] (size_t index) const |
| |
| const Value & | operator[] (const char *name) const |
| |
| const Value & | operator[] (const std::string &name) const |
| |
|
template<typename T , typename = typename std::enable_if<std::is_arithmetic<T>::value>::type> |
| | Value (const T &val) |
| | Constructor that takes value of arithmetic type and sets the value to it by copying.
|
| |
|
template<typename T , typename = typename std::enable_if<std::is_arithmetic<T>::value>::type> |
| Value & | operator= (const T &val) |
| | Assignment operator that takes value of arithmetic type and sets the value to it by copying.
|
| |
|
| Value (bool &&val) |
| | Constructor that takes bool and sets the value to it by moving.
|
| |
|
| Value (const bool &val) |
| | Constructor that takes bool type and sets the value to it by copying.
|
| |
|
Value & | operator= (bool &&val) |
| | Assignment operator that takes bool type and sets the value to it by moving.
|
| |
|
Value & | operator= (const bool &val) |
| | Assignment operator that takes bool type and sets the value to it by copying.
|
| |
|
bool & | boolean (bool &&val) |
| | Setter function that takes bool type and sets the value to it by moving.
|
| |
|
bool & | boolean (const bool &val) |
| | Setter function that takes bool type and sets the value to it by copying.
|
| |
| bool & | boolean () |
| |
| const bool & | boolean () const |
| |
|
| Value (Integer &&val) |
| | Constructor that takes Integer and sets the value to it by moving.
|
| |
|
| Value (const Integer &val) |
| | Constructor that takes Integer type and sets the value to it by copying.
|
| |
|
Value & | operator= (Integer &&val) |
| | Assignment operator that takes Integer type and sets the value to it by moving.
|
| |
|
Value & | operator= (const Integer &val) |
| | Assignment operator that takes Integer type and sets the value to it by copying.
|
| |
|
Integer & | integer (Integer &&val) |
| | Setter function that takes Integer type and sets the value to it by moving.
|
| |
|
Integer & | integer (const Integer &val) |
| | Setter function that takes Integer type and sets the value to it by copying.
|
| |
| Integer & | integer () |
| |
| const Integer & | integer () const |
| |
|
| Value (Real &&val) |
| | Constructor that takes Real and sets the value to it by moving.
|
| |
|
| Value (const Real &val) |
| | Constructor that takes Real type and sets the value to it by copying.
|
| |
|
Value & | operator= (Real &&val) |
| | Assignment operator that takes Real type and sets the value to it by moving.
|
| |
|
Value & | operator= (const Real &val) |
| | Assignment operator that takes Real type and sets the value to it by copying.
|
| |
|
Real & | real (Real &&val) |
| | Setter function that takes Real type and sets the value to it by moving.
|
| |
|
Real & | real (const Real &val) |
| | Setter function that takes Real type and sets the value to it by copying.
|
| |
| Real & | real () |
| |
| const Real & | real () const |
| |
|
| Value (String &&val) |
| | Constructor that takes String and sets the value to it by moving.
|
| |
|
| Value (const String &val) |
| | Constructor that takes String type and sets the value to it by copying.
|
| |
|
Value & | operator= (String &&val) |
| | Assignment operator that takes String type and sets the value to it by moving.
|
| |
|
Value & | operator= (const String &val) |
| | Assignment operator that takes String type and sets the value to it by copying.
|
| |
|
String & | string (String &&val) |
| | Setter function that takes String type and sets the value to it by moving.
|
| |
|
String & | string (const String &val) |
| | Setter function that takes String type and sets the value to it by copying.
|
| |
| String & | string () |
| |
| const String & | string () const |
| |
|
| Value (Array &&val) |
| | Constructor that takes Array and sets the value to it by moving.
|
| |
|
| Value (const Array &val) |
| | Constructor that takes Array type and sets the value to it by copying.
|
| |
|
Value & | operator= (Array &&val) |
| | Assignment operator that takes Array type and sets the value to it by moving.
|
| |
|
Value & | operator= (const Array &val) |
| | Assignment operator that takes Array type and sets the value to it by copying.
|
| |
|
Array & | array (Array &&val) |
| | Setter function that takes Array type and sets the value to it by moving.
|
| |
|
Array & | array (const Array &val) |
| | Setter function that takes Array type and sets the value to it by copying.
|
| |
| Array & | array () |
| |
| const Array & | array () const |
| |
|
| Value (Object &&val) |
| | Constructor that takes Object and sets the value to it by moving.
|
| |
|
| Value (const Object &val) |
| | Constructor that takes Object type and sets the value to it by copying.
|
| |
|
Value & | operator= (Object &&val) |
| | Assignment operator that takes Object type and sets the value to it by moving.
|
| |
|
Value & | operator= (const Object &val) |
| | Assignment operator that takes Object type and sets the value to it by copying.
|
| |
|
Object & | object (Object &&val) |
| | Setter function that takes Object type and sets the value to it by moving.
|
| |
|
Object & | object (const Object &val) |
| | Setter function that takes Object type and sets the value to it by copying.
|
| |
| Object & | object () |
| |
| const Object & | object () const |
| |
Value class that can hold any of the JSON types.


time
ITime provides function to get the current system time and work with this time.
File information
Classes
ITime
Public functions
- static ulong64 TimeStampMilliseconds()
-
Return value
Returns an utc timestamp in milliseconds.
- static size_t GetTimeStamp(char * buf, unsigned sz)
-
Return value
Returns localtime with this representation '''%Y-%m-%d %H:%M:%S''' inside
the buffer pointed by buf. sz is the size of the provided buffer.
- static void FormatTimeStampISO(char * buf, unsigned length, ulong64 timeMs);
-
Formats the timestamp in milliseconds to ISO Format "%Y-%m-%dT%H:%M:%SZ" inside the buffer pointed by buf.
length is the size of the provided buffer.
- static void FormatTimeStampRFC1123(char * buf, unsigned length, ulong64 timeMs);
-
Formats the timestamp in milliseconds to RFC1123 Format "Thu, 02 Mar 2017 07:36:51 GMT" inside the buffer pointed by buf.
length is the size of the provided buffer.
- static bool ParseTimeZoneString(const char * tz, timezone_info_t & ti_out, int * errPos = NULL)
-
Parses the in tz given POSIX time zone string and stores the result in ti_out. If everything was fine,
true will be returned. If an error occures, the function will return false while errPos (if a pointer
had been given) will hold the position inside the tz string, where the parsing error occures. In that
case tha value of the ti_out structure is undefined. The ti_out structure holds all informations that
are necessary to localize a time value in that time zone. So the structure must passed to the other
functions until it hat been filled correctly with ParseTimeZoneString().
- static ulong64 TimeStampMilliseconds(timezone_info_t & ti)
-
Return value
Returns the current time in milliseconds, already calculated to the time zone with the infos given in ti.
- static ulong64 UTCTimeToLocalTime(ulong64 timeMsUtc, timezone_info_t & ti)
-
Return value
Returns the given utc time (in milliseconds) in the local time by using the time zone informations given by ti.
- static long64 GetMonotonicTime()
-
Monotonic time represents the absolute elapsed wall-clock time since some arbitrary, fixed point in the past. It isn't affected by changes in the system time-of-day clock.
- static void GetTimeStruct(ulong64 timeMs, struct time_tm * t)
-
Fills the time_tm structure pointed to by t with the values of the in milliseconds given time. Internally, gmtime() is used,
so there will be no time zone calculation will be done.
- static void GetTimeStruct(ulong64 timeMs, struct time_tm * t, timezone_info_t & ti)
-
The same as GetTimeStruct() above, with the difference, that the in milliseconds given time will at first calculated
to the time zone with the informations given in ti.
So actually it is the same as calling GetTimeStruct(UTCTimeToLocalTim(timeMs, ti), tm);
- static void FormatTimeStamp(char * buf, unsigned length, const char * formatStr, ulong64 timeMs)
-
Formats the in milliseconds given time by using the given formatStr. The result will be placed in the given buffer buf.
The parameter length is the length of the buffer. For a list of place holders to use in formatStr, read
the strftime() documentation.
- static void FormatTimeStamp(char * buf, unsigned length, const char * formatStr, ulong64 timeMs, timezone_info_t & ti)
-
The same as GetFormatedTimeStr() above, with the difference that the given time at first will be calculated to
the time zone with the informations given in ti. So actually it is the same as calling
GetFormatedTimeStr(buf, sizeof(buf), myFormatStr, UTCTimeToLocalTime(time, ti));
- static long64 TimeStructToMilliseconds(time_tm_t * ts)
-
Converts a time_tm_t struct to total milliseconds.
- static bool NormalizeTimeStruct(time_tm_t * ts)
-
- static long64 RemoveTime(long64 timeStamp)
-
Return value
Removes the time portion of the millisecond timeStamp.
- static bool IsLeapYear(int year)
-
Return value
Returns true for years which are a leap year.
- static int GetDaysOfMonth(int month, int forYear)
-
Return value
Returns the count of days of month in year forYear.
struct _timezone_info_t
struct _time_tm_t
Code Example
ulong64 tTime = ITime::TimeStampMilliseconds();
int pos;
ITime::timezone_info_t ti;
if (!ITime::ParseTimeZoneString("BRT+3", ti, &pos)) {
printf("Parsing the POSIX TimeZone string failed at pos %u\n", pos);
return;
}
char buf_utc[20];
char buf_loc[20];
ITime::FormatTimeStamp(buf_utc, sizeof(buf_utc), "%d/%m/%Y %I:%M %p", tTime);
ITime::FormatTimeStamp(buf_loc, sizeof(buf_loc), "%d/%m/%Y %I:%M %p", tTime, ti);
printf("Time in UTC: %s\n", buf_utc);
printf("Time in Nordeast Brazilien Time: %s\n", buf_loc);


Akan names are derived from Ghanian culture.
Frequently in Ghana, children are given their first name as a 'day name' which corresponds to the day in the week they were born
Here are Ghanian day names.
Most people do know when their birthdays are, but some might not know what day of the week they were born.
Luckily for us, there are ways to calculate the day of the week from a specific date. The following is one of the many methods that exist for that;
How to calculate
Day of the week (d) = ( ( (CC/4) -2*CC-1) + ((5*YY/4) ) + ((26*(MM+1)/10)) + DD ) mod 7 where; CC - is the century digits. For example 1989 has CC = 19 YY - is the Year digits (1989 has YY = 89) MM - is the Month DD - is the Day of the month mod - is the modulus function ( % )


General Layout Overview¶
At the time of writing this document, there are a total of 6 panels in the PJP prototype. Each of these panel can be expanded/collapsed using top-right button of each panel.
 Each of these panel can be expanded/collapsed using top-right button of each panel.


OUT TO SEA A film review by Steve Rhodes Copyright 1997 Steve Rhodes
RATING (0 TO ****): ** 1/2
Some movies have dog written all over them. The more I saw the trailers to OUT TO SEA, the more I dreaded its screening. But sometimes, even seemingly hopeless films can prove better than one has any reason to expect. So it is with OUT TO SEA, a romantic buddy picture starring Walter Matthau (I'M NOT RAPPAPORT) and Jack Lemmon (MY FELLOW AMERICANS) as cruise dance hosts, Charlie and Herb.
For our screening, they bussed in a load of seniors from a local retirement home, but everyone, young and old, in the audience laughed right along with old pros Matthau and Lemmon. Still, I would be remise if I did not admit that the show will be better received by the older folks than the younger ones. For those of us who can appreciate angst-filled Gen X movies, action thrillers, and chick flicks, surely we can enjoy the humor from a couple of film veterans in their 70s. As the ending credits rolled (complete with sweet dance numbers followed by some hilarious out-takes), my wife and I gave each other a I-can't-believe-the-show-was-actually-funny look.
Ever conniving gambler Walter has conned Jack into joining him on a "free" cruise. Once on board, Jack realizes that to get their tiny cabins, Walter has signed them up as dance hosts.
Walter spends his time on the ship avoiding dancing through various ruses while ogling the passengers. ("Did you see the chassis on that broad? I bet she's worth a fortune.")
At this point in the show, I sat there smugly confident that my prediction of bomb would be right. Then a strange thing begin to happen. As I watched the actors, their genuineness begin to take hold. A bit hunched over, they had charisma and style, and they crafted characters that were compelling even if sometimes too outlandish.
Brent Spiner (Lt. Cmdr. Data from STAR TREK: FIRST CONTACT) plays prissy Gil Godwyn, the CD (Cruise Director), who is "a bit of a Nazi." He demands obedience from his dance hosts and thus is constantly at odds with Charlie.
Lemon plays his part seriously. Herb is filled with absolute terror at the idea of dancing with a horde of spinsters and widows. As they descend on the poor hosts at the first dance of the cruise, he reflects, "It's just like the beach at Normandy."
Surprisingly, the best part of the picture is a realistic romance between Charlie and a gold digger named Liz LaBreche played with infectious fun by Dyan Cannon. Cannon, who is just a few months shy of 60, looks extremely sexy and 20 to 25 years younger. Cannon is a two time Oscar nominee whom I had not thought about in years. With her lively performance in the film, she holds her own against the two bigger stars.
Liz shares her large stateroom with her tough talking mom, Mrs. Carruthers (Rue McClanahan), who sounds like she eats nails for breakfast and who looks a few years younger than Charlie. "I saw the way you were looking at my daughter's breasts," Liz warns Charlie. Without missing a beat, he shoots back, "I used to a cardiologist."
Lonely Herb provides the show with poignancy. He was married for 47 years, and his dead wife still has his heart. He shocks himself by falling head over heels in love with a passenger named Vivian (Gloria DeHaven) and she with him until a misunderstanding comes between them. Charlie advises his old buddy not to give up. ("No such thing as too late. That's why they invented death.")
Audience reactions can sometimes add to the movie-going experience. So it was at our screening. When Herb planted a big (closed mouth) kiss on Vivian, our audience went "oooh" almost in unison, with the younger ones making the loudest sounds. It was as if there were subliminal clue cards flickering on the screen.
Soon after Charlie and Herb first board the ship, cruise host Jonathan (Donald O'Connor) asks them if they have any questions. "Yea, I have a question," Herb blurts out. "How do you get off this ship?" You may feel the same way in the beginning, but stay aboard and get your sea legs. You'll meet some new friends and have some good laughs with them. Certainly not the best cruise of your cinematic life, but a pleasurable one nevertheless.
OUT TO SEA runs about 1:45. It is rated PG-13 for a little mild language and some sexual humor. The show would be fine for kids of any age, but they would probably need to be nine or so to enjoy it. I can't believe it, but I am actually recommending this show, not only to the seniors, who should especially love it, but to a general audience. It gets ** 1/2.
**** = A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show. Don't waste your money. 0 = Totally and painfully unbearable picture.
REVIEW WRITTEN ON: June 19, 1997
Opinions expressed are mine and not meant to reflect my employer's.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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{{ request.author.name }}, From the {{ request.author.sport }} team.
{{ request.description }}
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Product Card
Eye Wear
Model No. VC 5030
Frame Size
Small
Size
50-23-153
Frame colour
Black
Glass Color
Grey Gradient
Weight
30 gm
Exit


Sends the spatial data gathered from SDLCarWindow or VirtualDisplayEncoder to the HMI. This data will be utilized by the HMI to determine how and when haptic events should occur.
Constructs a new SDLSendHapticData object indicated by the hapticSpatialData parameter
- (nonnull instancetype)initWithHapticRectData:
(nonnull NSArray<SDLHapticRect *> *)hapticRectData;
init(hapticRectData: [SDLHapticRect])
Array of spatial data structures
Array of spatial data structures that represent the locations of all user controls present on the HMI. This data should be updated if/when the application presents a new screen. When a request is sent, if successful, it will replace all spatial data previously sent through RPC. If an empty array is sent, the existing spatial data will be cleared
Optional, Array of SDLHapticRect, Array size 0 - 1,000
@property (nonatomic, strong, nullable) NSArray<SDLHapticRect *> *hapticRectData;
var hapticRectData: [SDLHapticRect]? { get set }


Interact with the form controls. The changed values will be shown below every element. This can be used
for validation in your autmated test.
Form with Validations
Every field, if empty, throws validation error when the form is submitted. The error text can be
validated
in your automated test.
Non-English Labels and Locators
These elements have non-English identifiers and visible text. You can test if your automation code
supports non-english characters in the locators and visible text.


JordanMalik.com's CLEER PRO - Completed Listings on Ebay Extension for Resellers (PRO)| Click for help.


These samples illustrate the use of the Amzi! Logic Server from C++.
Note - At of the Gnu 3.2 release standard use of exception classes causes segmentation faults, so when C++ applications are built with Gnu, Logic Server exceptions are thrown as pointers to the exception objects, rather than as references.
Hello / Console - The Hello Prolog example implemented as a C++ class running as a console application. Should be run from the console.
Hello / Win32_MFC - The Hello Prolog example implemented as a C++ class running in a simple MFC dialog application.
Pets - The trivial Pets expert system showing a simple architecture for expert system services. Should be run from the console.
Pets_Callback - A slightly more complex version of Pets in which the Prolog program has a prompt/2 predicate used to get information from the user. In the example, it is used to ask the user for the sound the pet makes.
prompt/2 is implemented as an extended predicate in the C++ class derived from LogicServer, illustrating the technique of having extended predicates associated with instances of classes derived from the Logic Server.
This is a trivial console example, where there is no real point in having multiple instances of the prompt/2 predicate, but the technique is important for GUI applications where, for example, different instances of the Logic Server might be associated with different windows on the screen.
Win32_Rubik_Multi - The Win32_Rubik_Multi (MultiThreaded) sample is an MDI MFC application. Each child window has an unfolded view of a Rubik's cube and a 'Solve' button. When the button is pressed, the cube is randomly scrambled and then solved.
The FILE/NEW menu item causes new child windows to be created, and each one is associated with a new Logic Server, running in a separate thread.
When you click the 'Solve' button in multiple windows, each one shows a cube being solved at the same (or as close to same as NT multi-threading allows) time.
This demo was derived from the Microsoft multi-threaded 'Bounce' sample, with solving Rubik's cube replacing the bouncing balls.
Copyright ©1987-2011 Amzi! inc. All Rights Reserved. Amzi! is a registered trademark and Logic Server and e-Prolog are trademarks of Amzi! inc.


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We sell blockchain!
- architect value-added vortals
- matrix best-of-breed initiatives
- optimize e-business systems
- streamline world-class networks
- mesh ubiquitous e-tailers
- harness global content
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- optimize innovative interfaces
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I'm Kay. A UI Designer by day, and a budding Front-end Developer by night.
About me
I am a seasoned UX/UI designer with over 12 years experience designing websites and applications
for some of the worlds most loved brands. Most recently I spent the last year learning full-stack
development through the University of Washington’s bootcamp program.
My passion is to create simple, delightful experiences that are universally accessible
to all, that scale across platforms, feeling natural on any device.
Experience
- Principal Design Manager - Design Systems / Microsoft Teams
2020 - Current - Senior Design Manager - Design Systems / Microsoft Teams
2019 - 2020 - Senior Interaction Designer - Skype [Microsoft]
2017 - 2019 - Product Designer - Microsoft Windows
2017 - 2017 - Interaction Designer - Skype [Microsoft]
2015 - 2015 - Experience Design Manager - LEGO.com & Consumer Experiences
2013 - 2015 - Creative Lead - LEGO.com & Consumer Experiences
2012 - 2013 - Senior UX Designer - LEGO Consumer Insights & Experience Innovation
2011 - 2012 - Experience Designer - LEGO Consumer Insights & Experience Innovation
2009 - 2011
Education
- University of Washington
Full-Stack Developer Certification
2020 - 2021 - Ravensbourne College of Design and Communication
BA (Hons) Graphic Design
2005 - 2009
Download
Kay Davis full resume.pdf
Skills
- HTML
- CSS
- Javascript
- Jquery
- NodeJS
- mySQL
Design
- UX & UI
- Information Architecture
- Systems / Component design
- Typography
- Accessible design
Tools
- Figma
- Sketch
- Adobe XD
- Axure Pro
- Tumult Hype
- Final Cut Pro
- After Effects
Name
Location
Bio


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Luis Garcia
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Compiles almost everything, excluding class initializers and some rare methods that are too large to be represented by the compiler’s internal representation.
Compiles most methods and maximizes runtime performance, which is the default option.
Attempts to get the best performance return on compilation investment.
Compiles a limited number of methods, prioritizing storage space.
Skips all compilation and relies on the interpreter to run code.
Special option that skips verification and compilation, should be used only for trusted system code.
From Configuring ART, AOSP


Component QML Type
Encapsulates a QML component definition More...
| Import Statement: | import QtQml 2.2 |
| Instantiates: | QQmlComponent |
Properties
Attached Signals
- completed()
- destruction()
Methods
- object createObject(QtObject parent, object properties)
- string errorString()
- object incubateObject(Item parent, object properties, enumeration mode)
Detailed Description
Components are reusable, encapsulated QML types with well-defined interfaces.
Components are often defined by component files - that is, .qml
files. The Component type essentially allows QML components to be defined inline, within a QML document, rather than as a separate QML file. This may be useful for reusing a small component within a QML file, or for defining a component that logically belongs with other QML components within a file.
For example, here is a component that is used by multiple Loader objects. It contains a single item, a Rectangle:
import QtQuick 2.0 Item { width: 100; height: 100 Component { id: redSquare Rectangle { color: "red" width: 10 height: 10 } } Loader { sourceComponent: redSquare } Loader { sourceComponent: redSquare; x: 20 } }
Notice that while a Rectangle by itself would be automatically rendered and displayed, this is not the case for the above rectangle because it is defined inside a Component
. The component encapsulates the QML types within, as if they were defined in a separate QML file, and is not loaded until requested (in this case, by the two Loader objects). Because Component is not derived from Item, you cannot anchor anything to it.
Defining a Component
is similar to defining a QML document. A QML document has a single top-level item that defines the behavior and properties of that component, and cannot define properties or behavior outside of that top-level item. In the same way, a Component
definition contains a single top level item (which in the above example is a Rectangle) and cannot define any data outside of this item, with the exception of an id (which in the above example is redSquare).
The Component
type is commonly used to provide graphical components for views. For example, the ListView::delegate property requires a Component
to specify how each list item is to be displayed.
Component
objects can also be created dynamically using Qt.createComponent().
Creation Context
The creation context of a Component corresponds to the context where the Component was declared. This context is used as the parent context (creating a context hierarchy) when the component is instantiated by an object such as a ListView or a Loader.
In the following example, comp1
is created within the root context of MyItem.qml, and any objects instantiated from this component will have access to the ids and properties within that context, such as internalSettings.color
. When comp1
is used as a ListView delegate in another context (as in main.qml below), it will continue to have access to the properties of its creation context (which would otherwise be private to external users).
| MyItem.qml | Item { property Component mycomponent: comp1 QtObject { id: internalSettings property color color: "green" } Component { id: comp1 Rectangle { color: internalSettings.color; width: 400; height: 50 } } } |
| main.qml | ListView { width: 400; height: 400 model: 5 delegate: myItem.mycomponent //will create green Rectangles MyItem { id: myItem } } |
Property Documentation
This property holds the status of component loading. The status can be one of the following:
- Component.Null - no data is available for the component
- Component.Ready - the component has been loaded, and can be used to create instances.
- Component.Loading - the component is currently being loaded
- Component.Error - an error occurred while loading the component. Calling errorString() will provide a human-readable description of any errors.
url : url |
The component URL. This is the URL that was used to construct the component.
Attached Signal Documentation
Emitted after the object has been instantiated. This can be used to execute script code at startup, once the full QML environment has been established.
The corresponding handler is onCompleted
. It can be declared on any object. The order of running the onCompleted
handlers is undefined.
Rectangle { Component.onCompleted: console.log("Completed Running!") Rectangle { Component.onCompleted: console.log("Nested Completed Running!") } }
Emitted as the object begins destruction. This can be used to undo work done in response to the completed() signal, or other imperative code in your application.
The corresponding handler is onDestruction
. It can be declared on any object. The order of running the onDestruction
handlers is undefined.
Rectangle { Component.onDestruction: console.log("Destruction Beginning!") Rectangle { Component.onDestruction: console.log("Nested Destruction Beginning!") } }
See also Qt QML.
Method Documentation
object createObject(QtObject parent, object properties) |
Creates and returns an object instance of this component that will have the given parent and properties. The properties argument is optional. Returns null if object creation fails.
The object will be created in the same context as the one in which the component was created. This function will always return null when called on components which were not created in QML.
If you wish to create an object without setting a parent, specify null
for the parent value. Note that if the returned object is to be displayed, you must provide a valid parent value or set the returned object's parent property, otherwise the object will not be visible.
If a parent is not provided to createObject(), a reference to the returned object must be held so that it is not destroyed by the garbage collector. This is true regardless of whether Item::parent is set afterwards, because setting the Item parent does not change object ownership. Only the graphical parent is changed.
As of QtQuick 1.1
, this method accepts an optional properties argument that specifies a map of initial property values for the created object. These values are applied before the object creation is finalized. This is more efficient than setting property values after object creation, particularly where large sets of property values are defined, and also allows property bindings to be set up (using Qt.binding) before the object is created.
The properties argument is specified as a map of property-value items. For example, the code below creates an object with initial x
and y
values of 100 and 100, respectively:
var component = Qt.createComponent("Button.qml"); if (component.status == Component.Ready) component.createObject(parent, {"x": 100, "y": 100});
Dynamically created instances can be deleted with the destroy()
method. See Dynamic QML Object Creation from JavaScript for more information.
See also incubateObject().
Returns a human-readable description of any error.
The string includes the file, location, and description of each error. If multiple errors are present, they are separated by a newline character.
If no errors are present, an empty string is returned.
object incubateObject(Item parent, object properties, enumeration mode) |
Creates an incubator for an instance of this component. Incubators allow new component instances to be instantiated asynchronously and do not cause freezes in the UI.
The parent argument specifies the parent the created instance will have. Omitting the parameter or passing null will create an object with no parent. In this case, a reference to the created object must be held so that it is not destroyed by the garbage collector.
The properties argument is specified as a map of property-value items which will be set on the created object during its construction. mode may be Qt.Synchronous or Qt.Asynchronous, and controls whether the instance is created synchronously or asynchronously. The default is asynchronous. In some circumstances, even if Qt.Synchronous is specified, the incubator may create the object asynchronously. This happens if the component calling incubateObject() is itself being created asynchronously.
All three arguments are optional.
If successful, the method returns an incubator, otherwise null. The incubator has the following properties:
- status The status of the incubator. Valid values are Component.Ready, Component.Loading and Component.Error.
- object The created object instance. Will only be available once the incubator is in the Ready status.
- onStatusChanged Specifies a callback function to be invoked when the status changes. The status is passed as a parameter to the callback.
- forceCompletion() Call to complete incubation synchronously.
The following example demonstrates how to use an incubator:
var component = Qt.createComponent("Button.qml"); var incubator = component.incubateObject(parent, { x: 10, y: 10 }); if (incubator.status != Component.Ready) { incubator.onStatusChanged = function(status) { if (status == Component.Ready) { print ("Object", incubator.object, "is now ready!"); } } } else { print ("Object", incubator.object, "is ready immediately!"); }
Dynamically created instances can be deleted with the destroy()
method. See Dynamic QML Object Creation from JavaScript for more information.
See also createObject().


| Created: | 6/26/2020 3:15:50 PM |
| Modified: | 6/26/2020 3:15:50 PM |
| Project: | |
| Advanced: |
| Attribute |
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Public bigint invoice_type_id |
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Public varchar(255) invoice_type_code |
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Public varchar(255) invoice_type_description |
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Public varchar(255) created_by |
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Public varchar(255) updated_by |
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Public timestamp with time zone(0) created_at |
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Public timestamp with time zone(0) updated_at |
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Public timestamp with time zone(0) start_date |
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Public timestamp with time zone(0) end_date |
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Public bigserial id |
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Public jsonb ods_meta |
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Public integer ods_version |
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Public varchar(255) ods_created_by |
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Public timestamp with time zone(0) ods_created_at |
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| Operation | ||
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Public invoice_types_pkey( id: bigserial, |
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<<PK>>
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| Tag | Value |
| Owner | public |
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| Property | Value |
| isFinalSpecialization: | 0 |
| Object | Type | Connection | Direction | Notes |
| «view» current_invoice_types_view | View | Dependency | From | |
| «view» current_invoice_types_view | View | Dependency | From |


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>Varition of Project1
>Adjusts line itemHeight and uses CSS to reduce row gaps and remove horizontal lines.
>Disclose icon added for Category rows