diff --git a/_pi/dep/compound-av.md b/_pi/dep/compound-av.md
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+---
+layout: relation
+title: 'compound:av'
+shortdef: 'avyayībhāva compound'
+udver: '2'
+---
+
+Avyayībhāva compounds are adverbial compounds whose first member is an indeclinable element.
+
+~~~ sdparse
+yathā- kamma /n according-to action
+
+compound:av(kamma, yathā-)
+compound:av(action, according-to)
+~~~
diff --git a/_pi/dep/compound-bv.md b/_pi/dep/compound-bv.md
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+---
+layout: relation
+title: 'compound:bv'
+shortdef: 'bahuvrīhi compound'
+udver: '2'
+---
+
+Bahuvrīhi compounds are exocentric compounds indicating a possessive relationship:
+
+~~~ sdparse
+sa- devake /n with gods
+
+compound:bv(devake, sa-)
+compound:bv(gods, with)
+~~~
+
diff --git a/_pi/dep/compound-dg.md b/_pi/dep/compound-dg.md
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+---
+layout: relation
+title: 'compound:dg'
+shortdef: 'dvigu compound'
+udver: '2'
+---
+
+Dvigu compounds are compounds whose first member is a numeral.
+
+~~~ sdparse
+satta- ratanāni \n seven-fold jewels
+
+compound:dg{ratanāni, satta-}
+compound:dg({jewels, seven-fold})
+~~~
+
+The numeral is the dependent and the part of the compound being modified (usually the immediate next token) is the head.
+
+Note that "hundreds" and "thousands" in Pāli are done in the reverse order, with the number as the substantive and quantified noun in a case relation. For such cases, use the [compound:tp]().
+
+For cases with both kinds of numbers, use both:
+
+~~~ sdparse
+asīti- vassa- sahassāni \n 80 rains thousands
+
+compound:dg{sahassāni, asīti-}
+compound:tp{sahassāni, vassa-}
+compound:dg{thousands, 80}
+compound:tp{thousands, rains}
+~~~
diff --git a/_pi/dep/compound-dv.md b/_pi/dep/compound-dv.md
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+---
+layout: relation
+title: 'compound:dv'
+shortdef: 'dvandva compound'
+udver: '2'
+---
+
+Dvandva compounds are those that express a coordinative relation.
+
+For example "the sun and moon":
+
+~~~ sdparse
+candima- sūriyā \n moon sun
+
+compound:dv{sūriyā, candima-}
+compound:dv{sun, moon}
+~~~
+
+Note that the `compound:dv` relation takes the first element as the dependent and the last element of the coordination as the head. So, in the case of more than two, co-equal members:
+
+~~~ sdparse
+jāti- jarā- maraṇa \n birth aging and-death
+
+compound:dv{maraṇa, jarā-}
+compound:dv{maraṇa, jāti-}
+compound:dv{and-death, aging}
+compound:dv{and-death, birth}
+~~~
diff --git a/_pi/dep/compound-kd.md b/_pi/dep/compound-kd.md
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+---
+layout: relation
+title: 'compound:kd'
+shortdef: 'karmadhāraya compound'
+udver: '2'
+---
+
+Karmadhāraya compounds are compounds whose first member qualifies the target member:
+
+~~~ sdparse
+khīṇā- āsavānaṃ \n destroyed inflows
+
+compound:kd(asavānaṃ, khīṇā-)
+compound:kd(inflows, destroyed)
+~~~
+
diff --git a/_pi/dep/compound-na.md b/_pi/dep/compound-na.md
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+---
+layout: relation
+title: 'compound:na'
+shortdef: 'nañtatpuruṣa compound'
+udver: '2'
+---
+
+Nañtatpuruṣa compounds are complex compounds whose first member is a negation.
+
+## When not to use `compound:na`
+
+Words that would only be compounds because they are *na-* negated should **not** be treated as compounds! 
+
+If the *na-* is in "n'" form (such as on a verb like "*nānubhava*" = "doesn't accomplish"), that should be treated as simple *sandhi*.
+
+If the *na-* is an "a-" prefix (on a adjective/participle, such as "*amakkhito*" = "undefiled"), then you should treat the entire negated word as a single token and use the `Polarity=Neg` feature to mark the negation.  This also holds for e.g. [tatpuruṣa compounds](./compound-tp) whose first part is negated:
+
+~~~ sdparse
+adhamma-/NOUN[Polarity=Neg] savaṇa/NOUN \n false-teaching listening
+
+compound:tp(savaṇa, adhamma-)
+compound:tp(listening, false-teaching)
+~~~
+
+Despite being a tatpuruṣa with a negation, *adhammasavaṇa* is not a nañtatpuruṣa.
+
+## When to use `compound:na`
+
+If, however, the negated word is a compound even without the negation and the negation is applied to the compound as a whole, then the *na* should be treated as a compound part and given the `compound:na` relation:
+
+~~~ sdparse
+a- nindā- rosa \n NEG blaming offense
+
+compound:na(rosa, a-)
+compound:dv(rosa, nindā-)
+compound:na(offense, NEG)
+compound:dv(offense, blaming)
+~~~
+
+
diff --git a/_pi/dep/compound-tp.md b/_pi/dep/compound-tp.md
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+---
+layout: relation
+title: 'compound:tp'
+shortdef: 'tatpuruṣa compound'
+udver: '2'
+---
+
+Tatpuruṣa compounds are compounds whose first member is in an oblique case relationship with its head. For example, a genitive relation:
+
+~~~ sdparse
+bodhisatta- mātā \n the-Bodhisattva's mother
+
+compound:tp(mātā, bodhisatta-)
+compound:tp(mother, the-Bodhisattva's)
+~~~
+
+Always point the dependent to the head of the relation, which may or may not be the head of the whole compound:
+
+~~~ sdparse
+kāma- guṇ- ūpasaṃhitaṃ \n sensual quality concern
+
+compound:tp(guṇ-, kāma-)
+compound:tp(ūpasaṃhitaṃ, guṇ-)
+compound:tp(quality, sensual)
+compound:tp(concern, quality)
+~~~
+
diff --git a/_pi/dep/compound.md b/_pi/dep/compound.md
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+---
+layout: relation
+title: 'compound'
+shortdef: 'compound'
+udver: '2'
+---
+
+The `compound` relation subtypes are used for Pāli compounds to show how the compound's parts relate to each other.
+
+A Pāli compound is identified through the fact that only the final member of the compound is grammatically inflected, and the earlier part(s) of the compound are in their uninflected form(s).
+For example, *rukkhapatito* "tree-fallen" has *rukkha* "tree" in its stem form and only "fallen" *patito* declined.
+
+Because the last part of the compound is inflected, we treat that part as the root of the compound which relates to the rest of the sentence and the earlier part(s) of the compound receive dependency relations (directly or indirectly) to that final part. The dependency relation to be used for this purpose is `compound` with the specific subtype for the kind of compound it is according to traditional (Pāṇinian) Sanskritic analysis:
+
+  * [compound:dg]() — *dvigu* (a numerical relation)
+  * [compound:dv]() — *dvandva* (a coordinative relation)
+  * [compound:kd]() — *karmadhāraya* (an adjectival relation)
+  * [compound:tp]() — *tatpuruṣa* (a case relation)
+  * [compound:na]() - *nañtatpuruṣa* (a negative relation)
+  * [compound:bv]() - *bahuvrīhi* (a compound used adjectively, e.g. *sa-*)
+  * [compound:av]() — *avyayībhāva* (a compound used adverbially, e.g. *anu-*)
+
+Compounds should always be annotated with a token range (e.g. `10-12`). The `compound` relations should only be used for such tokens. Sandhi should not be treated as a token range but should be treated instead as two separate tokens with the first token getting `SpaceAfter=No` to mark the lack of a space after it. Pāli UD expresses the difference between sandhi and compounds in this way.
+
diff --git a/_pi/dep/obl-agent.md b/_pi/dep/obl-agent.md
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+---
+layout: relation
+title: 'obl:agent'
+shortdef: 'oblique argument expressing the goal'
+udver: '2'
+---
+
+Used for a noun expressing the agent of an action.
+
+~~~ sdparse
+Anatikkamanīyā bodhisattamātā hoti kenaci purisena rattacittena \n Not-violatable Bodhisattva-mother is by-any by-man with-lustful-intent 
+
+obl:agent(Anatikkamanīyā, purisena)
+obl:agent(Not-violatable, by-man)
+~~~
diff --git a/_pi/dep/obl-goal.md b/_pi/dep/obl-goal.md
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+---
+layout: relation
+title: 'obl:goal'
+shortdef: 'oblique argument expressing the goal'
+udver: '2'
+---
+
+Used for a noun expressing the goal or direction of a movement.
+
+We wish to go to your dwellings (RV 1.154.6a).
+~~~ sdparse
+bodhisatto mātukucchiṃ okkami \n bodhisattva-NOM.M.SG mother-womb-AKK.SG.M descend.PST.3SG
+'Bodisattva descended into the womb of his mother.'
+
+obl:goal(mātukucchiṃ)
+
+~~~
diff --git a/_pi/index.md b/_pi/index.md
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+---
+layout: base
+title:  'Pali UD'
+udver: '2'
+---
+
+# UD for Pali <span class="flagspan"><img class="flag" src="../../flags/svg/IN.svg" /></span>
+
+Pāli is an Indo-Aryan language, widely studied as the liturgical language of Theravāda Buddhism.
+
+## Orthography
+
+* While Pāli can traditionally be written with a variety of scripts, for UD we use [the IAST Romanization standard](https://en.wikipedia.org/wiki/International_Alphabet_of_Sanskrit_Transliteration).
+* If your corpus or text is in another script or alternate Romanization, you can use a tool like [aksharamukha](https://aksharamukha.com/python) to automatically convert it to IAST.
+* As different scripts use different, and sometimes no, punctuation, we further standardize our orthography by **removing all punctuation** from our texts.
+* IAST is case insensitive. Here, we use lowercase, with the first letter of each sentence capitalized by convention.
+
+## Sentence Segmentation
+
+While we strip out punctuation in our `# text` rows, we do recommend using any punctuation in your source to help segment into sentences.  In the Pāli Text Society and Mahāsaṅgīti editions, you should generally use both semicolons (`;`) and periods (`.`) to split sentences.  However, be aware that Pāli verses may sometimes use semicolons to mark *pāda* "line" boundaries which are not semantic.  Always segment sentences by syntax.
+
+## Tokenization and Word Segmentation
+
+* Words are generally delimited by spaces.
+* Compounds are split and sandhi undone as it is the custom in Sanskritic linguistics.
+* Compounds receive token ranges (e.g. `10-12`) and should get the appropriate [compound]() relation subtype.
+* Sandhi should be marked with a `SpaceAfter=No` in the earlier token's `MISC` and should not get a range id.
+* Multi-word tokens are generally not used. Parts of a multi-word name (e.g. "Saccaka Nigaṇṭhāputta") should get the [flat:name]() dependency relation.
+
+## Morphology
+
+### Lemmatization
+
+The `LEMMA` for all verb forms is the 3rd-person singular present indicative of the underlying verb.
+For example, the past participle *gata* "gone" gets the `LEMMA` *gacchati*.
+
+#### Noun Lemmas
+
+Lemmas are always lowercase, even for proper nouns.
+
+For personal pronouns, collapse the cases down to the nominative. For example, *amhākaṃ* gets *mayaṃ* and *te* gets *tvaṃ*. Keep first and second, singular and plural separate.
+
+For demonstrative pronouns, collapse the cases, gender, and number to the nominative, singular, neuter form:
+
+* Use *tad* for all *ta-* forms: *sā*, *sa*, *taṃ*, *tena*, etc.
+* Use *yad* for all *ya-* forms: *yo*, *yā*, *yaṃ*, *yamhi*, etc.
+* Use *idaṃ* for its various forms: *ayaṃ*, *imaṃ*, *imāni*, *imehi*, *anena*, etc.
+
+Substantives and adjectives should get the stem form as their lemma. For example, *itthiyo* has the lemma `itthi`, *bhikkhave* gets the lemma `bhikkhu`, *rasso* the lemma `rassa`, *rāja* the lemma `rājan`, *bhagavato* `bhagavant`, etc. 
+
+### Part of Speech Tags
+
+Participles are tagged as `VERB`s and not `ADJ`s or `ADV`s.
+This means that they cannot get the `amod` dependency relation when used to modify a noun, so we use `acl` instead to attach it to its target noun.
+
+Because Pāli is originally an oral language, we are stripping out symbols and punctuation, meaning we do not use the `SYM` or `PUNCT` tags.
+
+#### Determiners
+
+If a pronoun such as *imaṃ* is used as a determiner (i.e. it gets deprel `det` pointing to a substantive) then it should get the UPOS `DET` instead of `PRON`.
+
+#### Particles
+
+The following particles get the `PART` `UPOS`:
+
+* The quote-ending particle *ti*
+  * `LEMMA`: *iti*
+  * `DEPREL`: `mark` to the head of the quoted clause
+  * The preceding token should usually get `SpaceAfter=No` (as appropriate)
+* The negation particle *na* / *n'*
+  * The lemma is *na*
+  * Mark it as `Polarity=Neg` in `FEATS`
+  * Give it the [advmod]() relation to the negated head.
+* *api* / *pi*
+  * The lemma is *api*
+  * It should normally get the [discourse]() dependency relation when used rhetorically, but can get `advmod` if used conjunctively.
+* *eva* and *kho*
+  * Normally get the `discourse` dependency, except in `fixed` phrases
+* *kira*
+  * When used as "apparently" it should also get the `discourse` relation.
+  * Note that "*kira*" is not a particle but a `VERB` if it is the imperative 2nd sg or the reflexive aorist 1st sg of *kirati*.
+
+---
+**Instruction**: Specify any unused tags. Explain what words are tagged as PART. Describe how the AUX-VERB and DET-PRON distinctions are drawn, and specify whether there are (de)verbal forms tagged as ADJ, ADV or NOUN. Include links to language-specific tag definitions if any.
+
+---
+
+### Features
+
+Some forms in Pāli are ambiguous. For example, a feminine noun of the `-ā` class with a `-āya` suffix might be Singular Instrumental, Ablative, Genitive, Dative, or Locative! When `Case` can be inferred from context, feel free to mark just the semantically correct case.  If multiple parses are reasonable in a given context, list all the semantically plausible values in alphabetical order, separated by commas (e.g. if you have an *-āya* noun, and all but instrumental are reasonable parses, mark it `Case=Abl,Dat,Gen,Loc|Gender=Fem|Number=Sing`).
+
+#### Verbs
+
+All verb forms in Pāli should get the `VERB` `UPOS`.
+
+##### Finite Verbs
+
+Should have the `VerbForm=Fin` along with `Mood`, `Tense`, `Person`, `Number`, and `Voice`.
+
+##### Absolutives
+
+Absolutives (sometimes called "gerunds") formed in Pāli with *-tvā* / *-ya* get the `VerbForm=Conv` feature and are attached to the main verb via `advcl`.
+
+##### Infinitives
+
+Infinitives in Pāli end in *-tuṃ*, have the `VerbForm=Inf` and are typically `xcomp`.
+
+##### Participles
+
+Participles have the following `FEATS`: 
+* `VerbForm=Part`
+* `Voice=Act` or `Voice=Pass`
+* Full nominal agreement features (Case, Gender, Number)
+
+---
+**Instruction**: Describe inherent and inflectional features for major word classes (at least NOUN and VERB). Describe other noteworthy features. Include links to language-specific feature definitions if any.
+
+---
+
+## Syntax
+
+Since all the participles have VERB in UPOS, they cannot be used as amod. They are either `acl` if they modify a noun or `advcl` if they modify a verb or a clause.  
+
+---
+**Instruction**: Give criteria for identifying core arguments (subjects and objects), and describe the range of copula constructions in nonverbal clauses. List all subtype relations used. Include links to language-specific relations definitions if any.
+
+---
+
+## Treebanks
+
+There is one Pāli UD treebank:
+
+  * [Pali-PaliCanon](https://github.com/UniversalDependencies/UD_Pali-PaliCanon)