Asmai: (Al'asma'i) Arabic semantic analysis

مكتبة الأصمعي الدلالية

Asmai: (Al'asma'i) Arabic semantic analysis library for Python

Developpers: Taha Zerrouki: http://tahadz.com taha dot zerrouki at gmail dot com

Features	value
Authors	Authors.md
Release	0.1
License	GPL
Tracker	linuxscout/asmai/Issues
Source	Github
Feedbacks	Comments
Accounts	@Twitter

Description

Asmai: (Al'asma'i) Arabic semantic analysis library for Python

مزايا:

• استخلاص ثنائيات الكلمات التي تحمل دلالات من نوع : (فاعلية، مفعولية، إضافة)

Usage

import

pip install asmai

Citation

@thesis{zerrouki2020adawat,
author = {Taha Zerrouki},
title = {Towards An Open Platform For Arabic Language Processing},
type = {PhD thesis},
institution = {Ecole Nationale Supérieure d'informatique, Alger, Algérie},
date = {2020},
}

Test

import asmai.anasem as asm
text  =  u"يعبد الله منذ أن تطلع الشمس"
result  =  []
anasem  =  asm.SemanticAnalyzer()    
result  =  anasem.analyze_text(text)
# the result contains objets
anasem.pprint(result)

• Extract semantic relation, display only found relations

>>> import pprint
>>> sem_result = anasem.display_sem(result)
>>> pprint.pprint(sem_result)      
[[['الشَّمْسُ', 'تَطْلُعَ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
  ['الشَّمْسُ', 'تَطْلُعُ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
  ['الشَّمْسُ', 'تَطْلُعْ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
  ['الشَّمْسُ', 'تَطْلَعَ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
  ['الشَّمْسُ', 'تَطْلَعُ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
  ['الشَّمْسُ', 'تَطْلَعْ', 'شَمْسٌ', 'طَلَعَ', 'Subject']]]

• Extract semantic relation, display all words and tags

>>> sem_result = anasem.display_sem(result, all=True)
>>> pprint.pprint(sem_result)
[('يعبد', 'O', []),
 ('الله', 'O', []),
 ('منذ', 'O', []),
 ('أن', 'O', []),
 ('تطلع', 'B', []),
 ('الشمس',
  'I',
  [['الشَّمْسُ', 'تَطْلُعَ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
   ['الشَّمْسُ', 'تَطْلُعُ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
   ['الشَّمْسُ', 'تَطْلُعْ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
   ['الشَّمْسُ', 'تَطْلَعَ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
   ['الشَّمْسُ', 'تَطْلَعُ', 'شَمْسٌ', 'طَلَعَ', 'Subject'],
   ['الشَّمْسُ', 'تَطْلَعْ', 'شَمْسٌ', 'طَلَعَ', 'Subject']])]
>>> 

• convert to pandas

>>> import pandas as pd
>>> 
>>> #  flatten the result
... df = pd.DataFrame(anasem.decode(result))
>>> print(df.head())
  action affix                          affix_key  forced_word_case  ...   unvocalized  unvoriginal  vocalized  word
0         -ي--          -ي--|المضارع المنصوب:هو:y             False  ...          يعبد          عبد  يُعَبِّدَ  يعبد
1         -ي--  -ي--|المضارع المجهول المجزوم:هو:y             False  ...          يعبد          عبد  يُعَبَّدْ  يعبد
2         -ي--          -ي--|المضارع المجهول:هو:y             False  ...          يعبد          عبد  يُعَبَّدُ  يعبد
3         -ي--          -ي--|المضارع المعلوم:هو:y             False  ...          يعبد          عبد  يُعَبِّدُ  يعبد
4         -ي--          -ي--|المضارع المجزوم:هو:y             False  ...          يعبد          عبد  يُعَبِّدْ  يعبد

[5 rows x 50 columns]
>>> df.to_csv("output/test.csv", encoding="utf8", sep="\t")
>>> 

[requirement]

1- pyarabic 
2. sqlite
3. sylajone

Data Structure:

Semantic database

CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE "derivations" (
    "id" INTEGER PRIMARY KEY  AUTOINCREMENT  NOT NULL  UNIQUE ,
    "verb" varchar NOT NULL ,
    "transitive" BOOL NOT NULL  DEFAULT 1,
    "derived" VARCHAR NOT NULL ,
    "type" VARCHAR NOT NULL 
 );

CSV Structure:

• Derivattion

1. id : id unique in the database
2. verb : vocalized collocation
3. transtive : if the verb is transitive
4. derived : derived word from verb number
5. type : type

Semantic relations

CREATE TABLE "relations" (
    "id" INTEGER PRIMARY KEY  NOT NULL ,
    first" VARCHAR NOT NULL  DEFAULT ('') ,
    "second" VARCHAR NOT NULL  DEFAULT ('') ,
    "rule" VARCHAR NOT NULL  DEFAULT (0) 
 );

CSV Structure:

1. id : id unique in the database
2. first: first word
3. second: second word
4. rule : the extraction rule number :