Initial commit

adjective.csv

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+adjective
+red
+tall
+hot

main.py

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+import csv
+v1list = []
+v2list = []
+pluralnounlist = []
+adjectivelist = []
+
+with open('verbs.csv') as file:
+    reader = csv.DictReader(file)
+    for row in reader:
+        v1list.append(row['v1'])
+        v2list.append(row['v2'])       
+    v1list = sorted(v1list)
+    v2list = sorted(v2list)
+
+with open('pluralnoun.csv') as file:
+    reader = csv.DictReader(file)
+    for row in reader:
+        pluralnounlist.append(row['pluralnoun'])
+    pluralnounlist = sorted(pluralnounlist)
+
+with open('adjective.csv') as file:
+    reader = csv.DictReader(file)
+    for row in reader:
+        adjectivelist.append(row['adjective'])
+    adjectivelist = sorted(adjectivelist)       
+
+def binary_search(word_list, word):
+    #Input: wordlist, word      #any list of word and any word
+    #Output: True if word present in wordlist else false
+
+    left, right = 0, len(word_list) - 1
+
+    while left <= right:        
+        mid = (left + right) // 2
+        mid_val = word_list[mid]        
+
+        if mid_val == word:
+            return True    
+        elif mid_val > word:
+            right = mid - 1    
+        else:
+            left = mid + 1            
+
+    return False
+
+def checkifverb(word):
+    #Input: word    #any word
+    #Output: true if word is singular(v1) or plural(v2) verb else false  
+
+    if binary_search(v1list, word):
+        singular = True
+    else:
+        singular = False
+
+    if binary_search(v2list, word):
+        plural = True
+    else:
+        plural = False
+
+    verb = singular or plural
+    return verb
+
+def sentence_to_words(sentence):
+    #Input: sentence    #any sentence without fullstop
+    #Output: list of word that make the sentence
+    words = sentence.split()
+    return words
+
+def sentencetoobject(sentence):
+    #Input: sentence    #any sentence
+    #Output: object with properties subject, verb and object
+    wordlist = sentence_to_words(sentence)
+    truth = {}
+    firsthalf = True
+    truth['subject'] = ''
+    truth['object'] = ''
+    for word in wordlist:    
+        if checkifverb(word):
+            truth['verb'] = word
+            firsthalf = False
+            continue
+
+        if firsthalf:
+            truth['subject'] = truth['subject'] + ' ' + word
+        else:
+            truth['object'] = truth['object'] + ' ' + word
+    truth['subject'] = truth['subject'].strip()
+    truth['object'] = truth['object'].strip()
+    return truth
+
+def objectrefiner(truth):
+    #Input: obj     #An object that describes a sentence
+    #Output: an object that has info who,what for subject and how,what,whom,where,when for object
+
+    what = False
+    for word in sentence_to_words(truth['subject']):
+        if word == 'A' or word == 'An' or word == 'The':
+            what = True    
+    if binary_search(pluralnounlist, truth['subject']):
+        what = True
+    if what:
+        truth['subject'] = {'what': truth['subject']}
+    else:
+        truth['subject'] = {'who': truth['subject']}
+
+    how = False
+    whom= False
+    when = False
+    where = False
+    whenorwhere = False
+    if binary_search(adjectivelist, truth['object']):
+        how = True
+    objectpronoun = ['me', 'you', 'him', 'her', 'us', 'them', 'whom']
+    if truth['object'].istitle() or truth['object'] in objectpronoun:
+        whom = True
+    for word in sentence_to_words(truth['object']):
+        if word == 'at' or word == 'in' or word == 'on':
+            whenorwhere = True
+    partofday = ['morning', 'evening', 'noon']
+    year = []
+    for i in range(10001):
+        year.append(str(i))
+    season = ["spring", "summer", "fall", "winter"]
+    month = ["January", "February", "March", "April", "May", "June", 
+            "July", "August", "September", "October", "November", "December"]
+    day = ["Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday"]
+    if whenorwhere:
+        for word in sentence_to_words(truth['object']):        
+            if word == 'time' or word == 'oclock' or word == 'am' or word == 'pm' or word in partofday or word in year or word in season or word in month or word in day:
+                when = True
+            else:
+                where = True
+    if how:
+        truth['object'] = {'how': truth['object']}
+    elif whom:
+        truth['object'] = {'whom': truth['object']}
+    elif when:
+        truth['object'] = {'when': truth['object']}
+    elif where:
+        truth['object'] = {'where': truth['object']}
+    else:
+        truth['object'] = {'what': truth['object']}
+
+    return truth
+
+def answer(data, question):
+    #Input: data,question        #sentence that can be processed and question that is to be asked on the processed sentence
+    #Output: answer to the question according to data
+    truth = sentencetoobject(sentence)
+    truth = objectrefiner(truth)
+    print(truth)
+    questionwordlist = sentence_to_words(question)
+    questionobject = sentencetoobject(question)
+
+    if questionwordlist[0] == 'Who':    
+        if truth['verb'] == questionobject['verb'] or truth['verb'] == questionobject['verb'] + 's' or truth['verb']+'s' == questionobject['verb'] or (truth['verb']=='is' and questionobject['verb']=='are') or (truth['verb']=='are' and questionobject['verb']=='is'):
+            if questionobject['object'] in truth['object'].values():
+                if 'who' in truth['subject'].keys():
+                    return truth['subject']['who']
+
+    if questionwordlist[0] == 'What':        
+        questionwordlist.remove('What')
+        question = ' '.join(questionwordlist)
+        questionobject = sentencetoobject(question)  
+
+        if 'does' in questionwordlist:
+            if 'does' in questionwordlist:        
+                questionwordlist.remove('does')
+            question = ' '.join(questionwordlist)
+            questionobject = sentencetoobject(question)               
+            if truth['verb'] == questionobject['verb'] or truth['verb'] == questionobject['verb'] + 's' or truth['verb']+'s' == questionobject['verb'] or (truth['verb']=='is' and questionobject['verb']=='are') or (truth['verb']=='are' and questionobject['verb']=='is')  :
+                if questionobject['subject'].capitalize() in truth['subject'].values(): 
+                    if 'what' in truth['object'].keys():
+                        return truth['object']['what']
+
+        if 'is' in questionwordlist:
+            if truth['verb'] == questionobject['verb'] or truth['verb'] == questionobject['verb'] + 's' or truth['verb']+'s' == questionobject['verb'] or (truth['verb']=='is' and questionobject['verb']=='are') or (truth['verb']=='are' and questionobject['verb']=='is') :
+                if questionobject['object'].capitalize() in truth['subject'].values(): 
+                    if 'what' in truth['object'].keys():
+                        return truth['object']['what']
+
+
+        if truth['verb'] == questionobject['verb'] or truth['verb'] == questionobject['verb'] + 's' or truth['verb']+'s' == questionobject['verb'] or (truth['verb']=='is' and questionobject['verb']=='are') or (truth['verb']=='are' and questionobject['verb']=='is'):
+            if questionobject['object'] in truth['object'].values():
+                if 'what' in truth['subject'].keys():
+                    return truth['subject']['what']
+
+        print(questionobject)
+
+    if questionwordlist[0] == 'How':
+        questionwordlist.remove('How')
+        question = ' '.join(questionwordlist)
+        questionobject = sentencetoobject(question)
+        print(questionobject)
+        if truth['verb'] == questionobject['verb'] or truth['verb'] == questionobject['verb'] + 's' or truth['verb']+'s' == questionobject['verb'] or (truth['verb']=='is' and questionobject['verb']=='are') or (truth['verb']=='are' and questionobject['verb']=='is'):
+            if questionobject['object'].capitalize() in truth['subject'].values():  
+                if 'how' in truth['object'].keys(): 
+                    return truth['object']['how']
+
+    if questionwordlist[0] == 'Whom':
+        questionwordlist.remove('Whom')
+        if 'being' in questionwordlist:
+            questionwordlist.remove('being')
+        if 'does' in questionwordlist:
+            questionwordlist.remove('does')
+        if 'do' in questionwordlist:
+            questionwordlist.remove('do') 
+        question = ' '.join(questionwordlist)
+        questionobject = sentencetoobject(question)
+        print(questionobject)       
+        if truth['verb'] == questionobject['verb'] or truth['verb'] == questionobject['verb'] + 's' or truth['verb']+'s' == questionobject['verb'] or (truth['verb']=='is' and questionobject['verb']=='are') or (truth['verb']=='are' and questionobject['verb']=='is'):
+            if questionobject['object'].capitalize() in truth['subject'].values() or questionobject['subject'].capitalize() in truth['subject'].values():
+                if 'whom' in truth['object'].keys(): 
+                    return truth['object']['whom']
+
+    if questionwordlist[0] == 'When':
+        questionwordlist.remove('When')
+        if 'being' in questionwordlist:
+            questionwordlist.remove('being')
+        if 'does' in questionwordlist:
+            questionwordlist.remove('does')
+        if 'do' in questionwordlist:
+            questionwordlist.remove('do') 
+        question = ' '.join(questionwordlist)
+        questionobject = sentencetoobject(question)
+        print(questionobject) 
+        if truth['verb'] == questionobject['verb'] or truth['verb'] == questionobject['verb'] + 's' or truth['verb']+'s' == questionobject['verb'] or (truth['verb']=='is' and questionobject['verb']=='are') or (truth['verb']=='are' and questionobject['verb']=='is'):
+            if questionobject['object'].capitalize() in truth['subject'].values() or questionobject['subject'].capitalize() in truth['subject'].values():
+                if 'when' in truth['object'].keys():
+                    return truth['object']['when']
+
+    if questionwordlist[0] == 'Where':
+        questionwordlist.remove('Where')
+    if 'being' in questionwordlist:
+        questionwordlist.remove('being')
+    if 'does' in questionwordlist:
+        questionwordlist.remove('does')
+    if 'do' in questionwordlist:
+        questionwordlist.remove('do') 
+    question = ' '.join(questionwordlist)
+    questionobject = sentencetoobject(question)
+    print(questionobject) 
+    if truth['verb'] == questionobject['verb'] or truth['verb'] == questionobject['verb'] + 's' or truth['verb']+'s' == questionobject['verb'] or (truth['verb']=='is' and questionobject['verb']=='are') or (truth['verb']=='are' and questionobject['verb']=='is'):
+        if questionobject['object'].capitalize() in truth['subject'].values() or questionobject['subject'].capitalize() in truth['subject'].values():
+            if 'where' in truth['object'].keys():
+                return truth['object']['where']
+
+sentence = 'I eat in Dolpa'
+question = 'Where do I eat'
+ans = answer(sentence, question)
+print(ans)
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main1.py

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+import itertools
+from nltk.corpus import wordnet
+
+nouns = sorted(list(set(
+            itertools.chain.from_iterable([n.replace('_', ' ') for n in synset.lemma_names()] for synset in wordnet.all_synsets('n'))
+        )), key=str.casefold)
+
+with open('nouns.txt', 'w', encoding='utf-8') as outfile:
+    print(*nouns, sep='\n', file=outfile)

pluralnoun.csv

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+pluralnoun
+Cars
+Computers
+Cats

verbs.csv

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+v1,v2
+are,is
+eat,eats
+sit,sits