Haiku generating app in Python

// I’ll increase budget upon requestWrite a program that generates simple haiku poems according to these rules.• Each line of the poem is a single sentence.The first line and the third line will each be 5 syllables.The second line will be 7 syllables.Each line relates to the indicated theme.Modify a copy of the file linuxwords.txt as follows:ª Choose at least 100 words of the file, including several words in each of these parts of speech: article (a, an, the), adjective other than article, noun, verb, an article. (It’s ok to include conjustions, prepositions, and pronouns, but that willl make your grammar larger.* Choose at least 3 themes (ex. autumn, food, weather).For each word other than an article (or conjunction or prepositon or prounoun), add to the entry in your modified linuxwords.txt the number of syllables, a “part of speech,” and one of the three themes.For example, you might have these entries:tree, 1, noun, autumntrees, 1, noun, autumnleaf, 1, noun, autumnleaves, 1, noun, autumnbonfire, 2, noun, autumnHalloween, 3, noun, autumnHalloween, 3, adjective, autumnsee, 1, verb, autumnI, 1, article, autumnred, 1, adjective, autummorange, 2, adjective, autumnFrom these words your program might generate the sentence:I see orange leaves.* Write at least three rules for sentences.For example, your rules might include: ::= ::=

* Your program should input a theme (“august” in this example) and generate at least five random hiakus.what I have so far for the app is attached in a pdf file the implementation has to be in Python
nltk.pdf

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import nltk
from nltk.corpus import cmudict
from nltk.corpus import wordnet
from random import randint
allWordsFromFile=[]
randomWordsList=[]
proDict = cmudict.dict()
#Abbreviation to full form, for the POS determined by “synsets”
posDict = {‘n’: ‘NOUN’,’v’: ‘VERB’, ‘a’: ‘ADJECTIVE’, ‘s’: ‘ADJECTIVE’, ‘r’: ‘ADVERB’}
#The theme for which words are generated
inputTheme=”autumn”
#This method counts the number of Syllables in a word
#It uses cmudict.dict(), which is a pronounciation dictionary
def countSyllables(word):
global posDict
return max([len([y for y in x if y[-1].isdigit()]) for x in proDict[word]])
#It creates a record for given word and theme
#Just like what is mentioned in the question
#e.g “Halloween, 3, noun, autumn”
def getRecordFor(word,theme):
global posDict
themeNet = wordnet.synsets(theme)[0]
finalToken=themeNet
maxMatch = -1
#Using synsets to compare all the word POS forms,
#And to choose the one with best match with the theme
for candidate in wordnet.synsets(word.lower()):
matchP = candidate.wup_similarity(themeNet)
#Sometimes wup_similarity() can return “None”
#Hence needed to be checked for type
if isinstance(matchP,float):
if matchP > maxMatch:
finalToken = candidate
maxMatch = matchP
#Extracting POS abbreviation
temp = finalToken.name().split(‘.’)
#Getting the full name of that abbreviation
pos = posDict[temp[1]]
#Creation of record
result = []
result.append(word)
result.append(countSyllables(word))
result.append(pos)
result.append(theme)
return result
#=========================================================
#Begins here
#Extract all words from file, remove any newline or feed characters
with open(“linuxwords.txt”) as file:
for word in file:
word=word.strip(‘nf’)
allWordsFromFile.append(word)
#From the list of words, extract random 150 words
#Just for testing purposes, reducing the value to 10
while len(randomWordsList) < 10: index = randint(0,len(allWordsFromFile)) word = allWordsFromFile[index] #These words must be in the dictionary, so as to be helpful if word in proDict: randomWordsList.append(word) del allWordsFromFile[index] #All records go here wordListFormatted=[] #Generating all records for word in randomWordsList: wordListFormatted.append(getRecordFor(word,inputTheme)) print(wordListFormatted) ... Purchase answer to see full attachment

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