SentenceLength/SentenceLength.py at master · Dylan-is-here/SentenceLength · GitHub

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import os


def findAverageSentence(filePath, delimiters, minLength):
    file = open(filePath)
    textInFile = file.read()

    words = textInFile.split(" ")
    # print(words)


#     # Loop that discludes any words below minimum length - Alexie
#     for word in words:
#         if len(word) < int(minLength):
#             words.remove(word)
#     # End - Alexie


    sentences = textInFile.split(".")
    delimiters = delimiters.split()
    #For every delimiter (symbol) loop through
    for i in range(len(delimiters)):
        delimiter = delimiters[i] #go through one delimiter at a time
        if len(delimiters) > 0: #make sure there is delimiters
            for j in range(len(sentences)):
                if delimiter in sentences[j]: #go through each sentence and check if it contains the delimiter
                    additionalSentences = (sentences[j].split(str(delimiter)))
                    for sentence in additionalSentences:
                        sentences.append(sentence)
                        #Takes the split sentence which starts as a list(1 item) and turns it into
                        #two list elements in sentences(two list items)
                        #Ex: ["other sentence.", ["blah blah? yes."]](counts as 2 length)
                        #Turns into ["other sentence.", "blah blah", "yes."]](3 length for more accurate calculation)
                    sentences.remove(sentences[j])#fixes sentence number

    sentences.remove("")

    if (len(sentences) > 0):
        aveSentenceLength = len(words) / len(sentences)
    else:
        aveSentenceLength = words

    return int(round(aveSentenceLength, 0))


def main():
    userFile = input("Enter the file path to the .txt file you wish to analyze.\n")
    userDelimeters = input("Enter the characters (punctuation) that you want to be sentence delimiters separated by spaces.\n")
    minLength = input("Enter the minimum length of a word (must be a positive integer).\n")


    # Asks for a desired min average WPS
    desiredLength = int(input("Is there a desired average WPS.\n"))

    minLenPro = ""

    for i in range(len(minLength)):
        # print("1234567890".contains(minLength[i]))
        if (minLength[i] in "1234567890") == False:
            minLenPro = minLenPro + ""
        else:
#
            minLenPro = minLenPro + minLength[i]

#     print(minLenPro)

#     print("The average sentence length is", findAverageSentence(userFile, userDelimeters, minLength))
#     #Checks if
#     if (int(findAverageSentence(userFile, userDelimeters, minLength)) < desiredLength):
#         print("The AWPS is lower than desired")
#     elif (int(findAverageSentence(userFile, userDelimeters, minLength)) >= desiredLength):
#         print("The AWPS meets your desired amount")
#
    #        minLenPro = minLenPro + minLength[i]
    #if minLenPro == "":
    #    minLenPro = 3
    #    mlp = int(minLenPro)
#

    #Dylan
    if (findAverageSentence(userFile, userDelimeters, minLength) != desiredLength):
        print("The average sentence length is", findAverageSentence(userFile, userDelimeters, minLength))
    else:
        print("You have the desired words per sentence of ", desiredLength)
    #End Dylan


if __name__ == "__main__":
    main()