TorahBibleCodes/mod_7_DictionaryOfVersesCreate.py at master · xbillwatsonx/TorahBibleCodes · GitHub

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## IMPORT MODULES

## FUNCTION () #7 - DICTIONARY OF VERSES CREATE ##
def fn_DictionaryOfVersesCreate(ZippedTupleNoSpaces, ZippedTupleWithSpaces):

    """
    ## MODULE.FUNCTION() #7 - CREATE 2 DICTIONARY OF VERSES OF TEXTS CHOSEN TO BE SEARCHED; RETURNS DictOfVersesNoSpaces, DictOfVersesWithSpaces
    """

    ## TEST PRINT OUTPUT
    print("\n")  ## PRINT SPACE
    print("WITHIN FUNCTION:  BEGIN FUNCTION #7 - DICTIONARY OF VERSES CREATE")

    ## DECLARE VARIABLES
    DictOfVersesNoSpaces = {} ## EMPTY DICTIONARY TO HOLD KEYS + VERSES
    DictOfVersesWithSpaces = {} ## EMPTY DICTIONARY TO HOLD KEYS + VERSES

    ## BELOW FOR ZIPPED TUPLE WITH NO SPACES

    ## EACH IS ZIPPED TUPLE:  INTEGER, DICTIONARY
    for each in ZippedTupleNoSpaces:

        ## TEST PRINT OUTPUT - each[0] = integer; each[1] = dictionary object
        ## print(each[0], each[1]['title'])
        ## print(len(each[1]['text'])) ## len(d['text']) = NUMBER OF CHAPTERS IN SELECTED TEXT
        ## print(type(each[1]['text'])) # type(d['text']) = LIST OF CHAPTERS (LIST OF LISTS) IN SELECTED TEXT

        NumberOfBook = each[0]
        NumberOfChapters = len(each[1]['text'])

        ## TEST PRINT OUTPUT
        ## print(NumberOfBook, NumberOfChapters)

        ChapterCounter = 1

        for Chapter in each[1]['text']:

            ## TEST PRINT OUTPUT
            ## print("\n")  ## PRINT SPACE
            ## print("NumberOfBook = ", NumberOfBook)
            ## print("NumberOfChapters = ", NumberOfChapters)
            ## print("NumberOfChapter = ", ChapterCounter)
            ## print("Chapter = ", Chapter)

            VerseCounter = 1

            for Verse in Chapter:

                ## TEST PRINT OUTPUT
                ## print("\n")  ## PRINT SPACE
                ## print("NumberOfChapter = ", ChapterCounter)
                ## print("NumberOfVerse = ", VerseCounter)

                KeyTuple = (NumberOfBook, ChapterCounter, VerseCounter)

                ## TEST PRINT OUTPUT
                ## print("KeyTuple = ", KeyTuple)
                ## print("Verse = ", Verse)

                DictOfVersesNoSpaces[KeyTuple] = Verse

                VerseCounter += 1

            ChapterCounter += 1


    ## BELOW FOR ZIPPED TUPLE WITH SPACES

    ## EACH IS ZIPPED TUPLE:  INTEGER, DICTIONARY
    for each in ZippedTupleWithSpaces:

        ## TEST PRINT OUTPUT - each[0] = integer; each[1] = dictionary object
        ## print(each[0], each[1]['title'])
        ## print(len(each[1]['text'])) ## len(d['text']) = NUMBER OF CHAPTERS IN SELECTED TEXT
        ## print(type(each[1]['text'])) # type(d['text']) = LIST OF CHAPTERS (LIST OF LISTS) IN SELECTED TEXT

        NumberOfBook = each[0]
        NumberOfChapters = len(each[1]['text'])

        ## TEST PRINT OUTPUT
        ## print(NumberOfBook, NumberOfChapters)

        ChapterCounter = 1

        for Chapter in each[1]['text']:

            ## TEST PRINT OUTPUT
            ## print("\n")  ## PRINT SPACE
            ## print("NumberOfBook = ", NumberOfBook)
            ## print("NumberOfChapters = ", NumberOfChapters)
            ## print("NumberOfChapter = ", ChapterCounter)
            ## print("Chapter = ", Chapter)

            VerseCounter = 1

            for Verse in Chapter:

                ## TEST PRINT OUTPUT
                ## print("\n")  ## PRINT SPACE
                ## print("NumberOfChapter = ", ChapterCounter)
                ## print("NumberOfVerse = ", VerseCounter)

                KeyTuple = (NumberOfBook, ChapterCounter, VerseCounter)

                ## TEST PRINT OUTPUT
                ## print("KeyTuple = ", KeyTuple)
                ## print("Verse = ", Verse)

                ## TEST DEVELOPMENT - BEGIN
                ## BEGIN DEAL WITH DOUBLE WHITE SPACES
                ## CONVERT STRING WITH SPACES TO LIST
                ## DECLARE VARIABLE TO DEAL WITH THE "WORDS" WITH EMPTY STRINGS
                ListOfWords = []

                ## SPLIT TEXT INTO INDIVIDUAL WORDS: CREATES LIST OF WORDS
                ListOfWordsInVerse = list(Verse.split(" "))

                ## BEGIN FOR LOOP
                for each in ListOfWordsInVerse:

                    ## BEGIN IF / ELSE... DEAL WITH THE "WORDS" WITH EMPTY STRINGS TO FILTER OUR DOUBLE-SPACES
                    if each =='':
                        pass
                    else:
                        ListOfWords.append(each)
                    ## END IF / ELSE

                ## END FOR LOOP

                ## JOIN LIST OF WORDS
                Verse = " ".join(ListOfWords)

                ## END DEAL WITH DOUBLE WHITE SPACES
                ## TEST DEVELOPMENT - END

                ## ASSIGN EACH VERSE TO EACH 3-INTEGER TUPLE-KEY --> DS[1,1,1] or DS[(1,1,1)]
                DictOfVersesWithSpaces[KeyTuple] = Verse

                ## INCREMENT VERSE COUNTER
                VerseCounter += 1

            ## INCREMENT CHAPTER COUNTER
            ChapterCounter += 1

    ## TEST PRINT OUTPUT
    print("\n")  ## PRINT SPACE
    print("WITHIN FUNCTION:  END FUNCTION #7 - DICTIONARY OF VERSES CREATE")

    ## RETURN VARIABLES TO PROGRAM
    return(DictOfVersesNoSpaces, DictOfVersesWithSpaces)

## END FUNCTION() #7 - DICTIONARY OF VERSES CREATE