const stopWords = ["ipsum", "sit", "non", "eu", "in", "ut", "id", "vel"];

    const countTopWords = (text) => {
        text = text.replace(/(~|\n|`|!|@|#|$|%|^|&|\*|\(|\)|{|}|\[|\]|;|:|\"|'|<|,|\.|>|\?|\/|\\|\||-|_|\+|=)/g," ")
        text = text.toLowerCase();
        let filteredWordsArray = text.split(' ').filter((word) => !stopWords.includes(word));
        filteredWordsArray = filteredWordsArray.filter((word) => word.length > 1)

        const uniqueWords = [...new Set(filteredWordsArray)];

        const countedWords = [];
        uniqueWords.map((mapWord) => {
            const wordRepetitions = [];
            const repeatingWordArray = filteredWordsArray.filter((filterWord) => mapWord === filterWord);
            wordRepetitions.push(mapWord);
            wordRepetitions.push(repeatingWordArray.length);
            countedWords.push(wordRepetitions);
        })
        console.log(countedWords);

        let topWords = [];

        let i;

        for (i = 0; i < 5; i++) {
            let topWord = ['', 0, 0];

            countedWords.map((pair, index) => {
                if (pair[1] > topWord[1]) {
                    topWord[0] = pair[0];
                    topWord[1] = pair[1];
                    topWord[2] = index;
                }
            });

            countedWords.splice(topWord[2], 1);
            topWord.splice(2, 1);
            topWords.push(topWord);


            console.log(topWords);

            // 0: (2) ["amet", 10]
            // 1: (2) ["tincidunt", 9]
            // 2: (2) ["justo", 7]
            // 3: (2) ["lorem", 6]
            // 4: (2) ["nibh", 6]
        }