require('ansi-colors');
            const PI = require('pi');
            const piStr = PI(1000000, false);
        
        

        
            function printPiSlices(){
            console.log('3.'+ piStr.substring(0,99).rfg())
            let spaces = 1;
            let s = 100;
            let e = 198;

            while (s < e){
                console.log(' '.repeat(spaces) + piStr.substring(s,e).rfg());
                ++spaces;
                s = e + 1;
                e = s + (100-(spaces*2));
            }
            console.log(' '.repeat(spaces-1) + 'Pi');
            }

            printPiSlices();
        
        

        
            console.log('\nTake note of:\n\t-counts for each digit & how close they are to each other\n\t-average of the counts values\n');
            console.log('---- GENERATING RANDOM NUMBERS USING PI ----'.fg('blue').clearAll());
            console.log(`Pi string length: ${piStr.length}\t(Should be equal to 1 million -> ${`${piStr.length === 1000000}`.fg('green', 'bright').clearAll()})`);

            let counts = {};

            function getRandomDigit(iterations, label, isPi) {
                for (let i = 0; i < iterations; i++) {
                    let randomDigit = 0;
                    if (isPi){
                        const randomIndex = Math.floor(Math.random() * piStr.length);
                        randomDigit = piStr.charAt(randomIndex);
                    } else {
                        randomDigit = Math.floor(Math.random() * 10);
                    }
                    counts[randomDigit] = (counts[randomDigit] ?? 0) + 1;
                }

                let sum = 0n;

                for (const key in counts) {
                    sum += BigInt(counts[key]);
                }

                const avg = sum / BigInt(Object.keys(counts).length);
                console.log(`${label} loop - average: ${`${avg}`.fg('cyan').clearAll()}`, counts);
                counts = {};
            }
        
        

        
            let iterations = 1000;
            getRandomDigit(iterations, '1 thousand', true);
            iterations = iterations * 10;
            getRandomDigit(iterations, '10 thousand', true);
            iterations = iterations * 10;
            getRandomDigit(iterations, '100 thousand', true);
            iterations = iterations * 10;
            getRandomDigit(iterations, '1 million', true);
            iterations = iterations * 10;
            getRandomDigit(iterations, '10 million', true);
            iterations = iterations * 10;
            getRandomDigit(iterations, '100 million', true);

            console.log('---- GENERATING RANDOM NUMBERS USING Math.random() ----'.fg('blue').clearAll());
            iterations = 1000;
            getRandomDigit(iterations, '1 thousand', false);
            iterations = iterations * 10;
            getRandomDigit(iterations, '10 thousand', false);
            iterations = iterations * 10;
            getRandomDigit(iterations, '100 thousand', false);
            iterations = iterations * 10;
            getRandomDigit(iterations, '1 million', false);
            iterations = iterations * 10;
            getRandomDigit(iterations, '10 million', false);
            iterations = iterations * 10;
            getRandomDigit(iterations, '100 million', false);

            console.log('\t/Fin');