Arbitrage USDT Standard

var chart = {
    __isStock: false,
    extension: {
        layout: 'single',
        col: 8,
        height: '300px'
    },
    tooltip: {
        xDateFormat: '%Y-%m-%d %H:%M:%S, %A'
    },
    title: {
        text: 'Account_Balance_Detail'
    },
    xAxis: {
        type: 'datetime'
    },
    yAxis: {
        title: {
            text: 'USDT'
        },
        opposite: false
    },
    series: []
};

function initChart() {
    chart.series.push({
        name: "Account_" + (Number(0)) + "_Detail",
        id: "Account_" + (Number(0)) + "_Detail",
        data: []
    });
}

function getChartPosition(avaliableMargin) {
    return {
        __isStock: false,
        extension: {
            layout: 'single',
            col: 4,
            height: '300px'
        },
        title: {
            text: 'Margin ratio(%)'
        },
        series: [{
            type: 'pie',
            name: 'one',
            data: [{
                name: 'Available Margin(%)',
                y: avaliableMargin,
                color: '#dff0d8',
                sliced: true,
                selected: true
            }, {
                name: 'Margin occupation(%)',
                y: 100 - avaliableMargin,
                color: 'rgb(217, 237, 247)',
                sliced: true,
                selected: true
            }]
        }]
    };
}

function updateAccountDetailChart(ObjChart) {
    var nowTime = new Date().getTime();
    var account = exchanges[0].GetAccount();
    try {
        if (account !== null && account.Info !== null && account.Info.totalMarginBalance > 0) {
            ObjChart.add([0, [nowTime, Number(account.Info.totalMarginBalance)]]);
        }
    } catch (err) {
        Log('ERROR ' + account + ',' + err)
    }
}

function getBalance() {
    var currentBalance = 0;
    var account = exchanges[0].GetAccount();
    try {
        if (account !== null && account.Info !== null && account.Info.totalWalletBalance > 0) {
            currentBalance += Number(account.Info.totalWalletBalance);
        }
    } catch (err) {
        Log('ERROR ' + account + ',' + err)
    }
    Sleep(666);
    return Number(currentBalance).toFixed(6);
}

function getMarginBalance() {
    var currentBalance = 0;
    var account = exchanges[0].GetAccount();
    try {
        if (account !== null && account.Info !== null && account.Info.totalMarginBalance > 0) {
            currentBalance += Number(account.Info.totalMarginBalance);
        }
    } catch (err) {
        Log('ERROR ' + account + ',' + err)
    }
    Sleep(666);
    return Number(currentBalance).toFixed(6);
}

function printProfitInfo(currentBalance) {
    var profit = Number((currentBalance) - baseOriginalBalance).toFixed(5);
    var profitRate = Number((((currentBalance) - baseOriginalBalance) / baseOriginalBalance) * 100).toFixed(4);
    LogProfit(Number(profitRate), '&');
    Log('The current balance is ' + currentBalance + ', the profit is ' + profit + ', the profit rate is ' + profitRate + '%');
}

function printPositionInfo(exchangeInnerArray, totalProfitUSDT, totalProfitRate) {
    var totalProfit = 0.0
    var table = {
        type: 'table',
        title: 'POSITIONS',
        cols: ['Symbol', 'Type', 'AvgPrice', 'Position', 'Profit'],
        rows: []
    }
    if (showInfo) {
        table.rows.push([{
            body: '* 2020-09-07 Previously, the RMB 1 million real offer was running. Now the strategy has been updated to automatically transfer the idle funds of the contract to Binance Treasure, which not only improves the security of funds, but also makes bilateral profits. When the required margin of the contract increases or decreases, the balances on both sides will be automatically adjusted. Since FMZ is currently unable to monitor the balance of Binance Treasure, it stripped off the 10W RMB and continued to run the original strategy for demonstration purposes.',
            colspan: 5
        }]);
    }
    table.rows.push([{
        body: 'This strategy is USDT-based, a Binance contract arbitrage strategy based on mean reversion, and assisted by low-risk grid parallelism (BitMEX supports BTC-based)',
        colspan: 5
    }]);
    table.rows.push([{
        body: 'The main arbitrage currencies are BTC/USDT and ETH/USDT, and the grid covers all currency trading pairs of Binance perpetual contracts.',
        colspan: 5
    }]);
    for (var index in exchangeInnerArray) {
        var position = exchangeInnerArray[index].GetPosition()
        for (var indexInner in position) {
            var profit = Number(position[indexInner].Info.unRealizedProfit);
            totalProfit = totalProfit + profit
            table.rows.push([position[indexInner].Info.symbol, (position[indexInner].Type == 1 ? 'SHORT #da1b1bab' : 'LONG #1eda1bab'), position[indexInner].Price, position[indexInner].Amount, profit.toFixed(5)]);
        }
        Sleep(168);
    }
    table.rows.push([{
        body: 'TOTAL PROFIT OF CURRENT POSITION',
        colspan: 4
    }, totalProfit.toFixed(6) + ' USDT']);
    table.rows.push([{
        body: 'TOTAL PROFIT',
        colspan: 4
    }, totalProfitUSDT + ' USDT']);
    table.rows.push([{
        body: 'TOTAL PROFIT RATE',
        colspan: 4
    }, totalProfitRate + ' %']);
    LogStatus('`' + JSON.stringify(table) + '`');
}

function main() {
    initChart();
    var ObjChart = Chart([chart, getChartPosition(100)]);
    while (true) {
        try {
            var currentBalance = getBalance();
            printProfitInfo(currentBalance);
            updateAccountDetailChart(ObjChart);
            for (var i = 0; i < 120; i++) {
                try {
                    var avaliableMargin = ((getMarginBalance()) / (getBalance())) * 100;
                    ObjChart.update([chart, getChartPosition(avaliableMargin)]);
                    var profit = Number((currentBalance) - baseOriginalBalance).toFixed(5);
                    var profitRate = Number((((currentBalance) - baseOriginalBalance) / baseOriginalBalance) * 100).toFixed(4);
                    printPositionInfo(exchanges, profit, profitRate);
                    Sleep(1000 * 120);
                } catch (errInner) {
                    throw errInner;
                }
            }
        } catch (err) {
            throw err;
        }
    }
}