FreelanceKategorien

Robot chatgpt algo

MQL4 Experten Forex Debugging eines Roboters/Indikators Statistik und Mathematik Optimierung von Strategien C++ Module von Strategien Python Linux

Spezifikation

// Setting the initial parameters
double capital = 1000;
double risk = 0.015; // 1.5% stop loss
double take_profit = 0.10;
double lot_size = 0.10;
int max_executions = 6;

// Calculating the Ichimoku indicator
int period1 = 9;
int period2 = 26;
int period3 = 52;
int period4 = 26;

double tenkan_sen[];
double kijun_sen[];

int init()
{
    // Calculate the Ichimoku indicator
    ArrayResize(tenkan_sen, Bars);
    ArrayResize(kijun_sen, Bars);
    for (int i = 0; i < Bars; i++)
    {
        double ichimoku[4];
        iIchimoku(Symbol(), 0, period1, period2, period3, period4, PRICE_HIGH, ichimoku);
        tenkan_sen[i] = ichimoku[0];
        kijun_sen[i] = ichimoku[1];
    }

    return (0);
}

int start()
{
    // Implementing the trading strategy
    static int position = 0; // 0 represents no position, 1 represents long position
    static int executions = 0; // Number of executions
    double stop_loss, take_profit_price;
    
    for (int i = 1; i < Bars; i++)
    {
        if (tenkan_sen[i - 1] > kijun_sen[i - 1] && tenkan_sen[i] < kijun_sen[i] && position == 0)
        {
            if (executions < max_executions)
            {
                position = 1;
                executions++;
                stop_loss = iClose(Symbol(), 0, i) * (1 - risk);
                take_profit_price = iClose(Symbol(), 0, i) * (1 + take_profit);
                capital -= lot_size * iClose(Symbol(), 0, i); // Entering the market
            }
        }
        else if (tenkan_sen[i - 1] > kijun_sen[i - 1] && tenkan_sen[i] < kijun_sen[i] && position == 1)
        {
            position = 0;
            executions--;
            capital += lot_size * iClose(Symbol(), 0, i); // Exiting the market
        }
        else if (iClose(Symbol(), 0, i) < stop_loss && position == 1)
        {
            position = 0;
            executions--;
            capital += lot_size * stop_loss; // Exiting the market with stop loss
        }
        else if (iClose(Symbol(), 0, i) > take_profit_price && position == 1)
        {
            position = 0;
            executions--;
            capital += lot_size * take_profit_price; // Exiting the market with take profit
        }
    }
    
    // Print the final capital
    Print("Final Capital: $", capital);

    return (0);
}

Bewerbungen

1
Entwickler 1
Bewertung
(382)
Projekte
492
23%
Schlichtung
59
54% / 25%
Frist nicht eingehalten
57
12%
Beschäftigt
2
Entwickler 2
Bewertung
(5)
Projekte
4
50%
Schlichtung
4
0% / 75%
Frist nicht eingehalten
0
Frei
3
Entwickler 3
Bewertung
(90)
Projekte
118
17%
Schlichtung
44
23% / 39%
Frist nicht eingehalten
20
17%
Frei
4
Entwickler 4
Bewertung
Projekte
0
0%
Schlichtung
0
Frist nicht eingehalten
0
Frei
5
Entwickler 5
Bewertung
Projekte
0
0%
Schlichtung
0
Frist nicht eingehalten
0
Frei
6
Entwickler 6
Bewertung
Projekte
0
0%
Schlichtung
0
Frist nicht eingehalten
0
Frei
Ähnliche Aufträge
Finish & Stabilize Kalshi Trading Bot (TypeScript, API, Execution Logic) 31+ USD
We are looking for a developer to finish and stabilize an existing Kalshi trading bot (~60% complete) built in TypeScript. This is not a MetaTrader EA. The system interacts with the Kalshi API and requires strong understanding of execution logic, order handling, and state management. Scope of Work: Review and understand existing TypeScript codebase Complete missing functionality Fix execution issues (order placement

Projektdetails

Budget
30+ USD
Ausführungsfristen
von 30 bis 50 Tag(e)