Nas 100 Scalping Robot Development

The indicator a bit inverted. But it doesn’t matter to me as long as the winrate make sense for investment. For brief details regarding the indicator. What should have been a sell, i inverted it into buy with sl and tp swapped(only change the name of sl and tp for visualisation , but the code still on right tp and sl) . And in script ive inverted the signal command code. But the trouble is the tp and sl cant be

//+------------------------------------------------------------------+ //| EURUSD Daily Strategy EA | //+------------------------------------------------------------------+ extern int MA_Fast = 50; extern int MA_Slow = 200; extern int RSI_Period = 14; extern double RiskReward = 2.0; extern double StopLossMultiplier = 1.5; void OnTick() { if (TimeCurrent() != iTime(NULL, PERIOD_D1, 0)) return;

The trading bot is an automated software system designed to monitor financial markets, execute trades, and manage risk based on predefined strategies. The bot aims to maximize profits while minimizing human intervention and emotional decision-making. Scope: Supports automated trading on selected exchanges (e.g., Binance, Bitget, Coinbase). Executes trades based on technical indicators, signals, or AI models. Provides

I need help in modifying an amibroker AFL indicator the indicator already works but I need per symbol static variable isolation, parameters persistence per symbol after restart, non declining trailing stop logic, parameter auto restore when switching symbols and a global reset function for static variables. For better understanding As discussed, this is the official offer for restructuring my RAD Chandelier stop loss

I need a AI signal generating bot for forex trading that use the latest ai technology to track real time forex market, analyse and give signals. The bot should operate such that when i put it in a chart it will analyse the market, after several minutes it will display whether the trade is buying or selling. It should display the one minute, five minute,15minute, 30 minute, one hour, 4 hours and daily time frame

step by step and structure this into a full IEEE 830 / ISO/IEC/IEEE 29148 style Requirements Specification. This format will include: Introduction System Overview Functional and Performance Requirements Traceability Matrix (linking requirements to test cases) Verification and Validation Compliance Standards 1. Introduction 1.1 Purpose The purpose of this document is to define the technical requirements for the