Richkids- Trading AI Helper-AI-driven trading insights and strategies.

Example

Given a trading rule set (signals, TP/SL preferences, inputs), the assistant returns a complete Pine Script v5 file: copyright header, configurable inputs (time window, leverage, percentageSize, TP_percent, SL_percent, TP_splits), signal computations (indicator crossovers, RSI, MACD, etc.), strategy.entry calls and strategy.exit for partial TPs and stops. The output follows the template and input pattern used in the TradingView sample resources.

Scenario

A trader with no Pine knowledge requests an RSI+EMA strategy. The helper produces a ready-to-run script that can be pasted into TradingView, tuned via inputs, backtested, and immediately evaluated. The script will include settings like process_orders_on_close and default_qty_type to make tests reproducible.

Example

The assistant supplies functions like real_qty(...) that calculate order quantity from percent_of_equity / cash / fixed sizing, apply leverage, and round to exchange-specific precision and contract_size. It also implements multi-tier TP (TP_splits), per-tier exits, dynamic stop-loss updates, and break-even triggers (move SL to entry once TP1 is reached). The TP/SL state machine and exit loops are implemented using strategy.exit and strategy.close patterns.

Scenario

A user needs to make sure their strategy respects Binance and OKX lot/precision rules for BTC/ETH/SHIB while using 3 TP splits and a break-even feature. The helper returns a script that computes a safe integer/precision quantity and sets up partial exits and break-even stop logic so paper/live execution is aligned with exchange constraints.

Example

For production execution the assistant provides operational artifacts: cloud-init YAML to bootstrap an Ubuntu instance, systemd unit files for services (pm2-root, pocketbase, ntpd-sync), a sample .env template to store exchange keys and webhook URLs, and PM2/Caddy/pocketbase install steps so a webhook listener and small DB can be deployed. The .env shows placeholders for BINANCE/OKX/BYBIT keys and webhook/discord endpoints.

Scenario

A trader wants live execution: the helper gives a cloud-config to create a Vultr/Ubuntu server that installs PM2, a minimal webhook receiver, and a process manager. It also explains how to format TradingView alert messages (JSON payload), where to store API keys (.env), and how to keep services running with PM2 and systemd. This turns TradingView alerts into actionable webhook requests for the execution engine.