Metastock Formulas: New

A formula that works for "Blue Chip" stocks may not work for volatile cryptocurrencies or forex pairs.

: Standard "out-of-the-box" patterns don't account for volatility context, making this custom version more reliable for identifying bottoms. Oracle Traders 3. Price-Volume (PV) Rank Formula

Instead of a simple 20-day MA, use a moving average that weights periods of low volatility higher than high volatility. B. Multi-Timeframe Integration (Daily/Weekly/Intraday) metastock formulas new

offers custom programming services for a flat fee (typically starting at $30 per request). formula, such as one for moving average crossovers RSI-based exits MetaStock Formula Primer

By utilizing the enhanced search, drag-and-drop features, and modernizing formula logic, traders can create sophisticated tools in MetaStock that are tailored to the volatility of today's markets. A formula that works for "Blue Chip" stocks

Adaptive Volatility Breakout Period := Input("ATR Period", 5, 50, 14); Mult := Input("ATR Multiplier", 1, 5, 2.5); UpperBand := mov(C, 20, S) + (Mult * ATR(Period)); VolumeConfirm := V > mov(V, 20, S) * 1.5; Cross(C, UpperBand) AND VolumeConfirm 2. The Multi-Timeframe Momentum Signal

: Includes tabbed charts, theme support (Dark/Light mode), and "next-gen" container updates for grouping and dividing chart views. Price-Volume (PV) Rank Formula Instead of a simple

This formula identifies bullish divergences when the short-term moving average is below the long-term moving average and the short-term momentum is above the long-term momentum. Similarly, it identifies bearish divergences when the short-term moving average is above the long-term moving average and the short-term momentum is below the long-term momentum.

The TEMA smooths price data multiple times to isolate the trend line while removing the lag inherent in standard EMAs. Use this template for a fast/slow moving average crossover strategy.

4th Day Breakout Day1 := C <= Ref(C, -1); Day2 := Ref(C, -1) <= Ref(C, -2); Day3 := Ref(C, -2) <= Ref(C, -3); Day4 := C > HHV(Ref(C,-1), 3); Day1 AND Day2 AND Day3 AND Day4 Use code with caution. Copied to clipboard 2. Adaptive Linear Regression Band