All Posts (Page 4)

Calmar Ratio measures how efficiently a trading model generates returns relative to its maximum drawdown. Instead of focusing purely on profit, it highlights the relationship between reward and downside risk. In darwintIQ, the metric contributes to evaluating the structural robustness of models, helping distinguish strategies that produce stable returns from those that rely on unstable or high-drawdown behavior.

In quantitative trading, profit alone rarely tells the full story. Two models can generate similar returns while behaving very differently in terms of stability, drawdowns, and consistency. Fitness metrics help evaluate the structural quality of a trading model by looking beyond raw profit and capturing how stable and robust its behaviour is. In adaptive systems like darwintIQ, Fitness contributes to identifying models that are not only profitable, but also resilient under changing market conditions.

Markets constantly change their behavior. This article explains why trading models lose effectiveness over time and why adapting to regime shifts is more important than optimizing for the past.

Jensen–Shannon Divergence is a metric used in darwintIQ to evaluate how stable the statistical behaviour of a trading model remains over time. Instead of looking only at profit, it helps detect whether the distribution of returns or behaviour of a model is changing.

Expected Value (EV) measures the statistical edge of a trading model by combining win probability, average win, and average loss into a single expectation per trade. Unlike raw profit, EV reveals whether performance is structurally stable or driven by outliers. In darwintIQ, Expected Value is evaluated over rolling market windows and used alongside profitability, drawdown, and distribution metrics to identify models with durable adaptive behavior under current conditions.