Risk Metrics Calculator

Extended Strategies Intermediate Canada All TSX Securities ETFs Options Futures All Canadian Exchange Products

Essential risk management framework for all market conditions

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Quick Reference

Strategy Type Comprehensive Risk Quantification and Measurement Framework
Market Outlook Essential risk management framework for all market conditions
Risk Profile Risk measurement tool - quantifies and monitors all forms of trading risk
Reward Profile Better risk management through precise measurement and monitoring
Time Horizon Continuous monitoring with real-time and periodic calculations
Iv Environment Adapts measurements to current volatility regime
Breakeven N/A - measurement framework, not trading strategy

Payoff Profile

The Risk Metrics Calculator provides a comprehensive framework for quantifying all aspects of trading and portfolio risk. Accurate risk measurement is the foundation of risk management - you can't manage what you can't measure.

Canada Market Details

Market Risk Factors S&P/TSX 60 VIX (VIXC) for Canadian market fear gauge • TSX heavily weighted in financials, energy, materials • CAD/USD exposure for US holdings • Bank of Canada rate sensitivity
Regulatory Context Investment Industry Regulatory Organization requirements • Canadian margin requirements differ from US • Position limits on Canadian exchanges
Canadian Benchmarks Bank of Canada overnight rate or T-bill rate • S&P/TSX Composite for beta calculations • VIXC for Canadian volatility
Tax Risk 30-day wash sale rule affects tax-loss harvesting • Adjusted Cost Base crucial for capital gains • No longer restricted but FX risk applies

Frequently Asked Questions

How do I calculate my position risk?

Position Risk = Shares × (Entry - Stop). Example: 200 shares, $50 entry, $46 stop = 200 × $4 = $800. As a percentage: $800 / $50,000 portfolio = 1.6%.

What's a good maximum portfolio heat?

Conservative: 6%. Moderate: 8%. Aggressive: 10%. In high volatility markets, reduce these limits. Heat above 10% means you're risking significant capital if all trades go wrong.

How often should I calculate my risk metrics?

Position risk: before each trade. Portfolio heat: daily or when adding positions. Volatility and VaR: weekly. Full risk analysis: monthly. More frequently in volatile markets.

What is a good maximum drawdown limit?

Personal limits vary, but common ranges: 15-20% for active traders, 10-15% for conservative traders. Set your limit, then size positions and manage heat to stay within it.

How do I calculate concentration?

Concentration = Position Value / Portfolio Value × 100%. Example: $8,000 position / $50,000 portfolio = 16%. Keep single positions under 10% and sectors under 25-30%.

How do I calculate VaR for my portfolio?

Historical method: Take your daily portfolio returns, sort them, find the 5th percentile (for 95% VaR). If portfolio is $100K and 5th percentile daily return is -2%, daily VaR = $2,000.

What's the difference between historical and parametric VaR?

Historical VaR uses actual past returns - no distribution assumption but limited by history. Parametric VaR assumes normal distribution and uses mean/std dev - simple but understates fat tails.

How do I calculate my portfolio beta?

Portfolio Beta = Σ(Weight × Position Beta). Find each position's beta (from financial sites or regress against market), multiply by portfolio weight, sum up. Example: 50% at beta 1.2 + 50% at beta 0.8 = 1.0.

How should I adjust risk limits for volatility?

In high volatility (VIX > 25), reduce limits: lower max heat from 8% to 5-6%, tighter position limits. In low volatility (VIX < 15), can use normal limits. Volatility regime determines appropriate risk.

What correlations should I track?

Track correlations between your largest positions and between sectors. Build a correlation matrix. Positions with correlation > 0.7 should be treated as partly the same bet for risk purposes.

How do I run Monte Carlo VaR?

1) Model return distribution (normal, t, or other). 2) Create correlation matrix. 3) Generate correlated random returns (Cholesky decomposition). 4) Calculate portfolio value for 10,000+ scenarios. 5) Find percentile for VaR.

How should I measure liquidity risk?

Key metrics: Position / ADV ratio (days to exit), bid-ask spread (exit cost), Amihud ratio (price impact). For L-VaR, add liquidation cost to standard VaR. Stress test assuming liquidity drops 80%.

What is coherent risk measure and why does it matter?

A coherent risk measure satisfies four properties: monotonicity, sub-additivity, positive homogeneity, translation invariance. VaR is not sub-additive (diversification can increase VaR in edge cases). CVaR/ES is coherent.

How do I calculate component VaR?

Component VaR = Weight × Marginal VaR = Weight × (∂VaR/∂Weight). Sum of component VaRs = total VaR. Shows each position's contribution to total risk. Useful for risk budgeting.

How should I handle correlation in stress scenarios?

In stress, correlations typically spike toward 1. Model correlation breakdown: assume correlations increase to 0.8-0.9 in stress scenarios. This shows reduced diversification benefit when most needed.

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