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Calculate and interpret Self-Compassion Scale scores.

Optimize your rest by finding the perfect wake-up times based on natural 90-minute sleep cycles.

Quantify accumulated sleep debt, identify trends, and predict recovery timelines.

Measure the gap between your core values and your current life reality.

Classifies biological chronotypes and recommends productivity windows based on natural sleep patterns.

Gradually shift your feeding window to match new sleep patterns without metabolic shock.

Map your natural energy peaks, valleys, and optimal focus windows based on your chronotype.

Monitor sleep debt, estimate cognitive impact, and calculate recovery timelines.

Optimize your rest with science-based nap recommendations.

Estimate muscle recovery and physiological readiness based on training load, sleep quality, and rest frequency.

Analyze your sleep patterns and receive a diagnostic score based on duration, continuity, and subjective recovery.

Calculate FTP, power zones, and training metrics like TSS and IF from cycling tests.

Optimize your rest with intelligent nap scheduling based on sleep patterns and goals.

Calculate W/kg for endurance sports and standardized strength scores (DOTS, WILKS, IPF) for powerlifting.

Predict race performance and generate segmented pacing strategies using the Riegel model.

Generate standardized physical testing protocols, athletic benchmarks, and composite fitness scores for various sports.

Estimate intrinsic stock value using a multi-stage Discounted Cash Flow (DCF) model with sensitivity analysis.

Calculate swimming training intensities, race predictions, and efficiency metrics based on Critical Swim Speed (CSS).

Calculate expected asset returns using the Capital Asset Pricing Model (CAPM) and evaluate investment attractiveness.

Calculate intrinsic equity value using Gordon Growth and Two-Stage DDM models.

Estimate your maximum strength capacity using 8 different physiological models.

Calculate Black-Scholes theoretical option prices and Greeks (Delta, Gamma, Theta, Vega, Rho) to assess market risk.

Analyze stock valuation using P/E, PEG, and sector-specific benchmarks.

Automate 12-week strength training schedules with safety-capped linear progression.

Classify weightlifting strength levels and predict future milestones.

Assess burnout risk using the Maslach Burnout Inventory (MBI) model.

Quantify mental strain from workload metrics and get actionable mitigation strategies.

Track and optimize muscle hypertrophy by monitoring training volume, RIR targets, and effective stimulus.

Assess cumulative psychological stress risks using the Holmes-Rahe Scale.

Calculate estimated recovery duration and progressive weekly plans based on burnout levels and mitigation strategies.

Calculate optimal rest periods between sets based on training goals and intensity.

Calculate and analyze perceived stress levels using the PSS-10 scale.