DJ Set Energy Curve Engine

DJ Set Energy Curve Engine MCP Connector for Claude

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Model and predict the energy trajectory of a DJ set.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides mathematical modeling for DJ sets. It allows performers to calculate the energy profile of a set by analyzing track durations, energy ratings, and BPM. Use calculate_energy_curve to generate a minute-by-minute energy profile, analyze_set_progression to evaluate momentum, find_optimal_peak_timing to identify the best peak moment, and validate_encore_viability to ensure the encore meets intensity requirements.

djenergy-curvemusic-theoryset-planningperformance

4 tools expose this connector's capabilities to your AI agent.

analyze_set_progression

Provides a high-level summary of the set's momentum and flow quality

calculate_energy_curve

Generates the full mathematical model of the DJ set's energy profile over time

find_optimal_peak_timing

Suggests the best minute to hit the peak energy based on the provided track list

validate_encore_viability

Checks if the proposed encore segment is energetic enough

See how to talk to your AI agent using DJ Set Energy Curve Engine.

Calculate the energy curve for a set with 3 tracks: Track A (5m, 4 energy), Track B (7m, 8 energy), and Track C (4m, 6 energy), with a 1-minute transition and a peak at 8 minutes.

The total runtime is 18 minutes. The peak energy occurs at minute 8 with a value of 8.0. The energy profile shows a steady rise during transitions.

Analyze the progression of a set with tracks having energy ratings of 2, 5, 8, and 4.

The set shows a rising momentum trend with an average energy of 4.75.

Find the best time to hit the peak for these tracks: Track 1 (10m, 5 energy), Track 2 (10m, 9 energy).

The suggested peak minute is 10, with a predicted peak energy of 9.0.

You can use the `calculate_energy_curve` tool by providing your track list and timing constraints like peak and cooldown minutes.

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