Groove Quantize Calculator

Groove Quantize Calculator MCP Connector for Claude

A+

Calculate precise millisecond-based quantization grids, swing offsets, and latency compensation for DAWs.

4 tools Official Updated Jun 28, 2026 Official Vinkius Partner

The Groove Quantize Calculator is an essential tool for music producers working in Digital Audio Workstations (DAWs). It bridges the gap between musical tempo and absolute time by converting BPM into precise millisecond values. Use calculate_note_durations to find exact durations for standard, dotted, and triplet subdivisions. Determine the exact displacement needed for a specific feel with calculate_swing_offset. The server also provides get_latency_recommendation to help manage buffer sizes in high-tempo projects and get_complete_rhythmic_map for a full view of your rhythmic grid.

bpmquantizationswingdawlatencyrhythm

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

get_latency_recommendation

Get recommended latency buffer based on BPM

calculate_note_durations

g., "1/4", "1/8") to get millisecond values. Calculate standard, dotted, and triplet durations for a subdivision

get_complete_rhythmic_map

Generate a full rhythmic grid map

calculate_swing_offset

Calculate millisecond displacement for swing

See how to talk to your AI agent using Groove Quantize Calculator.

What is the duration of a dotted 1/8th note at 140 BPM?

At 140 BPM, a 1/8th note lasts approximately 214.29 ms, and its dotted version is approximately 321.43 ms.

Calculate the swing offset for 70% swing at 90 BPM.

For a 90 BPM project with a 70% swing target, the off-beat should be delayed by approximately 34.29 ms.

Show me a full rhythmic map for 128 BPM with 50% swing.

The complete rhythmic grid at 128 BPM (straight) includes: 1/4: 468.75ms, 1/8: 234.375ms, 1/16: 117.1875ms, etc.

Use the `calculate_note_durations` tool. By providing 120 as the BPM and '1/16' as the subdivision, it will return the base duration in milliseconds.

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