CMUSE

🎵 Practice Ramp Presets Ramp model: The calculator divides the tempo gap into metronome steps, then estimates how long each step lasts from either minutes, bars, or a fixed step target. Rest time, warmup, cooldown, and confidence buffer are added to the full session length. ⚙ Tempo Ramp Inputs Starting Tempo (BPM) The slowest clean tempo for the passage today. Target Tempo (BPM) The goal tempo for the final successful repetition.

Gain rule: LUFS gain adjustment equals target integrated loudness minus measured integrated loudness. A positive result means raise gain; a negative result means lower gain. Delivery target profile Loads a common target and true peak ceiling. Measured integrated loudness (LUFS) The full-track or full-program integrated LUFS reading. Target integrated loudness (LUFS) The destination level you want after gain adjustment. Current true peak (dBTP) Use true peak, not sample peak, when available.

🎵 Song Length Presets Preset use: Load a release shape, then replace the track list with mastered timings. The music-only average stays separate from sequence time with gaps, fades, bonus tracks, and hidden audio. ⏱ Length Inputs Project label Shown in the result breakdown. Release format Used for comparison windows. Average method Controls the first result card. Unlisted planned tracks Tracks without exact timings yet. Estimated unlisted song length (minutes) Used only for unlisted tracks.

⏱ Session Runtime Presets Runtime model: Exact track durations are summed first. If the list is shorter than the track count, the remaining tracks use the average length, then takes, reviews, overhead, export, and buffer are added. 🎚 Session, Track, And Runtime Inputs Session label Appears in the result breakdown. Workflow profile Adds workflow-specific setup and review behavior. Track count Total songs, cues, stems, or set items. Average track length (minutes) Used for tracks not listed exactly.

Formula focus: arrival time equals acoustic distance divided by speed of sound, plus electronic latency. Add delay to the earlier speaker so both arrivals meet the selected target offset. System context Sets tolerance and wording for the status card. Delay target mode Positive target means speaker A arrives after speaker B. Speaker A distance (ft) Usually the closer or fill speaker acoustic center. Speaker B distance (ft) Usually the reference main, stage, or farther source.

Formula focus: use 10 log10 for power ratios and 20 log10 for voltage, amplitude, pressure, or SPL ratios. This calculator shows both views from the same dB difference. Reference level A (dB) Baseline level, source, meter reading, or fader value. Compared level B (dB) New level or second signal. Difference is B minus A. Decibel reference type Changes wording and the practical comparison label. Calculation mode Compare is best for normal dB difference work.

Core formula: cutoff frequency = 1 / (2πRC). A first-order RC filter is down about 3.01 dB and shifted 45 degrees at its cutoff. Solve for Choose the unknown value for this RC stage. Filter response Both use the same cutoff formula; attenuation direction changes. Circuit model Loaded mode includes source and destination impedance. Target cutoff (Hz) Used directly when solving R or C. Resistor value Series or equivalent resistance in the RC network.

Core formula: phase degrees = delay seconds x frequency Hz x 360. Polarity inversion adds 180 degrees, then the result is wrapped to a signed -180 to +180 degree range. Reference frequency (Hz) Use the fundamental, crossover point, or problem band. Offset amount Positive means the second signal arrives later. Offset unit Samples use the selected sample rate. Sample rate Used for sample and DAW nudge conversion. Polarity state Polarity inversion is a fixed 180 degree turn.

Exact rule: one BPM beat equals 60,000 divided by BPM milliseconds. The calculator converts that beat to quarter-note milliseconds, applies the selected note value, dots, tuplet ratio, tied notes, and then adds only the optional extra delay. Tempo (BPM) Tempo from the DAW, pedal tap, chart, or metronome. BPM beat note value Use dotted-quarter BPM for many 6/8 and 12/8 charts. Target note value Values are stored as quarter-note units. Dot count Dotted = 1.5x, double dotted = 1.75x.

With this breathing timer, imagine a bellows in action as you develop your breath support using soft sounds and graphics to guide you along. With a click of the mouse, you can get it going, or if you’re on a computer, adjust quick with the keys on your keyboard. Simply pick a preset or create a new one to follow the pace of your chosen rehearsal. How to Use the Breathing Timer In the main bellows animation, we see how air is moving in and out. The ribbon above it indicate which phase is active.