AuraResonance System Master

Clinical-Grade Neuromodulation • 19 Physical Exciters • 6-Formant Waveguide Engine
Pre-Flight Diagnostic Probes & Hardware Component Health
1. Web Audio EngineIDLE
2. AudioWorklet ModuleIDLE
3. Hardware Clock (DAC)IDLE
4. Circular Ring BufferIDLE
5. Worklet Port IntegrityIDLE
6. Live Mic Bus InterfaceIDLE
7. Subsonic High-Pass FilterIDLE
8. Fast AGC Feedback GuardIDLE
9. 6-Band State-Variable ArrayIDLE
10. 60 FPS Visualizer EngineIDLE
Master Output Stage & Spectrum Telemetry
ISO: DISENGAGED ROUTED: WAVEGUIDE ENGINE OFFLINE
Master Output Level 70%
Clinical Isochronic Neuromodulation Engine
ENGAGE PULSE:
Carrier Signal Routing:
Pulse Rate ($f_{\text{iso}}$)10.00 Hz
Clinical Duty Cycle (Default: 50%)50%
Tukey Window Anti-Splatter Ramp3.5 ms
Clinical Tone Carrier Pitch136.1 Hz
SESSION TIMER:
15:00
Input Source Matrix & Dual Preamp Bus INDEPENDENT CHANNEL PREAMPS & LIMITERS
Noise Generator Level80%
Live Mic Preamp Gain100%
Mic Fast Peak AGC / Limiter
Synthetic Exciter Models (Active When Generator is Engaged) 19 DISCRETE NOISE & FLUID ENGINES
Mathematical & Colored Noise Suite
Micro-Hydrodynamic & Capillary Fluid Models
Noise Spectral Brightness (LP Cutoff)8,500 Hz
Fluid Event Rate / Velocity Scale1.00x
Comb Spatial Waveguide (Extended 262k Buffer) SAMPLE-ACCURATE FRACTIONAL DELAY
Comb Delay Duration (Exact Samples)220.0 smp
Wall Reflectance (Recursive Feedback)0.50
High-Frequency Wall Damping0.65
Delay LFO Sweep Depth0.0 smp
Delay LFO Sweep Rate0.25 Hz
6-Formant Spectral Bank
ENGAGED:
F1 (MASS)Vocal
Hz
Deep Caverns
F2 (BODY)Vocal
Hz
Clay / Ceramic
F3 (WARMTH)Vocal
Hz
Clay / Ceramic
F4 (PRESENCE)Vocal
Hz
Porcelain Sinks
F5 (BRILLIANCE)Water
Hz
Thin Glass / Pipes
F6 (AEROSOL)Aerosol
Hz
Micro-Droplets
Formant Wet Resonance40%
Resonator Q Factor6.5
Discrete Parameter Specifications & Acoustic Function ZERO MS REFERENCES • 100% SAMPLE CALCULATIONS
Parameter Identifier UI Control Target Sample-Domain Range DSP Mechanics & Acoustic Role
iso_freqIsochronic Pulse Rate0.50 – 60.00 HzExact sample-period cycle counter ($T = f_s / f_{\text{iso}}$) governing cortical frequency-following response.
iso_dutyIsochronic Duty Cycle10% – 90% (Default 50%)Defines the ON plateau ratio of the stimulation cycle; lower values increase transient contrast.
iso_rampTukey Window Ramp1.0 – 15.0 msRaised-cosine rise/fall window that eliminates click transients without reducing cortical evoked spikes.
comb_delayComb Delay Duration2.0 – 65,536.0 smpSets waveguide delay in discrete samples with sub-sample linear interpolation. Minimum clamped to $\ge 2.0\text{ samples}$ to preserve causal indexing.
comb_fbWall Reflectance (FB)-0.98 to +0.98Bidirectional feedback gain. Positive values ($+\text{fb}$) produce open-pipe integer harmonics; negative values ($-\text{fb}$) produce closed-pipe odd harmonics.
comb_dampHigh-Frequency Damping0.01 – 0.98Single-pole recursive lowpass filter inside the feedback loop, simulating wall absorption.
formants_onFormant Bank ToggleEnabled / DisabledToggles the 6-band State-Variable Bandpass filter array. When disabled, the input feeds directly into the comb waveguide.