Is your feature request related to a problem?
When multiple stages are placed near each other, "sound bleed" causes overlapping bass frequencies that ruin the audio experience for attendees standing in the middle.
Describe the solution you'd like
Implement a DSP-driven Phase Cancellation Engine. Eventra monitors the live audio output of Stage A and Stage B. It calculates the exact acoustic delay to the intersecting crowd zone and slightly shifts the phase of the subwoofers to create a null zone (destructive interference) exactly at the border, drastically reducing sound bleed.
Alternatives considered
Turning the music down, or physically building massive, expensive shipping container walls between stages.
Additional context
Advanced acoustic physics modeling and real-time DSP phase alignment over large geographic areas.
Is your feature request related to a problem?
When multiple stages are placed near each other, "sound bleed" causes overlapping bass frequencies that ruin the audio experience for attendees standing in the middle.
Describe the solution you'd like
Implement a DSP-driven Phase Cancellation Engine. Eventra monitors the live audio output of Stage A and Stage B. It calculates the exact acoustic delay to the intersecting crowd zone and slightly shifts the phase of the subwoofers to create a null zone (destructive interference) exactly at the border, drastically reducing sound bleed.
Alternatives considered
Turning the music down, or physically building massive, expensive shipping container walls between stages.
Additional context
Advanced acoustic physics modeling and real-time DSP phase alignment over large geographic areas.