boltFIREARMS

GunShot

Procedural firearm synthesis. From pistols to ballistics, with physically-informed transient modelling.

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Key Features

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4-layer Additive Chain

Primer, snap, blast, and thump layers combine for realistic firearm synthesis.

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Wavefolder Gas Simulation

Non-linear wavefolder simulates the gas dynamics of a firearm discharge.

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Ballistics Math

Mach cone calculation and Friedlander waveform for physically-accurate ballistic sounds.

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Per-shot PRNG Randomization

Pseudo-random number generator ensures every shot sounds unique — no repetition.

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Weapon-type Parameters

Control calibre, barrel length, and firing mode for realistic weapon variation.

Quick Start

// Fire a procedural gunshot
var engine = GetComponent<GunShotEngine>();
engine.SetWeaponType(WeaponType.Pistol9mm);
engine.SetBarrelLength(0.15f);
engine.Fire();  // Procedurally generated

Why GunShot?

Replace hundreds of gunshot samples with one procedural engine. Every shot is unique — calibre, barrel length, and firing mode are all controllable parameters. No sample libraries, no repetition.

Technical Details

Architecture & Performance
  • 4-layer additive chain: primer, snap, blast, thump
  • Non-linear wavefolder for gas dynamics simulation
  • Mach cone and Friedlander waveform ballistics math
  • Per-shot PRNG randomization for unique sounds
  • Configurable weapon parameters: calibre, barrel length, firing mode
  • Shares Core lock-free command queue and voice management