Enum ReflectionsSimulationParameters 

pub enum ReflectionsSimulationParameters {
    Convolution {
        baked_data_identifier: Option<BakedDataIdentifier>,
    },
    Parametric {
        reverb_scale: [f32; 3],
        baked_data_identifier: Option<BakedDataIdentifier>,
    },
    Hybrid {
        reverb_scale: [f32; 3],
        hybrid_reverb_transition_time: f32,
        hybrid_reverb_overlap_percent: f32,
        baked_data_identifier: Option<BakedDataIdentifier>,
    },
    TrueAudioNext {
        baked_data_identifier: Option<BakedDataIdentifier>,
    },
}

Reflections simulation parameters for a source.

Variants

Convolution

Multi-channel convolution reverb.

Fields

baked_data_identifier: Option<BakedDataIdentifier>

The optional identifier used to specify which layer of baked data to use for simulating reflections for this source.

Parametric

Parametric (or artificial) reverb, using feedback delay networks.

Fields

reverb_scale: [f32; 3]

The reverb decay times for each frequency band are scaled by these values. Set to [1.0, 1.0, 1.0] to use the simulated values without modification.

baked_data_identifier: Option<BakedDataIdentifier>

The optional identifier used to specify which layer of baked data to use for simulating reflections for this source.

Hybrid

A hybrid of convolution and parametric reverb.

Fields

reverb_scale: [f32; 3]

The reverb decay times for each frequency band are scaled by these values. Set to [1.0, 1.0, 1.0] to use the simulated values without modification.

hybrid_reverb_transition_time: f32

This is the length (in seconds) of impulse response to use for convolution reverb. The rest of the impulse response will be used for parametric reverb estimation only. Increasing this value results in more accurate reflections, at the cost of increased CPU usage.

hybrid_reverb_overlap_percent: f32

This is the amount of overlap between the convolution and parametric parts. To ensure smooth transitions from the early convolution part to the late parametric part, the two are cross-faded towards the end of the convolution part. For example, if hybrid_reverb_transition_time is 1.0, and hybrid_reverb_overlap_percent is 0.25, then the first 0.75 seconds are pure convolution, the next 0.25 seconds are a blend between convolution and parametric, and the portion of the tail beyond 1.0 second is pure parametric.

baked_data_identifier: Option<BakedDataIdentifier>

The optional identifier used to specify which layer of baked data to use for simulating reflections for this source.

TrueAudioNext

Multi-channel convolution reverb, using AMD TrueAudio Next for GPU acceleration.

Fields

baked_data_identifier: Option<BakedDataIdentifier>

The optional identifier used to specify which layer of baked data to use for simulating reflections for this source.

Trait Implementations

impl Clone for ReflectionsSimulationParameters

fn clone(&self) -> ReflectionsSimulationParameters

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for ReflectionsSimulationParameters

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Copy for ReflectionsSimulationParameters