Struct IPLPathBakeParams 

#[repr(C)]
pub struct IPLPathBakeParams {
    pub scene: IPLScene,
    pub probeBatch: IPLProbeBatch,
    pub identifier: IPLBakedDataIdentifier,
    pub numSamples: IPLint32,
    pub radius: IPLfloat32,
    pub threshold: IPLfloat32,
    pub visRange: IPLfloat32,
    pub pathRange: IPLfloat32,
    pub numThreads: IPLint32,
}

Parameters used to control how pathing data is baked.

Fields

scene: IPLScene

The scene in which the probes exist.

probeBatch: IPLProbeBatch

A probe batch containing the probes for which pathing data should be baked.

identifier: IPLBakedDataIdentifier

An identifier for the data layer that should be baked. The identifier determines what data is simulated and stored at each probe. If the probe batch already contains data with this identifier, it will be overwritten.

numSamples: IPLint32

Number of point samples to use around each probe when testing whether one probe can see another. To determine if two probes are mutually visible, numSamples * numSamples rays are traced, from each point sample of the first probe, to every other point sample of the second probe.

radius: IPLfloat32

When testing for mutual visibility between a pair of probes, each probe is treated as a sphere of this radius (in meters), and point samples are generated within this sphere.

threshold: IPLfloat32

When tracing rays to test for mutual visibility between a pair of probes, the fraction of rays that are unoccluded must be greater than this threshold for the pair of probes to be considered mutually visible.

visRange: IPLfloat32

If the distance between two probes is greater than this value, the probes are not considered mutually visible. Increasing this value can result in simpler paths, at the cost of increased bake times.

pathRange: IPLfloat32

If the length of the path between two probes is greater than this value, the probes are considered to not have any path between them. Increasing this value allows sound to propagate over greater distances, at the cost of increased bake times and memory usage.

numThreads: IPLint32

Number of threads to use for baking.

Trait Implementations

impl Clone for IPLPathBakeParams

fn clone(&self) -> IPLPathBakeParams

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for IPLPathBakeParams

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

Formats the value using the given formatter.

impl Copy for IPLPathBakeParams