Struct AudityLoopSettings

Loop settings for a sample. Positions are clip-rate sample frames, RATE-STAMPED with the frequency they were authored at: Unity’s per-platform import settings can resample a clip (Optimize/Override Sample Rate - including in-editor on a build-target switch), so a bare frame index is not a stable time unit. Bake sites resolve through DarkEffekt.Audity.AudityLoopSettings.ResolveFrames(System.Int32%2cSystem.Int64%2cSystem.Int64%40%2cSystem.Int64%40), which rescales the authored positions onto the clip’s CURRENT rate.

Assembly: DarkEffekt.Audity.Runtime

Declaration

[Serializable]
public struct AudityLoopSettings

Fields

mode

Declaration

public AudityLoopMode mode

startSamples

Declaration

public long startSamples

endSamples

Exclusive; 0 = clip end.

Declaration

public long endSamples

crossfadeSeconds

> 0 turns Whole/Region loops into crossfaded loops.

Declaration

[Min(0)]
public float crossfadeSeconds

crossfadePower

Shapes the equal-power blend: the crossfade position is warped by t^power before the constant-power curve is evaluated, so the sum of squared gains stays 1 for any value - only the timing of the cross shifts (power < 1 crosses early then lingers; power > 1 holds then crosses late; 1 is the unwarped default). <= 0 (including an unset/never-authored struct) means 1.

Declaration

[Tooltip("Shapes the crossfade curve. 1 = unwarped equal-power (default). < 1 crosses early then lingers; > 1 holds then crosses late. 0 (or unset) is treated as 1. Drag the waveform's crossfade grip vertically to set this.")]
public float crossfadePower

authoredFrequency

Sample rate DarkEffekt.Audity.AudityLoopSettings.startSamples/DarkEffekt.Audity.AudityLoopSettings.endSamples were authored at (stamped by the loop editor on every write). 0 = unstamped: positions are taken at the clip’s current rate.

Declaration

public int authoredFrequency

Methods

ResolveFrames(int, long, out long, out long)

The loop region in the clip’s CURRENT rate: rescales the authored positions when the clip was imported at a different frequency than they were authored at, and clamps into the clip. endFrames 0 = clip end.

Declaration

public void ResolveFrames(int clipFrequency, long clipFrames, out long startFrames, out long endFrames)

Parameters

Type	Name
System.Int32	clipFrequency
System.Int64	clipFrames
System.Int64	startFrames
System.Int64	endFrames