WavePlacement

ClassTextStudioTextStudio

public class WavePlacement : IPlacementContextStrategy, IPlacementStrategy

Wave placement: applies a sine wave offset to layout Y positions. The local tangent of the sine curve is stored in tangent so the hub’s rotation module can align glyphs to the slope when rotate is on.

The Text Studio hub supplies its preview-controlled evaluation time so playback speed, pause, restart, scrubbing, and Raw authoring all produce deterministic placement. Direct strategy callers retain the real-time clock used by the original public placement contract.

Fields

amplitude

public float amplitude

Returns

System.Single

frequency

public float frequency

Returns

System.Single

phase

public float phase

Returns

System.Single

speed

public float speed

Returns

System.Single

Methods

ComputePlacements(Vector3[], GlyphPlacement[], int)

public void ComputePlacements(Vector3[] layoutPositions, GlyphPlacement[] placements, int glyphCount)

Compute placements for all visible glyphs.

Parameters

Name	Type	Description
layoutPositions	UnityEngine.Vector3[]	Input: baseline positions from the layout engine.
placements	TextStudio.GlyphPlacement[]	Output: final 3D placements.
glyphCount	System.Int32	Number of glyphs.

ComputePlacements(in PlacementContext, GlyphPlacement[])

public void ComputePlacements(in PlacementContext context, GlyphPlacement[] placements)

Writes placements for every visible glyph using its current layout and line metadata.

Parameters

Name	Type
context	TextStudio.PlacementContext
placements	TextStudio.GlyphPlacement[]

Constructors

WavePlacement()

public WavePlacement()

Properties

Mode

public PlacementMode Mode { get; }

Returns

TextStudio.PlacementMode