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Interface

IPhaseModifier

abstract

A modifier that renders one exact state per phase value, whatever glyph or effect machinery it is built on — the surface that reaches the phase of every such effect without naming a concrete modifier type. Collect them with GetModifiers<T>.

Remarks

Each effect counts its own rate parameter — frequency, rate, travel — per phase unit, so one phase unit is one second while Clock runs.

Implementations(3)

Types that implement IPhaseModifier.

C
GlitchModifier
RGB-split glitch bursts: during a burst the glyph doubles into magenta and cyan copies pushed in opposite directions under a crisp original, with horizontal jerks and rare blink-outs. Re-rolls [[Rate]] times per phase unit; deterministic per phase, so scrubbing reproduces the same bursts. A colour glyph under the Apply policy gets the jerks, the blink-outs and silhouette fringes; its picture stays in its own layer.
C
GlyphParamModifier<TParams>
Base for phase-driven glyph modifiers: resolves each range's parameters through the cascade into a TParams set and hands it, with the range's resolved phase, to [[OnGlyph]] for every rendered glyph the range covers. Renders one exact state per phase value, which [[Clock]] advances by itself unless it is left to an external drive. Parameters re-resolve before every mesh rebuild, so driving them re-renders the mesh without re-applying ranges.
C
ScrambleModifier
Decode effect: unresolved characters render as random glyphs from [[Charset]] and settle into the real text left-to-right as [[Progress]] grows. [[Phase]] churns the random picks, on [[Clock]] or on an external drive. Deterministic per phase; the layout never reflows — replacements draw in the real glyphs' cells.
public float Phase{ get; set }

Animation input in abstract time units, weakest stage of every covered range's phase cascade. Seconds Clock has advanced add to the value a range resolves.

public PlaybackClock Clock{ get; set }

Time source the phase advances on. Manual advances nothing: ranges then render exactly the phase they resolve, which is what a driver, tween, Animator or code writes.

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