ModulationType

enum class MayaFlux::Buffers::LogicProcessor::ModulationType : uint8_t

strong

Defines how logic values modulate buffer content.

These are readymade strategies for applying binary logic (0.0/1.0) to continuous audio data, providing common compositional primitives for logic-based signal processing.

Enumerator
REPLACE	Replace buffer with logic values: out = logic.
MULTIPLY	Gate/mask buffer: out = logic * buffer (standard audio gate)
ADD	Offset buffer: out = logic + buffer.
INVERT_ON_TRUE	Invert signal when logic is true: out = logic ? -buffer : buffer.
HOLD_ON_FALSE	Hold last value when logic is false: out = logic ? buffer : last_value.
ZERO_ON_FALSE	Silence when logic is false: out = logic ? buffer : 0.0.
CROSSFADE	Smooth interpolation: out = lerp(0.0, buffer, logic)
THRESHOLD_REMAP	Binary value selection: out = logic ? high_val : low_val.
SAMPLE_AND_HOLD	Sample on logic change: out = logic_changed ? buffer : held_value.
CUSTOM	User-defined modulation function.

Definition at line 42 of file LogicProcessor.hpp.

                              : uint8_t {
        REPLACE, ///< Replace buffer with logic values: out = logic
        MULTIPLY, ///< Gate/mask buffer: out = logic * buffer (standard audio gate)
        ADD, ///< Offset buffer: out = logic + buffer
 
        INVERT_ON_TRUE, ///< Invert signal when logic is true: out = logic ? -buffer : buffer
        HOLD_ON_FALSE, ///< Hold last value when logic is false: out = logic ? buffer : last_value
        ZERO_ON_FALSE, ///< Silence when logic is false: out = logic ? buffer : 0.0
        CROSSFADE, ///< Smooth interpolation: out = lerp(0.0, buffer, logic)
        THRESHOLD_REMAP, ///< Binary value selection: out = logic ? high_val : low_val
        SAMPLE_AND_HOLD, ///< Sample on logic change: out = logic_changed ? buffer : held_value
 
        CUSTOM ///< User-defined modulation function
    };