pulp::host::sequencing::prob_gate Namespace Reference

Classes
struct	Instance

Typedefs
using	Prob = signal::ProbGate

Functions
float	prob_gate_worst_case_gain ()
	Worst-case linear gain for the Forge registry (series law 8).
CustomNodeType	make_prob_gate_node (std::uint32_t seed=Prob::kProbSeed)
	seed is registration-time (law 2): changing the seed is how you roll again, and that is a composition decision rather than an automation lane.
ForgeNodeDescriptor	descriptor ()

Variables
constexpr const char *	kTypeId = "sequencing.prob_gate"
constexpr state::ParamID	kProbabilityPct = 1
constexpr state::ParamID	kReset = 2

Typedef Documentation

Prob

using pulp::host::sequencing::prob_gate::Prob = signal::ProbGate

Function Documentation

descriptor()

ForgeNodeDescriptor pulp::host::sequencing::prob_gate::descriptor ( )

inline

make_prob_gate_node()

CustomNodeType pulp::host::sequencing::prob_gate::make_prob_gate_node

(

std::uint32_t

seed = Prob::kProbSeed

)

seed is registration-time (law 2): changing the seed is how you roll again, and that is a composition decision rather than an automation lane.

A baked artifact therefore plays the SAME probabilistic performance on every render, which is the whole point of a seeded chance gate.

prob_gate_worst_case_gain()

float pulp::host::sequencing::prob_gate::prob_gate_worst_case_gain

(

)

Worst-case linear gain for the Forge registry (series law 8).

No feedback path. The output is a boolean level: a trigger is passed at kGateHigh or blocked at kGateLow, whatever the input amplitude was.

Variable Documentation

kProbabilityPct

state::ParamID pulp::host::sequencing::prob_gate::kProbabilityPct = 1

inlineconstexpr

kReset

state::ParamID pulp::host::sequencing::prob_gate::kReset = 2

inlineconstexpr

kTypeId

const char* pulp::host::sequencing::prob_gate::kTypeId = "sequencing.prob_gate"

inlineconstexpr