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| struct | Instance |
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| using | Device = signal::FuzzDevice |
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| const char * | type_id (Device device, bool oversampled) noexcept |
| float | worst_case_gain () |
| Tested small-signal feedback bound for the Forge registry. | |
| CustomNodeType | make_fuzz_node (Device device, bool oversampled=true) |
| int | latency_samples (bool oversampled, double sample_rate=48000.0) |
| ForgeNodeDescriptor | descriptor () |
Variables | |
| constexpr state::ParamID | kFuzz = 1 |
| constexpr state::ParamID | kBiasStarve = 2 |
| constexpr state::ParamID | kSourceKohm = 3 |
| constexpr state::ParamID | kOutputDb = 4 |
| constexpr state::ParamID | kMix = 5 |
| constexpr state::ParamID | kDriftEnabled = 6 |
| constexpr std::uint32_t | kDeterministicDriftSeed = 0x46555a5au |
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Tested small-signal feedback bound for the Forge registry.
The DSP suite sweeps the complete parameter grid and proves that the binding point is silicon, maximum fuzz, healthy bias, and minimum source impedance. Evaluate that realized endpoint instead of restating the 0.94 design ceiling: the accepted 0.1 kohm source floor makes the measured maximum slightly lower.
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