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DigiRadio/Software/components/drivers/adau1701/include/adau1701/Adau1701ParamTable.hpp
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micheleandClaude Sonnet 5 3e5cfe814d Integrate DigiRadioFinale DSP program: exclusive source mux, real 
Bass Boost1/SPhat1 enhancement blocks

Replaces the 74-parameter ADAU1701 program with the new 224-parameter
SigmaStudio export. The new netlist has no mixer -- MX1 is an
exclusive selector (DC1) passing through exactly one of three stereo
pairs (radio/bluetooth/beep) instead of blending them with independent
gains. core::MixSource/MixerState are gone; core::ActiveSource plus
IDsp::selectSource() replace applyMixer()/setInputVolume() throughout
the driver/service/API stack. AudioProfile.mixer -> activeSource;
the HTTP "mixer" JSON object -> a single "active_source" string.

DC1 turned out to need a raw 32-bit integer (0/1/2), not the 5.23
fixpoint its compiled TYPE_DC1 macro implies -- confirmed live by
writing both encodings and listening for which one actually switched
sources. Documented in Adau1701Driver::selectSource() and
adau1701::paramSourceIndex().

Bass Boost1 and SPhat1 are real ADI algorithm blocks in this revision,
so core::applyEnhancementsToEq() (the old EQ-band-overwrite hack for
bass/stereo enhancement) is deleted; IDsp::setBassBoostLevel()/
setStereoSpreadLevel() scale each block's compiled coefficients toward
identity/unity instead. Confirmed live: Bass Boost audible on real
program content (not a static test tone -- the algorithm is dynamics-
based), Stereo Spread audible but subtle. The EQ "locked" flag from
2026-08-24 (enhancements silently overwriting manually-set bands) no
longer applies to bands 1-5.

A full sweep of all 223 non-DC1 named parameters (writing each back to
its own compiled default) completed with zero failures, confirming the
whole new address space is reachable.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
2026-08-25 21:53:00 +02:00

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/**
* @file Adau1701ParamTable.hpp
* @brief Name -> parameter RAM address table for the whole DSP program.
*
* DigiRadio firmware — https://github.com/manvalan/DigiRadio
*
* Copyright 2026 Michele Bigi
* SPDX-License-Identifier: Apache-2.0
*
* Generated from Firmware/ADAU1701-Firmware/DigiRadio_IC_1_PARAM.h (the
* SigmaStudio export, "DigiRadioFinale" revision, captured 2026-08-25).
* Regenerate by re-running the extraction over that file if the SigmaStudio
* project's cell list changes; entries here must stay in sync with the
* ADDR_* constants used by
* components/drivers/adau1701/src/Adau1701Driver.cpp's replayProgram().
*
* @author Michele Bigi
* @date 2026-08-25
*/
#pragma once
#include <array>
#include <cstddef>
#include <optional>
#include <string_view>
namespace adau1701 {
/** One addressable Parameter RAM cell from the compiled SigmaStudio graph. */
struct Adau1701ParamEntry {
std::string_view name; ///< Cell name as exported by SigmaStudio.
unsigned address; ///< Parameter RAM address for safeload writes.
};
/**
* @brief kAdau1701ParamTable — every named Parameter RAM cell.
*
* @dname kAdau1701ParamTable
* @return n/a (data)
* @pubstate Read-only; see file header for regeneration instructions.
*
* @author Michele Bigi
* @date 2026-08-25
*/
inline constexpr std::array<Adau1701ParamEntry, 230> kAdau1701ParamTable = {{
{"BEEP1_ENABLE", 0},
{"BEEP1_KICK", 1},
{"BEEP1_BEEP_FREQ", 2},
{"DC1", 3},
{"DCB1_POLE", 4},
{"DCB2_POLE", 5},
{"DCB4_POLE", 6},
{"DCB3_POLE", 7},
{"SSPLITTER1", 8},
{"COMPRESSOR1_0", 9},
{"COMPRESSOR1_1", 10},
{"COMPRESSOR1_2", 11},
{"COMPRESSOR1_3", 12},
{"COMPRESSOR1_4", 13},
{"COMPRESSOR1_5", 14},
{"COMPRESSOR1_6", 15},
{"COMPRESSOR1_7", 16},
{"COMPRESSOR1_8", 17},
{"COMPRESSOR1_9", 18},
{"COMPRESSOR1_10", 19},
{"COMPRESSOR1_11", 20},
{"COMPRESSOR1_12", 21},
{"COMPRESSOR1_13", 22},
{"COMPRESSOR1_14", 23},
{"COMPRESSOR1_15", 24},
{"COMPRESSOR1_16", 25},
{"COMPRESSOR1_17", 26},
{"COMPRESSOR1_18", 27},
{"COMPRESSOR1_19", 28},
{"COMPRESSOR1_20", 29},
{"COMPRESSOR1_21", 30},
{"COMPRESSOR1_22", 31},
{"COMPRESSOR1_23", 32},
{"COMPRESSOR1_24", 33},
{"COMPRESSOR1_25", 34},
{"COMPRESSOR1_26", 35},
{"COMPRESSOR1_27", 36},
{"COMPRESSOR1_28", 37},
{"COMPRESSOR1_29", 38},
{"COMPRESSOR1_30", 39},
{"COMPRESSOR1_31", 40},
{"COMPRESSOR1_32", 41},
{"COMPRESSOR1_33", 42},
{"COMPRESSOR1_RMS", 43},
{"COMPRESSOR1_POST_GAIN", 44},
{"COMPRESSOR1_HOLD", 45},
{"COMPRESSOR1_DECAY", 46},
{"1XRTA3_TCONST", 47},
{"1XRTA3_HOLD", 48},
{"1XRTA3_DECAY", 49},
{"1XRTA3", 2074},
{"1XRTA4_TCONST", 50},
{"1XRTA4_HOLD", 51},
{"1XRTA4_DECAY", 52},
{"1XRTA4", 2074},
{"1XRTA1_TCONST", 53},
{"1XRTA1_HOLD", 54},
{"1XRTA1_DECAY", 55},
{"1XRTA1", 2074},
{"1XRTA2_TCONST", 56},
{"1XRTA2_HOLD", 57},
{"1XRTA2_DECAY", 58},
{"1XRTA2", 2074},
{"PARAMEQ1_ST0_B0", 59},
{"PARAMEQ1_ST0_B1", 60},
{"PARAMEQ1_ST0_B2", 61},
{"PARAMEQ1_ST0_A0", 62},
{"PARAMEQ1_ST0_A1", 63},
{"PARAMEQ1_ST1_B0", 64},
{"PARAMEQ1_ST1_B1", 65},
{"PARAMEQ1_ST1_B2", 66},
{"PARAMEQ1_ST1_A0", 67},
{"PARAMEQ1_ST1_A1", 68},
{"PARAMEQ1_ST2_B0", 69},
{"PARAMEQ1_ST2_B1", 70},
{"PARAMEQ1_ST2_B2", 71},
{"PARAMEQ1_ST2_A0", 72},
{"PARAMEQ1_ST2_A1", 73},
{"PARAMEQ1_ST3_B0", 74},
{"PARAMEQ1_ST3_B1", 75},
{"PARAMEQ1_ST3_B2", 76},
{"PARAMEQ1_ST3_A0", 77},
{"PARAMEQ1_ST3_A1", 78},
{"PARAMEQ1_ST4_B0", 79},
{"PARAMEQ1_ST4_B1", 80},
{"PARAMEQ1_ST4_B2", 81},
{"PARAMEQ1_ST4_A0", 82},
{"PARAMEQ1_ST4_A1", 83},
{"PARAMEQ1_ST5_B0", 84},
{"PARAMEQ1_ST5_B1", 85},
{"PARAMEQ1_ST5_B2", 86},
{"PARAMEQ1_ST5_A0", 87},
{"PARAMEQ1_ST5_A1", 88},
{"SPHAT1_B0LO0", 89},
{"SPHAT1_B0LO1", 90},
{"SPHAT1_B0LO2", 91},
{"SPHAT1_B0LO3", 92},
{"SPHAT1_B0LO4", 93},
{"SPHAT1_B0LO5", 94},
{"SPHAT1_B0LO6", 95},
{"SPHAT1_B0LO7", 96},
{"SPHAT1_B0LO8", 97},
{"SPHAT1_B0LO9", 98},
{"SPHAT1_GAINHI", 99},
{"SPHAT1_GAINLO", 100},
{"SPHAT1_GAININV", 101},
{"SPHAT1_COMP_BASE0", 102},
{"SPHAT1_COMP_BASE1", 103},
{"SPHAT1_COMP_BASE2", 104},
{"SPHAT1_COMP_BASE3", 105},
{"SPHAT1_COMP_BASE4", 106},
{"SPHAT1_COMP_BASE5", 107},
{"SPHAT1_COMP_BASE6", 108},
{"SPHAT1_COMP_BASE7", 109},
{"SPHAT1_COMP_BASE8", 110},
{"SPHAT1_COMP_BASE9", 111},
{"SPHAT1_COMP_BASE10", 112},
{"SPHAT1_COMP_BASE11", 113},
{"SPHAT1_COMP_BASE12", 114},
{"SPHAT1_COMP_BASE13", 115},
{"SPHAT1_COMP_BASE14", 116},
{"SPHAT1_COMP_BASE15", 117},
{"SPHAT1_COMP_BASE16", 118},
{"SPHAT1_COMP_BASE17", 119},
{"SPHAT1_COMP_BASE18", 120},
{"SPHAT1_COMP_BASE19", 121},
{"SPHAT1_COMP_BASE20", 122},
{"SPHAT1_COMP_BASE21", 123},
{"SPHAT1_COMP_BASE22", 124},
{"SPHAT1_COMP_BASE23", 125},
{"SPHAT1_COMP_BASE24", 126},
{"SPHAT1_COMP_BASE25", 127},
{"SPHAT1_COMP_BASE26", 128},
{"SPHAT1_COMP_BASE27", 129},
{"SPHAT1_COMP_BASE28", 130},
{"SPHAT1_COMP_BASE29", 131},
{"SPHAT1_COMP_BASE30", 132},
{"SPHAT1_COMP_BASE31", 133},
{"SPHAT1_COMP_BASE32", 134},
{"SPHAT1_COMP_BASE33", 135},
{"SPHAT1_RMS", 136},
{"SPHAT1_DECAY", 137},
{"SPHAT1_HOLD", 138},
{"SPHAT1_SPREAD1", 139},
{"SPHAT1_SPREAD2", 140},
{"GENFILTER1_ST0_B0", 141},
{"GENFILTER1_ST0_B1", 142},
{"GENFILTER1_ST0_B2", 143},
{"GENFILTER1_ST0_A1", 144},
{"GENFILTER1_ST0_A2", 145},
{"MULTIPLE1", 146},
{"MULTIPLE1_1", 147},
{"BASSBOOST1_BASSFREQUENCY", 148},
{"BASSBOOST1_B0", 149},
{"BASSBOOST1_B1", 150},
{"BASSBOOST1_B2", 151},
{"BASSBOOST1_A1", 152},
{"BASSBOOST1_A2", 153},
{"BASSBOOST1_TABLE0", 154},
{"BASSBOOST1_TABLE1", 155},
{"BASSBOOST1_TABLE2", 156},
{"BASSBOOST1_TABLE3", 157},
{"BASSBOOST1_TABLE4", 158},
{"BASSBOOST1_TABLE5", 159},
{"BASSBOOST1_TABLE6", 160},
{"BASSBOOST1_TABLE7", 161},
{"BASSBOOST1_TABLE8", 162},
{"BASSBOOST1_TABLE9", 163},
{"BASSBOOST1_TABLE10", 164},
{"BASSBOOST1_TABLE11", 165},
{"BASSBOOST1_TABLE12", 166},
{"BASSBOOST1_TABLE13", 167},
{"BASSBOOST1_TABLE14", 168},
{"BASSBOOST1_TABLE15", 169},
{"BASSBOOST1_TABLE16", 170},
{"BASSBOOST1_TABLE17", 171},
{"BASSBOOST1_TABLE18", 172},
{"BASSBOOST1_TABLE19", 173},
{"BASSBOOST1_TABLE20", 174},
{"BASSBOOST1_TABLE21", 175},
{"BASSBOOST1_TABLE22", 176},
{"BASSBOOST1_TABLE23", 177},
{"BASSBOOST1_TABLE24", 178},
{"BASSBOOST1_TABLE25", 179},
{"BASSBOOST1_TABLE26", 180},
{"BASSBOOST1_TABLE27", 181},
{"BASSBOOST1_TABLE28", 182},
{"BASSBOOST1_TABLE29", 183},
{"BASSBOOST1_TABLE30", 184},
{"BASSBOOST1_TABLE31", 185},
{"BASSBOOST1_TABLE32", 186},
{"BASSBOOST1_TIMECONSTANT", 187},
{"1XRTA2_2_TCONST", 188},
{"1XRTA2_2_HOLD", 189},
{"1XRTA2_2_DECAY", 190},
{"1XRTA2_2", 2074},
{"1XRTA1_2_TCONST", 191},
{"1XRTA1_2_HOLD", 192},
{"1XRTA1_2_DECAY", 193},
{"1XRTA1_2", 2074},
{"LIMITER2_S1", 194},
{"LIMITER2_INT1", 195},
{"LIMITER2_S2", 196},
{"LIMITER2_INT2", 197},
{"LIMITER2_S3", 198},
{"LIMITER2_INT3", 199},
{"LIMITER2_S4", 200},
{"LIMITER2_INT4", 201},
{"LIMITER2_C1", 202},
{"LIMITER2_C2", 203},
{"LIMITER2_C3", 204},
{"LIMITER2_THRESHOLD", 205},
{"LIMITER2_RMS", 206},
{"LIMITER2_DECAY", 207},
{"LIMITER2_DECAYCOMPLEMENT", 208},
{"LIMITER1_S1", 209},
{"LIMITER1_INT1", 210},
{"LIMITER1_S2", 211},
{"LIMITER1_INT2", 212},
{"LIMITER1_S3", 213},
{"LIMITER1_INT3", 214},
{"LIMITER1_S4", 215},
{"LIMITER1_INT4", 216},
{"LIMITER1_C1", 217},
{"LIMITER1_C2", 218},
{"LIMITER1_C3", 219},
{"LIMITER1_THRESHOLD", 220},
{"LIMITER1_RMS", 221},
{"LIMITER1_DECAY", 222},
{"LIMITER1_DECAYCOMPLEMENT", 223},
}};
/**
* @brief findAdau1701ParamAddress — look up a cell's RAM address by name.
*
* @dname findAdau1701ParamAddress
* @param name Cell name, case-sensitive, matching kAdau1701ParamTable.
* @return The address if found, or std::nullopt.
* @pubstate none
*
* @author Michele Bigi
* @date 2026-08-25
*/
[[nodiscard]] inline std::optional<unsigned> findAdau1701ParamAddress(
std::string_view name) noexcept
{
for (const auto& entry : kAdau1701ParamTable) {
if (entry.name == name) {
return entry.address;
}
}
return std::nullopt;
}
} // namespace adau1701
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