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T6 SndBank & SndDriverGlobals
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Alex
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#include "AssetDumperSndDriverGlobals.h"
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#include "Csv/CsvStream.h"
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#include "ObjContainer/SoundBank/SoundBank.h"
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#include "Utils/ClassUtils.h"
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#include <filesystem>
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#include <fstream>
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#include <unordered_map>
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using namespace T6;
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namespace fs = std::filesystem;
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class AssetDumperSndDriverGlobals::Internal
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{
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AssetDumpingContext& m_context;
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inline static const std::string GROUPS_HEADERS[]{"name", "attenuationSp", "attenuationMp", "category", "parent", "id"};
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inline static const std::string GROUPS_CATEGORIES[]{"sfx", "music", "void", "ui", "cinematic", "id"};
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inline static const std::string CURVE_HEADERS[]{
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"name", "x0", "y0", "x1", "y1", "x2", "y2", "x3", "y3", "x4", "y4", "x5", "y5", "x6", "y6", "x7", "y7", "id"};
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inline static const std::string PAN_HEADERS[]{"name", "front", "back", "center", "lfe", "left", "right", "id"};
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inline static const std::string MASTER_HEADERS[]{
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"name", "lowE", "lowG", "lowF", "lowQ", "peak1E", "peak1G", "peak1F", "peak1Q", "peak2E", "peak2G",
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"peak2F", "peak2Q", "hiE", "hiG", "hiF", "hiQ", "eqG", "compE", "compPG", "compMG", "compT",
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"compR", "compTA", "compTR", "limitE", "limitPG", "limitMG", "limitT", "limitR", "limitTA", "limitTR", "busReverbG",
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"busFxG", "busVoiceG", "busPfutzG", "busHdrfxG", "busUiG", "busMusicG", "busMovieG", "busVcsG", "busReverbE", "busFxE", "busVoiceE",
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"busPfutzE", "busHdrfxE", "busUiE", "busMusicE", "busMovieE", "hdrfxCompE", "voiceEqE", "voiceCompE", "id"};
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inline static const std::string SIDECHAIN_HEADERS[]{"name", "g", "f", "q", "ta", "tr", "tf", "id"};
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inline static const std::string FUTZ_HEADERS[]{"name",
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"bpfF",
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"bpfQ",
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"lsG",
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"lsF",
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"lsQ",
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"dist",
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"preG",
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"postG",
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"th",
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"tg",
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"clippre",
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"clippost",
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"blend",
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"startAliasId",
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"stopAliasId",
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"loopAliasId",
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"id"};
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std::unique_ptr<std::ostream> OpenAssetFile(const std::string& filename)
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{
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auto outputFile = this->m_context.OpenAssetFile(filename);
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if (outputFile == nullptr)
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{
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std::cout << "Failed to open sound driver globals output file for: \"" << filename << "\"" << std::endl;
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}
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return outputFile;
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}
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static void WriteFileHeader(CsvOutputStream& stream, const std::string* headers, size_t count)
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{
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for (auto i = 0u; i < count; i++)
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{
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stream.WriteColumn(headers[i]);
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}
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stream.NextRow();
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}
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void DumpSndVolumesGroups(const SndVolumeGroup* groups, const size_t count)
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{
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const auto outputFile = this->OpenAssetFile("soundbank\\globals\\group.csv");
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if (outputFile != nullptr)
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{
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CsvOutputStream csvStream(*outputFile);
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WriteFileHeader(csvStream, GROUPS_HEADERS, 6);
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for (auto i = 0u; i < count; i++)
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{
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const auto& group = groups[i];
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csvStream.WriteColumn(group.name);
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csvStream.WriteColumn(std::to_string(group.attenuationSp));
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csvStream.WriteColumn(std::to_string(group.attenuationMp));
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csvStream.WriteColumn(GROUPS_CATEGORIES[group.category]);
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csvStream.WriteColumn(group.parentName);
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csvStream.WriteColumn(std::to_string(group.id));
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csvStream.NextRow();
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}
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}
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}
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void DumpSndCurves(const SndCurve* curves, const size_t count)
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{
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const auto outputFile = this->OpenAssetFile("soundbank\\globals\\curves.csv");
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if (outputFile != nullptr)
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{
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CsvOutputStream csvStream(*outputFile);
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WriteFileHeader(csvStream, CURVE_HEADERS, 18);
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for (auto i = 0u; i < count; i++)
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{
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const auto& curve = curves[i];
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csvStream.WriteColumn(curve.name);
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for (auto j = 0u; j < 8; j++)
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{
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csvStream.WriteColumn(std::to_string(curve.points[j].x));
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csvStream.WriteColumn(std::to_string(curve.points[j].y));
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}
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csvStream.WriteColumn(std::to_string(curve.id));
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csvStream.NextRow();
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}
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}
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}
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void DumpSndPans(const SndPan* pans, const size_t count)
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{
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const auto outputFile = this->OpenAssetFile("soundbank\\globals\\pan.csv");
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if (outputFile != nullptr)
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{
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CsvOutputStream csvStream(*outputFile);
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WriteFileHeader(csvStream, PAN_HEADERS, 8);
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for (auto i = 0u; i < count; i++)
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{
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const auto& pan = pans[i];
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csvStream.WriteColumn(pan.name);
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csvStream.WriteColumn(std::to_string(pan.front));
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csvStream.WriteColumn(std::to_string(pan.back));
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csvStream.WriteColumn(std::to_string(pan.center));
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csvStream.WriteColumn(std::to_string(pan.lfe));
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csvStream.WriteColumn(std::to_string(pan.left));
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csvStream.WriteColumn(std::to_string(pan.right));
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csvStream.WriteColumn(std::to_string(pan.id));
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csvStream.NextRow();
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}
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}
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}
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void DumpSndDuckGroups(const SndDuckGroup* duckGroups, const size_t count)
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{
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const auto outputFile = this->OpenAssetFile("soundbank\\globals\\duck_groups.csv");
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if (outputFile != nullptr)
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{
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CsvOutputStream csvStream(*outputFile);
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csvStream.WriteColumn("name");
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csvStream.NextRow();
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for (auto i = 0u; i < count; i++)
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{
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const auto& duckGroup = duckGroups[i];
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csvStream.WriteColumn(duckGroup.name);
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csvStream.WriteColumn(std::to_string(duckGroup.id));
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csvStream.NextRow();
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}
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}
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}
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void DumpSndMasters(const SndMaster* masters, const size_t count)
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{
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const auto outputFile = this->OpenAssetFile("soundbank\\globals\\master.csv");
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if (outputFile != nullptr)
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{
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CsvOutputStream csvStream(*outputFile);
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WriteFileHeader(csvStream, MASTER_HEADERS, 53);
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for (auto i = 0u; i < count; i++)
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{
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const auto& master = masters[i];
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csvStream.WriteColumn(master.name);
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csvStream.WriteColumn(std::to_string(master.lowE));
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csvStream.WriteColumn(std::to_string(master.lowG));
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csvStream.WriteColumn(std::to_string(master.lowF));
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csvStream.WriteColumn(std::to_string(master.lowQ));
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csvStream.WriteColumn(std::to_string(master.peak1E));
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csvStream.WriteColumn(std::to_string(master.peak1G));
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csvStream.WriteColumn(std::to_string(master.peak1F));
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csvStream.WriteColumn(std::to_string(master.peak1Q));
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csvStream.WriteColumn(std::to_string(master.peak2E));
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csvStream.WriteColumn(std::to_string(master.peak2G));
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csvStream.WriteColumn(std::to_string(master.peak2F));
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csvStream.WriteColumn(std::to_string(master.peak2Q));
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csvStream.WriteColumn(std::to_string(master.hiE));
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csvStream.WriteColumn(std::to_string(master.hiG));
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csvStream.WriteColumn(std::to_string(master.hiF));
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csvStream.WriteColumn(std::to_string(master.hiQ));
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csvStream.WriteColumn(std::to_string(master.eqG));
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csvStream.WriteColumn(std::to_string(master.compE));
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csvStream.WriteColumn(std::to_string(master.compPG));
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csvStream.WriteColumn(std::to_string(master.compMG));
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csvStream.WriteColumn(std::to_string(master.compT));
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csvStream.WriteColumn(std::to_string(master.compR));
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csvStream.WriteColumn(std::to_string(master.compTA));
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csvStream.WriteColumn(std::to_string(master.compTR));
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csvStream.WriteColumn(std::to_string(master.limitE));
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csvStream.WriteColumn(std::to_string(master.limitPG));
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csvStream.WriteColumn(std::to_string(master.limitMG));
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csvStream.WriteColumn(std::to_string(master.limitT));
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csvStream.WriteColumn(std::to_string(master.limitR));
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csvStream.WriteColumn(std::to_string(master.limitTA));
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csvStream.WriteColumn(std::to_string(master.limitTR));
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csvStream.WriteColumn(std::to_string(master.busReverbG));
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csvStream.WriteColumn(std::to_string(master.busFxG));
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csvStream.WriteColumn(std::to_string(master.busVoiceG));
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csvStream.WriteColumn(std::to_string(master.busPfutzG));
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csvStream.WriteColumn(std::to_string(master.busHdrfxG));
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csvStream.WriteColumn(std::to_string(master.busUiG));
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csvStream.WriteColumn(std::to_string(master.busMusicG));
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csvStream.WriteColumn(std::to_string(master.busMovieG));
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csvStream.WriteColumn(std::to_string(master.busVcsG));
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csvStream.WriteColumn(std::to_string(master.busReverbE));
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csvStream.WriteColumn(std::to_string(master.busFxE));
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csvStream.WriteColumn(std::to_string(master.busVoiceE));
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csvStream.WriteColumn(std::to_string(master.busPfutzE));
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csvStream.WriteColumn(std::to_string(master.busHdrfxE));
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csvStream.WriteColumn(std::to_string(master.busUiE));
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csvStream.WriteColumn(std::to_string(master.busMusicE));
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csvStream.WriteColumn(std::to_string(master.busMovieE));
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csvStream.WriteColumn(std::to_string(master.hdrfxCompE));
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csvStream.WriteColumn(std::to_string(master.voiceEqE));
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csvStream.WriteColumn(std::to_string(master.voiceCompE));
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csvStream.WriteColumn(std::to_string(master.id));
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csvStream.NextRow();
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}
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}
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}
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void DumpSndSidechainDucks(const SndSidechainDuck* sidechains, const size_t count)
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{
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const auto outputFile = this->OpenAssetFile("soundbank\\globals\\sidechain_duck.csv");
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if (outputFile != nullptr)
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{
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CsvOutputStream csvStream(*outputFile);
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WriteFileHeader(csvStream, SIDECHAIN_HEADERS, 8);
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for (auto i = 0u; i < count; i++)
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{
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const auto& sidechain = sidechains[i];
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csvStream.WriteColumn(sidechain.name);
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csvStream.WriteColumn(std::to_string(sidechain.g));
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csvStream.WriteColumn(std::to_string(sidechain.f));
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csvStream.WriteColumn(std::to_string(sidechain.q));
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csvStream.WriteColumn(std::to_string(sidechain.ta));
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csvStream.WriteColumn(std::to_string(sidechain.tr));
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csvStream.WriteColumn(std::to_string(sidechain.tf));
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csvStream.WriteColumn(std::to_string(sidechain.id));
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csvStream.NextRow();
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}
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}
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}
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void DumpSndFutz(const SndFutz* futzes, const size_t count)
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{
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const auto outputFile = this->OpenAssetFile("soundbank\\globals\\futz.csv");
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if (outputFile != nullptr)
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{
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CsvOutputStream csvStream(*outputFile);
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WriteFileHeader(csvStream, FUTZ_HEADERS, 18);
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for (auto i = 0u; i < count; i++)
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{
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const auto& futz = futzes[i];
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csvStream.WriteColumn(futz.name);
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csvStream.WriteColumn(std::to_string(futz.bpfF));
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csvStream.WriteColumn(std::to_string(futz.bpfQ));
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csvStream.WriteColumn(std::to_string(futz.lsG));
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csvStream.WriteColumn(std::to_string(futz.lsF));
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csvStream.WriteColumn(std::to_string(futz.lsQ));
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csvStream.WriteColumn(std::to_string(futz.dist));
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csvStream.WriteColumn(std::to_string(futz.preG));
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csvStream.WriteColumn(std::to_string(futz.postG));
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csvStream.WriteColumn(std::to_string(futz.th));
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csvStream.WriteColumn(std::to_string(futz.tg));
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csvStream.WriteColumn(std::to_string(futz.clippre));
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csvStream.WriteColumn(std::to_string(futz.clippost));
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csvStream.WriteColumn(std::to_string(futz.blend));
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csvStream.WriteColumn(std::to_string(futz.startAliasId));
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csvStream.WriteColumn(std::to_string(futz.stopAliasId));
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csvStream.WriteColumn(std::to_string(futz.loopAliasId));
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csvStream.WriteColumn(std::to_string(futz.id));
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csvStream.NextRow();
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}
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}
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}
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void DumpSndDriverGlobals(const XAssetInfo<SndDriverGlobals>* sndDriverGlobalsInfo)
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{
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const auto* sndDriverGlobals = sndDriverGlobalsInfo->Asset();
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DumpSndVolumesGroups(sndDriverGlobals->groups, sndDriverGlobals->groupCount);
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DumpSndCurves(sndDriverGlobals->curves, sndDriverGlobals->curveCount);
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DumpSndPans(sndDriverGlobals->pans, sndDriverGlobals->panCount);
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DumpSndDuckGroups(sndDriverGlobals->duckGroups, sndDriverGlobals->duckGroupCount);
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// DumpSndContexts(sndDriverGlobals->contexts, sndDriverGlobals->contextCount);
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DumpSndMasters(sndDriverGlobals->masters, sndDriverGlobals->masterCount);
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DumpSndSidechainDucks(sndDriverGlobals->voiceDucks, sndDriverGlobals->voiceDuckCount);
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DumpSndFutz(sndDriverGlobals->futzes, sndDriverGlobals->futzCount);
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}
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public:
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explicit Internal(AssetDumpingContext& context)
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: m_context(context)
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{
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}
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void DumpPool(AssetPool<SndDriverGlobals>* pool)
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{
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for (const auto* assetInfo : *pool)
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{
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if (!assetInfo->m_name.empty() && assetInfo->m_name[0] == ',')
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continue;
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DumpSndDriverGlobals(assetInfo);
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}
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}
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};
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void AssetDumperSndDriverGlobals::DumpPool(AssetDumpingContext& context, AssetPool<SndDriverGlobals>* pool)
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{
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Internal internal(context);
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internal.DumpPool(pool);
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}
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