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grillkol
2026-10-23 18:29:51 +02:00
parent 4c435fdd76
commit 5607dcf2b5
73 changed files with 4365 additions and 2059 deletions
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18
include/FluidSim/DesktopScenario.hpp
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@@ -9,13 +9,12 @@ namespace fluidsim::port {
// the twin already protects its own simulation state.
class DesktopScenario {
public:
explicit DesktopScenario(ScenarioKind kind, TwoStrokeConfig config = {}, bool saab_turbo = true) {
explicit DesktopScenario(ScenarioKind kind, TwoStrokeConfig config = {}, ExhaustConfig exhaust = {}, V8ExhaustConfig v8 = {}, EngineConfig engine = {}, std::string name = {}) : name_(std::move(name)) {
if (kind == ScenarioKind::TwoStroke)
two_ = std::make_unique<TwoStrokeScenario>(44100, config);
else
twin_ = std::make_unique<FourStrokeScenario>(44100, kind == ScenarioKind::SaabB205 ?
FourStrokePreset::SaabB205 : kind == ScenarioKind::AmericanV8 ? FourStrokePreset::AmericanV8 : FourStrokePreset::Twin,
kind == ScenarioKind::TurboTwin || (kind == ScenarioKind::SaabB205 && saab_turbo));
FourStrokePreset::SaabB205 : kind == ScenarioKind::AmericanV8 ? FourStrokePreset::AmericanV8 : FourStrokePreset::Twin, exhaust, v8,engine);
}
AudioFrame process() {
if (twin_)
@@ -26,23 +25,23 @@ public:
void set_controls(float pedal, float load, float clutch) {
visit([&](auto& scenario) { scenario.set_controls(pedal, load, clutch); });
}
void set_starter(bool engaged) { visit([&](auto& scenario) { scenario.set_starter(engaged); }); }
void shift_up() { visit([](auto& scenario) { scenario.shift_up(); }); }
void shift_down() { visit([](auto& scenario) { scenario.shift_down(); }); }
void set_neutral() { visit([](auto& scenario) { scenario.set_neutral(); }); }
void toggle_mechanical_sound() {
if (twin_)
twin_->toggle_mechanical_sound();
}
void set_pipe_solver(PipeSolver solver) { visit([&](auto& scenario) { scenario.set_pipe_solver(solver); }); }
void set_audio_scene(OutdoorScene scene) {
visit([&](auto& scenario) { scenario.set_audio_scene(scene); });
}
ScenarioSnapshot snapshot() const {
if (twin_)
return twin_->snapshot();
if (twin_) { auto s=twin_->snapshot();s.example_name=name_;return s; }
const std::lock_guard lock(mutex_);
const auto source = two_->snapshot();
ScenarioSnapshot s;
s.example_name=name_;
s.pipe_solver=two_->pipes.front().solver;
s.two_stroke = true;
s.cylinder_angles[0]=two_->crankshaft.angle;
s.cylinder_count = 1;
s.racing_exhaust = two_->configuration.exhaust == TwoStrokeExhaust::Racing;
s.rpm = source.rpm;
@@ -81,6 +80,7 @@ private:
if (twin_) function(*twin_);
else function(*two_);
}
std::string name_;
std::unique_ptr<FourStrokeTwinScenario> twin_;
std::unique_ptr<TwoStrokeScenario> two_;
mutable std::mutex mutex_;