int Engine::Run() {
if (!valid) return -1;
if (quit == true) {
Console::Error()<<("A component of Dynacoe has requested early termination of the instance")<< Console::End;;
return -2;
}
Console::OverlayMessageMode(Console::MessageMode::Disabled);
Console::Info() << "Dynacoe " << Version() << "\n\n";
Console::Info() << "Johnathan Corkery, 2018\nhttps://jcorks.github.io/Dynacoe/\n_________________________\n\nRegistered modules:\n\n";
for(int i = 0; i < modules.size(); ++i) {
Backend * b;
Console::Info() << "- " << modules[i]->GetName().c_str() << ": ";
if ((b = modules[i]->GetBackend())) {
Console::Info() << b->Name() << " [" <<
b->Version() << "]";
} else {
Console::Info() << "[Default]";
}
Console::Info() << "\n";
}
Console::Info() << "\n";
Console::OverlayMessageMode(Console::MessageMode::Standard);
while (!(quit)) {
if (frameTime.GetTimeSince() >= 1000) {
frameTime.Reset();
diagnostics.drawTimeMS = drawTime.GetTimeSince() / (float)frameCount;
diagnostics.stepTimeMS = runTime.GetTimeSince() / (float)frameCount;
diagnostics.systemTimeMS = sysTime.GetTimeSince() / (float)frameCount;
diagnostics.engineRealTimeMS = engineTime.GetTimeSince() / (float) frameCount;
//if (lastDrawTime >4) cout << lastDrawTime << endl;
diagnostics.currentFPS = frameCount;
frameCount = 0;
sysTime.Set();
drawTime.Set();
runTime.Set();
debugTime.Set();
engineTime.Set();
}
update();
render();
engineTime.Pause();
if (GetMaxFPS() >= 0) {
Engine::Wait(GetMaxFPS());
} else {
return -3;
}
engineTime.Resume();
drawTime.Pause();
runTime.Pause();
debugTime.Pause();
frameCount++;
}
return 0;
}
