//----------------------------------------------------------------------------------
//
//----------------------------------------------------------------------------------
void WriteSystemSpecToLog(Log* log) {
log->WriteLineStrongly("システム情報");
log->BeginTable();
log->Write("CPU名");
log->ChangeColumn();
log->Write(GetCPUName().c_str());
log->ChangeRow();
log->Write("OS情報");
log->ChangeColumn();
#if defined(_WIN32)
log->Write("OS: Windows\n");
log->Write(GetWindowsVersion().c_str());
#else
log->Write("Unavailable");
#endif
log->ChangeRow();
log->Write("メモリ情報");
log->ChangeColumn();
log->Write(GetMemoryInfo().c_str());
log->EndTable();
}
void Benchmark::Stop() {
if(!IsRunning()) {
return;
}
// Stop listening to renderer
renderer->OnRenderFrame->Delete(listener);
listener = NULL;
char buffer[256];
// Ignore initialisation time
ignoreindex = 0;
float tmpframetimesum = 0;
for(unsigned int i = 0;i < frametimes.size();i++) {
tmpframetimesum += frametimes[i];
if(tmpframetimesum > 1000) { // ignore the first 1sec OR the first 25 frames
ignoreindex = i;//std::max(25u,i);
break;
}
}
// This is not equal to benchmarktime for some reason
float frametimesum = 0;
for(unsigned int i = ignoreindex;i < frametimes.size();i++) {
frametimesum += frametimes[i];
}
frametimesum /= 1000.0f; // keep seconds
// Show framerates instead of frametimes...
minfps = 9999999999999;
maxfps = 0;
for(unsigned int i = ignoreindex;i < frametimes.size();i++) {
minfps = std::min(minfps,1000.0f/frametimes[i]);
maxfps = std::max(maxfps,1000.0f/frametimes[i]);
}
avgfps = (float)(frametimes.size() - ignoreindex)/frametimesum;
snprintf(buffer,256,"%g",minfps);
minfpsfield->SetCaption(buffer);
snprintf(buffer,256,"%g",avgfps);
avgfpsfield->SetCaption(buffer);
snprintf(buffer,256,"%g",maxfps);
maxfpsfield->SetCaption(buffer);
// Set PC information
GetCPUName(buffer,256);
cpufield->SetCaption(buffer);
GetGPUName(buffer,256);
gpufield->SetCaption(buffer);
Show(true);
}
