Method time

src/info.cpp:22–26

	this->runtime_total = clock.stop();
}
double Info::time() const { // returns either elapsed time or remaining time
	if(lbm==nullptr) return 0.0;
	return steps==max_ulong ? runtime_total : ((double)steps/(double)max(lbm->get_t()-steps_last, 1ull)-1.0)*(runtime_total-runtime_total_last); // time estimation on average so far
	//return steps==max_ulong ? runtime_lbm : ((double)steps-(double)(lbm->get_t()-steps_last))*runtime_lbm_timestep_smooth; // instantaneous time estimation
}
void Info::print_logo() const {
	const int a=color_light_blue, b=color_orange, c=color_pink;
	print(".-----------------------------------------------------------------------------.\n");