/// Time from number of days, fractional values ok
Time::Time(double fracDays)
{
double fracHours = HOURS_PER_DAY * fracDays;
int hours = floor0(fracHours);
double fracMinutes = MINUTES_PER_HOUR * (fracHours-hours);
int minutes = floor0(fracMinutes);
double fracSeconds = SECONDS_PER_MINUTE * (fracMinutes-minutes);
int seconds = floor0(fracSeconds);
m_impl = ImplType(hours, minutes, seconds, 0);
}
unsigned destination_processor(const Gear & gear, double rad, double angle, double height, unsigned p_rank, unsigned p_size)
{
unsigned result = 0;
// Distribute elements across angles: (not working perfectly yet)
angle = scale_angle_2pi(angle);
result = static_cast<unsigned>(floor0((angle/TWO_PI)*p_size));
// Distribute elements across radius:
//result = static_cast<unsigned>(floor0((rad-gear.rad_min)/(gear.rad_max-gear.rad_min)*p_size));
// Distribute elements across height:
//result = static_cast<unsigned>(floor0((height-gear.height_min)/(gear.height_max-gear.height_min)*p_size));
// Distribute elements randomly:
//result = std::rand() % p_size;
// Distribute in round-robin fashion:
//static unsigned dest_proc = 0;
//result = dest_proc++ % p_size;
// Distribute all to processor 2:
//result = 1;
scale_p_rank(result,p_size);
//std::cout << "P"<<p_rank<<"("<<p_size<<"): (r,t,z) = ("<<rad<<", "<<angle<<", "<<height<<"), dest = " << result << std::endl;
return result;
}
QList<Candidate* > HalfStar::select(QList<Candidate* > population, int selectionSize) {
QList<QList<Candidate* > > twoDimCandidates;
int x = 0;
int y = 0;
int remainder = 0;
x = round(sqrt(population.size()));
y = floor0(population.size()/x);
remainder = population.size() - (x*y);
//Tournament
for(int i=0; i<(population.size() - remainder);i++) {
}
}
/// whole number of days
int Time::days() const
{
return floor0(totalDays());
}
