TimeManager& TimeManager::operator+ (TimeManager input) {
//calculate time
int hourt = this->hour + input.hour;
int mint = this->min + input.min;
double sect = this->sec + input.sec; //TimeManager 부분에서는 double로 선언되어있어서 double로 형변환을 해줌
//calculate date. Only uses Solar dates
int solarDayt = this->solarDate.solarDay + input.getSolarDay();
int solarMontht = this->solarDate.solarMonth + input.getSolarMonth();
int solarYeart = this->solarDate.solarYear + input.getSolarYear();
if (sect >= 60) {
sect -= 60;
mint++;
}
if (mint >= 60) {
mint -= 60;
hourt++;
}
if (hourt >= 24) {
hourt -= 24;
solarDayt++;
}
//calculate # of days for given month
int dayLimit = isDays(this->solarDate.solarMonth);
if (isLeap(solarYeart)) dayLimit += 1;
if (solarDayt > dayLimit) {
solarDayt -= dayLimit;
solarMontht++;
}
if (solarMontht > 12) {
solarMontht -= 12;
solarYeart++;
}
return TimeManager(solarYeart, solarMontht, solarDayt, hourt, mint, sect);
}
void InitSearch(typePos *Position, char *str)
{
char *p;
sint64 wtime = Infinity, btime = Infinity, winc = 0, binc = 0, Time, OppTime, mtg = 0;
int sm = 0;
Depth = 255;
AbsoluteTime = DesiredTime = Infinity;
Stop = false;
DoInfinite = false;
DoPonder = false;
NewPonderhit = false;
DoSearchMoves = false;
LastMessage = 0;
p = strtok(str, " ");
for (StrTok(p); p != NULL; StrTok(p))
{
if (!strcmp(p, "depth"))
{
StrTok(p);
Depth = MAX(1, atoi(p));
}
else if (!strcmp(p, "movetime"))
{
StrTok(p);
AbsoluteTime = MAX(1, atoll(p)) * 1000;
}
else if (!strcmp(p, "wtime"))
{
StrTok(p);
wtime = atoll(p) * 1000;
}
else if (!strcmp(p, "winc"))
{
StrTok(p);
winc = atoll(p) * 1000;
}
else if (!strcmp(p, "btime"))
{
StrTok(p);
btime = atoll(p) * 1000;
}
else if (!strcmp(p, "binc"))
{
StrTok(p);
binc = atoll(p) * 1000;
}
else if (!strcmp(p, "movestogo"))
{
StrTok(p);
mtg = atoi(p);
}
else if (!strcmp(p, "infinite"))
DoInfinite = true;
else if (!strcmp(p, "ponder"))
DoPonder = true;
else if (!strcmp(p, "searchmoves"))
DoSearchMoves = true;
else if (DoSearchMoves)
SearchMoves[sm++] = NumericMove(Position, p);
else
ErrorEnd("go string: %s", p);
}
BattleTime = Infinity;
NormalTime = Infinity;
EasyTime = Infinity;
Time = Position->wtm ? wtime : btime;
OppTime = Position->wtm ? btime : wtime;
if (Time < 0)
Time = 0;
if (Time == Infinity)
goto End;
Increment = Position->wtm ? winc : binc;
TimeManager(Time, OppTime, Increment, mtg);
End:
if (Time == Infinity)
Analysing = true;
else
Analysing = false;
if (DoSearchMoves)
SearchMoves[sm] = MoveNone;
}