Finding GMT

   int GMTOffset=TimeGMTOffset()/60/60;
   Print("GMT Offset local: ",GMTOffset*-1);

TimeGMTOffset() =  TimeGMT() - TimeLocal()

   int serverHour=(TimeGMT()-TimeCurrent())/60/60;
   Print("Local hour: ",serverHour);

Quote

Disliked

double x = 2.99;
int result = x;
Print("z = " + result);

Quote

Disliked

int serverHour=(TimeGMT()-TimeCurrent());
Print("Local hour: ",serverHour/60/60);
serverHour = -10799/60/60;
Print("Local hour2: ",serverHour);

Quoting kennyhubbard

Disliked

It's because TimeCurrent is using the time of the last tick received on the symbol of the chart that it is running. Normally this would not be a big deal on a busy symbol but, because, you have converted it to an int, if there is even a 1 second delay, the result changes by a full hour. That is because the result is not rounded properly by rather rounded through type casting, which just takes whatever the integer value is(modulus) and chops off the decimals, rather than trying to figure which integer is closest. So 2.99 becomes 2 rather than 3....

Ignored

Quoting kennyhubbard

Disliked

It's because TimeCurrent is using the time of the last tick received on the symbol of the chart that it is running. Normally this would not be a big deal on a busy symbol but, because, you have converted it to an int, if there is even a 1 second delay, the result changes by a full hour. That is because the result is not rounded properly by rather rounded through type casting, which just takes whatever the integer value is(modulus) and chops off the decimals, rather than trying to figure which integer is closest. So 2.99 becomes 2 rather than 3....

Ignored

Quoting kennyhubbard

Disliked

It's because TimeCurrent is using the time of the last tick received on the symbol of the chart that it is running. Normally this would not be a big deal on a busy symbol but, because, you have converted it to an int, if there is even a 1 second delay, the result changes by a full hour. That is because the result is not rounded properly by rather rounded through type casting, which just takes whatever the integer value is(modulus) and chops off the decimals, rather than trying to figure which integer is closest. So 2.99 becomes 2 rather than 3....

Ignored

double MathModCorrect(double a, double b)
{//source found at: https://www.mql5.com/en/forum/129832
   int tmpres=a/b;
   return(a-tmpres*b);
} 
void GetGMTOffset()
{
   int serverSeconds=(TimeCurrent()-TimeGMT());
   double serverRemainderSeconds=MathModCorrect(serverSeconds,60);
   int serverMinutes=serverSeconds/60;
   if(serverRemainderSeconds>1){serverMinutes++;}
   double serverRemainderMinutes=MathModCorrect(serverMinutes,60);
   int serverHour=serverMinutes/60;
   if(serverRemainderMinutes>1){serverHour++;}
   Print("ServerRemainderMinutes: ",serverRemainderMinutes);
   Print("ServerHour: ",serverHour);
}

Quote

Disliked

int serverGMToffset = Hour() - TimeHour(TimeGMT());

Quoting kennyhubbard

Disliked

Solutions never have to be pretty as long as they work and are robust. That said, you could try this :- {quote} I haven't tested it extensively but it produces the correct result for at least 1 broker.

Ignored

long server_gmt_offset_hours = (long) MathRound((TimeCurrent() - TimeGMT()) / 3600.0);

Quoting rockit

Disliked

long server_gmt_offset_hours = (long) MathRound((TimeCurrent() - TimeGMT()) / 3600.0);

Ignored