#ifndef FILL_RC_BUFFERS_MQH
#define FILL_RC_BUFFERS_MQH

int calc_rc::Init(setting_t *settings){
   return(INIT_SUCCEEDED);
};

void  calc_rc::Deinit(void){};

static bool calc_rc::fill_rc_buffers(setting_t *settings)
{
   if (settings.use_for_next_Order != 0)
   {
      if(OldCci != iTime(CURRENT_SYMBOL,settings.CciTimeFrame,1)
         || (OldRci != iTime(CURRENT_SYMBOL,settings.RsiTimeFrame,1)))
      {
         OldCci = iTime(CURRENT_SYMBOL,settings.CciTimeFrame,1);
         OldRci = iTime(CURRENT_SYMBOL,settings.RsiTimeFrame,1);
         for (int i=(IND_ARRAY_BUFFER_SIZE-1); i>=0; i--)
         {
            CciBuff[i] = iCCI(CURRENT_SYMBOL,settings.CciTimeFrame,settings.CciPeriod,PRICE_CLOSE,i+1);
            RsiBuff[i] = iRSI(CURRENT_SYMBOL,settings.RsiTimeFrame,settings.RsiPeriod,PRICE_CLOSE,i+1) - 50;
         };
      }
   }
   if (settings.use_for1Order != 0)
   {
      if(OldCci1 != iTime(CURRENT_SYMBOL,settings.CciTimeFrame1,1)
         || (OldRci1 != iTime(CURRENT_SYMBOL,settings.RsiTimeFrame1,1)))
      {
         OldCci1 = iTime(CURRENT_SYMBOL,settings.CciTimeFrame1,1);
         OldRci1 = iTime(CURRENT_SYMBOL,settings.RsiTimeFrame1,1);
         for (int i=(IND_ARRAY_BUFFER_SIZE-1); i>=0; i--)
         {
            CciBuff1[i] = iCCI(CURRENT_SYMBOL,settings.CciTimeFrame1,settings.CciPeriod1,PRICE_CLOSE,i+1);
            RsiBuff1[i] = iRSI(CURRENT_SYMBOL,settings.RsiTimeFrame1,settings.RsiPeriod1,PRICE_CLOSE,i+1) - 50;
         };   
      }
   };   
   return(true);
};



#endif