byte check_outputs (byte inputs)
{
  struct OUTTRIG *trigp;
  struct OUTPUT *outp;
  byte out_no, outputs, i, j;
  outputs = 0;
  for (out_no = 0; out_no != NOUTPUTS; out_no ++) {  //Check each output channel
    	trigp = &out_trig[out_no]; 			//Use ptrs for faster access
    	outp = &Outputs[out_no];
//If output enabled, and sensor triggered & enabled
		if (outp->dev_type != DEV_TYPE_none && (inputs & outp->sns_sel) != 0) {
      	trigp->rpt_dly = outp->rpt_dly; 		//Init repeat delay time
      	if ((inputs & trigp->sns_sel) != 0) 		//If sensor was active before,
        		trigp->sns_rpt ++;    		//then incr repeat count
  		trigp->sns_sel |= inputs & outp->sns_sel; 		//Save active sensor bits
  		for (i = trigp->sns_sel, j = 0; i != 0; i >>= 1)
     			if (i & 1)
       				j ++;              	//Count number of active sensors
      	if (j >= outp->sns_mult 		//Do we have enough sensors,
  			&& (byte)(trigp->sns_rpt + 1) >= outp->sns_rpt 	//and enough repeats,
  			&& trigp->wait_dly == 0 			//and have waited long enough,
  			&& (*(word *)&Time.hour) >= (*(word *)&outp->on_time)	//and are within the
  			&& (*(word *)&Time.hour) <= (*(word *)&outp->off_time)) {	//activation window?
   				trigp->sns_sel = 0;     			//Clear the repeat stats
   				trigp->sns_rpt = 0;
   				trigp->rpt_dly = 0;
   				Last_trig.time.hour = Time.hour; 	//Update the activation stats
   				Last_trig.time.min  = Time.minute;
   				Last_trig.days = 0;
   				if (Syscfg.enabled != 0) { 	//Check master system enable flag
  					outputs |= bit_mask (out_no);	//Now set the channel’s output bit
  					trigp->wait_dly = outp->wait_dly; 	//Update the wait delay time
        		}
      	}
    	}
  }
  return (outputs);  		//Return with bitmask of triggered 
								//channels
}