
// The source file (RAW-LOG) with action/observation pairs
	//rawlog_file = D:\WORK\3- DATASETS\Dataset_MCEnose\Rhodon\Mapas_33b1_empty\enose_20cms\dataset_2011-02-07_12h50m49s_enose_20cms_LASER1_half.rawlog
	//rawlog_file = D:\WORK\3- DATASETS\Dataset_MCEnose\GasMap 3D enose+MCenose\corridor_236\corridor_enose+MCEnose_dataset_2011-11-11_09h59m06s.rawlog
	//rawlog_file = D:\WORK\3- DATASETS\Dataset_MCEnose\GasMap 3D enose+MCenose\lab33b1_obstacle\Run_02ms_1\02ms__1__dataset_2012-01-10_12h53m28s.rawlog
	rawlog_file = D:\WORK\3- DATASETS\Dataset_MCEnose\GasMap 3D enose+MCenose\lab236_7\2_sources\3ms_dataset_2012-01-26_16h19m13s.rawlog
	
	sensorLabel = Full_MCEnose		//The label of the CObservationGasSensor to which apply the model ->MCEnose,Full_MCEnose
	enoseID = 0						//Index of the e-nose within the CObservationGasSensor selected to apply the model (usually is chamber 0)
	sensorType = 0x2602 			//Sensor Type to be monitored for the Switching strategy --> 0 = mean, 0x2602, 0x1881, etc
	
	apply_delay = true				// If a delay to the sensor should be applied before the model. The delay introduced will be saved in rawlog	
	delay_value = 10.0				//seconds
	
	
//MOSmodel parameters
		a_rise = 0					//Constants for the linear fitting to the rise and decay time constants
		b_rise = 2.5
		a_decay = 3.6
		b_decay = 10.3
		winNoise_size = 15	    	//[useMOSmodel] size of the noise filtering window (smooth)
		decimate_value = 3			//[useMOSmodel] decimation value after noise filtering (use 1 to dont apply decimation)
		save_maplog = false			//[useMOSmodel] saves to log file for matlab visualization