package com.power.data;

import com.power.comm.Power_61850_SocketClient;

public class PowerDev_dcData {
	
	final public static int DC_SW_COUNT_AT_FSW = 100; //ÿ¶ÎÖ±Á÷ĸÏßÊä³ö¿ª¹Ø¸öÊý
	
	//***** Ò£²â *****
	public float dcIn1_vol;  //µÚ1·ֱÁ÷ÊäÈëµçѹ
	public float dcIn2_vol;  //µÚ2·ֱÁ÷ÊäÈëµçѹ
	
	public float dcOut1_vol; 	//µÚ1·ֱÁ÷ĸÏßÊä³öµçѹ
	public float dcOut1_curr;	//µÚ1·ֱÁ÷ĸÏßÊä³öµçÁ÷
	
	public float dcOut2_vol;    //µÚ2·ֱÁ÷ĸÏßÊä³öµçѹ
	public float dcOut2_curr;   //µÚ2·ֱÁ÷ĸÏßÊä³öµçÁ÷
	
	public float temprature;    //Ö±Á÷Åäµç¹ñζÈ
	
	public float dcVolH_Limit;  //Ö±Á÷µçѹ¸æ¾¯·§ÖµÉÏÏÞ
	public float dcVolL_Limit;  //Ö±Á÷µçѹ¸æ¾¯·§ÖµÏÂÏÞ
	
	//***** Ò£ÐÅ *****
	public boolean is_dc1_over_vol;   //µÚ1·ֱÁ÷¹ýѹ
	public boolean is_dc1_under_vol;  //µÚ1·ֱÁ÷Ƿѹ
	
	public boolean is_dc2_over_vol;
	public boolean is_dc2_under_vol;
	
	public boolean is_in1_swtrip;    //µÚ1·ÊäÈ뿪¹ØÌøÕ¢
	public boolean is_in2_swtrip;
	
	public boolean[] is_fsw1_Trip_SW = new boolean[DC_SW_COUNT_AT_FSW];  //1¶ÎÖ±Á÷¿ª¹Ø1~100ÌøÕ¢
	public boolean[] is_fsw2_Trip_SW = new boolean[DC_SW_COUNT_AT_FSW];  //2¶ÎÖ±Á÷¿ª¹Ø1~100ÌøÕ¢
	
	public boolean is_tempalarm;     //Ö±Á÷Åäµç¹ñζȸ澯
	
	public boolean is_dc_monitorerr;  //Ö±Á÷¼à¿Øµ¥Ôª¹ÊÕÏ
	
	public boolean is_total_alarm;    //Ö±Á÷Åäµç¹ñ×ܸ澯
	
	//***** ƽ̨¼ì²âÅÐ¶Ï *****
	public boolean is_DevAlarm_Timeout;  //ͨÐŵçÔ´Ò£ÐÅÖµ±¨¾¯Ê±¼ä³¬Ê±(³¬Ê±30min)

	public void makRandomData(Power_61850_SocketClient client) {
		float float_rand_data = client.float_rand_data;
		boolean bool_rand_data = client.bool_rand_data;
		int rand_index = client.rand_index;
		
		//************ Ò£²âÁ¿ **************
		this.dcIn1_vol = (float)54.1+float_rand_data;//readFloatNodeData(dcDeviceName + "/dciGGIO1.AnIn1.mag.f", Fc.MX, pwrDev_rtData.m_dcData.dcIn1_vol);
		this.dcIn2_vol = (float)54.2+float_rand_data;//readFloatNodeData(dcDeviceName + "/dciGGIO2.AnIn1.mag.f", Fc.MX, pwrDev_rtData.m_dcData.dcIn2_vol);
			
		this.dcOut1_vol = (float)54.6+float_rand_data;//readFloatNodeData(dcDeviceName + "/dbmGGIO1.AnIn1.mag.f", Fc.MX, pwrDev_rtData.m_dcData.dcOut1_vol);
		this.dcOut2_vol = (float)53.9+float_rand_data;//readFloatNodeData(dcDeviceName + "/dbmGGIO2.AnIn1.mag.f", Fc.MX, pwrDev_rtData.m_dcData.dcOut2_vol);
		this.dcOut1_curr = (float)14.1+float_rand_data;//readFloatNodeData(dcDeviceName + "/dbmGGIO1.AnIn2.mag.f", Fc.MX, pwrDev_rtData.m_dcData.dcOut1_curr);
		this.dcOut2_curr = (float)24.4+float_rand_data;//readFloatNodeData(dcDeviceName + "/dbmGGIO2.AnIn2.mag.f", Fc.MX, pwrDev_rtData.m_dcData.dcOut2_curr);	
	
		this.temprature = (float)34.1+float_rand_data;//readFloatNodeData(dcDeviceName + "/etmGGIO1.AnIn1.mag.f", Fc.MX, pwrDev_rtData.m_dcData.temprature);	

		this.dcVolH_Limit = (float)58+float_rand_data;//readFloatNodeData(dcDeviceName + "/dbmGGIO1.AnIn3.mag.f", Fc.MX, pwrDev_rtData.m_dcData.dcVolH_Limit);
		this.dcVolL_Limit = (float)40.1+float_rand_data;//readFloatNodeData(dcDeviceName + "/dbmGGIO1.AnIn4.mag.f", Fc.MX, pwrDev_rtData.m_dcData.dcVolL_Limit);
		
		//************ Ò£ÐÅÁ¿ **************
		this.is_dc1_over_vol = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/dbmGGIO1.Ind1.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_dc1_over_vol);
		this.is_dc1_under_vol = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/dbmGGIO1.Ind2.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_dc1_under_vol);		
		
		this.is_dc2_over_vol = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/dbmGGIO2.Ind1.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_dc2_over_vol);
		this.is_dc2_under_vol = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/dbmGGIO2.Ind2.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_dc2_under_vol);		
		
		this.is_in1_swtrip = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/gswGGIO1.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_in1_swtrip);
		this.is_in2_swtrip = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/gswGGIO2.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_in2_swtrip);		
						
		String ref;
		for(int i=0;i<PowerDev_dcData.DC_SW_COUNT_AT_FSW;i++) {
			//ref = "/fsw1GGIO"+(i+1)+".Alm.stVal";
			
			this.is_fsw1_Trip_SW[i] = bool_rand_data;//readBooleanNodeData(dcDeviceName + ref, Fc.ST, pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[i]);	
		}
		
		for(int i=0;i<PowerDev_dcData.DC_SW_COUNT_AT_FSW;i++) {
			//ref = "/fsw2GGIO"+(i+1)+".Alm.stVal";
			
			this.is_fsw2_Trip_SW[i] = bool_rand_data;//readBooleanNodeData(dcDeviceName + ref, Fc.ST, pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[i]);	
		}
		
		this.is_tempalarm = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/etmGGIO.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_tempalarm);		
		this.is_dc_monitorerr = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/dbmGGIO.Ind3.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_dc_monitorerr);		
		this.is_total_alarm = bool_rand_data;//readBooleanNodeData(dcDeviceName + "/calmGGIO.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_total_alarm);
		
	}
}