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package mxgstest.mxgs;

import asim.envsim.dhpu.tmutils.ParameterValueEvent;
import asim.envsim.dhpu.tmutils.ParameterValueFilter;
import java.util.logging.Logger;
import mxgsegse.MXGSEGSE;
import mxgstest.Output;

/**
 *
 * @author stet
 */
public class Dau {
    
    Output output = new Output();
    
    static final String ANSI_RESET = "\u001B[0m";
    static final String ANSI_BLACK = "\u001B[30m";
    static final String ANSI_RED = "\u001B[31m";
    static final String ANSI_GREEN = "\u001B[32m";
    static final String ANSI_YELLOW = "\u001B[33m";
    static final String ANSI_BLUE = "\u001B[34m";
    static final String ANSI_PURPLE = "\u001B[35m";
    static final String ANSI_CYAN = "\u001B[36m";
    static final String ANSI_WHITE = "\u001B[37m";
    
    static String stepResult;
    static String stepComment;
    static boolean stepErr;
    
    public void verifySensorSwitchOnTc(MXGSEGSE egse, double wait, int sensorID, int result) throws Throwable {
        ParameterValueEvent hkEvent = new ParameterValueEvent(egse.dhpu.getNonscienceTm(), egse.packetTool, "Private Header.Packet Identification.TM Type", String.valueOf(0x10), Logger.global);
        ParameterValueFilter hkTm = new ParameterValueFilter(hkEvent, Logger.global);
        
        if((sensorID & 0x8000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 1 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 1 LV", "false");}
        if((sensorID & 0x4000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 1 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 1 LV", "false");}
        if((sensorID & 0x2000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 2 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 2 LV", "false");}
        if((sensorID & 0x1000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 2 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 2 LV", "false");}
        if((sensorID & 0x0800) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 3 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 3 LV", "false");}
        if((sensorID & 0x0400) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 3 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 3 LV", "false");}
        if((sensorID & 0x0200) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 4 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 4 LV", "false");}
        if((sensorID & 0x0100) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 4 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 4 LV", "false");}
        
        if((sensorID & 0x0080) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 1 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 1 LV and HV", "false");}
        if((sensorID & 0x0040) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 1 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 1 LV and HV", "false");}
        if((sensorID & 0x0020) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 2 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 2 LV and HV", "false");}
        if((sensorID & 0x0010) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 2 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 2 LV and HV", "false");}
        if((sensorID & 0x0008) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 3 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 3 LV and HV", "false");}
        if((sensorID & 0x0004) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 3 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 3 LV and HV", "false");}
        if((sensorID & 0x0002) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 4 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 4 LV and HV", "false");}
        if((sensorID & 0x0001) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 4 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 4 LV and HV", "false");}
        
        egse.packetTool.setTcParameter("SensorSwitchOnTC", "Private Header.Packet Identification.Class.Acknowledge Successful Completion", "1");
        
        egse.dhpu.sendNormalTc(egse.packetTool.getTc("SensorSwitchOnTC"));
        while((hkTm.size() < 1) && (wait > 0)) {
            Thread.sleep(100);
            wait = wait - 0.1;
        }
        int resultCode;
        if(wait <= 0){
            stepErr=false;
            stepResult="Failed";
            stepComment="No response (Timeout)";
            System.out.println("No response received (Timeout).");
            resultCode = 0;
        }
        else {
            resultCode = Integer.valueOf(egse.packetTool.getTmParameter(hkTm.removeLast(), "Packet Data.Result"));
            if (result != resultCode) {
                stepErr=false;
                stepResult="Failed";
                stepComment="";
                System.out.println("Failed comparing Result. Expected: "+result+". Recieved: "+resultCode);
            }
            else {
                stepErr=true;
                stepResult="OK";
                stepComment="";
                System.out.println("  Sensor Switch On, Sensor ID "+sensorID+": "+ANSI_GREEN+"OK"+ANSI_RESET);
            }
        }
        output.printStepOut("Result", result, resultCode, stepResult, stepComment, stepErr);
    }
    
    public void sendSensorSwitchOnTc(MXGSEGSE egse, double wait, int sensorID) throws Throwable {
        if((sensorID & 0x8000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 1 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 1 LV", "false");}
        if((sensorID & 0x4000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 1 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 1 LV", "false");}
        if((sensorID & 0x2000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 2 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 2 LV", "false");}
        if((sensorID & 0x1000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 2 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 2 LV", "false");}
        if((sensorID & 0x0800) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 3 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 3 LV", "false");}
        if((sensorID & 0x0400) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 3 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 3 LV", "false");}
        if((sensorID & 0x0200) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 4 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 4 LV", "false");}
        if((sensorID & 0x0100) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 4 LV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 4 LV", "false");}
        
        if((sensorID & 0x0080) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 1 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 1 LV and HV", "false");}
        if((sensorID & 0x0040) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 1 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 1 LV and HV", "false");}
        if((sensorID & 0x0020) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 2 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 2 LV and HV", "false");}
        if((sensorID & 0x0010) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 2 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 2 LV and HV", "false");}
        if((sensorID & 0x0008) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 3 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 3 LV and HV", "false");}
        if((sensorID & 0x0004) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 3 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 3 LV and HV", "false");}
        if((sensorID & 0x0002) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 4 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of CZT 4 LV and HV", "false");}
        if((sensorID & 0x0001) > 0) { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 4 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOnTC", "Packet Data.Sensor ID.DAU of BGO 4 LV and HV", "false");}
        
        egse.dhpu.sendNormalTc(egse.packetTool.getTc("SensorSwitchOnTC"));
    }
    
    
    public void verifySensorSwitchOffTc(MXGSEGSE egse, double wait, int sensorID, int result) throws Throwable {
        ParameterValueEvent hkEvent = new ParameterValueEvent(egse.dhpu.getNonscienceTm(), egse.packetTool, "Private Header.Packet Identification.TM Type", String.valueOf(0x10), Logger.global);
        ParameterValueFilter hkTm = new ParameterValueFilter(hkEvent, Logger.global);
        
        if((sensorID & 0x8000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 1 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 1 LV and HV", "false");}
        if((sensorID & 0x4000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 1 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 1 LV and HV", "false");}
        if((sensorID & 0x2000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 2 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 2 LV and HV", "false");}
        if((sensorID & 0x1000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 2 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 2 LV and HV", "false");}
        if((sensorID & 0x0800) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 3 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 3 LV and HV", "false");}
        if((sensorID & 0x0400) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 3 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 3 LV and HV", "false");}
        if((sensorID & 0x0200) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 4 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 4 LV and HV", "false");}
        if((sensorID & 0x0100) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 4 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 4 LV and HV", "false");}
        
        if((sensorID & 0x0080) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 1 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 1 HV", "false");}
        if((sensorID & 0x0040) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 1 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 1 HV", "false");}
        if((sensorID & 0x0020) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 2 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 2 HV", "false");}
        if((sensorID & 0x0010) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 2 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 2 HV", "false");}
        if((sensorID & 0x0008) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 3 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 3 HV", "false");}
        if((sensorID & 0x0004) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 3 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 3 HV", "false");}
        if((sensorID & 0x0002) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 4 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 4 HV", "false");}
        if((sensorID & 0x0001) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 4 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 4 HV", "false");}
        
        egse.packetTool.setTcParameter("SensorSwitchOffTC", "Private Header.Packet Identification.Class.Acknowledge Successful Completion", "1");
        
        egse.dhpu.sendNormalTc(egse.packetTool.getTc("SensorSwitchOffTC"));
        while((hkTm.size() < 1) && (wait > 0)) {
            Thread.sleep(100);
            wait = wait - 0.1;
        }
        int resultCode;
        if(wait <= 0){
            stepErr=false;
            stepResult="Failed";
            stepComment="No response (Timeout)";
            System.out.println("No response received (Timeout).");
            resultCode = 0;
        }
        else {
            resultCode = Integer.valueOf(egse.packetTool.getTmParameter(hkTm.removeLast(), "Packet Data.Result"));
            if (result != resultCode) {
                stepErr=false;
                stepResult="Failed";
                stepComment="";
                System.out.println("Failed comparing Result. Expected: "+result+". Recieved: "+resultCode);
            }
            else {
                stepErr=true;
                stepResult="OK";
                stepComment="";
                System.out.println("  Sensor Switch Off, Sensor ID "+sensorID+": "+ANSI_GREEN+"OK"+ANSI_RESET);
            }
        }
        output.printStepOut("Result", result, resultCode, stepResult, stepComment, stepErr);
    }
        
        public void sendSensorSwitchOffTc(MXGSEGSE egse, double wait, int sensorID) throws Throwable {
        if((sensorID & 0x8000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 1 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 1 LV and HV", "false");}
        if((sensorID & 0x4000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 1 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 1 LV and HV", "false");}
        if((sensorID & 0x2000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 2 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 2 LV and HV", "false");}
        if((sensorID & 0x1000) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 2 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 2 LV and HV", "false");}
        if((sensorID & 0x0800) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 3 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 3 LV and HV", "false");}
        if((sensorID & 0x0400) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 3 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 3 LV and HV", "false");}
        if((sensorID & 0x0200) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 4 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 4 LV and HV", "false");}
        if((sensorID & 0x0100) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 4 LV and HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 4 LV and HV", "false");}
        
        if((sensorID & 0x0080) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 1 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 1 HV", "false");}
        if((sensorID & 0x0040) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 1 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 1 HV", "false");}
        if((sensorID & 0x0020) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 2 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 2 HV", "false");}
        if((sensorID & 0x0010) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 2 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 2 HV", "false");}
        if((sensorID & 0x0008) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 3 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 3 HV", "false");}
        if((sensorID & 0x0004) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 3 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 3 HV", "false");}
        if((sensorID & 0x0002) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 4 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of CZT 4 HV", "false");}
        if((sensorID & 0x0001) > 0) { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 4 HV", "true");} else { egse.packetTool.setTcParameter("SensorSwitchOffTC", "Packet Data.Sensor ID.DAU of BGO 4 HV", "false");}
        
        egse.dhpu.sendNormalTc(egse.packetTool.getTc("SensorSwitchOffTC"));
    }
    
    
    
    
    
}