//
        // When Price going Down of Fibo 3 Level from Up ...
        // Chandelier Exit Must Verify Short trade by providing Short Exit 1 and 2 ...
        bool signal1 =
            //
            c1.close < mConditions.xpvInfo.fl3 &&
            //
            mConditions.xcheInfo.shortExit1 > c1.open &&
            mConditions.xcheInfo.shortExit1 != EMPTY_VALUE &&
            //
            mConditions.xcheInfo.shortExit2 > c1.open &&
            mConditions.xcheInfo.shortExit2 != EMPTY_VALUE &&
            //
            !(mConditions.xtrndInfo.isTrendBullish ||
              mConditions.xtrndInfo.isL1TrendBullish ||
              mConditions.xtrndInfo.isL2TrendBullish ||
              mConditions.xtrndInfo.isL3TrendBullish)
            //
            ;



        X121MarketConditions m0Conditions = GetMarketConditions(0);

        //
        bool signal1 =
            //
            mConditions.xtrndInfo.l1hh == mConditions.xtrndInfo.l2hh &&
            mConditions.xtrndInfo.l1hh == mConditions.xtrndInfo.l3hh &&
            mConditions.xtrndInfo.l1hh == mConditions.xpvInfo.peak &&
            //
            c0AppliedPrice == mConditions.xtrndInfo.l1hh
            // &&
            //
            // mConditions.xmrbInfo.isFastUnderSlow
            //
            ;

        //
        if (signal1)
        {
            //
            Add(
                ToString(XPVF),
                mConditions.signal.providers);

            //
            mConditions.signal.r2r = 1.5;
            mConditions.signal.riskAmount = 0.0001;
            mConditions.signal.mode = X_ORDER_MODE_STOP;
            mConditions.signal.entry = mConditions.xpvInfo.fl1;
            mConditions.signal.sl = mConditions.xtrndInfo.l1hh;
            mConditions.signal.tp = mConditions.xpvInfo.fl3;
        }

        //
        double minVerifier = MathMin(m0Conditions.xhullInfo.up, m0Conditions.xhullInfo.down);
        minVerifier = MathMin(minVerifier, m0Conditions.xmrbInfo.fast);
        minVerifier = MathMin(minVerifier, m0Conditions.xmrbInfo.slow);
        minVerifier = MathMin(minVerifier, m0Conditions.xsslcInfo.up);
        minVerifier = MathMin(minVerifier, m0Conditions.xsslcInfo.down);

        //
        bool signal2 =
            //
            (mConditions.xsslcInfo.isBearish &&
             mConditions.xmrbInfo.isFastUnderSlow &&
             mConditions.xhullInfo.isUpBearish &&
             mConditions.xhullInfo.isDownBearish)
            //
            &&
            //
            !(m0Conditions.xsslcInfo.isBearish &&
              m0Conditions.xmrbInfo.isFastUnderSlow &&
              m0Conditions.xhullInfo.isUpBearish &&
              m0Conditions.xhullInfo.isDownBearish)
            //
            &&
            //
            (mConditions.xtrndInfo.isTrendBearish &&
             (mConditions.xtrndInfo.isL1TrendBearish ||
              mConditions.xtrndInfo.isL2TrendBearish))
            //
            &&
            //
            c1.high < minVerifier
            //
            ;

        //
        if (signal2)
        {
            //
            Add(
                ToString(XCHNL),
                mConditions.signal.providers);

            //
            mConditions.signal.r2r = 1.5;
            mConditions.signal.riskAmount = 0.0001;
            mConditions.signal.mode = X_ORDER_MODE_MARKET;
            mConditions.signal.entry = entry;
            mConditions.signal.sl = mConditions.xpvInfo.peak;
            mConditions.signal.tp = mConditions.xpvInfo.vale;
        }

        //
        bool signal3 =
            //
            mConditions.xtrndInfo.isL3TrendSwitchedToBearish
            //
            ;

        //
        if (signal3)
        {
            //
            Add(
                ToString(XTRND),
                mConditions.signal.providers);

            //
            mConditions.signal.r2r = 1.5;
            mConditions.signal.riskAmount = 0.0001;
            mConditions.signal.mode = X_ORDER_MODE_MARKET;
            mConditions.signal.entry = entry;
            mConditions.signal.sl = mConditions.xtrndInfo.l3hh;
            mConditions.signal.tp = mConditions.xtrndInfo.l3ll;
        }