// Apply delay
        for (unsigned iSample = 0; iSample < numSamples; ++iSample)
        {
            const float left  = *pLeftIn++;
            const float right = *pRightIn++;

            const float monaural = left*0.5f + right*0.5f;

            const float feedbackOffs = 0.1f;
            const float feedbackL    = feedbackOffs;
            const float feedbackR    = -feedbackOffs;;
            const float feed         = 1.f-feedbackOffs;

            m_delayLineL.Write(feed*left, feedbackL);
            m_delayLineM.Write(monaural, 0.f);
            m_delayLineR.Write(feed*right, feedbackR);

            const float delay = 1.5f;

            const float delayedL = m_delayLineL.Read(delay);
            const float delayedM = m_delayLineM.Read(delay);
            const float delayedR = m_delayLineR.Read(delay);

            const float crossBleed = 0.01f*(delayedL+delayedM+delayedR);

            pLeftOut[iSample]  = delayedL*0.99f + crossBleed;
            pRightOut[iSample] = delayedR*0.99f + crossBleed;
        }