comparison audioio/PhaseVocoderTimeStretcher.cpp @ 137:006c90387f40

* Fix many compile warnings, remove some debug output

             if (m_wlen < 2048) m_wlen = 2048;
         }
         m_n1 = lrintf(m_n2 / m_ratio);
         if (m_n1 == 0) {
             m_n1 = 1;
-            m_n2 = m_ratio;
+            m_n2 = lrintf(m_ratio);
         }
     }
 
     m_transientThreshold = lrintf(m_wlen / 4.5);
 

 //            std::cerr << "ratio for last 10: " <<last10num << "/" << (10 * m_n1) << " = " << float(last10num) / float(10 * m_n1) << " (should be " << m_ratio << ")" << std::endl;
             
             if (m_totalCount > 50 && m_transientCount < m_totalCount) {
 
                 int fixed = lrintf(m_transientCount * m_n1);
-                int squashy = m_n2sum - fixed;
 
                 int idealTotal = lrintf(m_totalCount * m_n1 * m_ratio);
                 int idealSquashy = idealTotal - fixed;
 
                 int squashyCount = m_totalCount - m_transientCount;

 
 //    if (count > m_transientThreshold &&
 //        count > m_prevTransientScore * 1.2) {
     if (count > m_prevTransientScore &&
         count > m_transientThreshold &&
-        count - m_prevTransientScore > m_wlen / 20) {
+        count - m_prevTransientScore > int(m_wlen) / 20) {
         isTransient = true;
 
 
         std::cerr << "isTransient (count = " << count << ", prev = " << m_prevTransientScore << ", diff = " << count - m_prevTransientScore << ", ratio = " << (m_totalCount > 0 ? (float (m_n2sum) / float(m_totalCount * m_n1)) : 1.f) << ", ideal = " << m_ratio << ")" << std::endl;
 //    } else {