Searched refs:procNch (Results 1 – 2 of 2) sorted by relevance
501 final int procNch = Math.min(nCh, encNch); in checkEnergyUSAC() local510 int effProcNch = procNch; in checkEnergyUSAC()557 double[][] nrg = new double[procNch][totSeg]; in checkEnergyUSAC()559 int[] offset = new int[procNch]; in checkEnergyUSAC()563 double[] nrgPerChannel = new double[procNch]; in checkEnergyUSAC()566 float[] nrgTotal = new float[procNch + 1]; in checkEnergyUSAC()571 for (int ch = 0; ch < procNch; ch++) { in checkEnergyUSAC()615 assertTrue("more than one LFE detected", effProcNch >= procNch - 1); in checkEnergyUSAC()625 if (procNch >= 5) { in checkEnergyUSAC()642 for (int idx = 0; idx < procNch; idx++) { in checkEnergyUSAC()[all …]
1320 final int procNch = Math.min(nCh, encNch); // the number of channels to be analyzed in checkEnergy() local1323 encNch, nCh), procNch > 4); in checkEnergy()1332 int effProcNch = procNch; // the num analyzed channels with signal in checkEnergy()1363 double[][] nrg = new double[procNch][totSeg]; // array receiving the segment energies in checkEnergy()1364 int[] offset = new int[procNch]; // array for channel offsets in checkEnergy()1367 for (int ch = 0; ch < procNch; ch++) { in checkEnergy()1393 assertTrue("more than one LFE detected", effProcNch >= procNch - 1); in checkEnergy()1397 if (procNch >= 5) { // for multi-channel signals the only in checkEnergy()1409 for (int idx = 0; idx < procNch; idx++) { in checkEnergy()1422 for (int ch = 0; ch < procNch; ch++) { in checkEnergy()