internal virtual int synth_1to1_mono <T>(
MPGLib.mpstr_tag mp,
float[] bandPtr,
int bandPos,
T[] @out,
MPGLib.ProcessedBytes pnt,
Factory <T> tFactory)
{
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
var samples_tmp = new T[64];
var tmp1 = 0;
int i, ret;
var pnt1 = new MPGLib.ProcessedBytes();
ret = synth_1to1(mp, bandPtr, bandPos, 0, samples_tmp, pnt1, tFactory);
var outPos = pnt.pb;
for (i = 0; i < 32; i++)
{
@out[outPos++] = samples_tmp[tmp1];
tmp1 += 2;
}
pnt.pb += 32;
return(ret);
}
internal virtual int synth_1to1_unclipped <T>(
MPGLib.mpstr_tag mp,
float[] bandPtr,
int bandPos,
int channel,
T[] @out,
MPGLib.ProcessedBytes pnt,
Factory <T> tFactory)
{
int bo;
var samples = pnt.pb;
float[] b0;
int b0Pos;
float[][] buf;
var clip = 0;
int bo1;
bo = mp.synth_bo;
if (0 == channel)
{
bo--;
bo &= 0xf;
buf = mp.synth_buffs[0];
}
else
{
samples++;
buf = mp.synth_buffs[1];
}
if ((bo & 0x1) != 0)
{
b0 = buf[0];
b0Pos = 0;
bo1 = bo;
dct64.dct64(buf[1], (bo + 1) & 0xf, buf[0], bo, bandPtr, bandPos);
}
else
{
b0 = buf[1];
b0Pos = 0;
bo1 = bo + 1;
dct64.dct64(buf[0], bo, buf[1], bo + 1, bandPtr, bandPos);
}
mp.synth_bo = bo;
{
int j;
var window = 16 - bo1;
for (j = 16; j != 0; j--, b0Pos += 0x10, window += 0x20, samples += step)
{
float sum;
sum = tab.decwin[window + 0x0] * b0[b0Pos + 0x0];
sum -= tab.decwin[window + 0x1] * b0[b0Pos + 0x1];
sum += tab.decwin[window + 0x2] * b0[b0Pos + 0x2];
sum -= tab.decwin[window + 0x3] * b0[b0Pos + 0x3];
sum += tab.decwin[window + 0x4] * b0[b0Pos + 0x4];
sum -= tab.decwin[window + 0x5] * b0[b0Pos + 0x5];
sum += tab.decwin[window + 0x6] * b0[b0Pos + 0x6];
sum -= tab.decwin[window + 0x7] * b0[b0Pos + 0x7];
sum += tab.decwin[window + 0x8] * b0[b0Pos + 0x8];
sum -= tab.decwin[window + 0x9] * b0[b0Pos + 0x9];
sum += tab.decwin[window + 0xA] * b0[b0Pos + 0xA];
sum -= tab.decwin[window + 0xB] * b0[b0Pos + 0xB];
sum += tab.decwin[window + 0xC] * b0[b0Pos + 0xC];
sum -= tab.decwin[window + 0xD] * b0[b0Pos + 0xD];
sum += tab.decwin[window + 0xE] * b0[b0Pos + 0xE];
sum -= tab.decwin[window + 0xF] * b0[b0Pos + 0xF];
WRITE_SAMPLE_UNCLIPPED(samples, sum, clip, @out, tFactory);
}
{
float sum;
sum = tab.decwin[window + 0x0] * b0[b0Pos + 0x0];
sum += tab.decwin[window + 0x2] * b0[b0Pos + 0x2];
sum += tab.decwin[window + 0x4] * b0[b0Pos + 0x4];
sum += tab.decwin[window + 0x6] * b0[b0Pos + 0x6];
sum += tab.decwin[window + 0x8] * b0[b0Pos + 0x8];
sum += tab.decwin[window + 0xA] * b0[b0Pos + 0xA];
sum += tab.decwin[window + 0xC] * b0[b0Pos + 0xC];
sum += tab.decwin[window + 0xE] * b0[b0Pos + 0xE];
WRITE_SAMPLE_UNCLIPPED(samples, sum, clip, @out, tFactory);
b0Pos -= 0x10;
window -= 0x20;
samples += step;
}
window += bo1 << 1;
for (j = 15; j != 0; j--, b0Pos -= 0x10, window -= 0x20, samples += step)
{
float sum;
sum = -tab.decwin[window + -0x1] * b0[b0Pos + 0x0];
sum -= tab.decwin[window + -0x2] * b0[b0Pos + 0x1];
sum -= tab.decwin[window + -0x3] * b0[b0Pos + 0x2];
sum -= tab.decwin[window + -0x4] * b0[b0Pos + 0x3];
sum -= tab.decwin[window + -0x5] * b0[b0Pos + 0x4];
sum -= tab.decwin[window + -0x6] * b0[b0Pos + 0x5];
sum -= tab.decwin[window + -0x7] * b0[b0Pos + 0x6];
sum -= tab.decwin[window + -0x8] * b0[b0Pos + 0x7];
sum -= tab.decwin[window + -0x9] * b0[b0Pos + 0x8];
sum -= tab.decwin[window + -0xA] * b0[b0Pos + 0x9];
sum -= tab.decwin[window + -0xB] * b0[b0Pos + 0xA];
sum -= tab.decwin[window + -0xC] * b0[b0Pos + 0xB];
sum -= tab.decwin[window + -0xD] * b0[b0Pos + 0xC];
sum -= tab.decwin[window + -0xE] * b0[b0Pos + 0xD];
sum -= tab.decwin[window + -0xF] * b0[b0Pos + 0xE];
sum -= tab.decwin[window + -0x0] * b0[b0Pos + 0xF];
WRITE_SAMPLE_UNCLIPPED(samples, sum, clip, @out, tFactory);
}
}
pnt.pb += 64;
return(clip);
}
