public RsEncode16(int npar, Galois galois)
{
this.npar = npar;
this.galois = galois;
encodeGx = galois.makeEncodeGx(npar);
encodeTable = galois.makeEncodeTable(npar);
}
public RsEncode16(int npar, Galois galois)
{
this.npar = npar;
this.galois = galois;
encodeGx = galois.makeEncodeGx(npar);
encodeTable = galois.makeEncodeTable(npar);
}
public CDRepair(int pregap, int finalSampleCount, int stride)
{
this.stride = stride;
this.pregap = pregap;
this.finalSampleCount = finalSampleCount;
this.sampleCount = 0;
this.galois = Galois16.instance;
this.laststride = this.stride + ((this.finalSampleCount - this.pregap) * 2) % this.stride;
this.stridecount = ((this.finalSampleCount - this.pregap) * 2) / this.stride - 2; // minus one for leadin and one for leadout
if (((this.finalSampleCount - this.pregap) * 2 + this.stride - 1) / this.stride + AccurateRipVerify.maxNpar > galois.Max)
throw new Exception("invalid stride");
}
public CDRepair(int finalSampleCount, int stride, int npar)
{
this.npar = npar;
this.stride = stride;
this.finalSampleCount = finalSampleCount;
sampleCount = 0;
galois = Galois16.instance;
rs = new RsDecode16(npar, galois);
//crc32 = new Crc32();
//crc = 0xffffffff;
encodeGx = galois.makeEncodeGxLog(npar);
laststride = stride + (finalSampleCount * 2) % stride;
stridecount = (finalSampleCount * 2) / stride - 2; // minus one for leadin and one for leadout
if ((finalSampleCount * 2 + stride - 1) / stride + npar > galois.Max)
throw new Exception("invalid stride");
}
public RsDecode16(int npar, Galois galois)
: base(npar, galois)
{
}
public RsDecode(int npar, Galois galois)
{
this.npar = npar;
this.galois = galois;
}
public RsDecode16(int npar, Galois galois)
: base(npar, galois)
{
}
public RsDecode(int npar, Galois galois)
{
this.npar = npar;
this.galois = galois;
}