internal static Elt New(CommonElt elt)
{
System.Diagnostics.Debug.Assert(elt != null);
switch (elt.getType())
{
case CommonElementType_t.CommonEltType_Syntax:
{
return(new EltSyntax(SwigHelper.CastTo <CommonSyntax>(elt)));
}
case CommonElementType_t.CommonEltType_Control:
{
return(new EltControl(SwigHelper.CastTo <CommonControl>(elt)));
}
case CommonElementType_t.CommonEltType_Header:
{
return(new EltHeader(SwigHelper.CastTo <CommonHeader>(elt)));
}
case CommonElementType_t.CommonEltType_Function:
{
return(new EltFunction(SwigHelper.CastTo <CommonFunction>(elt)));
}
case CommonElementType_t.CommonEltType_Error:
{
return(new EltError(SwigHelper.CastTo <CommonError>(elt)));
}
case CommonElementType_t.CommonEltType_Mb:
{
CommonMb mb = SwigHelper.CastTo <CommonMb>(elt);
return(mb.getMbType() == CommonEltMbType_t.CommonEltMbType_H264 ? new H264Mb(SwigHelper.CastTo <CommonMbH264>(elt)) : new EltMb(mb));
}
/* === H.264 === */
case CommonElementType_t.CommonEltType_Nalu:
{
return(new EltH264Nalu(SwigHelper.CastTo <CommonH264Nalu>(elt)));
}
case CommonElementType_t.CommonEltType_Section:
{
return(new EltH264Section(SwigHelper.CastTo <CommonH264Section>(elt)));
}
default:
{
throw new NotImplementedException("No constructor for element with type = " + elt.getType());
}
}
}
public EltMb(CommonMb mb)
: base(mb)
{
m_Address = mb.getAddress();
m_X = mb.getX();
m_Y = mb.getY();
m_Data = new Int32[LINES_COUNT][][];
m_Width = new UInt32[LINES_COUNT];
m_Height = new UInt32[LINES_COUNT];
for (int iLine = 0; iLine < LINES_COUNT; iLine++) // Y,U,V
{
m_Width[iLine] = mb.getWidth((CommonYuvLine_t)iLine);
m_Height[iLine] = mb.getHeight((CommonYuvLine_t)iLine);
m_Data[iLine] = new Int32[TYPES_COUNT][];
for (int iType = 0; iType < TYPES_COUNT; iType++) // Final, Residual, Predicted...
{
m_Data[iLine][iType] = new Int32[m_Width[iLine] * m_Height[iLine]];
#if COMPUTE_RESIDUAL
if ((int)CommonEltMbDataType_t.CommonEltMbDataType_Residual == iType)
{
// Residual not generated by the native code: do it ourself. Requires Final and Predicted.
int s = (int)(m_Width[iLine] * m_Height[iLine]);
for (int i = 0; i < s; i++)
{
m_Data[iLine][iType][i] = m_Data[iLine][(int)CommonEltMbDataType_t.CommonEltMbDataType_Final][i] - m_Data[iLine][(int)CommonEltMbDataType_t.CommonEltMbDataType_Predicted][i];
}
}
else
#endif
{
Marshal.Copy(mb.getData((CommonEltMbDataType_t)iType, (CommonYuvLine_t)iLine), m_Data[iLine][iType], 0, (int)(m_Width[iLine] * m_Height[iLine]));
}
}
}
}
