public override void AtomCreated(BaseAtom atom)
{
switch (atom.Type)
{
case TKHD:
_atomTkhd = (AtomTKHD)atom;
break;
case MDIA:
_atomMdia = (AtomMDIA)atom;
break;
case HDLR:
_atomHdlr = (AtomHdlr)atom;
break;
case MINF:
_atomMinf = (AtomMINF)atom;
break;
case DINF:
_atomDinf = (AtomDINF)atom;
break;
case STBL:
_atomStbl = (AtomSTBL)atom;
break;
case UDTA:
_atomUdta = (AtomUDTA)atom;
break;
case META:
_atomMeta = (AtomMETA)atom;
break;
}
}
public override void AtomCreated(BaseAtom atom)
{
switch (atom.Type)
{
case SMHD:
_atomSMHD = (AtomSMHD)atom;
return;
case DINF:
_atomDINF = (AtomDINF)atom;
return;
case STBL:
_atomSTBL = (AtomSTBL)atom;
return;
case VMHD:
_atomVMHD = (AtomVMHD)atom;
return;
case HDLR:
_atomHDLR = (AtomHdlr)atom;
return;
}
}
public override void AtomCreated(BaseAtom atom)
{
switch (atom.Type)
{
case HDLR:
_atomHDLR = (AtomHdlr) atom;
return;
case ILST:
_atomILST = (AtomILST)atom;
return;
}
}
public override void AtomCreated(BaseAtom atom)
{
switch (atom.Type)
{
case HDLR:
_atomHDLR = (AtomHdlr)atom;
return;
case ILST:
_atomILST = (AtomILST)atom;
return;
}
}
public override void AtomCreated(BaseAtom atom)
{
switch (atom.Type)
{
case MDHD:
_atomMDHD = (AtomMdhd) atom;
return;
case HDLR:
_atomHDLR = (AtomHdlr) atom;
return;
case MINF:
_atomMINF = (AtomMINF) atom;
return;
case DINF:
_atomDINF = (AtomDINF) atom;
return;
case STBL:
_atomSTBL = (AtomSTBL) atom;
return;
}
}
public override void AtomCreated(BaseAtom atom)
{
switch (atom.Type)
{
case TKHD:
_atomTkhd = (AtomTKHD)atom;
break;
case MDIA:
_atomMdia = (AtomMDIA)atom;
break;
case HDLR:
_atomHdlr = (AtomHdlr)atom;
break;
case MINF:
_atomMinf = (AtomMINF)atom;
break;
case DINF:
_atomDinf = (AtomDINF)atom;
break;
case STBL:
_atomStbl = (AtomSTBL)atom;
break;
case UDTA:
_atomUdta = (AtomUDTA)atom;
break;
case META:
_atomMeta = (AtomMETA)atom;
break;
}
}
public BaseAtom ReadAtom(IBoxContainer parentAtom)
{
BaseAtom atom = null;
uint type = 0;
var currentPos = MediaFile.Position;
long size = MediaFile.Br.ReadUInt32();
if (size == 0)
{
atom = new AtomNULL(this, type, size, currentPos)
{
Parent = parentAtom
};
return(atom);
}
type = MediaFile.Br.ReadUInt32();
if (size == 1)
{
size = MediaFile.Br.ReadInt64();
if (size == 0)
{
atom = new AtomNULL(this, type, size, currentPos)
{
Parent = parentAtom
};
return(atom);
}
}
switch (type)
{
case FTYP:
atom = new AtomFTYP(this, size, currentPos);
break;
case MOOV:
atom = new AtomMOOV(this, type, size, currentPos);
break;
case MOOF:
atom = new AtomMOOF(this, type, size, currentPos);
break;
case MVEX:
atom = new AtomMVEX(this, type, size, currentPos);
break;
case MVHD:
atom = new AtomMVHD(this, type, size, currentPos);
break;
case MFHD:
atom = new AtomMFHD(this, type, size, currentPos);
break;
case TRAK:
atom = new AtomTRAK(this, type, size, currentPos);
break;
case TRAF:
atom = new AtomTRAF(this, type, size, currentPos);
break;
case TREX:
atom = new AtomTREX(this, type, size, currentPos);
break;
case TRUN:
atom = new AtomTRUN(this, type, size, currentPos);
break;
case TKHD:
atom = new AtomTKHD(this, type, size, currentPos);
break;
case TFHD:
atom = new AtomTFHD(this, type, size, currentPos);
break;
case MDIA:
atom = new AtomMDIA(this, type, size, currentPos);
break;
case MDHD:
atom = new AtomMdhd(this, type, size, currentPos);
break;
case HDLR:
atom = new AtomHdlr(this, type, size, currentPos);
break;
case MINF:
atom = new AtomMINF(this, type, size, currentPos);
break;
case SMHD:
atom = new AtomSMHD(this, type, size, currentPos);
break;
case DINF:
atom = new AtomDINF(this, type, size, currentPos);
break;
case STBL:
atom = new AtomSTBL(this, type, size, currentPos);
break;
case VMHD:
atom = new AtomVMHD(this, type, size, currentPos);
break;
case DREF:
atom = new AtomDREF(this, type, size, currentPos);
break;
case STSD:
atom = new AtomSTSD(this, type, size, currentPos);
break;
case STTS:
atom = new AtomSTTS(this, type, size, currentPos);
break;
case STSC:
atom = new AtomSTSC(this, type, size, currentPos);
break;
case STSZ:
atom = new AtomSTSZ(this, type, size, currentPos);
break;
case STCO:
atom = new AtomSTCO(this, type, size, currentPos);
break;
case CTTS:
atom = new AtomCTTS(this, type, size, currentPos);
break;
case STSS:
atom = new AtomSTSS(this, type, size, currentPos);
break;
case URL:
atom = new AtomURL(this, type, size, currentPos);
break;
case MP4A:
atom = new AtomMP4A(this, type, size, currentPos);
break;
case AVC1:
atom = new AtomAVC1(this, type, size, currentPos);
break;
case ESDS:
atom = new AtomESDS(this, type, size, currentPos);
break;
case AVCC:
atom = new AtomAVCC(this, type, size, currentPos);
break;
case UDTA:
atom = new AtomUDTA(this, type, size, currentPos);
break;
case WAVE:
atom = new AtomWAVE(this, type, size, currentPos);
break;
case META:
atom = new AtomMETA(this, type, size, currentPos);
break;
case NULL:
atom = new AtomNULL(this, type, size, currentPos);
break;
case ILST:
atom = new AtomILST(this, type, size, currentPos);
break;
case DATA:
atom = new AtomDATA(this, type, size, currentPos);
break;
case CO64:
atom = new AtomCO64(this, type, size, currentPos);
break;
case _COM:
case NAME:
case COVR:
case AART:
case _WRT:
case _GRP:
case _LYR:
case _NAM:
case _ART1:
case _ART2:
case _PRT:
case _TOO:
case _DAY:
case _CMT:
case _CPY:
case _DES:
case _ALB:
case TRKN:
case CPIL:
case PGAP:
case TMPO:
case GNRE:
case DISK:
case _GEN:
case DESC:
case TVSH:
case TVEN:
case TVSN:
case TVES:
atom = new AtomMetaField(this, type, size, currentPos);
break;
default:
{
atom = new IgnoredAtom(this, type, size, currentPos);
break;
}
}
atom.Parent = parentAtom;
atom.Read();
if (currentPos + atom.Size != MediaFile.Position)
{
FATAL("atom start:{0};Atom Size:{1};currentPostion:{2}", currentPos, atom.Size, MediaFile.Position);
}
return(atom);
}
private AtomTRAK CreateTrackBox(ITrack track, Movie movie, Dictionary <ITrack, int[]> chunks)
{
AtomTRAK trackBox = new AtomTRAK();
var tkhd = new AtomTKHD
{
IsEnabled = true,
IsInMovie = true,
IsInPoster = true,
IsInPreview = true,
Matrix = track.TrackMetaData.Matrix,
AlternateGroup = track.TrackMetaData.Group,
CreationTime = track.CreationTime,
Duration = track.Edits?.Count > 0
? (uint)(track.Edits.Sum(x => x.SegmentDuration) * track.TrackMetaData.Timescale)
: track.Duration * GetTimescale(movie) / track.TrackMetaData.Timescale,
Width = (uint)track.TrackMetaData.Width,
Height = (uint)track.TrackMetaData.Height,
Layer = track.TrackMetaData.Layer,
ModificationTime = DateTime.Now.SecondsFrom1904(),
TrackId = track.TrackMetaData.TrackId, Volume = track.TrackMetaData.Volume
};
trackBox.AddAtom(tkhd);
trackBox.AddAtom(CreateEdts(track, movie));
AtomMDIA mdia = new AtomMDIA();
trackBox.AddAtom(mdia);
AtomMdhd mdhd = new AtomMdhd
{
CreationTime = track.TrackMetaData.CreationTime.SecondsFrom1904(),
Duration = track.Duration,
TimeScale = track.TrackMetaData.Timescale,
Language = track.TrackMetaData.Language
};
mdia.AddAtom(mdhd);
AtomHdlr hdlr = new AtomHdlr();
mdia.AddAtom(hdlr);
hdlr.ComonentType = track.Handler;
AtomMINF minf = new AtomMINF();
switch (track.Handler)
{
case "vide":
minf.AddAtom(new AtomVMHD());
break;
case "soun":
minf.AddAtom(new AtomSMHD());
break;
case "text":
case "sbtl":
minf.AddAtom(new AtomNMHD());
break;
case "subt":
minf.AddAtom(new AtomSTHD());
break;
case "hint":
minf.AddAtom(new AtomHMHD());
break;
}
// dinf: all these three boxes tell us is that the actual
// data is in the current file and not somewhere external
AtomDINF dinf = new AtomDINF();
AtomDREF dref = new AtomDREF();
AtomURL url = new AtomURL {
Flags = 1
};
dref.AddAtom(url);
minf.AddAtom(dinf);
//
var stbl = CreateStbl(track, movie, chunks);
minf.AddAtom(stbl);
mdia.AddAtom(minf);
return(trackBox);
}
