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#include "animation.h"
#include "lyt/binaryfile.h"
LYTAnimation::~LYTAnimation() {
}
LYTAnimation::LYTAnimation(QByteArray data) {
LYTBinaryFile file(data);
foreach (const LYTBinaryFileSection §ion, file.sections) {
switch (section.magic.value) {
case 'pat1': {
// Info
QDataStream in(section.data);
InitDataStream(in);
quint16 groupCount;
quint32 nameOffset, groupOffset;
quint8 flag;
in >> sourceTagNumber;
in >> groupCount;
in >> nameOffset;
in >> groupOffset;
in >> sourceStartFrame;
in >> sourceEndFrame;
in >> flag;
qDebug() << "Source: Tag:" << sourceTagNumber << "- Frames:" << sourceStartFrame << "to" << sourceEndFrame;
qDebug() << "Groups: Offset" << groupOffset << ", count" << groupCount << "- Name offset:" << nameOffset;
recursiveBind = ((flag & 1) != 0);
qDebug() << "Flag:" << flag << "; Recursive bind:" << recursiveBind;
in.device()->seek(nameOffset - 8);
// a royal hack
name = ReadFixedLengthASCII(in, groupOffset-nameOffset);
qDebug() << "Rlan name:" << name;
groups.reserve(groupCount);
in.device()->seek(groupOffset - 8);
for (int i = 0; i < groupCount; i++) {
LYTAnimGroupInfo info;
info.name = ReadFixedLengthASCII(in, 17);
in >> info.unusedFlag;
in.skipRawData(2);
groups.append(info);
qDebug() << "Group name:" << info.name;
}
break;
}
case 'pai1': {
// Bits
QDataStream in(section.data);
InitDataStream(in);
quint8 loop;
quint16 fileCount, blockCount;
quint32 offsetOffset;
in >> frameSize;
in >> loop;
in.skipRawData(1);
in >> fileCount;
in >> blockCount;
in >> offsetOffset;
qDebug() << "Loop:" << loop << "- File count:" << fileCount << ", Block count:" << blockCount;
qDebug() << "Offset Offset:" << offsetOffset;
this->loop = (loop & 1);
importedFiles.reserve(fileCount);
qint64 strTabBegin = in.device()->pos();
for (int i = 0; i < fileCount; i++) {
quint32 offs;
in >> offs;
qint64 saveMe = in.device()->pos();
in.device()->seek(strTabBegin + offs);
importedFiles.append(ReadVariableLengthASCII(in));
in.device()->seek(saveMe);
qDebug() << "Imported file:" << importedFiles.last();
}
// Now, each block
in.device()->seek(offsetOffset-8);
blocks.reserve(blockCount);
for (int i = 0; i < blockCount; i++) {
quint32 blockOffs;
in >> blockOffs;
qint64 saveInList = in.device()->pos();
in.device()->seek(blockOffs - 8);
// Block.
LYTAnimBlock block;
block.name = ReadFixedLengthASCII(in, 20);
quint8 pieceCount, type;
in >> pieceCount;
in >> type;
in.skipRawData(2);
block.isMaterial = (type == 1);
qDebug() << "Block @ " << QString::number(blockOffs,16) << ":" << block.name << "- Piece Count:" << pieceCount << "- Type:" << type << "IsMaterial:" << block.isMaterial;
// Now, the piece list
block.pieces.reserve(pieceCount);
for (int j = 0; j < pieceCount; j++) {
quint32 pieceOffs;
in >> pieceOffs;
qint64 saveInList2 = in.device()->pos();
in.device()->seek(blockOffs + pieceOffs - 8);
// Piece
LYTAnimPiece piece;
Magic pieceMagic(0);
in >> pieceMagic.value;
switch (pieceMagic.value) {
case 'RLPA': piece.type = piece.PaneAnim; break;
case 'RLTS': piece.type = piece.TexSRTAnim; break;
case 'RLVI': piece.type = piece.VisAnim; break;
case 'RLVC': piece.type = piece.VtxClrAnim; break;
case 'RLMC': piece.type = piece.MatClrAnim; break;
case 'RLTP': piece.type = piece.TexPatAnim; break;
case 'RLIM': piece.type = piece.IndTexSRTAnim; break;
}
quint8 entryCount;
in >> entryCount;
in.skipRawData(3);
qDebug("Piece: %c%c%c%c, Entry Count: %d", pieceMagic.str[3], pieceMagic.str[2], pieceMagic.str[1], pieceMagic.str[0], entryCount);
piece.entries.reserve(entryCount);
// ANOTHER LIST ARGHHHH
for (int k = 0; k < entryCount; k++) {
quint32 entryOffs;
in >> entryOffs;
qint64 saveInList3 = in.device()->pos();
in.device()->seek(blockOffs + pieceOffs + entryOffs - 8);
// Entry
LYTAnimEntry entry;
in >> entry.id;
in >> entry.target;
in >> entry.curveType;
in.skipRawData(1);
quint16 keyCount;
quint32 keyOffset;
in >> keyCount;
in.skipRawData(2);
in >> keyOffset;
qDebug() << "Entry ID:" << entry.id << "Target:" << entry.target << "CurveType:" << entry.curveType << "KeyCount:" << keyCount << "KeyOffset:" << keyOffset;
in.device()->seek(blockOffs + pieceOffs + entryOffs + keyOffset - 8);
if (piece.type == piece.TexPatAnim || piece.type == piece.VisAnim) {
entry.stepKeys.reserve(keyCount);
for (int l = 0; l < keyCount; l++) {
// Step Key
LYTAnimStepKey key;
in >> key.frame;
in >> key.value;
in.skipRawData(2);
qDebug() << "Step Key:" << key.frame << key.value;
entry.stepKeys.append(key);
}
} else {
entry.keys.reserve(keyCount);
for (int l = 0; l < keyCount; l++) {
// Key
LYTAnimHermiteKey key;
in >> key.frame;
in >> key.value;
in >> key.slope;
qDebug() << "Key:" << key.frame << key.value << key.slope;
entry.keys.append(key);
}
}
piece.entries.append(entry);
in.device()->seek(saveInList3);
}
block.pieces.append(piece);
in.device()->seek(saveInList2);
}
blocks.append(block);
in.device()->seek(saveInList);
}
break;
}
case 'pah1':
// Share
qFatal("AnimShare unsupported");
break;
}
}
}
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