def read(bd, row, recHeader):
assert(recHeader.recordSize == 96)
columnCount = 96 // 4
# def, keyMdl, keyMtl, scl?, pos, quat, unk_4u32
row.append(Key(bd)) # keyRef00c
row.append(Key(bd)) # keyRef01a
row.append(bd.read3F32()) # pos
row.append(bd.read3F32()) # scl
row.append(bd.read4F32()) # quat
row.extend(bd.read4U32()) # unk 4 u32
expectValue(row[1].typeId, 0x00c, "format 0x02 or 0x08 references {} instead .00c".format(row[1]))
expectValue(row[2].typeId, 0x01a, "format 0x0c or 0x08 references {} instead .01a".format(row[2]))
def read(bd, row, recHeader):
assert(recHeader.recordSize == 88)
# placements of scripts/voice lines/localization closed captions?
for i in range(4): row.append(bd.readF32()) # unk0
row.append(bd.read3F32()) # pos
row.append(bd.readU32()) # unk1
expectValue(row[-1], 0, "format 07, unk1")
row.append(Key(bd)) # key1, reference .0a9
row.append(Key(bd)) # key2, reference .0aa
row.append(Key(bd)) # key3, reference .008
row.append(bd.readF32()) # unk2
row.append(bd.readU32()) # unk3
expectValue(row[-1], 0, "format 07, unk3")
def readGroup(bd):
group = []
groupStartOffset = bd.tell()
group.append(Key(bd)) # keyRef01a reference to .01a
group.append(bd.readU32()) # groupSizeBytes
groupSizeBytes = group[-1]
group.append(bd.readU32()) # groupRecordsCount
groupRecordsCount = group[-1]
nonlocal groupRecordsCountSoFar
assert(groupRecordsCountSoFar <= totalGroupRecordsCount)
assert(groupRecordsCountSoFar + groupRecordsCount <= totalGroupRecordsCount)
groupRecordsCountSoFar += groupRecordsCount
records = []
for i in range(groupRecordsCount):
readGroupObjectRecord(bd, records)
assert(bd.tell() == groupStartOffset + groupSizeBytes)
print(tabulate([group,], floatfmt='.6'))
print(tabulate(records, floatfmt='.6'))
group.append(records)
return group
def read(bd, row, recHeader):
assert(recHeader.recordSize == 72)
row.append(Key(bd)) # key - all .02c ?
row.append(bd.read3F32()) # pos
row.append(bd.read3F32()) # scl
row.append(bd.read4F32()) # quat
expectValue(row[1].typeId, 0x02c, "format 0x0c references {} instead .02c".format(row[1]))
pass
def read(bd, row, recHeader):
assert(recHeader.recordSize == 136)
row.append(bd.read3F32()) # pos
row.append(bd.read3F32()) # scl
row.append(bd.read4F32()) # quat
row.append(bd.read3F32()) # unk1 pos? bboxMax?
for i in range(7): row.append(bd.readF32()) #unk2
row.append(Key(bd)) # key - references .004 or .001?
for i in range(6): row.append(bd.readF32()) #unk3
pass
def read(bd, row, recHeader):
assert(recHeader.recordSize == 192)
row.append(bd.read3F32()) # pos
row.append(bd.read3F32()) # scl
row.append(bd.read4F32()) # quat
row.append(bd.read3F32()) # pos2?
row.append(bd.read3F32()) # scl2?
row.append(bd.read4F32()) # quat2?
row.append(bd.read3F32()) # unk, bboxMax?
row.append(bd.readU32()) # unk2
expectValue(row[-1], 0, "format 04, unk2")
row.append(Key(bd)) # key1, reference .004
expectValue(row[-1].typeId, 0x004, "format 04 key1 reference to {}".format(row[-1]))
row.append(Key(bd)) # key2, referemce .004
expectValue(row[-1].typeId, 0x004, "format 04 key2 reference to {}".format(row[-1]))
row.append(bd.readU32()) # unk3
row.append(bd.readU32()) # unk4
for i in range(7): row.append(bd.readF32()) # unk5
for i in range(5): row.append(bd.readI32()) # unk6
def read(bd, row, recHeader):
assert(recHeader.recordSize == 88)
row.append(Key(bd)) # key - all .00d ?
row.append(bd.read3F32()) # pos
row.append(bd.read3F32()) # scl
row.append(bd.read4F32()) # quat
for i in range(4):
row.append(bd.readU32()) #
expectValue(row[-1], 0, "format 0x0d has non-zero at the end")
expectValue(row[1].typeId, 0x00d, "format 0x0d references {} instead .00d".format(row[1]))
pass
def readRecords0BC_format_12(bd, context):
print('readRecords0BC_format_12')
tab = []
for i in range(context.header.countRecords):
row = []
row.append(bd.readHex(16))
row.append(Key(bd))
expectValue(row[-1].typeId, 0x055, "format 0x12 references {} instead .055".format(row[-1]))
tab.append(row)
print(tabulate(tab, floatfmt='.6'))
pass
def read(bd, row, recHeader):
assert(recHeader.recordSize >= 120)
row.append(Key(bd)) # key - all .003?
expectValue(row[-1].typeId, 0x003, "format 0x0B references {} instead .003".format(row[1]))
row.append(bd.read3F32()) # pos
row.append(bd.read3F32()) # scl
row.append(bd.read4F32()) # quat
row.append(bd.readU32()) # extraCount
extraCount = row[-1]
assert(extraCount >= 0)
if bd.tell() - recHeader.recordStartOffset != 76:
print(bd.tell() - recHeader.recordStartOffset)
print(tabulate([row]))
assert((bd.tell() - recHeader.recordStartOffset) == 76)
for i in range(0, 11):
row.append(bd.readU32()) # unk
for i in range(extraCount):
row.append(bd.readU32()) # unk1
row.append(bd.readU32()) # unk2
pass
def read(bd, row, recHeader):
def r(lf):
# return tuple(round(f,4) for f in lf)
return lf
assert(recHeader.recordSize >= 160)
recordEndOffset = recHeader.recordStartOffset + recHeader.recordSize
print('recordStartOffset =', recHeader.recordStartOffset)
print('recordEndOffset =', recordEndOffset)
tmp = []
row.append(Key(bd)) # keyRef00c, reference to .00c
row.append(bd.readU32()) # groupsCount
groupsCount = row[-1]
row.append(bd.readU32()) # totalGroupRecordsCount
totalGroupRecordsCount = row[-1]
row.append(bd.readHex(4)) # unk bitmask
row.append(bd.read2F32()) # unkFloats1, big range
row.append(bd.readU32()) # unk
expectValue(row[-1], 0, 'Format_01 unk is not zero')
# 56
# print(bd.tell() - recHeader.recordStartOffset)
groupRecordsCountSoFar = 0
def readGroupObjectRecord(bd, records):
rec = []
rec.append(r(bd.read3F32())) # pos
rec.append(r(bd.read3F32())) # scl
rec.append(r(bd.read4F32())) # quat
for i in range(7): rec.append(bd.readHex(4)) # unkBitmask
# for i in range(7): rec.append(bd.readF32()) # unkBitmask
for i in range(5): rec.append(bd.readI32()) # unkInts
records.append(rec)
def readGroup(bd):
group = []
groupStartOffset = bd.tell()
group.append(Key(bd)) # keyRef01a reference to .01a
group.append(bd.readU32()) # groupSizeBytes
groupSizeBytes = group[-1]
group.append(bd.readU32()) # groupRecordsCount
groupRecordsCount = group[-1]
nonlocal groupRecordsCountSoFar
assert(groupRecordsCountSoFar <= totalGroupRecordsCount)
assert(groupRecordsCountSoFar + groupRecordsCount <= totalGroupRecordsCount)
groupRecordsCountSoFar += groupRecordsCount
records = []
for i in range(groupRecordsCount):
readGroupObjectRecord(bd, records)
assert(bd.tell() == groupStartOffset + groupSizeBytes)
print(tabulate([group,], floatfmt='.6'))
print(tabulate(records, floatfmt='.6'))
group.append(records)
return group
print(tabulate([row,], floatfmt='.6'))
groups = []
for i in range(groupsCount):
group = readGroup(bd)
groups.append(group)
row.append(groups)
# print('groupRecordsCountSoFar =', groupRecordsCountSoFar)
# print('after groups =', bd.tell())
assert(groupRecordsCountSoFar == totalGroupRecordsCount)
assert(bd.tell() == recordEndOffset)
bd.seekSet(recordEndOffset)
pass