mesh, gis, dds and tga are all binary files. Their Key data and filter methods are different and can only be applied in a certain version. Some files only support specific methods. Here are some rule examples.
1. mesh Rules
mesh files can be interpreted through Struct as fixed-length bytes in Nexo with a engine older than 0x50004(327684).
Container:
header = Container:
file_mark = mesh (total 4)
version = 327684
file_version = 327684
file_version_mask = 0
patch_version = 0
mesh_type = skeletal (total 8)
bone_count = 25
bones = ListContainer:
24
11
bone_names = ListContainer:
98
has_bones_bi = True
bone_bounding_info = <LazyRangeContainer: 25 possible items, 0 cached>
bone_matrix = <LazyRangeContainer: 25 possible items, 0 cached>
has_bi = False
table_offset = 22516
data_table = Container:
block_count = 1
block_infos = ListContainer:
3170
pair_count = 1
data_pairs = ListContainer:
Container:
type = lod (total 3)
block_idx = 0
content = ListContainer:
Container:
sub_mesh_headers = ListContainer:
Container:
v_count = 229
tri_count = 314
uv_chnl_count = 2
has_color = False
lod_new_v = 1
v_count = 229
tri_count = 314
vb = <LazyRangeContainer: 229 possible items, 0 cached>
nb = <LazyRangeContainer: 229 possible items, 0 cached>
has_tangent = 1
tangent = <LazyRangeContainer: 229 possible items, 0 cached>
ib = <LazyRangeContainer: 942 possible items, 0 cached>
tb = ListContainer:
ListContainer:
<LazyRangeContainer: 229 possible items, 0 cached>
<LazyRangeContainer: 229 possible items, 0 cached>
cb = None
ref_bones = ListContainer:
1507350
4294967295
1441804
tail = ListContainer:
2. gis Rules
What type of content is supported in gis files also depends on the engine version. Versions that are supported by track function extensions are not available. The files can be interpreted through Struct as fixed-length bytes. Example format:
Container:
header = Container:
file_mark = anim (total 4)
version = 50724865
file_version = 393217
file_version_mask = 3
anim_count = 5
bone_count = 3
bone_names = ListContainer:
b'bone001'
b'bone002'
b'root'
bone_trans = ListContainer:
Container:
pos = ListContainer:
0.0
4.044138431549072
-3.159993298140762e-07
rot = ListContainer:
1.4527657299368002e-08
-1.4527657299368002e-08
0.7071068286895752
0.7071068286895752
scale = ListContainer:
1.0
1.0
1.0
Container:
pos = ListContainer:
0.0
1.0272369384765625
-0.025091886520385742
rot = ListContainer:
0.5000001192092896
0.4999999403953552
-0.49999988079071045
-0.5000000596046448
scale = ListContainer:
1.0
1.0
1.0
Container:
pos = ListContainer:
0.0
0.0
0.0
rot = ListContainer:
0.0
0.0
0.0
1.0
scale = ListContainer:
1.0
1.0
1.0
seperate_storage = 0
base_size = None
anim = ListContainer:
Container:
name = obtain (total 6)
anim_root_name = root (total 4)
bone_count = 3
bone_names = ListContainer:
b'bone001'
b'bone002'
b'root'
sample_fps = 30
loop = False
has_scaled = True
prs_flags = 7
accum_flags = 0
pack_prs_flags = 6
bone_separate_flags = 0
keys_data = Container:
key_count = 16
key_times = ListContainer:
0.0
33.33333206176758
66.66666412353516
100.0
133.3333282470703
166.6666717529297
200.0
233.3333282470703
266.6666564941406
300.0
333.3333435058594
366.6666564941406
400.0
433.3333435058594
466.6666564941406
500.0
key_data = ListContainer:
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = True
euler_flags = False
position_key_count = 16
positions = <LazyRangeContainer: 16 possible items, 0 cached>
rot_key_count = 16
rot = <LazyRangeContainer: 16 possible items, 0 cached>
scale_key_count = 16
scales = <LazyRangeContainer: 16 possible items, 0 cached>
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = True
euler_flags = False
position_key_count = 16
positions = <LazyRangeContainer: 16 possible items, 0 cached>
rot_key_count = 16
rot = <LazyRangeContainer: 16 possible items, 0 cached>
scale_key_count = 16
scales = <LazyRangeContainer: 16 possible items, 0 cached>
Container:
has_pos_keys = False
has_rot_keys = False
has_scale_keys = False
euler_flags = False
position_key_count = 1
positions = <LazyRangeContainer: 1 possible items, 0 cached>
rot_key_count = 1
rot = <LazyRangeContainer: 1 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
pivot = Container:
has_pivot_track = False
track_data = None
Container:
name = idle (total 4)
anim_root_name = root (total 4)
bone_count = 3
bone_names = ListContainer:
b'bone001'
b'bone002'
b'root'
sample_fps = 30
loop = True
has_scaled = True
prs_flags = 7
prs_flags = 0
pack_prs_flags = 6
bone_separate_flags = 0
keys_data = Container:
key_count = 101
data_pairs = ListContainer:
0.0
33.33333206176758
66.66666412353516
key_data = ListContainer:
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = False
euler_flags = False
position_key_count = 101
positions = <LazyRangeContainer: 101 possible items, 0 cached>
rot_key_count = 101
rot = <LazyRangeContainer: 101 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = False
euler_flags = False
position_key_count = 101
positions = <LazyRangeContainer: 101 possible items, 0 cached>
rot_key_count = 101
rot = <LazyRangeContainer: 101 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
Container:
has_pos_keys = False
has_rot_keys = False
has_scale_keys = False
euler_flags = False
position_key_count = 1
positions = <LazyRangeContainer: 1 possible items, 0 cached>
rot_key_count = 1
rot = <LazyRangeContainer: 1 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
pivot = Container:
has_pivot_track = False
track_data = None
Container:
name = born (total 4)
anim_root_name = root (total 4)
bone_count = 3
bone_names = ListContainer:
b'bone001'
b'bone002'
b'root'
sample_fps = 30
loop = False
has_scaled = True
prs_flags = 7
accum_flags = 0
pack_prs_flags = 6
bone_separate_flags = 0
keys_data = Container:
key_count = 25
key_times = ListContainer:
0.0
33.54166793823242
66.875
key_data = ListContainer:
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = False
euler_flags = False
position_key_count = 25
positions = <LazyRangeContainer: 25 possible items, 0 cached>
rot_key_count = 25
rot = <LazyRangeContainer: 25 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = False
euler_flags = False
position_key_count = 25
positions = <LazyRangeContainer: 25 possible items, 0 cached>
rot_key_count = 25
rot = <LazyRangeContainer: 25 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
Container:
has_pos_keys = False
has_rot_keys = False
has_scale_keys = False
euler_flags = False
position_key_count = 1
positions = <LazyRangeContainer: 1 possible items, 0 cached>
rot_key_count = 1
rot = <LazyRangeContainer: 1 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
pivot = Container:
has_pivot_track = False
track_data = None
Container:
name = dead (total 4)
anim_root_name = root (total 4)
bone_count = 3
bone_names = ListContainer:
b'bone001'
b'bone002'
b'root'
sample_fps = 30
loop = False
has_scaled = True
prs_flags = 7
accum_flags = 0
pack_prs_flags = 6
bone_separate_flags = 0
keys_data = Container:
key_count = 29
key_times = ListContainer:
0.0
33.33333206176758
66.66666412353516
key_data = ListContainer:
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = False
euler_flags = False
position_key_count = 29
positions = <LazyRangeContainer: 29 possible items, 0 cached>
rot_key_count = 29
rot = <LazyRangeContainer: 29 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = False
euler_flags = False
position_key_count = 29
positions = <LazyRangeContainer: 29 possible items, 0 cached>
rot_key_count = 29
rot = <LazyRangeContainer: 29 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
Container:
has_pos_keys = False
has_rot_keys = False
has_scale_keys = False
euler_flags = False
position_key_count = 1
positions = <LazyRangeContainer: 1 possible items, 0 cached>
rot_key_count = 1
rot = <LazyRangeContainer: 1 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
pivot = Container:
has_pivot_track = False
track_data = None
Container:
name = buffering (total 9)
anim_root_name = root (total 4)
bone_count = 3
bone_names = ListContainer:
b'bone001'
b'bone002'
b'root'
sample_fps = 30
loop = False
has_scaled = True
prs_flags = 7
accum_flags = 0
pack_prs_flags = 6
bone_separate_flags = 0
keys_data = Container:
key_count = 31
bone_names = ListContainer:
0.0
33.33333206176758
66.66666412353516
key_data = ListContainer:
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = True
euler_flags = False
position_key_count = 31
positions = <LazyRangeContainer: 31 possible items, 0 cached>
rot_key_count = 31
rot = <LazyRangeContainer: 31 possible items, 0 cached>
scale_key_count = 31
scales = <LazyRangeContainer: 31 possible items, 0 cached>
Container:
has_pos_keys = True
has_rot_keys = True
has_scale_keys = True
euler_flags = False
position_key_count = 31
positions = <LazyRangeContainer: 31 possible items, 0 cached>
rot_key_count = 31
rot = <LazyRangeContainer: 31 possible items, 0 cached>
scale_key_count = 31
scales = <LazyRangeContainer: 31 possible items, 0 cached>
Container:
has_pos_keys = False
has_rot_keys = False
has_scale_keys = False
euler_flags = False
position_key_count = 1
positions = <LazyRangeContainer: 1 possible items, 0 cached>
rot_key_count = 1
rot = <LazyRangeContainer: 1 possible items, 0 cached>
scale_key_count = 1
scales = <LazyRangeContainer: 1 possible items, 0 cached>
pivot = Container:
has_pivot_track = False
track_data = None
tail = (total 0)
3.dds Rules (applies to tga files)
dds files are interpreted by a 3rd party library and only support pixel format in FOURCC OR RGB. RGB format includes A8R8G8B8, A1R5G5B5, A4R4G4B4, R8G8B8 and R5G6B5 and FOURCC includes DXT1, DXT2, DXT3, DXT4 and DXT5. Attributes which can be interpreted are as followed:
root.size, height and width of the file (1024,1024)
root.header_size. The size of header must be 124 bytes and it can be used to check if the file format is valid.
root.mipmaps, minemap layer count
root.pfsize. The size of pixel format must be 32 bytes.
root.pfflags. The value range flag bits of pixel format.
oot.fourcc. A compressed file format, i.e. DXTn series. It requires a valid DDPF_FOURCC flag bits of pfflags.
root.bitcount. The bit size of RGB. It requires a valid DDPF_RGB flag bits of pfflags.
root.pixel_format. A compressed file format which is more detailed than fourcc.
Example: The length and width of a file should be no more than 1024. xpath=.*.dds$ xpath=root/size condition=['Satisfy the expression',"int(d[0]) <= 1024 and int(d[1]) <= 1024"]
