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PokemonSwitch.py
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PokemonSwitch.py
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bl_info = {
"name": "Pokémon Switch V2 (.TRMDL)",
"author": "Scarlett/SomeKitten & ElChicoEevee",
"version": (0, 0, 2),
"blender": (3, 3, 0),
"location": "File > Import",
"description": "Blender addon for import Pokémon Switch TRMDL",
"warning": "",
"category": "Import",
}
import os
from os import path
import os.path
import random
import struct
from pathlib import Path
from bpy.props import (BoolProperty,
FloatProperty,
StringProperty,
EnumProperty,
CollectionProperty
)
from bpy_extras.io_utils import ImportHelper
from bpy.types import (
Operator,
OperatorFileListElement,
)
import bpy
import mathutils
import math
import glob
import shutil
import sys
# READ THIS: change to True when running in Blender, False when running using fake-bpy-module-latest
IN_BLENDER_ENV = True
class PokeSVImport(bpy.types.Operator, ImportHelper):
bl_idname = "custom_import_scene.pokemonscarletviolet"
bl_label = "Import"
bl_options = {'PRESET', 'UNDO'}
filename_ext = ".trmdl"
filter_glob: StringProperty(
default="*.trmdl",
options={'HIDDEN'},
maxlen=255,
)
filepath = bpy.props.StringProperty(subtype='FILE_PATH',)
files = CollectionProperty(type=bpy.types.PropertyGroup)
rare: BoolProperty(
name="Load Shiny",
description="Uses rare material instead of normal one",
default=False,
)
multiple: BoolProperty(
name="Load All Folder",
description="Uses rare material instead of normal one",
default=False,
)
loadlods: BoolProperty(
name="Load LODS",
description="Uses rare material instead of normal one",
default=False,
)
bonestructh: BoolProperty(
name="Bone Extras (WIP)",
description="Bone Extras (WIP)",
default=False,
)
def draw(self, context):
layout = self.layout
box = layout.box()
box.prop(self, 'rare')
box = layout.box()
box.prop(self, 'multiple')
box = layout.box()
box.prop(self, 'loadlods')
box = layout.box()
box.prop(self, 'bonestructh')
def execute(self, context):
directory = os.path.dirname(self.filepath)
if self.multiple == False:
filename = os.path.basename(self.filepath)
f = open(os.path.join(directory, filename), "rb")
from_trmdlsv(directory, f, self.rare, self.loadlods, self.bonestructh)
f.close()
return {'FINISHED'}
else:
file_list = sorted(os.listdir(directory))
obj_list = [item for item in file_list if item.endswith('.trmdl')]
for item in obj_list:
f = open(os.path.join(directory, item), "rb")
from_trmdlsv(directory, f, self.rare, self.loadlods, self.bonestructh)
f.close()
return {'FINISHED'}
def from_trmdlsv(filep, trmdl, rare, loadlods, bonestructh):
# make collection
if IN_BLENDER_ENV:
new_collection = bpy.data.collections.new(os.path.basename(trmdl.name[:-6]))
bpy.context.scene.collection.children.link(new_collection)
textureextension = ".png"
materials = []
bone_structure = None
trskl = None
trmsh = None
trmtr = None
trmsh_lods_array = []
bone_array = []
bone_id_map = {}
bone_rig_array = []
trskl_bone_adjust = 0
chara_check = "None"
print("Parsing TRMDL...")
trmdl_file_start = readlong(trmdl); fseek(trmdl, trmdl_file_start)
trmdl_struct = ftell(trmdl) - readlong(trmdl); fseek(trmdl, trmdl_struct)
trmdl_struct_len = readshort(trmdl)
if trmdl_struct_len == 0x0012:
trmdl_struct_section_len = readshort(trmdl)
trmdl_struct_start = readshort(trmdl)
trmdl_struct_trmsh = readshort(trmdl)
trmdl_struct_trskl = readshort(trmdl)
trmdl_struct_trmtr = readshort(trmdl)
trmdl_struct_custom = readshort(trmdl)
trmdl_struct_bound_box = readshort(trmdl)
trmdl_struct_float = readshort(trmdl)
elif trmdl_struct_len == 0x0014: #ScarletViolet Only
trmdl_struct_section_len = readshort(trmdl)
trmdl_struct_start = readshort(trmdl)
trmdl_struct_trmsh = readshort(trmdl)
trmdl_struct_trskl = readshort(trmdl)
trmdl_struct_trmtr = readshort(trmdl)
trmdl_struct_custom = readshort(trmdl)
trmdl_struct_bound_box = readshort(trmdl)
trmdl_struct_float = readshort(trmdl)
trmdl_struct_trltt = readshort(trmdl)
elif trmdl_struct_len == 0x0018: #ScarletViolet Only
trmdl_struct_section_len = readshort(trmdl)
trmdl_struct_start = readshort(trmdl)
trmdl_struct_trmsh = readshort(trmdl)
trmdl_struct_trskl = readshort(trmdl)
trmdl_struct_trmtr = readshort(trmdl)
trmdl_struct_custom = readshort(trmdl)
trmdl_struct_bound_box = readshort(trmdl)
trmdl_struct_float = readshort(trmdl)
trmdl_struct_trltt = readshort(trmdl)
trmdl_struct_unka = readshort(trmdl)
trmdl_struct_unkb = readshort(trmdl)
else:
raise AssertionError("Unexpected TRMDL header struct length!")
if trmdl_struct_trmsh != 0:
fseek(trmdl, trmdl_file_start + trmdl_struct_trmsh)
trmsh_start = ftell(trmdl) + readlong(trmdl); fseek(trmdl, trmsh_start)
trmsh_count = readlong(trmdl)
for x in range(trmsh_count):
trmsh_offset = ftell(trmdl) + readlong(trmdl)
trmsh_ret = ftell(trmdl)
fseek(trmdl, trmsh_offset)
trmsh_struct = ftell(trmdl) - readlong(trmdl); fseek(trmdl, trmsh_struct)
trmsh_struct_len = readshort(trmdl)
if trmsh_struct_len != 0x0006:
raise AssertionError("Unexpected TRMSH struct length!")
trmsh_struct_section_len = readshort(trmdl)
trmsh_struct_ptr_name = readshort(trmdl)
if trmsh_struct_ptr_name != 0:
fseek(trmdl, trmsh_offset + trmsh_struct_ptr_name)
trmsh_name_offset = ftell(trmdl) + readlong(trmdl)
fseek(trmdl, trmsh_name_offset)
trmsh_name_len = readlong(trmdl)
chara_check = readfixedstring(trmdl, 3); fseek(trmdl, ftell(trmdl) - 3)
if chara_check.startswith(('au_')): chara_check = "CommonNPC"
elif chara_check.startswith(('bu_')): chara_check = "CommonNPC"
elif chara_check.startswith(('cf_')): chara_check = "CommonNPC"
elif chara_check.startswith(('cm_')): chara_check = "CommonNPC"
elif chara_check.startswith(('df_')): chara_check = "CommonNPC"
elif chara_check.startswith(('dm_')): chara_check = "CommonNPC"
elif chara_check.startswith(('p1_')): chara_check = "Rei"
elif chara_check.startswith(('p2_')): chara_check = "Akari"
elif chara_check.startswith(('pm')): chara_check = "Pokemon"
else: chara_check = "None"
trmsh_name = readfixedstring(trmdl, trmsh_name_len)
print(trmsh_name)
print(chara_check)
trmsh_lods_array.append(trmsh_name)
fseek(trmdl, trmsh_ret)
if trmdl_struct_trskl != 0:
fseek(trmdl, trmdl_file_start + trmdl_struct_trskl)
trskl_start = ftell(trmdl) + readlong(trmdl); fseek(trmdl, trskl_start)
trskl_struct = ftell(trmdl) - readlong(trmdl); fseek(trmdl, trskl_struct)
trskl_struct_len = readshort(trmdl)
if trskl_struct_len != 0x0006:
raise AssertionError("Unexpected TRSKL struct length!")
trskl_struct_section_len = readshort(trmdl)
trskl_struct_ptr_name = readshort(trmdl)
if trskl_struct_ptr_name != 0:
fseek(trmdl, trskl_start + trskl_struct_ptr_name)
trskl_name_offset = ftell(trmdl) + readlong(trmdl)
fseek(trmdl, trskl_name_offset)
trskl_name_len = readlong(trmdl)
trskl_name = readfixedstring(trmdl, trskl_name_len)
print(trskl_name)
if os.path.exists(os.path.join(filep, trskl_name)):
trskl = open(os.path.join(filep, trskl_name), "rb")
else:
print(f"Can't find {trskl_name}!")
if trmdl_struct_trmtr != 0:
fseek(trmdl, trmdl_file_start + trmdl_struct_trmtr)
trmtr_start = ftell(trmdl) + readlong(trmdl); fseek(trmdl, trmtr_start)
trmtr_count = readlong(trmdl)
for x in range(trmtr_count):
trmtr_offset = ftell(trmdl) + readlong(trmdl)
trmtr_ret = ftell(trmdl)
fseek(trmdl, trmtr_offset)
trmtr_name_len = readlong(trmdl) # - 6 -- dunno why the extension was excluded
trmtr_name = readfixedstring(trmdl, trmtr_name_len)
# TODO ArceusShiny
# LINE 1227
print(trmtr_name)
if x == 0:
if rare == True:
trmtr = open(os.path.join(filep, Path(trmtr_name).stem + "_rare.trmtr"), "rb")
else:
trmtr = open(os.path.join(filep, trmtr_name), "rb")
fseek(trmdl, trmtr_ret)
fclose(trmdl)
# TODO create bone_rig_array
# LINE 1247
if trskl is not None:
print("Parsing TRSKL...")
trskl_file_start = readlong(trskl)
fseek(trskl, trskl_file_start)
trskl_struct = ftell(trskl) - readlong(trskl); fseek(trskl, trskl_struct)
trskl_struct_len = readshort(trskl)
if trskl_struct_len == 0x000C:
trskl_struct_section_len = readshort(trskl)
trskl_struct_start = readshort(trskl)
trskl_struct_bone = readshort(trskl)
trskl_struct_b = readshort(trskl)
trskl_struct_c = readshort(trskl)
trskl_struct_bone_adjust = 0
elif trskl_struct_len == 0x000E:
trskl_struct_section_len = readshort(trskl)
trskl_struct_start = readshort(trskl)
trskl_struct_bone = readshort(trskl)
trskl_struct_b = readshort(trskl)
trskl_struct_c = readshort(trskl)
trskl_struct_bone_adjust = readshort(trskl)
else:
raise AssertionError("Unexpected TRSKL header struct length!")
if trskl_struct_bone_adjust != 0:
fseek(trskl, trskl_file_start + trskl_struct_bone_adjust)
trskl_bone_adjust = readlong(trskl); print(f"Mesh node IDs start at {trskl_bone_adjust}")
if trskl_struct_bone != 0:
fseek(trskl, trskl_file_start + trskl_struct_bone)
trskl_bone_start = ftell(trskl) + readlong(trskl); fseek(trskl, trskl_bone_start)
bone_count = readlong(trskl)
if IN_BLENDER_ENV:
new_armature = bpy.data.armatures.new(os.path.basename(trmdl.name))
bone_structure = bpy.data.objects.new(os.path.basename(trmdl.name), new_armature)
new_collection.objects.link(bone_structure)
bpy.context.view_layer.objects.active = bone_structure
bpy.ops.object.editmode_toggle()
for x in range(bone_count):
bone_offset = ftell(trskl) + readlong(trskl)
bone_ret = ftell(trskl)
fseek(trskl, bone_offset)
print(f"Bone {x} start: {hex(bone_offset)}")
trskl_bone_struct = ftell(trskl) - readlong(trskl); fseek(trskl, trskl_bone_struct)
trskl_bone_struct_len = readshort(trskl)
if trskl_bone_struct_len == 0x0012:
trskl_bone_struct_ptr_section_len = readshort(trskl)
trskl_bone_struct_ptr_string = readshort(trskl)
trskl_bone_struct_ptr_bone = readshort(trskl)
trskl_bone_struct_ptr_c = readshort(trskl)
trskl_bone_struct_ptr_d = readshort(trskl)
trskl_bone_struct_ptr_parent = readshort(trskl)
trskl_bone_struct_ptr_rig_id = readshort(trskl)
trskl_bone_struct_ptr_bone_merge = readshort(trskl)
trskl_bone_struct_ptr_h = 0
elif trskl_bone_struct_len == 0x0014:
trskl_bone_struct_ptr_section_len = readshort(trskl)
trskl_bone_struct_ptr_string = readshort(trskl)
trskl_bone_struct_ptr_bone = readshort(trskl)
trskl_bone_struct_ptr_c = readshort(trskl)
trskl_bone_struct_ptr_d = readshort(trskl)
trskl_bone_struct_ptr_parent = readshort(trskl)
trskl_bone_struct_ptr_rig_id = readshort(trskl)
trskl_bone_struct_ptr_bone_merge = readshort(trskl)
trskl_bone_struct_ptr_h = readshort(trskl)
else:
trskl_bone_struct_ptr_section_len = readshort(trskl)
trskl_bone_struct_ptr_string = readshort(trskl)
trskl_bone_struct_ptr_bone = readshort(trskl)
trskl_bone_struct_ptr_c = readshort(trskl)
trskl_bone_struct_ptr_d = readshort(trskl)
trskl_bone_struct_ptr_parent = readshort(trskl)
trskl_bone_struct_ptr_rig_id = readshort(trskl)
trskl_bone_struct_ptr_bone_merge = readshort(trskl)
trskl_bone_struct_ptr_h = readshort(trskl)
if trskl_bone_struct_ptr_bone_merge != 0:
fseek(trskl, bone_offset + trskl_bone_struct_ptr_bone_merge)
bone_merge_start = ftell(trskl) + readlong(trskl); fseek(trskl, bone_merge_start)
bone_merge_string_len = readlong(trskl)
if bone_merge_string_len != 0:
bone_merge_string = readfixedstring(trskl, bone_merge_string_len)
print(f"BoneMerge to {bone_merge_string}")
else: bone_merge_string = ""
if chara_check == "Rei" or chara_check == "Akari":
bone_array.append("foot_base")
bone_array.append("waist")
bone_array.append("spine_01")
bone_array.append("spine_02")
bone_array.append("spine_03")
bone_array.append("neck")
bone_array.append("look")
bone_array.append("head")
bone_array.append("left_shoulder")
bone_array.append("left_arm_width")
bone_array.append("left_arm_01")
bone_array.append("left_arm_02")
bone_array.append("left_hand")
bone_array.append("left_thumb_01")
bone_array.append("left_thumb_02")
bone_array.append("left_thumb_03")
bone_array.append("left_index_01")
bone_array.append("left_index_02")
bone_array.append("left_index_03")
bone_array.append("left_middle_01")
bone_array.append("left_middle_02")
bone_array.append("left_middle_03")
bone_array.append("left_ring_01")
bone_array.append("left_ring_02")
bone_array.append("left_ring_03")
bone_array.append("left_pinky_01")
bone_array.append("left_pinky_02")
bone_array.append("left_pinky_03")
bone_array.append("left_attach_off")
bone_array.append("left_attach_on")
bone_array.append("left_hand_roll")
bone_array.append("left_arm_02_sub")
bone_array.append("left_arm_02_roll")
bone_array.append("left_arm_01_roll")
bone_array.append("right_shoulder")
bone_array.append("right_arm_width")
bone_array.append("right_arm_01")
bone_array.append("right_arm_02")
bone_array.append("right_hand")
bone_array.append("right_thumb_01")
bone_array.append("right_thumb_02")
bone_array.append("right_thumb_03")
bone_array.append("right_index_01")
bone_array.append("right_index_02")
bone_array.append("right_index_03")
bone_array.append("right_middle_01")
bone_array.append("right_middle_02")
bone_array.append("right_middle_03")
bone_array.append("right_ring_01")
bone_array.append("right_ring_02")
bone_array.append("right_ring_03")
bone_array.append("right_pinky_01")
bone_array.append("right_pinky_02")
bone_array.append("right_pinky_03")
bone_array.append("right_attach_off")
bone_array.append("right_attach_on")
bone_array.append("right_hand_roll")
bone_array.append("right_arm_02_sub")
bone_array.append("right_arm_02_roll")
bone_array.append("right_arm_01_roll")
bone_array.append("hips")
bone_array.append("leg_width")
bone_array.append("left_leg_01")
bone_array.append("left_leg_02")
bone_array.append("left_foot")
bone_array.append("left_toe")
bone_array.append("left_leg_02_sub")
bone_array.append("right_leg_01")
bone_array.append("right_leg_02")
bone_array.append("right_foot")
bone_array.append("right_toe")
bone_array.append("right_leg_02_sub")
if trskl_bone_struct_ptr_bone != 0:
fseek(trskl, bone_offset + trskl_bone_struct_ptr_bone)
bone_pos_start = ftell(trskl) + readlong(trskl); fseek(trskl, bone_pos_start)
bone_pos_struct = ftell(trskl) - readlong(trskl); fseek(trskl, bone_pos_struct)
bone_pos_struct_len = readshort(trskl)
if bone_pos_struct_len != 0x000A:
raise AssertionError("Unexpected bone position struct length!")
bone_pos_struct_section_len = readshort(trskl)
bone_pos_struct_ptr_scl = readshort(trskl)
bone_pos_struct_ptr_rot = readshort(trskl)
bone_pos_struct_ptr_trs = readshort(trskl)
fseek(trskl, bone_pos_start + bone_pos_struct_ptr_trs)
bone_tx = readfloat(trskl); bone_ty = readfloat(trskl); bone_tz = readfloat(trskl)
# TODO ArceusScale
# LINE 1797
fseek(trskl, bone_pos_start + bone_pos_struct_ptr_rot)
bone_rx = readfloat(trskl); bone_ry = readfloat(trskl); bone_rz = readfloat(trskl)
fseek(trskl, bone_pos_start + bone_pos_struct_ptr_scl)
bone_sx = readfloat(trskl); bone_sy = readfloat(trskl); bone_sz = readfloat(trskl)
if trskl_bone_struct_ptr_string != 0:
fseek(trskl, bone_offset + trskl_bone_struct_ptr_string)
bone_string_start = ftell(trskl) + readlong(trskl); fseek(trskl, bone_string_start)
bone_str_len = readlong(trskl); bone_name = readfixedstring(trskl, bone_str_len)
if trskl_bone_struct_ptr_parent != 0x00:
fseek(trskl, bone_offset + trskl_bone_struct_ptr_parent)
bone_parent = readlong(trskl) + 1
else:
bone_parent = 0
print(bone_parent)
if trskl_bone_struct_ptr_rig_id != 0:
fseek(trskl, bone_offset + trskl_bone_struct_ptr_rig_id)
bone_rig_id = readlong(trskl) + trskl_bone_adjust
while len(bone_rig_array) <= bone_rig_id:
bone_rig_array.append("")
bone_rig_array[bone_rig_id] = bone_name
bone_matrix = mathutils.Matrix.LocRotScale(
(bone_tx, bone_ty, bone_tz),
mathutils.Euler((bone_rx, bone_ry, bone_rz)),
(bone_sx, bone_sy, bone_sz))
if IN_BLENDER_ENV:
new_bone = new_armature.edit_bones.new(bone_name)
new_bone.use_connect = False
new_bone.use_inherit_rotation = True
new_bone.use_inherit_scale = True
if bonestructh == True:
if trskl_bone_struct_ptr_h == 0:
new_bone.use_inherit_scale = True
else:
new_bone.use_inherit_scale = False
new_bone.use_local_location = True
new_bone.head = (0, 0, 0)
new_bone.tail = (0, 0, 0.1)
new_bone.matrix = bone_matrix
if bone_parent != 0:
new_bone.parent = bone_array[bone_parent - 1]
new_bone.matrix = bone_array[bone_parent - 1].matrix @ bone_matrix
if bone_name in bone_rig_array:
bone_id_map[bone_rig_array.index(bone_name)] = bone_name
else:
bone_rig_array.append(bone_name)
bone_id_map[len(bone_rig_array) - 1] = bone_name
bone_array.append(new_bone)
fseek(trskl, bone_ret)
fclose(trskl)
if IN_BLENDER_ENV:
bpy.ops.object.editmode_toggle()
if trmtr is not None:
print("Parsing TRMTR...")
trmtr_file_start = readlong(trmtr)
mat_data_array = []
fseek(trmtr, trmtr_file_start)
trmtr_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, trmtr_struct)
trmtr_struct_len = readshort(trmtr)
if trmtr_struct_len != 0x0008:
raise AssertionError("Unexpected TRMTR header struct length!")
trmtr_struct_section_len = readshort(trmtr)
trmtr_struct_start = readshort(trmtr)
trmtr_struct_material = readshort(trmtr)
if trmtr_struct_material != 0:
fseek(trmtr, trmtr_file_start + trmtr_struct_material)
mat_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_start)
mat_count = readlong(trmtr)
for x in range(mat_count):
mat_shader = "Standard"; mat_col0 = ""; mat_lym0 = ""; mat_nrm0 = ""; mat_ao0 = ""; mat_emi0 = ""; mat_rgh0 = ""; mat_mtl0 = ""; mat_msk0 = ""; mat_highmsk0 = ""
mat_uv_scale_u = 1.0; mat_uv_scale_v = 1.0; mat_uv_trs_u = 0; mat_uv_trs_v = 0
mat_uv_scale2_u = 1.0; mat_uv_scale2_v = 1.0; mat_uv_trs2_u = 0; mat_uv_trs2_v = 0
mat_color_r = 1.0; mat_color_g = 1.0; mat_color_b = 1.0
mat_color1_r = 1.0; mat_color1_g = 1.0; mat_color1_b = 1.0
mat_color2_r = 1.0; mat_color2_g = 1.0; mat_color2_b = 1.0
mat_color3_r = 1.0; mat_color3_g = 1.0; mat_color3_b = 1.0
mat_color4_r = 1.0; mat_color4_g = 1.0; mat_color4_b = 1.0
mat_emcolor1_r = 1.0; mat_emcolor1_g = 1.0; mat_emcolor1_b = 1.0
mat_emcolor2_r = 1.0; mat_emcolor2_g = 1.0; mat_emcolor2_b = 1.0
mat_emcolor3_r = 1.0; mat_emcolor3_g = 1.0; mat_emcolor3_b = 1.0
mat_emcolor4_r = 1.0; mat_emcolor4_g = 1.0; mat_emcolor4_b = 1.0
mat_emcolor5_r = 1.0; mat_emcolor5_g = 1.0; mat_emcolor5_b = 1.0
mat_rgh_layer0 = 1.0; mat_rgh_layer1 = 1.0; mat_rgh_layer2 = 1.0; mat_rgh_layer3 = 1.0; mat_rgh_layer4 = 1.0
mat_mtl_layer0 = 0.0; mat_mtl_layer1 = 0.0; mat_mtl_layer2 = 0.0; mat_mtl_layer3 = 0.0; mat_mtl_layer4 = 0.0
mat_reflectance = 0.0
mat_emm_intensity = 1.0
mat_offset = ftell(trmtr) + readlong(trmtr)
mat_ret = ftell(trmtr)
mat_enable_base_color_map = False
mat_enable_normal_map = False
mat_enable_ao_map = False
mat_enable_emission_color_map = False
mat_enable_roughness_map = False
mat_enable_metallic_map = False
mat_enable_displacement_map = False
mat_enable_highlight_map = False
fseek(trmtr, mat_offset)
print("--------------------")
mat_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_struct)
mat_struct_len = readshort(trmtr)
if mat_struct_len != 0x0024:
raise AssertionError("Unexpected material struct length!")
mat_struct_section_len = readshort(trmtr)
mat_struct_ptr_param_a = readshort(trmtr)
mat_struct_ptr_param_b = readshort(trmtr)
mat_struct_ptr_param_c = readshort(trmtr)
mat_struct_ptr_param_d = readshort(trmtr)
mat_struct_ptr_param_e = readshort(trmtr)
mat_struct_ptr_param_f = readshort(trmtr)
mat_struct_ptr_param_g = readshort(trmtr)
mat_struct_ptr_param_h = readshort(trmtr)
mat_struct_ptr_param_i = readshort(trmtr)
mat_struct_ptr_param_j = readshort(trmtr)
mat_struct_ptr_param_k = readshort(trmtr)
mat_struct_ptr_param_l = readshort(trmtr)
mat_struct_ptr_param_m = readshort(trmtr)
mat_struct_ptr_param_n = readshort(trmtr)
mat_struct_ptr_param_o = readshort(trmtr)
mat_struct_ptr_param_p = readshort(trmtr)
if mat_struct_ptr_param_a != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_a)
mat_param_a_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_a_start)
mat_name_len = readlong(trmtr)
mat_name = readfixedstring(trmtr, mat_name_len)
print(f"Material properties for {mat_name}:")
if mat_struct_ptr_param_b != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_b)
mat_param_b_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_b_start)
mat_param_b_section_count = readlong(trmtr)
for z in range(mat_param_b_section_count):
mat_param_b_offset = ftell(trmtr) + readlong(trmtr)
mat_param_b_ret = ftell(trmtr)
fseek(trmtr, mat_param_b_offset)
mat_param_b_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_b_struct)
mat_param_b_struct_len = readshort(trmtr)
if mat_param_b_struct_len != 0x0008:
raise AssertionError("Unexpected material param b struct length!")
mat_param_b_struct_section_len = readshort(trmtr)
mat_param_b_struct_ptr_string = readshort(trmtr)
mat_param_b_struct_ptr_params = readshort(trmtr)
if mat_param_b_struct_ptr_string != 0:
fseek(trmtr, mat_param_b_offset + mat_param_b_struct_ptr_string)
mat_param_b_shader_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_b_shader_start)
mat_param_b_shader_len = readlong(trmtr)
mat_param_b_shader_string = readfixedstring(trmtr, mat_param_b_shader_len)
print(f"Shader: {mat_param_b_shader_string}")
mat_shader = mat_param_b_shader_string
if mat_param_b_struct_ptr_params != 0:
fseek(trmtr, mat_param_b_offset + mat_param_b_struct_ptr_params)
mat_param_b_sub_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_b_sub_start)
mat_param_b_sub_count = readlong(trmtr)
for y in range(mat_param_b_sub_count):
mat_param_b_sub_offset = ftell(trmtr) + readlong(trmtr)
mat_param_b_sub_ret = ftell(trmtr)
fseek(trmtr, mat_param_b_sub_offset)
mat_param_b_sub_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_b_sub_struct)
mat_param_b_sub_struct_len = readshort(trmtr)
if mat_param_b_sub_struct_len != 0x0008:
raise AssertionError("Unexpected material param b sub struct length!")
mat_param_b_sub_struct_section_len = readshort(trmtr)
mat_param_b_sub_struct_ptr_string = readshort(trmtr)
mat_param_b_sub_struct_ptr_value = readshort(trmtr)
if mat_param_b_sub_struct_ptr_string != 0:
fseek(trmtr, mat_param_b_sub_offset + mat_param_b_sub_struct_ptr_string)
mat_param_b_sub_string_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_b_sub_string_start)
mat_param_b_sub_string_len = readlong(trmtr)
mat_param_b_sub_string = readfixedstring(trmtr, mat_param_b_sub_string_len)
if mat_param_b_sub_struct_ptr_value != 0:
fseek(trmtr, mat_param_b_sub_offset + mat_param_b_sub_struct_ptr_value)
mat_param_b_sub_value_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_b_sub_value_start)
mat_param_b_sub_value_len = readlong(trmtr)
mat_param_b_sub_value = readfixedstring(trmtr, mat_param_b_sub_value_len)
print(f"(param_b) {mat_param_b_sub_string}: {mat_param_b_sub_value}")
if mat_param_b_sub_string == "EnableBaseColorMap": mat_enable_base_color_map = mat_param_b_sub_value == "True"
if mat_param_b_sub_string == "EnableNormalMap": mat_enable_normal_map = mat_param_b_sub_value == "True"
if mat_param_b_sub_string == "EnableAOMap": mat_enable_ao_map = mat_param_b_sub_value == "True"
if mat_param_b_sub_string == "EnableEmissionColorMap": mat_enable_emission_color_map = mat_param_b_sub_value == "True"
if mat_param_b_sub_string == "EnableRoughnessMap": mat_enable_roughness_map = mat_param_b_sub_value == "True"
if mat_param_b_sub_string == "EnableMetallicMap": mat_enable_metallic_map = mat_param_b_sub_value == "True"
if mat_param_b_sub_string == "EnableDisplacementMap": mat_enable_displacement_map = mat_param_b_sub_value == "True"
if mat_param_b_sub_string == "EnableHighlight": mat_enable_highlight_map = mat_param_b_sub_value == "True"
if mat_param_b_sub_string == "EnableOverrideColor": mat_enable_override_color = mat_param_b_sub_value == "True"
fseek(trmtr, mat_param_b_sub_ret)
fseek(trmtr, mat_param_b_ret)
if mat_struct_ptr_param_c != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_c)
mat_param_c_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_c_start)
mat_param_c_count = readlong(trmtr)
for z in range(mat_param_c_count):
mat_param_c_offset = ftell(trmtr) + readlong(trmtr)
mat_param_c_ret = ftell(trmtr)
fseek(trmtr, mat_param_c_offset)
mat_param_c_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_c_struct)
mat_param_c_struct_len = readshort(trmtr)
if mat_param_c_struct_len == 0x0008:
mat_param_c_struct_section_len = readshort(trmtr)
mat_param_c_struct_ptr_string = readshort(trmtr)
mat_param_c_struct_ptr_value = readshort(trmtr)
mat_param_c_struct_ptr_id = 0
elif mat_param_c_struct_len == 0x000A:
mat_param_c_struct_section_len = readshort(trmtr)
mat_param_c_struct_ptr_string = readshort(trmtr)
mat_param_c_struct_ptr_value = readshort(trmtr)
mat_param_c_struct_ptr_id = readshort(trmtr)
else:
raise AssertionError("Unexpected material param c struct length!")
if mat_param_c_struct_ptr_string != 0:
fseek(trmtr, mat_param_c_offset + mat_param_c_struct_ptr_string)
mat_param_c_string_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_c_string_start)
mat_param_c_string_len = readlong(trmtr)
mat_param_c_string = readfixedstring(trmtr, mat_param_c_string_len)
if mat_param_c_struct_ptr_value != 0:
fseek(trmtr, mat_param_c_offset + mat_param_c_struct_ptr_value)
mat_param_c_value_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_c_value_start)
mat_param_c_value_len = readlong(trmtr) # - 5 # Trimming the ".bntx" from the end.
mat_param_c_value = readfixedstring(trmtr, mat_param_c_value_len)
if mat_param_c_struct_ptr_id != 0:
fseek(trmtr, mat_param_c_offset + mat_param_c_struct_ptr_id)
mat_param_c_id = readlong(trmtr)
else:
mat_param_c_id = 0
if mat_param_c_string == "BaseColorMap": mat_col0 = mat_param_c_value
elif mat_param_c_string == "LayerMaskMap": mat_lym0 = mat_param_c_value
elif mat_param_c_string == "NormalMap": mat_nrm0 = mat_param_c_value
elif mat_param_c_string == "AOMap": mat_ao0 = mat_param_c_value
elif mat_param_c_string == "EmissionColorMap": mat_emi0 = mat_param_c_value
elif mat_param_c_string == "RoughnessMap": mat_rgh0 = mat_param_c_value
elif mat_param_c_string == "MetallicMap": mat_mtl0 = mat_param_c_value
elif mat_param_c_string == "DisplacementMap": mat_msk0 = mat_param_c_value
elif mat_param_c_string == "HighlightMaskMap": mat_highmsk0 = mat_param_c_value
# -- There's also all of the following, which aren't automatically assigned to keep things simple.
# -- "AOMap"
# -- "AOMap1"
# -- "AOMap2"
# -- "BaseColorMap1"
# -- "DisplacementMap"
# -- "EyelidShadowMaskMap"
# -- "FlowMap"
# -- "FoamMaskMap"
# -- "GrassCollisionMap"
# -- "HighlightMaskMap"
# -- "LowerEyelidColorMap"
# -- "NormalMap1"
# -- "NormalMap2"
# -- "PackedMap"
# -- "UpperEyelidColorMap"
# -- "WeatherLayerMaskMap"
# -- "WindMaskMap"
print(f"(param_c) {mat_param_c_string}: {mat_param_c_value} [{mat_param_c_id}]")
fseek(trmtr, mat_param_c_ret)
if mat_struct_ptr_param_d != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_d)
mat_param_d_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_d_start)
mat_param_d_count = readlong(trmtr)
for z in range(mat_param_d_count):
mat_param_d_offset = ftell(trmtr) + readlong(trmtr)
mat_param_d_ret = ftell(trmtr)
fseek(trmtr, mat_param_d_offset)
mat_param_d_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_d_struct)
mat_param_d_struct_len = readshort(trmtr)
if mat_param_d_struct_len != 0x001E:
raise AssertionError("Unexpected material param d struct length!")
mat_param_d_struct_section_len = readshort(trmtr)
mat_param_d_struct_ptr_a = readshort(trmtr)
mat_param_d_struct_ptr_b = readshort(trmtr)
mat_param_d_struct_ptr_c = readshort(trmtr)
mat_param_d_struct_ptr_d = readshort(trmtr)
mat_param_d_struct_ptr_e = readshort(trmtr)
mat_param_d_struct_ptr_f = readshort(trmtr)
mat_param_d_struct_ptr_g = readshort(trmtr)
mat_param_d_struct_ptr_h = readshort(trmtr)
mat_param_d_struct_ptr_i = readshort(trmtr)
mat_param_d_struct_ptr_j = readshort(trmtr)
mat_param_d_struct_ptr_k = readshort(trmtr)
mat_param_d_struct_ptr_l = readshort(trmtr)
mat_param_d_struct_ptr_m = readshort(trmtr)
if mat_param_d_struct_ptr_a != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_a)
mat_param_d_value_a = readlong(trmtr)
else: mat_param_d_value_a = 0
if mat_param_d_struct_ptr_b != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_b)
mat_param_d_value_b = readlong(trmtr)
else: mat_param_d_value_b = 0
if mat_param_d_struct_ptr_c != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_c)
mat_param_d_value_c = readlong(trmtr)
else: mat_param_d_value_c = 0
if mat_param_d_struct_ptr_d != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_d)
mat_param_d_value_d = readlong(trmtr)
else: mat_param_d_value_d = 0
if mat_param_d_struct_ptr_e != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_e)
mat_param_d_value_e = readlong(trmtr)
else: mat_param_d_value_e = 0
if mat_param_d_struct_ptr_f != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_f)
mat_param_d_value_f = readlong(trmtr)
else: mat_param_d_value_f = 0
if mat_param_d_struct_ptr_g != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_g)
mat_param_d_value_g = readlong(trmtr)
else: mat_param_d_value_g = 0
if mat_param_d_struct_ptr_h != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_h)
mat_param_d_value_h = readlong(trmtr)
else: mat_param_d_value_h = 0
if mat_param_d_struct_ptr_i != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_i)
mat_param_d_value_i = readlong(trmtr)
else: mat_param_d_value_i = 0
if mat_param_d_struct_ptr_j != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_j)
mat_param_d_value_j = readlong(trmtr)
else: mat_param_d_value_j = 0
if mat_param_d_struct_ptr_k != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_k)
mat_param_d_value_k = readlong(trmtr)
else: mat_param_d_value_k = 0
if mat_param_d_struct_ptr_l != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_l)
mat_param_d_value_l = readlong(trmtr)
else: mat_param_d_value_l = 0
if mat_param_d_struct_ptr_m != 0:
fseek(trmtr, mat_param_d_offset + mat_param_d_struct_ptr_m)
mat_param_d_value_m1 = readfloat(trmtr); mat_param_d_value_m2 = readfloat(trmtr); mat_param_d_value_m3 = readfloat(trmtr)
else: mat_param_d_value_m1 = 0; mat_param_d_value_m2 = 0; mat_param_d_value_m3 = 0
print(f"Flags #{z}: {mat_param_d_value_a} | {mat_param_d_value_b} | {mat_param_d_value_c} | {mat_param_d_value_d} | {mat_param_d_value_e} | {mat_param_d_value_f} | {mat_param_d_value_g} | {mat_param_d_value_h} | {mat_param_d_value_i} | {mat_param_d_value_j} | {mat_param_d_value_k} | {mat_param_d_value_l} | {mat_param_d_value_m1} | {mat_param_d_value_m2} | {mat_param_d_value_m3}")
fseek(trmtr, mat_param_d_ret)
if mat_struct_ptr_param_e != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_e)
mat_param_e_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_e_start)
mat_param_e_count = readlong(trmtr)
for z in range(mat_param_e_count):
mat_param_e_offset = ftell(trmtr) + readlong(trmtr)
mat_param_e_ret = ftell(trmtr)
fseek(trmtr, mat_param_e_offset)
mat_param_e_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_e_struct)
mat_param_e_struct_len = readshort(trmtr)
if mat_param_e_struct_len == 0x0006:
mat_param_e_struct_section_len = readshort(trmtr)
mat_param_e_struct_ptr_string = readshort(trmtr)
mat_param_e_struct_ptr_value = 0
elif mat_param_e_struct_len == 0x0008:
mat_param_e_struct_section_len = readshort(trmtr)
mat_param_e_struct_ptr_string = readshort(trmtr)
mat_param_e_struct_ptr_value = readshort(trmtr)
else:
raise Exception(f"Unknown mat_param_e struct length!")
if mat_param_e_struct_ptr_string != 0:
fseek(trmtr, mat_param_e_offset + mat_param_e_struct_ptr_string)
mat_param_e_string_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_e_string_start)
mat_param_e_string_len = readlong(trmtr)
mat_param_e_string = readfixedstring(trmtr, mat_param_e_string_len)
if mat_param_e_struct_ptr_value != 0:
fseek(trmtr, mat_param_e_offset + mat_param_e_struct_ptr_value)
mat_param_e_value = readfloat(trmtr)
else: mat_param_e_value = 0
if mat_param_e_string == "Roughness": mat_rgh_layer0 = mat_param_e_value
elif mat_param_e_string == "RoughnessLayer1": mat_rgh_layer1 = mat_param_e_value
elif mat_param_e_string == "RoughnessLayer2": mat_rgh_layer2 = mat_param_e_value
elif mat_param_e_string == "RoughnessLayer3": mat_rgh_layer3 = mat_param_e_value
elif mat_param_e_string == "RoughnessLayer4": mat_rgh_layer4 = mat_param_e_value
elif mat_param_e_string == "Metallic": mat_mtl_layer0 = mat_param_e_value
elif mat_param_e_string == "MetallicLayer1": mat_mtl_layer1 = mat_param_e_value
elif mat_param_e_string == "MetallicLayer2": mat_mtl_layer2 = mat_param_e_value
elif mat_param_e_string == "MetallicLayer3": mat_mtl_layer3 = mat_param_e_value
elif mat_param_e_string == "MetallicLayer4": mat_mtl_layer4 = mat_param_e_value
elif mat_param_e_string == "Reflectance": mat_reflectance = mat_param_e_value
elif mat_param_e_string == "EmissionIntensity": mat_emm_intensity = mat_param_e_value
print(f"(param_e) {mat_param_e_string}: {mat_param_e_value}")
fseek(trmtr, mat_param_e_ret)
if mat_struct_ptr_param_f != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_f)
mat_param_f_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_f_start)
mat_param_f_count = readlong(trmtr)
for z in range(mat_param_f_count):
mat_param_f_offset = ftell(trmtr) + readlong(trmtr)
mat_param_f_ret = ftell(trmtr)
fseek(trmtr, mat_param_f_offset)
mat_param_f_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_f_struct)
mat_param_f_struct_len = readlong(trmtr)
if mat_param_f_struct_len != 0x0008:
raise Exception(f"Unknown mat_param_f struct length!")
mat_param_f_struct_section_len = readshort(trmtr)
mat_param_f_struct_ptr_string = readshort(trmtr)
mat_param_f_struct_ptr_values = readshort(trmtr)
if mat_param_f_struct_ptr_string != 0:
fseek(trmtr, mat_param_f_offset + mat_param_f_struct_ptr_string)
mat_param_f_string_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_f_string_start)
mat_param_f_string_len = readlong(trmtr)
mat_param_f_string = readfixedstring(trmtr, mat_param_f_string_len)
if mat_param_f_struct_ptr_values != 0:
fseek(trmtr, mat_param_f_offset + mat_param_f_struct_ptr_values)
mat_param_f_value1 = readfloat(trmtr)
mat_param_f_value2 = readfloat(trmtr)
else: mat_param_f_value1 = mat_param_f_value2 = 0
print(f"(param_f) {mat_param_f_string}: {mat_param_f_value1}, {mat_param_f_value2}")
fseek(trmtr, mat_param_f_ret)
if mat_struct_ptr_param_g != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_g)
mat_param_g_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_g_start)
mat_param_g_count = readlong(trmtr)
for z in range(mat_param_g_count):
mat_param_g_offset = ftell(trmtr) + readlong(trmtr)
mat_param_g_ret = ftell(trmtr)
fseek(trmtr, mat_param_g_offset)
mat_param_g_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_g_struct)
mat_param_g_struct_len = readlong(trmtr)
if mat_param_g_struct_len != 0x0008:
raise Exception(f"Unknown mat_param_g struct length!")
mat_param_g_struct_section_len = readshort(trmtr)
mat_param_g_struct_ptr_string = readshort(trmtr)
mat_param_g_struct_ptr_values = readshort(trmtr)
if mat_param_g_struct_ptr_string != 0:
fseek(trmtr, mat_param_g_offset + mat_param_g_struct_ptr_string)
mat_param_g_string_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_g_string_start)
mat_param_g_string_len = readlong(trmtr)
mat_param_g_string = readfixedstring(trmtr, mat_param_g_string_len)
if mat_param_g_struct_ptr_values != 0:
fseek(trmtr, mat_param_g_offset + mat_param_g_struct_ptr_values)
mat_param_g_value1 = readfloat(trmtr)
mat_param_g_value2 = readfloat(trmtr)
mat_param_g_value3 = readfloat(trmtr)
else: mat_param_g_value1 = mat_param_g_value2 = mat_param_g_value3 = 0
print(f"(param_g) {mat_param_g_string}: {mat_param_g_value1}, {mat_param_g_value2}, {mat_param_g_value3}")
fseek(trmtr, mat_param_g_ret)
if mat_struct_ptr_param_h != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_h)
mat_param_h_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_h_start)
mat_param_h_count = readlong(trmtr)
for z in range(mat_param_h_count):
mat_param_h_offset = ftell(trmtr) + readlong(trmtr)
mat_param_h_ret = ftell(trmtr)
fseek(trmtr, mat_param_h_offset)
mat_param_h_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_h_struct)
mat_param_h_struct_len = readshort(trmtr)
if mat_param_h_struct_len != 0x0008:
raise Exception(f"Unknown mat_param_h struct length!")
mat_param_h_struct_section_len = readshort(trmtr)
mat_param_h_struct_ptr_string = readshort(trmtr)
mat_param_h_struct_ptr_values = readshort(trmtr)
if mat_param_h_struct_ptr_string != 0:
fseek(trmtr, mat_param_h_offset + mat_param_h_struct_ptr_string)
mat_param_h_string_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_h_string_start)
mat_param_h_string_len = readlong(trmtr)
mat_param_h_string = readfixedstring(trmtr, mat_param_h_string_len)
if mat_param_h_struct_ptr_values != 0:
fseek(trmtr, mat_param_h_offset + mat_param_h_struct_ptr_values)
mat_param_h_value1 = readfloat(trmtr)
mat_param_h_value2 = readfloat(trmtr)
mat_param_h_value3 = readfloat(trmtr)
mat_param_h_value4 = readfloat(trmtr)
else: mat_param_h_value1 = mat_param_h_value2 = mat_param_h_value3 = mat_param_h_value4 = 0
if mat_param_h_string == "UVScaleOffset": mat_uv_scale_u = mat_param_h_value1; mat_uv_scale_v = mat_param_h_value2; mat_uv_trs_u = mat_param_h_value3; mat_uv_trs_v = mat_param_h_value4
elif mat_param_h_string == "UVScaleOffset1": mat_uv_scale2_u = mat_param_h_value1; mat_uv_scale2_v = mat_param_h_value2; mat_uv_trs2_u = mat_param_h_value3; mat_uv_trs2_v = mat_param_h_value4
elif mat_param_h_string == "BaseColor": mat_color_r = mat_param_h_value1; mat_color_g = mat_param_h_value2; mat_color_b = mat_param_h_value3
elif mat_param_h_string == "BaseColorLayer1": mat_color1_r = mat_param_h_value1; mat_color1_g = mat_param_h_value2; mat_color1_b = mat_param_h_value3
elif mat_param_h_string == "BaseColorLayer2": mat_color2_r = mat_param_h_value1; mat_color2_g = mat_param_h_value2; mat_color2_b = mat_param_h_value3
elif mat_param_h_string == "BaseColorLayer3": mat_color3_r = mat_param_h_value1; mat_color3_g = mat_param_h_value2; mat_color3_b = mat_param_h_value3
elif mat_param_h_string == "BaseColorLayer4": mat_color4_r = mat_param_h_value1; mat_color4_g = mat_param_h_value2; mat_color4_b = mat_param_h_value3
elif mat_param_h_string == "EmissionColorLayer1": mat_emcolor1_r = mat_param_h_value1; mat_emcolor1_g = mat_param_h_value2; mat_emcolor1_b = mat_param_h_value3
elif mat_param_h_string == "EmissionColorLayer2": mat_emcolor2_r = mat_param_h_value1; mat_emcolor2_g = mat_param_h_value2; mat_emcolor2_b = mat_param_h_value3
elif mat_param_h_string == "EmissionColorLayer3": mat_emcolor3_r = mat_param_h_value1; mat_emcolor3_g = mat_param_h_value2; mat_emcolor3_b = mat_param_h_value3
elif mat_param_h_string == "EmissionColorLayer4": mat_emcolor4_r = mat_param_h_value1; mat_emcolor4_g = mat_param_h_value2; mat_emcolor4_b = mat_param_h_value3
elif mat_param_h_string == "EmissionColorLayer5": mat_emcolor5_r = mat_param_h_value1; mat_emcolor5_g = mat_param_h_value2; mat_emcolor5_b = mat_param_h_value3
else: print(f"Unknown mat_param_h: {mat_param_h_string}")
print(f"(param_h) {mat_param_h_string}: {mat_param_h_value1}, {mat_param_h_value2}, {mat_param_h_value3}, {mat_param_h_value4}")
fseek(trmtr, mat_param_h_ret)
if mat_struct_ptr_param_i != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_i)
mat_param_i_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_i_start)
mat_param_i_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_i_struct)
mat_param_i_struct_len = readlong(trmtr)
if mat_param_i_struct_len != 0x0000:
raise Exception(f"Unknown mat_param_i struct length!")
if mat_struct_ptr_param_j != 0:
fseek(trmtr, mat_offset + mat_struct_ptr_param_j)
mat_param_j_start = ftell(trmtr) + readlong(trmtr); fseek(trmtr, mat_param_j_start)
mat_param_j_count = readlong(trmtr)
for y in range(mat_param_j_count):
mat_param_j_offset = ftell(trmtr) + readlong(trmtr)
mat_param_j_ret = ftell(trmtr)
fseek(trmtr, mat_param_j_offset)
mat_param_j_struct = ftell(trmtr) - readlong(trmtr); fseek(trmtr, mat_param_j_struct)
mat_param_j_struct_len = readshort(trmtr)
if mat_param_j_struct_len == 0x0006:
mat_param_j_struct_section_len = readshort(trmtr)
mat_param_j_struct_ptr_string = readshort(trmtr)
mat_param_j_struct_ptr_value = 0
elif mat_param_j_struct_len == 0x0008:
mat_param_j_struct_section_len = readshort(trmtr)
mat_param_j_struct_ptr_string = readshort(trmtr)