В данной части статьи мы продолжаем идти по меню экспорта Blender с целью осуществить в unity3d импорт моделей, включающий правильный экспорт 3D модели из Blender. В данной части статьи рассказывается про такие пункты меню экспорта в blender как источники света/Lamp, пустышки/Empty, Камера/Camera и Other. Также будет рассказано как копировать значения Transform’а объекта, координат 3D объекта.
— Lamp/Освещение. Каждый источник света импортируется в Unity3D как пустышка, координаты которых могут быть использованы для точного выставления источников света в Unity. Представьте, что вы в Blender’е создали жертвенный алтарь и подобрали позиции для источников света таким образом, что тем самым создали свою непередаваемую жуткую атмосферу.
Что же вам теперь, заново выставлять все источники света в Unity3D? Нет, экспортируйте 3D модель алтаря вместе с источниками света, и выполните в unity3d импорт моделей а на их место определите источники света Unity3D.
Итак, пустышки для света есть, повернуты как нужно, но как же задать координаты для созданных в Unity нативных источников света, ведь в unity3d импорт моделей пустышек произошел с локальными координатами. Для отображения позиции объектов в мировых координатах, достаточно в папке Editor (если ее не существует, то создайте ее) создать javascript, например, с именем “WorldPosViewer” следующего содержания:
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@CustomEditor(Transform) class WorldPosViewer extends Editor { function OnInspectorGUI() { EditorGUILayout.BeginHorizontal (); target.position = EditorGUILayout.Vector3Field("WorldCoordinatesForChild", target.position); EditorGUILayout.EndHorizontal (); } } |
Если вы не хотите связываться со скриптами, то вы можете разорвать зависимость между пустышками-светом и родительской пустышкой “sculls” простым перетаскиванием пустышек-света в корень окна иерархии Hierarchy, на один уровень с, например, имеющимися у меня, “Quad”, “New Text”, “GameObject” и т.д. Но будьте готовы к “разрушению” экземляра префаба (который, впрочем, вы сможете собрать заново), о чем вас предупредит диалоговое окно Unity “This action will break the prefab instance. Are you sure you wish to continue?”.
Теперь вы знаете позицию пустышек-света в мировых координатах (глобальных координатах), так что можете создать нативные источники света в Unity3D (прожекторы, точечные источники света и т.д.) и выставить для них соответствующие значения.
Теперь вы можете сделать созданные нативные источники света дочерними для главной пустышки.
Если вы не хотите ничего знать про мировые координаты объекта, вытаскивать дочку из под “крыла” родителя (родительского объекта), а потом опять делать его дочерним к нему, то вы можете воспользоваться скриптом для редактора Unity, который позволяет копировать координаты объекта, расположенного на сцене (соответственно, присутствующему в коне иерархии “Hierarchy”), и назначать их другому объекту.
Создайте C# скрипт TransformCopier в папке “Editor” и замените в нем все внутренности на следующий код:
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# ##### BEGIN GPL LICENSE BLOCK ##### # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software Foundation, # Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. # # ##### END GPL LICENSE BLOCK ##### # <pep8 compliant> # Script copyright (C) Campbell Barton, Bastien Montagne import array import datetime import math import os import time from collections import OrderedDict from itertools import zip_longest, chain if "bpy" in locals(): import importlib if "encode_bin" in locals(): importlib.reload(encode_bin) if "data_types" in locals(): importlib.reload(data_types) if "fbx_utils" in locals(): importlib.reload(fbx_utils) import bpy import bpy_extras from mathutils import Vector, Matrix from . import encode_bin, data_types, fbx_utils from .fbx_utils import ( # Constants. FBX_VERSION, FBX_HEADER_VERSION, FBX_SCENEINFO_VERSION, FBX_TEMPLATES_VERSION, FBX_MODELS_VERSION, FBX_GEOMETRY_VERSION, FBX_GEOMETRY_NORMAL_VERSION, FBX_GEOMETRY_BINORMAL_VERSION, FBX_GEOMETRY_TANGENT_VERSION, FBX_GEOMETRY_SMOOTHING_VERSION, FBX_GEOMETRY_VCOLOR_VERSION, FBX_GEOMETRY_UV_VERSION, FBX_GEOMETRY_MATERIAL_VERSION, FBX_GEOMETRY_LAYER_VERSION, FBX_GEOMETRY_SHAPE_VERSION, FBX_DEFORMER_SHAPE_VERSION, FBX_DEFORMER_SHAPECHANNEL_VERSION, FBX_POSE_BIND_VERSION, FBX_DEFORMER_SKIN_VERSION, FBX_DEFORMER_CLUSTER_VERSION, FBX_MATERIAL_VERSION, FBX_TEXTURE_VERSION, FBX_ANIM_KEY_VERSION, FBX_ANIM_PROPSGROUP_NAME, FBX_KTIME, BLENDER_OTHER_OBJECT_TYPES, BLENDER_OBJECT_TYPES_MESHLIKE, FBX_LIGHT_TYPES, FBX_LIGHT_DECAY_TYPES, RIGHT_HAND_AXES, FBX_FRAMERATES, # Miscellaneous utils. PerfMon, units_blender_to_fbx_factor, units_convertor, units_convertor_iter, matrix4_to_array, similar_values, similar_values_iter, # Mesh transform helpers. vcos_transformed_gen, nors_transformed_gen, # UUID from key. get_fbx_uuid_from_key, # Key generators. get_blenderID_key, get_blenderID_name, get_blender_mesh_shape_key, get_blender_mesh_shape_channel_key, get_blender_empty_key, get_blender_bone_key, get_blender_bindpose_key, get_blender_armature_skin_key, get_blender_bone_cluster_key, get_blender_anim_id_base, get_blender_anim_stack_key, get_blender_anim_layer_key, get_blender_anim_curve_node_key, get_blender_anim_curve_key, # FBX element data. elem_empty, elem_data_single_bool, elem_data_single_int16, elem_data_single_int32, elem_data_single_int64, elem_data_single_float32, elem_data_single_float64, elem_data_single_bytes, elem_data_single_string, elem_data_single_string_unicode, elem_data_single_bool_array, elem_data_single_int32_array, elem_data_single_int64_array, elem_data_single_float32_array, elem_data_single_float64_array, elem_data_vec_float64, # FBX element properties. elem_properties, elem_props_set, elem_props_compound, # FBX element properties handling templates. elem_props_template_init, elem_props_template_set, elem_props_template_finalize, # Templates. FBXTemplate, fbx_templates_generate, # Animation. AnimationCurveNodeWrapper, # Objects. ObjectWrapper, fbx_name_class, # Top level. FBXExportSettingsMedia, FBXExportSettings, FBXExportData, ) # Units convertors! convert_sec_to_ktime = units_convertor("second", "ktime") convert_sec_to_ktime_iter = units_convertor_iter("second", "ktime") convert_mm_to_inch = units_convertor("millimeter", "inch") convert_rad_to_deg = units_convertor("radian", "degree") convert_rad_to_deg_iter = units_convertor_iter("radian", "degree") # ##### Templates ##### # TODO: check all those "default" values, they should match Blender's default as much as possible, I guess? def fbx_template_def_globalsettings(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict() if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"GlobalSettings", b"", props, nbr_users, [False]) def fbx_template_def_model(scene, settings, override_defaults=None, nbr_users=0): gscale = settings.global_scale props = OrderedDict(( # Name, Value, Type, Animatable (b"QuaternionInterpolate", (0, "p_enum", False)), # 0 = no quat interpolation. (b"RotationOffset", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"RotationPivot", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"ScalingOffset", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"ScalingPivot", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"TranslationActive", (False, "p_bool", False)), (b"TranslationMin", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"TranslationMax", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"TranslationMinX", (False, "p_bool", False)), (b"TranslationMinY", (False, "p_bool", False)), (b"TranslationMinZ", (False, "p_bool", False)), (b"TranslationMaxX", (False, "p_bool", False)), (b"TranslationMaxY", (False, "p_bool", False)), (b"TranslationMaxZ", (False, "p_bool", False)), (b"RotationOrder", (0, "p_enum", False)), # we always use 'XYZ' order. (b"RotationSpaceForLimitOnly", (False, "p_bool", False)), (b"RotationStiffnessX", (0.0, "p_double", False)), (b"RotationStiffnessY", (0.0, "p_double", False)), (b"RotationStiffnessZ", (0.0, "p_double", False)), (b"AxisLen", (10.0, "p_double", False)), (b"PreRotation", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"PostRotation", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"RotationActive", (False, "p_bool", False)), (b"RotationMin", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"RotationMax", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"RotationMinX", (False, "p_bool", False)), (b"RotationMinY", (False, "p_bool", False)), (b"RotationMinZ", (False, "p_bool", False)), (b"RotationMaxX", (False, "p_bool", False)), (b"RotationMaxY", (False, "p_bool", False)), (b"RotationMaxZ", (False, "p_bool", False)), (b"InheritType", (0, "p_enum", False)), # RrSs (b"ScalingActive", (False, "p_bool", False)), (b"ScalingMin", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"ScalingMax", ((1.0, 1.0, 1.0), "p_vector_3d", False)), (b"ScalingMinX", (False, "p_bool", False)), (b"ScalingMinY", (False, "p_bool", False)), (b"ScalingMinZ", (False, "p_bool", False)), (b"ScalingMaxX", (False, "p_bool", False)), (b"ScalingMaxY", (False, "p_bool", False)), (b"ScalingMaxZ", (False, "p_bool", False)), (b"GeometricTranslation", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"GeometricRotation", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"GeometricScaling", ((1.0, 1.0, 1.0), "p_vector_3d", False)), (b"MinDampRangeX", (0.0, "p_double", False)), (b"MinDampRangeY", (0.0, "p_double", False)), (b"MinDampRangeZ", (0.0, "p_double", False)), (b"MaxDampRangeX", (0.0, "p_double", False)), (b"MaxDampRangeY", (0.0, "p_double", False)), (b"MaxDampRangeZ", (0.0, "p_double", False)), (b"MinDampStrengthX", (0.0, "p_double", False)), (b"MinDampStrengthY", (0.0, "p_double", False)), (b"MinDampStrengthZ", (0.0, "p_double", False)), (b"MaxDampStrengthX", (0.0, "p_double", False)), (b"MaxDampStrengthY", (0.0, "p_double", False)), (b"MaxDampStrengthZ", (0.0, "p_double", False)), (b"PreferedAngleX", (0.0, "p_double", False)), (b"PreferedAngleY", (0.0, "p_double", False)), (b"PreferedAngleZ", (0.0, "p_double", False)), (b"LookAtProperty", (None, "p_object", False)), (b"UpVectorProperty", (None, "p_object", False)), (b"Show", (True, "p_bool", False)), (b"NegativePercentShapeSupport", (True, "p_bool", False)), (b"DefaultAttributeIndex", (-1, "p_integer", False)), (b"Freeze", (False, "p_bool", False)), (b"LODBox", (False, "p_bool", False)), (b"Lcl Translation", ((0.0, 0.0, 0.0), "p_lcl_translation", True)), (b"Lcl Rotation", ((0.0, 0.0, 0.0), "p_lcl_rotation", True)), (b"Lcl Scaling", ((1.0, 1.0, 1.0), "p_lcl_scaling", True)), (b"Visibility", (1.0, "p_visibility", True)), (b"Visibility Inheritance", (1, "p_visibility_inheritance", False)), )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"Model", b"FbxNode", props, nbr_users, [False]) def fbx_template_def_null(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict(( (b"Color", ((0.8, 0.8, 0.8), "p_color_rgb", False)), (b"Size", (100.0, "p_double", False)), (b"Look", (1, "p_enum", False)), # Cross (0 is None, i.e. invisible?). )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"NodeAttribute", b"FbxNull", props, nbr_users, [False]) def fbx_template_def_light(scene, settings, override_defaults=None, nbr_users=0): gscale = settings.global_scale props = OrderedDict(( (b"LightType", (0, "p_enum", False)), # Point light. (b"CastLight", (True, "p_bool", False)), (b"Color", ((1.0, 1.0, 1.0), "p_color", True)), (b"Intensity", (100.0, "p_number", True)), # Times 100 compared to Blender values... (b"DecayType", (2, "p_enum", False)), # Quadratic. (b"DecayStart", (30.0 * gscale, "p_double", False)), (b"CastShadows", (True, "p_bool", False)), (b"ShadowColor", ((0.0, 0.0, 0.0), "p_color", True)), (b"AreaLightShape", (0, "p_enum", False)), # Rectangle. )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"NodeAttribute", b"FbxLight", props, nbr_users, [False]) def fbx_template_def_camera(scene, settings, override_defaults=None, nbr_users=0): r = scene.render props = OrderedDict(( (b"Color", ((0.8, 0.8, 0.8), "p_color_rgb", False)), (b"Position", ((0.0, 0.0, -50.0), "p_vector", True)), (b"UpVector", ((0.0, 1.0, 0.0), "p_vector", True)), (b"InterestPosition", ((0.0, 0.0, 0.0), "p_vector", True)), (b"Roll", (0.0, "p_roll", True)), (b"OpticalCenterX", (0.0, "p_opticalcenterx", True)), (b"OpticalCenterY", (0.0, "p_opticalcentery", True)), (b"BackgroundColor", ((0.63, 0.63, 0.63), "p_color", True)), (b"TurnTable", (0.0, "p_number", True)), (b"DisplayTurnTableIcon", (False, "p_bool", False)), (b"UseMotionBlur", (False, "p_bool", False)), (b"UseRealTimeMotionBlur", (True, "p_bool", False)), (b"Motion Blur Intensity", (1.0, "p_number", True)), (b"AspectRatioMode", (0, "p_enum", False)), # WindowSize. (b"AspectWidth", (320.0, "p_double", False)), (b"AspectHeight", (200.0, "p_double", False)), (b"PixelAspectRatio", (1.0, "p_double", False)), (b"FilmOffsetX", (0.0, "p_number", True)), (b"FilmOffsetY", (0.0, "p_number", True)), (b"FilmWidth", (0.816, "p_double", False)), (b"FilmHeight", (0.612, "p_double", False)), (b"FilmAspectRatio", (1.3333333333333333, "p_double", False)), (b"FilmSqueezeRatio", (1.0, "p_double", False)), (b"FilmFormatIndex", (0, "p_enum", False)), # Assuming this is ApertureFormat, 0 = custom. (b"PreScale", (1.0, "p_number", True)), (b"FilmTranslateX", (0.0, "p_number", True)), (b"FilmTranslateY", (0.0, "p_number", True)), (b"FilmRollPivotX", (0.0, "p_number", True)), (b"FilmRollPivotY", (0.0, "p_number", True)), (b"FilmRollValue", (0.0, "p_number", True)), (b"FilmRollOrder", (0, "p_enum", False)), # 0 = rotate first (default). (b"ApertureMode", (2, "p_enum", False)), # 2 = Vertical. (b"GateFit", (0, "p_enum", False)), # 0 = no resolution gate fit. (b"FieldOfView", (25.114999771118164, "p_fov", True)), (b"FieldOfViewX", (40.0, "p_fov_x", True)), (b"FieldOfViewY", (40.0, "p_fov_y", True)), (b"FocalLength", (34.89327621672628, "p_number", True)), (b"CameraFormat", (0, "p_enum", False)), # Custom camera format. (b"UseFrameColor", (False, "p_bool", False)), (b"FrameColor", ((0.3, 0.3, 0.3), "p_color_rgb", False)), (b"ShowName", (True, "p_bool", False)), (b"ShowInfoOnMoving", (True, "p_bool", False)), (b"ShowGrid", (True, "p_bool", False)), (b"ShowOpticalCenter", (False, "p_bool", False)), (b"ShowAzimut", (True, "p_bool", False)), (b"ShowTimeCode", (False, "p_bool", False)), (b"ShowAudio", (False, "p_bool", False)), (b"AudioColor", ((0.0, 1.0, 0.0), "p_vector_3d", False)), # Yep, vector3d, not corlorgb… :cry: (b"NearPlane", (10.0, "p_double", False)), (b"FarPlane", (4000.0, "p_double", False)), (b"AutoComputeClipPanes", (False, "p_bool", False)), (b"ViewCameraToLookAt", (True, "p_bool", False)), (b"ViewFrustumNearFarPlane", (False, "p_bool", False)), (b"ViewFrustumBackPlaneMode", (2, "p_enum", False)), # 2 = show back plane if texture added. (b"BackPlaneDistance", (4000.0, "p_number", True)), (b"BackPlaneDistanceMode", (1, "p_enum", False)), # 1 = relative to camera. (b"ViewFrustumFrontPlaneMode", (2, "p_enum", False)), # 2 = show front plane if texture added. (b"FrontPlaneDistance", (10.0, "p_number", True)), (b"FrontPlaneDistanceMode", (1, "p_enum", False)), # 1 = relative to camera. (b"LockMode", (False, "p_bool", False)), (b"LockInterestNavigation", (False, "p_bool", False)), # BackPlate... properties **arggggg!** (b"FitImage", (False, "p_bool", False)), (b"Crop", (False, "p_bool", False)), (b"Center", (True, "p_bool", False)), (b"KeepRatio", (True, "p_bool", False)), # End of BackPlate... (b"BackgroundAlphaTreshold", (0.5, "p_double", False)), (b"ShowBackplate", (True, "p_bool", False)), (b"BackPlaneOffsetX", (0.0, "p_number", True)), (b"BackPlaneOffsetY", (0.0, "p_number", True)), (b"BackPlaneRotation", (0.0, "p_number", True)), (b"BackPlaneScaleX", (1.0, "p_number", True)), (b"BackPlaneScaleY", (1.0, "p_number", True)), (b"Background Texture", (None, "p_object", False)), (b"FrontPlateFitImage", (True, "p_bool", False)), (b"FrontPlateCrop", (False, "p_bool", False)), (b"FrontPlateCenter", (True, "p_bool", False)), (b"FrontPlateKeepRatio", (True, "p_bool", False)), (b"Foreground Opacity", (1.0, "p_double", False)), (b"ShowFrontplate", (True, "p_bool", False)), (b"FrontPlaneOffsetX", (0.0, "p_number", True)), (b"FrontPlaneOffsetY", (0.0, "p_number", True)), (b"FrontPlaneRotation", (0.0, "p_number", True)), (b"FrontPlaneScaleX", (1.0, "p_number", True)), (b"FrontPlaneScaleY", (1.0, "p_number", True)), (b"Foreground Texture", (None, "p_object", False)), (b"DisplaySafeArea", (False, "p_bool", False)), (b"DisplaySafeAreaOnRender", (False, "p_bool", False)), (b"SafeAreaDisplayStyle", (1, "p_enum", False)), # 1 = rounded corners. (b"SafeAreaAspectRatio", (1.3333333333333333, "p_double", False)), (b"Use2DMagnifierZoom", (False, "p_bool", False)), (b"2D Magnifier Zoom", (100.0, "p_number", True)), (b"2D Magnifier X", (50.0, "p_number", True)), (b"2D Magnifier Y", (50.0, "p_number", True)), (b"CameraProjectionType", (0, "p_enum", False)), # 0 = perspective, 1 = orthogonal. (b"OrthoZoom", (1.0, "p_double", False)), (b"UseRealTimeDOFAndAA", (False, "p_bool", False)), (b"UseDepthOfField", (False, "p_bool", False)), (b"FocusSource", (0, "p_enum", False)), # 0 = camera interest, 1 = distance from camera interest. (b"FocusAngle", (3.5, "p_double", False)), # ??? (b"FocusDistance", (200.0, "p_double", False)), (b"UseAntialiasing", (False, "p_bool", False)), (b"AntialiasingIntensity", (0.77777, "p_double", False)), (b"AntialiasingMethod", (0, "p_enum", False)), # 0 = oversampling, 1 = hardware. (b"UseAccumulationBuffer", (False, "p_bool", False)), (b"FrameSamplingCount", (7, "p_integer", False)), (b"FrameSamplingType", (1, "p_enum", False)), # 0 = uniform, 1 = stochastic. )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"NodeAttribute", b"FbxCamera", props, nbr_users, [False]) def fbx_template_def_bone(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict() if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"NodeAttribute", b"LimbNode", props, nbr_users, [False]) def fbx_template_def_geometry(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict(( (b"Color", ((0.8, 0.8, 0.8), "p_color_rgb", False)), (b"BBoxMin", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"BBoxMax", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"Primary Visibility", (True, "p_bool", False)), (b"Casts Shadows", (True, "p_bool", False)), (b"Receive Shadows", (True, "p_bool", False)), )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"Geometry", b"FbxMesh", props, nbr_users, [False]) def fbx_template_def_material(scene, settings, override_defaults=None, nbr_users=0): # WIP... props = OrderedDict(( (b"ShadingModel", ("Phong", "p_string", False)), (b"MultiLayer", (False, "p_bool", False)), # Lambert-specific. (b"EmissiveColor", ((0.0, 0.0, 0.0), "p_color", True)), (b"EmissiveFactor", (1.0, "p_number", True)), (b"AmbientColor", ((0.2, 0.2, 0.2), "p_color", True)), (b"AmbientFactor", (1.0, "p_number", True)), (b"DiffuseColor", ((0.8, 0.8, 0.8), "p_color", True)), (b"DiffuseFactor", (1.0, "p_number", True)), (b"TransparentColor", ((0.0, 0.0, 0.0), "p_color", True)), (b"TransparencyFactor", (0.0, "p_number", True)), (b"Opacity", (1.0, "p_number", True)), (b"NormalMap", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"Bump", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"BumpFactor", (1.0, "p_double", False)), (b"DisplacementColor", ((0.0, 0.0, 0.0), "p_color_rgb", False)), (b"DisplacementFactor", (1.0, "p_double", False)), (b"VectorDisplacementColor", ((0.0, 0.0, 0.0), "p_color_rgb", False)), (b"VectorDisplacementFactor", (1.0, "p_double", False)), # Phong-specific. (b"SpecularColor", ((0.2, 0.2, 0.2), "p_color", True)), (b"SpecularFactor", (1.0, "p_number", True)), # Not sure about the name, importer uses this (but ShininessExponent for tex prop name!) # And in fbx exported by sdk, you have one in template, the other in actual material!!! :/ # For now, using both. (b"Shininess", (20.0, "p_number", True)), (b"ShininessExponent", (20.0, "p_number", True)), (b"ReflectionColor", ((0.0, 0.0, 0.0), "p_color", True)), (b"ReflectionFactor", (1.0, "p_number", True)), )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"Material", b"FbxSurfacePhong", props, nbr_users, [False]) def fbx_template_def_texture_file(scene, settings, override_defaults=None, nbr_users=0): # WIP... # XXX Not sure about all names! props = OrderedDict(( (b"TextureTypeUse", (0, "p_enum", False)), # Standard. (b"AlphaSource", (2, "p_enum", False)), # Black (i.e. texture's alpha), XXX name guessed!. (b"Texture alpha", (1.0, "p_double", False)), (b"PremultiplyAlpha", (True, "p_bool", False)), (b"CurrentTextureBlendMode", (1, "p_enum", False)), # Additive... (b"CurrentMappingType", (0, "p_enum", False)), # UV. (b"UVSet", ("default", "p_string", False)), # UVMap name. (b"WrapModeU", (0, "p_enum", False)), # Repeat. (b"WrapModeV", (0, "p_enum", False)), # Repeat. (b"UVSwap", (False, "p_bool", False)), (b"Translation", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"Rotation", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"Scaling", ((1.0, 1.0, 1.0), "p_vector_3d", False)), (b"TextureRotationPivot", ((0.0, 0.0, 0.0), "p_vector_3d", False)), (b"TextureScalingPivot", ((0.0, 0.0, 0.0), "p_vector_3d", False)), # Not sure about those two... (b"UseMaterial", (False, "p_bool", False)), (b"UseMipMap", (False, "p_bool", False)), )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"Texture", b"FbxFileTexture", props, nbr_users, [False]) def fbx_template_def_video(scene, settings, override_defaults=None, nbr_users=0): # WIP... props = OrderedDict(( # All pictures. (b"Width", (0, "p_integer", False)), (b"Height", (0, "p_integer", False)), (b"Path", ("", "p_string_url", False)), (b"AccessMode", (0, "p_enum", False)), # Disk (0=Disk, 1=Mem, 2=DiskAsync). # All videos. (b"StartFrame", (0, "p_integer", False)), (b"StopFrame", (0, "p_integer", False)), (b"Offset", (0, "p_timestamp", False)), (b"PlaySpeed", (0.0, "p_double", False)), (b"FreeRunning", (False, "p_bool", False)), (b"Loop", (False, "p_bool", False)), (b"InterlaceMode", (0, "p_enum", False)), # None, i.e. progressive. # Image sequences. (b"ImageSequence", (False, "p_bool", False)), (b"ImageSequenceOffset", (0, "p_integer", False)), (b"FrameRate", (0.0, "p_double", False)), (b"LastFrame", (0, "p_integer", False)), )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"Video", b"FbxVideo", props, nbr_users, [False]) def fbx_template_def_pose(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict() if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"Pose", b"", props, nbr_users, [False]) def fbx_template_def_deformer(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict() if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"Deformer", b"", props, nbr_users, [False]) def fbx_template_def_animstack(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict(( (b"Description", ("", "p_string", False)), (b"LocalStart", (0, "p_timestamp", False)), (b"LocalStop", (0, "p_timestamp", False)), (b"ReferenceStart", (0, "p_timestamp", False)), (b"ReferenceStop", (0, "p_timestamp", False)), )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"AnimationStack", b"FbxAnimStack", props, nbr_users, [False]) def fbx_template_def_animlayer(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict(( (b"Weight", (100.0, "p_number", True)), (b"Mute", (False, "p_bool", False)), (b"Solo", (False, "p_bool", False)), (b"Lock", (False, "p_bool", False)), (b"Color", ((0.8, 0.8, 0.8), "p_color_rgb", False)), (b"BlendMode", (0, "p_enum", False)), (b"RotationAccumulationMode", (0, "p_enum", False)), (b"ScaleAccumulationMode", (0, "p_enum", False)), (b"BlendModeBypass", (0, "p_ulonglong", False)), )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"AnimationLayer", b"FbxAnimLayer", props, nbr_users, [False]) def fbx_template_def_animcurvenode(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict(( (FBX_ANIM_PROPSGROUP_NAME.encode(), (None, "p_compound", False)), )) if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"AnimationCurveNode", b"FbxAnimCurveNode", props, nbr_users, [False]) def fbx_template_def_animcurve(scene, settings, override_defaults=None, nbr_users=0): props = OrderedDict() if override_defaults is not None: props.update(override_defaults) return FBXTemplate(b"AnimationCurve", b"", props, nbr_users, [False]) # ##### Generators for connection elements. ##### def elem_connection(elem, c_type, uid_src, uid_dst, prop_dst=None): e = elem_data_single_string(elem, b"C", c_type) e.add_int64(uid_src) e.add_int64(uid_dst) if prop_dst is not None: e.add_string(prop_dst) # ##### FBX objects generators. ##### def fbx_data_element_custom_properties(props, bid): """ Store custom properties of blender ID bid (any mapping-like object, in fact) into FBX properties props. """ for k, v in bid.items(): list_val = getattr(v, "to_list", lambda: None)() if isinstance(v, str): elem_props_set(props, "p_string", k.encode(), v, custom=True) elif isinstance(v, int): elem_props_set(props, "p_integer", k.encode(), v, custom=True) elif isinstance(v, float): elem_props_set(props, "p_double", k.encode(), v, custom=True) elif list_val and len(list_val) == 3: elem_props_set(props, "p_vector", k.encode(), list_val, custom=True) def fbx_data_empty_elements(root, empty, scene_data): """ Write the Empty data block. """ empty_key = scene_data.data_empties[empty] null = elem_data_single_int64(root, b"NodeAttribute", get_fbx_uuid_from_key(empty_key)) null.add_string(fbx_name_class(empty.name.encode(), b"NodeAttribute")) null.add_string(b"Null") elem_data_single_string(null, b"TypeFlags", b"Null") tmpl = elem_props_template_init(scene_data.templates, b"Null") props = elem_properties(null) elem_props_template_finalize(tmpl, props) # No custom properties, already saved with object (Model). def fbx_data_lamp_elements(root, lamp, scene_data): """ Write the Lamp data block. """ gscale = scene_data.settings.global_scale lamp_key = scene_data.data_lamps[lamp] do_light = True decay_type = FBX_LIGHT_DECAY_TYPES['CONSTANT'] do_shadow = False shadow_color = Vector((0.0, 0.0, 0.0)) if lamp.type not in {'HEMI'}: if lamp.type not in {'SUN', 'AREA'}: decay_type = FBX_LIGHT_DECAY_TYPES[lamp.falloff_type] do_light = (not lamp.use_only_shadow) and (lamp.use_specular or lamp.use_diffuse) do_shadow = lamp.shadow_method not in {'NOSHADOW'} shadow_color = lamp.shadow_color light = elem_data_single_int64(root, b"NodeAttribute", get_fbx_uuid_from_key(lamp_key)) light.add_string(fbx_name_class(lamp.name.encode(), b"NodeAttribute")) light.add_string(b"Light") elem_data_single_int32(light, b"GeometryVersion", FBX_GEOMETRY_VERSION) # Sic... tmpl = elem_props_template_init(scene_data.templates, b"Light") props = elem_properties(light) elem_props_template_set(tmpl, props, "p_enum", b"LightType", FBX_LIGHT_TYPES[lamp.type]) elem_props_template_set(tmpl, props, "p_bool", b"CastLight", do_light) elem_props_template_set(tmpl, props, "p_color", b"Color", lamp.color) elem_props_template_set(tmpl, props, "p_number", b"Intensity", lamp.energy * 100.0) elem_props_template_set(tmpl, props, "p_enum", b"DecayType", decay_type) elem_props_template_set(tmpl, props, "p_double", b"DecayStart", lamp.distance * gscale) elem_props_template_set(tmpl, props, "p_bool", b"CastShadows", do_shadow) elem_props_template_set(tmpl, props, "p_color", b"ShadowColor", shadow_color) if lamp.type in {'SPOT'}: elem_props_template_set(tmpl, props, "p_double", b"OuterAngle", math.degrees(lamp.spot_size)) elem_props_template_set(tmpl, props, "p_double", b"InnerAngle", math.degrees(lamp.spot_size * (1.0 - lamp.spot_blend))) elem_props_template_finalize(tmpl, props) # Custom properties. if scene_data.settings.use_custom_props: fbx_data_element_custom_properties(props, lamp) def fbx_data_camera_elements(root, cam_obj, scene_data): """ Write the Camera data blocks. """ gscale = scene_data.settings.global_scale cam = cam_obj.bdata cam_data = cam.data cam_key = scene_data.data_cameras[cam_obj] # Real data now, good old camera! # Object transform info. loc, rot, scale, matrix, matrix_rot = cam_obj.fbx_object_tx(scene_data) up = matrix_rot * Vector((0.0, 1.0, 0.0)) to = matrix_rot * Vector((0.0, 0.0, -1.0)) # Render settings. # TODO We could export much more... render = scene_data.scene.render width = render.resolution_x height = render.resolution_y aspect = width / height # Film width & height from mm to inches filmwidth = convert_mm_to_inch(cam_data.sensor_width) filmheight = convert_mm_to_inch(cam_data.sensor_height) filmaspect = filmwidth / filmheight # Film offset offsetx = filmwidth * cam_data.shift_x offsety = filmaspect * filmheight * cam_data.shift_y cam = elem_data_single_int64(root, b"NodeAttribute", get_fbx_uuid_from_key(cam_key)) cam.add_string(fbx_name_class(cam_data.name.encode(), b"NodeAttribute")) cam.add_string(b"Camera") tmpl = elem_props_template_init(scene_data.templates, b"Camera") props = elem_properties(cam) elem_props_template_set(tmpl, props, "p_vector", b"Position", loc) elem_props_template_set(tmpl, props, "p_vector", b"UpVector", up) elem_props_template_set(tmpl, props, "p_vector", b"InterestPosition", loc + to) # Point, not vector! # Should we use world value? elem_props_template_set(tmpl, props, "p_color", b"BackgroundColor", (0.0, 0.0, 0.0)) elem_props_template_set(tmpl, props, "p_bool", b"DisplayTurnTableIcon", True) elem_props_template_set(tmpl, props, "p_enum", b"AspectRatioMode", 2) # FixedResolution elem_props_template_set(tmpl, props, "p_double", b"AspectWidth", float(render.resolution_x)) elem_props_template_set(tmpl, props, "p_double", b"AspectHeight", float(render.resolution_y)) elem_props_template_set(tmpl, props, "p_double", b"PixelAspectRatio", float(render.pixel_aspect_x / render.pixel_aspect_y)) elem_props_template_set(tmpl, props, "p_double", b"FilmWidth", filmwidth) elem_props_template_set(tmpl, props, "p_double", b"FilmHeight", filmheight) elem_props_template_set(tmpl, props, "p_double", b"FilmAspectRatio", filmaspect) elem_props_template_set(tmpl, props, "p_double", b"FilmOffsetX", offsetx) elem_props_template_set(tmpl, props, "p_double", b"FilmOffsetY", offsety) elem_props_template_set(tmpl, props, "p_enum", b"ApertureMode", 3) # FocalLength. elem_props_template_set(tmpl, props, "p_enum", b"GateFit", 2) # FitHorizontal. elem_props_template_set(tmpl, props, "p_fov", b"FieldOfView", math.degrees(cam_data.angle_x)) elem_props_template_set(tmpl, props, "p_fov_x", b"FieldOfViewX", math.degrees(cam_data.angle_x)) elem_props_template_set(tmpl, props, "p_fov_y", b"FieldOfViewY", math.degrees(cam_data.angle_y)) # No need to convert to inches here... elem_props_template_set(tmpl, props, "p_double", b"FocalLength", cam_data.lens) elem_props_template_set(tmpl, props, "p_double", b"SafeAreaAspectRatio", aspect) # Default to perspective camera. elem_props_template_set(tmpl, props, "p_enum", b"CameraProjectionType", 1 if cam_data.type == 'ORTHO' else 0) elem_props_template_set(tmpl, props, "p_double", b"OrthoZoom", cam_data.ortho_scale) elem_props_template_set(tmpl, props, "p_double", b"NearPlane", cam_data.clip_start * gscale) elem_props_template_set(tmpl, props, "p_double", b"FarPlane", cam_data.clip_end * gscale) elem_props_template_set(tmpl, props, "p_enum", b"BackPlaneDistanceMode", 1) # RelativeToCamera. elem_props_template_set(tmpl, props, "p_double", b"BackPlaneDistance", cam_data.clip_end * gscale) elem_props_template_finalize(tmpl, props) # Custom properties. if scene_data.settings.use_custom_props: fbx_data_element_custom_properties(props, cam_data) elem_data_single_string(cam, b"TypeFlags", b"Camera") elem_data_single_int32(cam, b"GeometryVersion", 124) # Sic... elem_data_vec_float64(cam, b"Position", loc) elem_data_vec_float64(cam, b"Up", up) elem_data_vec_float64(cam, b"LookAt", to) elem_data_single_int32(cam, b"ShowInfoOnMoving", 1) elem_data_single_int32(cam, b"ShowAudio", 0) elem_data_vec_float64(cam, b"AudioColor", (0.0, 1.0, 0.0)) elem_data_single_float64(cam, b"CameraOrthoZoom", 1.0) def fbx_data_bindpose_element(root, me_obj, me, scene_data, arm_obj=None, mat_world_arm=None, bones=[]): """ Helper, since bindpose are used by both meshes shape keys and armature bones... """ if arm_obj is None: arm_obj = me_obj # We assume bind pose for our bones are their "Editmode" pose... # All matrices are expected in global (world) space. bindpose_key = get_blender_bindpose_key(arm_obj.bdata, me) fbx_pose = elem_data_single_int64(root, b"Pose", get_fbx_uuid_from_key(bindpose_key)) fbx_pose.add_string(fbx_name_class(me.name.encode(), b"Pose")) fbx_pose.add_string(b"BindPose") elem_data_single_string(fbx_pose, b"Type", b"BindPose") elem_data_single_int32(fbx_pose, b"Version", FBX_POSE_BIND_VERSION) elem_data_single_int32(fbx_pose, b"NbPoseNodes", 1 + (1 if (arm_obj != me_obj) else 0) + len(bones)) # First node is mesh/object. mat_world_obj = me_obj.fbx_object_matrix(scene_data, global_space=True) fbx_posenode = elem_empty(fbx_pose, b"PoseNode") elem_data_single_int64(fbx_posenode, b"Node", me_obj.fbx_uuid) elem_data_single_float64_array(fbx_posenode, b"Matrix", matrix4_to_array(mat_world_obj)) # Second node is armature object itself. if arm_obj != me_obj: fbx_posenode = elem_empty(fbx_pose, b"PoseNode") elem_data_single_int64(fbx_posenode, b"Node", arm_obj.fbx_uuid) elem_data_single_float64_array(fbx_posenode, b"Matrix", matrix4_to_array(mat_world_arm)) # And all bones of armature! mat_world_bones = {} for bo_obj in bones: bomat = bo_obj.fbx_object_matrix(scene_data, rest=True, global_space=True) mat_world_bones[bo_obj] = bomat fbx_posenode = elem_empty(fbx_pose, b"PoseNode") elem_data_single_int64(fbx_posenode, b"Node", bo_obj.fbx_uuid) elem_data_single_float64_array(fbx_posenode, b"Matrix", matrix4_to_array(bomat)) return mat_world_obj, mat_world_bones def fbx_data_mesh_shapes_elements(root, me_obj, me, scene_data, fbx_me_tmpl, fbx_me_props): """ Write shape keys related data. """ if me not in scene_data.data_deformers_shape: return write_normals = True # scene_data.settings.mesh_smooth_type in {'OFF'} # First, write the geometry data itself (i.e. shapes). _me_key, shape_key, shapes = scene_data.data_deformers_shape[me] channels = [] for shape, (channel_key, geom_key, shape_verts_co, shape_verts_idx) in shapes.items(): # Use vgroups as weights, if defined. if shape.vertex_group and shape.vertex_group in me_obj.bdata.vertex_groups: shape_verts_weights = [0.0] * (len(shape_verts_co) // 3) vg_idx = me_obj.bdata.vertex_groups[shape.vertex_group].index for sk_idx, v_idx in enumerate(shape_verts_idx): for vg in me.vertices[v_idx].groups: if vg.group == vg_idx: shape_verts_weights[sk_idx] = vg.weight * 100.0 else: shape_verts_weights = [100.0] * (len(shape_verts_co) // 3) channels.append((channel_key, shape, shape_verts_weights)) geom = elem_data_single_int64(root, b"Geometry", get_fbx_uuid_from_key(geom_key)) geom.add_string(fbx_name_class(shape.name.encode(), b"Geometry")) geom.add_string(b"Shape") tmpl = elem_props_template_init(scene_data.templates, b"Geometry") props = elem_properties(geom) elem_props_template_finalize(tmpl, props) elem_data_single_int32(geom, b"Version", FBX_GEOMETRY_SHAPE_VERSION) elem_data_single_int32_array(geom, b"Indexes", shape_verts_idx) elem_data_single_float64_array(geom, b"Vertices", shape_verts_co) if write_normals: elem_data_single_float64_array(geom, b"Normals", [0.0] * len(shape_verts_co)) # Yiha! BindPose for shapekeys too! Dodecasigh... # XXX Not sure yet whether several bindposes on same mesh are allowed, or not... :/ fbx_data_bindpose_element(root, me_obj, me, scene_data) # ...and now, the deformers stuff. fbx_shape = elem_data_single_int64(root, b"Deformer", get_fbx_uuid_from_key(shape_key)) fbx_shape.add_string(fbx_name_class(me.name.encode(), b"Deformer")) fbx_shape.add_string(b"BlendShape") elem_data_single_int32(fbx_shape, b"Version", FBX_DEFORMER_SHAPE_VERSION) for channel_key, shape, shape_verts_weights in channels: fbx_channel = elem_data_single_int64(root, b"Deformer", get_fbx_uuid_from_key(channel_key)) fbx_channel.add_string(fbx_name_class(shape.name.encode(), b"SubDeformer")) fbx_channel.add_string(b"BlendShapeChannel") elem_data_single_int32(fbx_channel, b"Version", FBX_DEFORMER_SHAPECHANNEL_VERSION) elem_data_single_float64(fbx_channel, b"DeformPercent", shape.value * 100.0) # Percents... elem_data_single_float64_array(fbx_channel, b"FullWeights", shape_verts_weights) # *WHY* add this in linked mesh properties too? *cry* # No idea whether it’s percent here too, or more usual factor (assume percentage for now) :/ elem_props_template_set(fbx_me_tmpl, fbx_me_props, "p_number", shape.name.encode(), shape.value * 100.0, animatable=True) def fbx_data_mesh_elements(root, me_obj, scene_data, done_meshes): """ Write the Mesh (Geometry) data block. """ # Ugly helper... :/ def _infinite_gen(val): while 1: yield val me_key, me, _free = scene_data.data_meshes[me_obj] # In case of multiple instances of same mesh, only write it once! if me_key in done_meshes: return # No gscale/gmat here, all data are supposed to be in object space. smooth_type = scene_data.settings.mesh_smooth_type write_normals = True # smooth_type in {'OFF'} do_bake_space_transform = me_obj.use_bake_space_transform(scene_data) # Vertices are in object space, but we are post-multiplying all transforms with the inverse of the # global matrix, so we need to apply the global matrix to the vertices to get the correct result. geom_mat_co = scene_data.settings.global_matrix if do_bake_space_transform else None # We need to apply the inverse transpose of the global matrix when transforming normals. geom_mat_no = Matrix(scene_data.settings.global_matrix_inv_transposed) if do_bake_space_transform else None if geom_mat_no is not None: # Remove translation & scaling! geom_mat_no.translation = Vector() geom_mat_no.normalize() geom = elem_data_single_int64(root, b"Geometry", get_fbx_uuid_from_key(me_key)) geom.add_string(fbx_name_class(me.name.encode(), b"Geometry")) geom.add_string(b"Mesh") tmpl = elem_props_template_init(scene_data.templates, b"Geometry") props = elem_properties(geom) # Custom properties. if scene_data.settings.use_custom_props: fbx_data_element_custom_properties(props, me) elem_data_single_int32(geom, b"GeometryVersion", FBX_GEOMETRY_VERSION) # Vertex cos. t_co = array.array(data_types.ARRAY_FLOAT64, (0.0,)) * len(me.vertices) * 3 me.vertices.foreach_get("co", t_co) elem_data_single_float64_array(geom, b"Vertices", chain(*vcos_transformed_gen(t_co, geom_mat_co))) del t_co # Polygon indices. # # We do loose edges as two-vertices faces, if enabled... # # Note we have to process Edges in the same time, as they are based on poly's loops... loop_nbr = len(me.loops) t_pvi = array.array(data_types.ARRAY_INT32, (0,)) * loop_nbr t_ls = [None] * len(me.polygons) me.loops.foreach_get("vertex_index", t_pvi) me.polygons.foreach_get("loop_start", t_ls) # Add "fake" faces for loose edges. if scene_data.settings.use_mesh_edges: t_le = tuple(e.vertices for e in me.edges if e.is_loose) t_pvi.extend(chain(*t_le)) t_ls.extend(range(loop_nbr, loop_nbr + len(t_le), 2)) del t_le # Edges... # Note: Edges are represented as a loop here: each edge uses a single index, which refers to the polygon array. # The edge is made by the vertex indexed py this polygon's point and the next one on the same polygon. # Advantage: Only one index per edge. # Drawback: Only polygon's edges can be represented (that's why we have to add fake two-verts polygons # for loose edges). # We also have to store a mapping from real edges to their indices in this array, for edge-mapped data # (like e.g. crease). t_eli = array.array(data_types.ARRAY_INT32) edges_map = {} edges_nbr = 0 if t_ls and t_pvi: t_ls = set(t_ls) todo_edges = [None] * len(me.edges) * 2 # Sigh, cannot access edge.key through foreach_get... :/ me.edges.foreach_get("vertices", todo_edges) todo_edges = set((v1, v2) if v1 < v2 else (v2, v1) for v1, v2 in zip(*(iter(todo_edges),) * 2)) li = 0 vi = vi_start = t_pvi[0] for li_next, vi_next in enumerate(t_pvi[1:] + t_pvi[:1], start=1): if li_next in t_ls: # End of a poly's loop. vi2 = vi_start vi_start = vi_next else: vi2 = vi_next e_key = (vi, vi2) if vi < vi2 else (vi2, vi) if e_key in todo_edges: t_eli.append(li) todo_edges.remove(e_key) edges_map[e_key] = edges_nbr edges_nbr += 1 vi = vi_next li = li_next # End of edges! # We have to ^-1 last index of each loop. for ls in t_ls: t_pvi[ls - 1] ^= -1 # And finally we can write data! elem_data_single_int32_array(geom, b"PolygonVertexIndex", t_pvi) elem_data_single_int32_array(geom, b"Edges", t_eli) del t_pvi del t_ls del t_eli # And now, layers! # Smoothing. if smooth_type in {'FACE', 'EDGE'}: t_ps = None _map = b"" if smooth_type == 'FACE': t_ps = array.array(data_types.ARRAY_INT32, (0,)) * len(me.polygons) me.polygons.foreach_get("use_smooth", t_ps) _map = b"ByPolygon" else: # EDGE # Write Edge Smoothing. # Note edge is sharp also if it's used by more than two faces, or one of its faces is flat. t_ps = array.array(data_types.ARRAY_INT32, (0,)) * edges_nbr sharp_edges = set() temp_sharp_edges = {} for p in me.polygons: if not p.use_smooth: sharp_edges.update(p.edge_keys) continue for k in p.edge_keys: if temp_sharp_edges.setdefault(k, 0) > 1: sharp_edges.add(k) else: temp_sharp_edges[k] += 1 del temp_sharp_edges for e in me.edges: if e.key not in edges_map: continue # Only loose edges, in theory! t_ps[edges_map[e.key]] = not (e.use_edge_sharp or (e.key in sharp_edges)) _map = b"ByEdge" lay_smooth = elem_data_single_int32(geom, b"LayerElementSmoothing", 0) elem_data_single_int32(lay_smooth, b"Version", FBX_GEOMETRY_SMOOTHING_VERSION) elem_data_single_string(lay_smooth, b"Name", b"") elem_data_single_string(lay_smooth, b"MappingInformationType", _map) elem_data_single_string(lay_smooth, b"ReferenceInformationType", b"Direct") elem_data_single_int32_array(lay_smooth, b"Smoothing", t_ps) # Sight, int32 for bool... del t_ps # TODO: Edge crease (LayerElementCrease). # And we are done with edges! del edges_map # Loop normals. tspacenumber = 0 if write_normals: # NOTE: this is not supported by importer currently. # XXX Official docs says normals should use IndexToDirect, # but this does not seem well supported by apps currently... me.calc_normals_split() t_ln = array.array(data_types.ARRAY_FLOAT64, (0.0,)) * len(me.loops) * 3 me.loops.foreach_get("normal", t_ln) t_ln = nors_transformed_gen(t_ln, geom_mat_no) if 0: t_ln = tuple(t_ln) # No choice... :/ lay_nor = elem_data_single_int32(geom, b"LayerElementNormal", 0) elem_data_single_int32(lay_nor, b"Version", FBX_GEOMETRY_NORMAL_VERSION) elem_data_single_string(lay_nor, b"Name", b"") elem_data_single_string(lay_nor, b"MappingInformationType", b"ByPolygonVertex") elem_data_single_string(lay_nor, b"ReferenceInformationType", b"IndexToDirect") ln2idx = tuple(set(t_ln)) elem_data_single_float64_array(lay_nor, b"Normals", chain(*ln2idx)) # Normal weights, no idea what it is. # t_lnw = array.array(data_types.ARRAY_FLOAT64, (0.0,)) * len(ln2idx) # elem_data_single_float64_array(lay_nor, b"NormalsW", t_lnw) ln2idx = {nor: idx for idx, nor in enumerate(ln2idx)} elem_data_single_int32_array(lay_nor, b"NormalsIndex", (ln2idx[n] for n in t_ln)) del ln2idx # del t_lnw else: lay_nor = elem_data_single_int32(geom, b"LayerElementNormal", 0) elem_data_single_int32(lay_nor, b"Version", FBX_GEOMETRY_NORMAL_VERSION) elem_data_single_string(lay_nor, b"Name", b"") elem_data_single_string(lay_nor, b"MappingInformationType", b"ByPolygonVertex") elem_data_single_string(lay_nor, b"ReferenceInformationType", b"Direct") elem_data_single_float64_array(lay_nor, b"Normals", chain(*t_ln)) # Normal weights, no idea what it is. # t_ln = array.array(data_types.ARRAY_FLOAT64, (0.0,)) * len(me.loops) # elem_data_single_float64_array(lay_nor, b"NormalsW", t_ln) del t_ln # tspace if scene_data.settings.use_tspace: tspacenumber = len(me.uv_layers) if tspacenumber: t_ln = array.array(data_types.ARRAY_FLOAT64, (0.0,)) * len(me.loops) * 3 # t_lnw = array.array(data_types.ARRAY_FLOAT64, (0.0,)) * len(me.loops) for idx, uvlayer in enumerate(me.uv_layers): name = uvlayer.name me.calc_tangents(name) # Loop bitangents (aka binormals). # NOTE: this is not supported by importer currently. me.loops.foreach_get("bitangent", t_ln) lay_nor = elem_data_single_int32(geom, b"LayerElementBinormal", idx) elem_data_single_int32(lay_nor, b"Version", FBX_GEOMETRY_BINORMAL_VERSION) elem_data_single_string_unicode(lay_nor, b"Name", name) elem_data_single_string(lay_nor, b"MappingInformationType", b"ByPolygonVertex") elem_data_single_string(lay_nor, b"ReferenceInformationType", b"Direct") elem_data_single_float64_array(lay_nor, b"Binormals", chain(*nors_transformed_gen(t_ln, geom_mat_no))) # Binormal weights, no idea what it is. # elem_data_single_float64_array(lay_nor, b"BinormalsW", t_lnw) # Loop tangents. # NOTE: this is not supported by importer currently. me.loops.foreach_get("tangent", t_ln) lay_nor = elem_data_single_int32(geom, b"LayerElementTangent", idx) elem_data_single_int32(lay_nor, b"Version", FBX_GEOMETRY_TANGENT_VERSION) elem_data_single_string_unicode(lay_nor, b"Name", name) elem_data_single_string(lay_nor, b"MappingInformationType", b"ByPolygonVertex") elem_data_single_string(lay_nor, b"ReferenceInformationType", b"Direct") elem_data_single_float64_array(lay_nor, b"Tangents", chain(*nors_transformed_gen(t_ln, geom_mat_no))) # Tangent weights, no idea what it is. # elem_data_single_float64_array(lay_nor, b"TangentsW", t_lnw) del t_ln # del t_lnw me.free_tangents() me.free_normals_split() # Write VertexColor Layers. vcolnumber = len(me.vertex_colors) if vcolnumber: def _coltuples_gen(raw_cols): return zip(*(iter(raw_cols),) * 3 + (_infinite_gen(1.0),)) # We need a fake alpha... t_lc = array.array(data_types.ARRAY_FLOAT64, (0.0,)) * len(me.loops) * 3 for colindex, collayer in enumerate(me.vertex_colors): collayer.data.foreach_get("color", t_lc) lay_vcol = elem_data_single_int32(geom, b"LayerElementColor", colindex) elem_data_single_int32(lay_vcol, b"Version", FBX_GEOMETRY_VCOLOR_VERSION) elem_data_single_string_unicode(lay_vcol, b"Name", collayer.name) elem_data_single_string(lay_vcol, b"MappingInformationType", b"ByPolygonVertex") elem_data_single_string(lay_vcol, b"ReferenceInformationType", b"IndexToDirect") col2idx = tuple(set(_coltuples_gen(t_lc))) elem_data_single_float64_array(lay_vcol, b"Colors", chain(*col2idx)) # Flatten again... col2idx = {col: idx for idx, col in enumerate(col2idx)} elem_data_single_int32_array(lay_vcol, b"ColorIndex", (col2idx[c] for c in _coltuples_gen(t_lc))) del col2idx del t_lc del _coltuples_gen # Write UV layers. # Note: LayerElementTexture is deprecated since FBX 2011 - luckily! # Textures are now only related to materials, in FBX! uvnumber = len(me.uv_layers) if uvnumber: def _uvtuples_gen(raw_uvs): return zip(*(iter(raw_uvs),) * 2) t_luv = array.array(data_types.ARRAY_FLOAT64, (0.0,)) * len(me.loops) * 2 for uvindex, uvlayer in enumerate(me.uv_layers): uvlayer.data.foreach_get("uv", t_luv) lay_uv = elem_data_single_int32(geom, b"LayerElementUV", uvindex) elem_data_single_int32(lay_uv, b"Version", FBX_GEOMETRY_UV_VERSION) elem_data_single_string_unicode(lay_uv, b"Name", uvlayer.name) elem_data_single_string(lay_uv, b"MappingInformationType", b"ByPolygonVertex") elem_data_single_string(lay_uv, b"ReferenceInformationType", b"IndexToDirect") uv2idx = tuple(set(_uvtuples_gen(t_luv))) elem_data_single_float64_array(lay_uv, b"UV", chain(*uv2idx)) # Flatten again... uv2idx = {uv: idx for idx, uv in enumerate(uv2idx)} elem_data_single_int32_array(lay_uv, b"UVIndex", (uv2idx[uv] for uv in _uvtuples_gen(t_luv))) del uv2idx del t_luv del _uvtuples_gen # Face's materials. me_fbxmats_idx = scene_data.mesh_mat_indices.get(me) if me_fbxmats_idx is not None: me_blmats = me.materials if me_fbxmats_idx and me_blmats: lay_mat = elem_data_single_int32(geom, b"LayerElementMaterial", 0) elem_data_single_int32(lay_mat, b"Version", FBX_GEOMETRY_MATERIAL_VERSION) elem_data_single_string(lay_mat, b"Name", b"") nbr_mats = len(me_fbxmats_idx) if nbr_mats > 1: t_pm = array.array(data_types.ARRAY_INT32, (0,)) * len(me.polygons) me.polygons.foreach_get("material_index", t_pm) # We have to validate mat indices, and map them to FBX indices. # Note a mat might not be in me_fbxmats_idx (e.g. node mats are ignored). blmats_to_fbxmats_idxs = [me_fbxmats_idx[m] for m in me_blmats if m in me_fbxmats_idx] mat_idx_limit = len(blmats_to_fbxmats_idxs) def_mat = blmats_to_fbxmats_idxs[0] _gen = (blmats_to_fbxmats_idxs[m] if m < mat_idx_limit else def_mat for m in t_pm) t_pm = array.array(data_types.ARRAY_INT32, _gen) elem_data_single_string(lay_mat, b"MappingInformationType", b"ByPolygon") # XXX Logically, should be "Direct" reference type, since we do not have any index array, and have one # value per polygon... # But looks like FBX expects it to be IndexToDirect here (maybe because materials are already # indices??? *sigh*). elem_data_single_string(lay_mat, b"ReferenceInformationType", b"IndexToDirect") elem_data_single_int32_array(lay_mat, b"Materials", t_pm) del t_pm else: elem_data_single_string(lay_mat, b"MappingInformationType", b"AllSame") elem_data_single_string(lay_mat, b"ReferenceInformationType", b"IndexToDirect") elem_data_single_int32_array(lay_mat, b"Materials", [0]) # And the "layer TOC"... layer = elem_data_single_int32(geom, b"Layer", 0) elem_data_single_int32(layer, b"Version", FBX_GEOMETRY_LAYER_VERSION) if write_normals: lay_nor = elem_empty(layer, b"LayerElement") elem_data_single_string(lay_nor, b"Type", b"LayerElementNormal") elem_data_single_int32(lay_nor, b"TypedIndex", 0) if tspacenumber: lay_binor = elem_empty(layer, b"LayerElement") elem_data_single_string(lay_binor, b"Type", b"LayerElementBinormal") elem_data_single_int32(lay_binor, b"TypedIndex", 0) lay_tan = elem_empty(layer, b"LayerElement") elem_data_single_string(lay_tan, b"Type", b"LayerElementTangent") elem_data_single_int32(lay_tan, b"TypedIndex", 0) if smooth_type in {'FACE', 'EDGE'}: lay_smooth = elem_empty(layer, b"LayerElement") elem_data_single_string(lay_smooth, b"Type", b"LayerElementSmoothing") elem_data_single_int32(lay_smooth, b"TypedIndex", 0) if vcolnumber: lay_vcol = elem_empty(layer, b"LayerElement") elem_data_single_string(lay_vcol, b"Type", b"LayerElementColor") elem_data_single_int32(lay_vcol, b"TypedIndex", 0) if uvnumber: lay_uv = elem_empty(layer, b"LayerElement") elem_data_single_string(lay_uv, b"Type", b"LayerElementUV") elem_data_single_int32(lay_uv, b"TypedIndex", 0) if me_fbxmats_idx is not None: lay_mat = elem_empty(layer, b"LayerElement") elem_data_single_string(lay_mat, b"Type", b"LayerElementMaterial") elem_data_single_int32(lay_mat, b"TypedIndex", 0) # Add other uv and/or vcol layers... for vcolidx, uvidx, tspaceidx in |