added updated scene; remeshing, clearing;

c1c34ea4 · Aynur19 · 215dde22 · c1c34ea4 · c1c34ea4 · c1c34ea4
Commit c1c34ea4 authored Apr 09, 2022 by Aynur19
--- a/References/Reference_001.md
+++ b/References/Reference_001.md
@@ -54,7 +54,7 @@

 ### Таблица 1. Результаты, полученные в разных зонах и при разных расчетных областях.

-|*<br><br><br>|2<br>Mean ${(x10^{-3})}$|2<br>Std Dev ${(x10^{-3})}$|5<br>Mean $`(x10^-3)}`|5<br>Std Dev ${(x10^{-3})}$|10<br>Mean ${(x10^{-3})}$|10<br>Std Dev ${(x10^{-3})}$|15<br>Mean ${(x10^{-3})}$|15<br>Std Dev ${(x10^{-3})}$|20<br>Mean ${(x10^{-3})}$|20<br>Std Dev ${(x10^{-3})}$|
+|*<br><br><br>|2<br>Mean ${(x10^{-3})}$|2<br>Std Dev ${(x10^{-3})}$|5<br>Mean $`(x10^-3)`|5<br>Std Dev ${(x10^{-3})}$|10<br>Mean ${(x10^{-3})}$|10<br>Std Dev ${(x10^{-3})}$|15<br>Mean ${(x10^{-3})}$|15<br>Std Dev ${(x10^{-3})}$|20<br>Mean ${(x10^{-3})}$|20<br>Std Dev ${(x10^{-3})}$|
 |---|---|---|---|---|---|---|---|---|---|---|
 |Волосы|1.19|59.3|0.52|24.5|0.5|23.6|0.5|24|0.52|24.3|
 |Глаза|1.22|67.3|0.55|29.3|0.43|22.7|0.39|21.1|0.38|20.6|

--- a/Scenes/MEB_Floor04_2022-04-04_001.blend
+++ b/Scenes/MEB_Floor04_2022-04-04_001.blend
--- a/Scenes/MEB_Floor04_2022-04-07.blend
+++ b/Scenes/MEB_Floor04_2022-04-07.blend
--- a/Scenes/MEB_Floor04_2022-04-09.blend
+++ b/Scenes/MEB_Floor04_2022-04-09.blend
--- a/Scripts/LockAllObjects.py
+++ b/Scripts/LockAllObjects.py
+import bpy
+
+
+C = bpy.context
+
+def lockAllObjects():
+    objects = C.scene.objects
+    print(f'Objects Count: {len(objects)}')
+
+    for obj in objects:
+        obj.lock_location = (True, True, True)
+        obj.lock_rotation = (True, True, True)
+        obj.lock_scale = (True, True, True)
+
+
+lockAllObjects()
\ No newline at end of file
--- a/Scripts/RenameObjects.py
+++ b/Scripts/RenameObjects.py
+import bpy
+
+
+C = bpy.context
+
+def getEndName(i: int):
+    if i < 10:
+        return f'00{i}'
+    elif i < 100:
+        return f'0{i}'
+    else:
+        return f'{i}'
+
+
+def renameObjects(names: dict):
+    objects = C.scene.objects
+    print(f'Objects Count: {len(objects)}')
+
+    for obj in objects:
+        for k, v in names.items():
+            if obj.name.lower().startswith(k.lower()):
+                key = list(v.keys())[0]
+                v[key] += 1
+                print(f'"{obj.name}" => "{key}_{getEndName(v[key])}"')
+                obj.name = f'{key}_{getEndName(v[key])}'
+                break
+
+
+names = {
+    'Вешалка Настенная': {'HangerWall': 0},
+    'Table': {'Table': 0},
+    'Office_chair': {'OfficeChair': 0},
+    'MacBook 24': {'MacBook24': 0},
+    'iMac 24': {'iMac24': 0},
+    'French_floor_lamp': {'FrenchFloorLamp': 0},
+    'Flower': {'Flower': 0},
+    'Flower_orchid': {'FlowerOrchid': 0},
+    'Chair': {'Chair': 0} ,
+    'Буфет': {'Buffet': 0} ,
+    'Вешалка Напольная': {'Hanger': 0} ,
+    'Диван': {'Sofa': 0} ,
+    'Жалюзи Горизонтальные': {'Louver': 0} ,
+    'Клавиатура (Apple)': {'AppleKeyboard': 0} ,
+    'Комод с Ящиками': {'Commode': 0} ,
+    'Копировальная Машина': {'CopyMachine': 0} ,
+    'Кресло-кровать': {'Armchair': 0} ,
+    'Кресло-мешок': {'Poof': 0} ,
+    'Лифт': {'Elevator': 0} ,
+    'Мобильная доска': {'Board': 0} ,
+    'Мышь (Apple)': {'AppleMouse': 0} ,
+    'Плоская Панель ТВ': {'PanelTV': 0} ,
+    'Подушка': {'Pillows': 0} ,
+    'Полка Навесная': {'Shelf': 0} ,
+    'Проекционный Экран': {'ProjectionScreen': 0},
+    'Стеклянная Посуда': {'Glassware': 0},
+    'Стеллаж Настраиваемый': {'Rack': 0},
+    'Стол Журнальный': {'CoffeeTable': 0},
+    'Стол Офисный L-образный': {'OfficeTableShapedL': 0},
+    'Стол Офисный Прямоугольный': {'OfficeTableRectangular': 0},
+    'Стол Приставно': {'SideTable': 0},
+    'Стопка Книг': {'Books': 0},
+    'Стул Дизайнерский': {'ChairDesigner': 0},
+    'Стул Офисный': {'ChairOffice': 0},
+    'Часы': {'Watch': 0},
+    'Polygonal object': {'Column': 0},
+    'ПЕР-003': {'FloorVR_1': 0},
+    'ПЕР-004!': {'FloorVR_2': 0},
+    'ПЕР-004.001': {'FloorVR_3': 0},
+    'ПЕР-004.002': {'FloorVR_4': 0},
+    'ПЕР-004.003': {'FloorVR_5': 0},
+    'ПЕР-005': {'FloorCov_1': 0},
+    'ПЕР-006': {'FloorCov_2': 0},
+    'ПЕР-008': {'SceneHall_1': 0},
+    'ПЕР-009': {'SceneHall_2': 0},
+    'ПЕР-016': {'FloorZoneB': 0},
+    'ПЕР-019': {'Floor': 0},
+    'ПЕР-023': {'Ceiling': 0},
+    'ДВ-001!': {'DoorHall_1': 0},
+    'ДВ-001.001': {'DoorVR_1': 0},
+    'ДВ-001.002': {'DoorAI_1': 0},
+    'ДВ-001.003': {'DoorVR_2': 0},
+    'ДВ-001.004': {'DoorAI_2': 0},
+    'ДВ-001.005': {'DoorHall_2': 0},
+    'ДВ-001.006': {'DoorExit_3': 0},
+    'ДВ-001.007': {'DoorConf': 0},
+    'ДВ-001.008': {'DoorOffice_1': 0},
+    'ДВ-001.009': {'DoorExit_2': 0},
+    'ДВ-001.010': {'DoorOffice_2': 0},
+    'ДВ-001.011': {'DoorClass_2': 0},
+    'ДВ-001.012': {'DoorClass_1': 0},
+    'ДВ-001.013': {'DoorExit_1': 0},
+    'ДВ-001.014': {'DoorAI_3': 0},
+    'ДВ-001.015': {'DoorExit_4': 0},
+    'ДВ-003!': {'DoorElev_1': 0},
+    'ДВ-003.001': {'DoorElev_6': 0},
+    'ДВ-003.002': {'DoorElev_3': 0},
+    'ДВ-003.003': {'DoorElev_5': 0},
+    'ДВ-003.004': {'DoorElev_4': 0},
+    'ДВ-003.005': {'DoorElev_2': 0},
+    'ДВ-004!': {'DoorWC': 0},
+    'ОК': {'Window': 0},
+    'СТН': {'Wall': 0},
+    'TREAD': {'LadderPlatform': 0},
+    'МАРШ': {'LadderMarch': 0},
+    'ПЛЩ': {'LadderMarch_2': 0},
+    'ПДСТ': {'LadderRiser': 0},
+    'ПРСТ': {'LadderTread': 0}
+}
+
+renameObjects(names=names)
\ No newline at end of file
--- a/[An Improved Compression Method for 3D P.md
+++ b/[An Improved Compression Method for 3D P.md
+[An Improved Compression Method for 3D Photogrammetry Scanned High Polygon Models for Virtual Reality, Augmented Reality, and 3D Printing Demanded Applications (2020)][ref_001]
+[Surface reconstruction post-processing method for 3D- scanned objects (2021)][ref_002]
+[Post-processing of Scanned 3D Surface Data (2004)][ref_003]
+- [Compression and Visualization Interactive of 3D Mesh (2021)][ref_004]
+- [METHODOLOGY TO CREATE 3D MODELS FOR AUGMENTED REALITY APPLICATIONS USING SCANNED POINT CLOUDS (2014)][ref_005]
+- [3D Instance Segmentation via Multi-Task Metric Learning (2019)][ref_006]
+- [Processing huge scanned datasets: issues and solutions (2005)][ref_007]
+- [3D modelling based on virtual reality (2016)][ref_008]
+- [Usage of Android device in interaction with 3D virtual objects (2017)][ref_009]
+- [THE EVOLUTION OF VIRTUAL REALITY TOWARDS THE USAGE IN EARLY DESIGN PHASES (2020)][ref_010]
+- [Applications of Virtual Reality in Engineering and Product Design: Why, What, How, When and Where (2020)][ref_011]
+- [Game special effect simulation based on particle system of Unity3D (2017)][ref_012]
+- [Comparative analysis of Unity and Unreal Engine efficiency in creating virtual exhibitions of 3D scanned models (2021)][ref_013]
+- [ENHANCING ACCESSIBILITY TO CULTURAL HERITAGE THROUGH DIGITAL CONTENT AND VIRTUAL REALITY: A CASE STUDY OF THE SARMIZEGETUSA REGIA UNESCO SITE (2020)][ref_014]
+- [Preserving heritage sites using 3D modeling and virtual reality technology (2019)][ref_015]
+- [Comparative analysis of Unity and Unreal Engine efficiency in creating virtual exhibitions of 3D scanned models (2021)][ref_016]
+- [An Improved Compression Method for 3D Photogrammetry Scanned High Polygon Models for Virtual Reality, Augmented Reality, and 3D Printing Demanded Applications (2020)][ref_017]
+- [Virtual, Augmented and Mixed Reality. Applications and Case Studies (2019)][ref_018]
+- [An open source Grid based render farm for Blender 3D (2009)][ref_019]
+- [Development of video game design using BLENDER and UNITY software (2018)][ref_020]
+- [Virtual Reality Content Creation using Unity 3D and Blender (2016)][ref_021]
+- [Designing and building a three-dimensional environment using Blender 3D and Unity game engine (2016)][ref_022]