Tabla de Contenidos: “…Cover -- Copyright -- Credits -- About the Author -- Acknowledgements -- About the Reviewer -- www.PacktPub.com -- Table of Contents -- Preface -- Chapter 1: Introduction to Unreal Engine 4 -- Unreal Engine 4 download -- Downloading the launcher version -- Downloading the GitHub version -- Forking Unreal Engine repository -- Compiling Unreal Engine -- Getting familiar with Unreal Engine -- The viewport toolbar -- Modes -- Content Browser -- Content Browser view options -- World outliner -- Details panel -- Navigating the Viewport -- BSP -- Creating BSP -- Default starting level, splash screen, and game icon -- Summary -- Chapter 2: Importing Assets -- Creating asset in a DCC application -- Creating collision meshes -- Custom collision shapes -- Unreal Engine 4 collision generator -- Simple shapes -- K-DOP shapes -- Auto convex collision -- Materials -- LOD -- Exporting and importing -- Exporting -- Importing -- Context menu -- Drag and drop -- Content Browser import -- Automatic import -- Configuring automatic import -- Result -- Summary -- Chapter 3: Materials -- Material user interface -- Toolbar -- Live preview -- Live nodes -- Live update -- Preview panel -- Details panel -- Graph panel -- Palette panel -- Common material expressions -- Constant -- Constant2Vector -- Constant3Vector -- Texture coordinate (TexCoord) -- Multiply -- Add -- Divide -- Subtract -- Texture sample (Texture2D) -- Component mask -- Linear interpolate (lerp) -- Power -- PixelDepth -- Desaturation -- Time -- Fresnel -- Material types -- Material instances -- Material Instance Constant -- Material Instance Constant example -- Material functions -- Material function example -- Summary -- Chapter 4: Post Process -- Adding Post Process -- LUT -- Post Process Materials -- Creating a Post Process Material -- Summary -- Chapter 5: Lights -- Lighting basics -- Placing lights…”

Tabla de Contenidos: “…4.4.2 Object Storage and Data Access -- 4.5 Usage of Earth Observation Data in DataBio's Pilots -- References -- 5 Crowdsourced Data -- 5.1 Introduction -- 5.2 SensLog VGI Profile -- 5.3 Maps as Citizens Science Objects -- References -- 6 Genomics Data -- 6.1 Introduction -- 6.2 Genomic and Other Omics Data in DataBio -- 6.3 Genomic Data Management Systems -- References -- Part III Data Integration and Modelling -- 7 Linked Data and Metadata -- 7.1 Introduction -- 7.2 Metadata -- 7.3 Linked Data -- 7.4 Linked Data Best Practices -- 7.5 The Linked Open Data (LOD) Cloud…”

Tabla de Contenidos: “…. -- 89: Lin-Loc. -- 90: Lod-Luc. -- 91: Lud-Mac. -- 92: Mad-Mari. -- 93: Mark-May. -- 94: Maz-Meo. -- 95: Mep-Mey. -- 96: Mez-Mis. -- 97: Mit-Moc. -- 98: Mod-Mons. -- 99: Mont-Mui. -- 101: Mum-Nap. -- 102: Naq-Neu. -- 103: Nev-Nor. -- 104: Nos-On. -- 105: Oo-Oz. -- 106: P-Pat. -- 107: Pau-Pet. -- 108: Peti-Ph. -- 109: Pi-Pn. -- 110: Po-Pou. -- 111: Pov-Pr. -- 112: Ps-Raf. -- 113: Rag-Ray. -- 114: Raz-Reh. -- 115: Rei-Reini. -- 116: Reink-Reus. -- 117: Reut-Rie. -- 118: Rif-Rok. -- 119: Rol-Ros. -- 120: Rot-Rum. -- 121: Run-Sali. -- 122: Salk-Sam. -- 123: San-Schaf. -- 124: Schag-Schel. -- 125: Schem-Schil. -- 126: Schim-Schl. -- 127: Schm-Schmid. -- 128: Schmie-Schom. -- 129: Schon-Schril. -- 130: Schrim-Schult. -- 131: Schulu-Schv. -- 132: Schw-Sed. -- 133: See-Seo. -- 134: Sep-Sik. -- 135: Sil-Soc. -- 136: Sod-Spau. -- 137: Spav-Sr. -- 138: Ss-Stau. -- 139: Stav-Ster. -- 140: Stes-Stos. -- 141: Stot-Stuc. -- 142: Stud-Sv. -- 143: Sw-Tar. -- 144: Tas-That. -- 145: Thau-Tid. -- 146: Tie-Tref. -- 147: Treg-Tz. -- 148: U-Um. -- 149: Un-Uz. -- 150: V-Vero. -- 151: Verp-Voir. -- 152: Vois-Vor. -- 153: Vos-Wape. -- 154: Wapf-Weim. -- 155: Wein-Wer. -- 156: Wes-Wilk. -- 157: Will-Wok. -- 158: Wol-Wz. -- 159: X-Zei. -- 160: Zek-Zz. -- Nachträge…”

Tabla de Contenidos: “…Conté: Shinro Ohtake: Naoshima Public Baths, Naoshima, Kagawa, Japan; OMA*AMO/Rem Koolhaas: Prada Transformer, Seoul, South Korea; OMA*AMO/Rem Koolhaas: CCTV Television Station and Headquarters, TVCC Television Cultural Center, Beijing, China; Paredes Pedrosa Arquitectos: La Olmeda Roman Villa, Pedrosa de la Vega, Palencia, Spain; Dominique Perrault: EWHA Womans University, Seoul, South Korea; Renzo Piano: Emilio and Annabianca Vedova Foundation, Venice, Italy; Plasma Studio: Flowing Gardens, Xi'an World Horticultural Fair 2011, Xi'an, China; Rudy Ricciotti: Villa Navarra, Le Muy, France; Peter Rich: Alexandra Heritage Center, Johannesburg, Gauteng, South Africa; Peter Rich: Mapungubwe Interpretation Center, Mapungubwe National Park, Limpopo, South Africa; Rotor: RDF181, Brussels, Belgium; Hiroshi Sambuichi: Miyajima Office, Hatsukaichi, Hiroshima, Japan; Sanaa/Kazuyo Sejima + Ryue Nishizawa: Serpentine Pavilion, Kensington Gardens, London, UK; Sanaa/Kazuyo Sejima + Ryue Nishizawa: Rolex Learning Center, EPFL, Lausanne, Switzerland; Germán del Sol: Termas Geométricas Hot Springs Complex, Coñaripe; Germán del Sol: Villarrica National Park, Los Lagos Region, Chile; Skidmore, Owings & Merrill: Burj Khalifa, Dubai, UAE; Splitterwerk: Frog Queen, Graz, Austria; Hiroshi Sugimoto: Izu Photo Museum, Nagaizumi, Shizuoka, Japan; Supersudaka: Kiltro House, Talca, Chile; Masaharu Takasaki: Tenchi House, Mono Cosmology, Nagoya, Japan; Yoshioka Tokujin: Swarovski Ginza, Tokyo, Japan; Yoshioka Tokujin: Waterfall, Tokyo, Japan; De Vylder Vinck Taillieu: Production Facilities for Les Ballets C de la B and LOD, Ghent, Belgium…”

Tabla de Contenidos: “…Sequence Cohesion -- Communication Cohesion -- Procedural Cohesion -- Temporal Cohesion -- Logical Cohesion -- Coincidental Cohesion -- Applying High Cohesion to Software Design -- Coupling -- Types of Coupling -- No Coupling -- Message Coupling -- Data Coupling -- Stamp Coupling (Data-Structured Coupling) -- Control Coupling -- External Coupling -- Common Coupling (Global Coupling) -- Content Coupling (Pathological Coupling) -- Law of Demeter (LoD) or Principle of Least Knowledge -- Applying Loose Coupling to Software Design -- Software Quality Principles -- KISS Principle -- Applying KISS to Software Design -- Don't Repeat Yourself -- Duplication Is Waste -- The DRY Principle in Polylithic and Polyglot Architecture -- How does the DRY principle reduce maintenance costs? …”

Tabla de Contenidos: “…-- End-to-End Framework in Support of Virtual Design-EngineeringManufacturing-Construction Space Exploration -- Accuracy Aspects when Transforming a Boundary Representation of Solids into a Tetrahedral Space Partition -- The influence of topology optimisation's design space-from shell to volume-on the generation of structural systems -- Qualifying spatial information for underground volumes -- An algorithmic BIM approach to advance concrete printing -- A methodological approach to generate robot control algorithms from BIMModels -- Multi-Level LoD Parametric Design Approach in AEC for Robot-Oriented Construction -- Design and implementation of an optimal sensor system as part of a Digital Twin for a rotary bending machine -- The Effects of Fracture Energy on the Interfacial Strength of Self-Healing Concrete -- A Performance Metric for the Evaluation of Thermal Anomaly Identification with Ill-Defined Ground Truth -- Areas of Interest -- Semantic description of component locations for damage assessment -- Deep Neural Networks for visual bridge inspections and defect visualisation in Civil Engineering -- Automated decision making in structural health monitoring using explainable artificial intelligence -- VOX2BIM -- A Fast Method for Automated Point Cloud Segmentation -- Automated Generation of Railway Track Geometric Digital Twins (RailGDT) from Airborne LiDAR Data -- Deriving Digital Twin Models of Existing Bridges from Point Cloud Data Using Parametric Models and Metaheuristic Algorithms -- Building a balanced and well-rounded dataset for railway asset detection -- Panorama-to-digital twin registration using semantic features -- AI-based thermal bridge detection of building rooftops on district scale using aerial images -- Image Captioning in Chinese for Construction Activity Scenes Understanding Using a Pre-trained Cross-modal Language Model -- Process Pattern-based Hybrid Simulation for Emission Estimation of the Construction Processes -- Automatic image analysis of mineral construction and demolition waste (CDW) using machine learning methods and deep learning -- Fast Crack Detection Using Convolutional Neural Network -- An Integrated Computational GIS Platform for UAV-based Remote Building Façade Inspection -- A Computer Vision Approach for Building Facade Component Segmentation on 3D Point Cloud Models Reconstructed by Aerial Images -- Feasibility Study of Urban Flood Mapping Using Traffic Signs for Route Optimization -- Developing indicators for measuring the effectiveness of visualizations applied in construction safety management using eye-tracking -- Real-time LiDAR for Monitoring Construction Worker Presence Near Hazards and in Work Areas in a Virtual Reality Environment…”

Tabla de Contenidos: “…4.2.2 ESTRUCTURA DE UN MODELO -- 4.2.3 MATERIALES DE UN MODELO -- 4.2.4 L.O.D. (LEVEL OF DETAIL) -- 4.3 SKYBOX -- 4.3.1 SKYBOX MEDIANTE MAPAS DE TEXTURAS -- 4.3.2 SKYBOX PROCEDURAL -- 4.4 ILUMINACIÓN -- 4.4.1 TIPOS DE LUZ -- 4.4.2 OPCIONES DE ILUMINACIÓN GENERAL -- 4.5 CÁMARAS -- 4.5.1 COMPONENTES DE LA CÁMARA -- 4.5.2 COMPONENTE CAMERA -- 4.5.3 FIRST PERSON CONTROLLER -- 4.6 AUDIO -- 4.6.1 IMPORTACIÓN DE AUDIO -- 4.6.2 REPRODUCCIÓN DE AUDIO -- 4.6.3 COMPONENTE AUDIOSOURCE -- 4.6.4 REPRODUCCIÓN DE AUDIO DESDE SCRIPT -- 5. …”

Tabla de Contenidos: “…Mesh Topology and Deformation -- Introduction -- Mesh Elements -- Vertex -- Edge -- Face -- Normals -- UV Maps -- High Poly vs Low Poly -- Grid Division vs Form Describing -- Edge Flow -- Triangles -- Joint Topology -- Outer Side -- Inner Side -- Conclusion -- Twist Support Edges -- Mesh LODs -- Overlapping Geometry -- Uniform Meshes -- Base Mesh -- Bind Pose -- Proportions -- Legs -- Arms -- Hands and Fingers -- Shape Keys (Blendshapes) -- Non-Manifold Geometry -- Gravity -- 9. …”

“…Els resultats globals confirmen que els ODS motors per la sostenibilitat cultural en les polítiques culturals de la UE i d’Andorra són l’ODS11, l’ODS4, l’ODS10, l’ODS17, l’ODS16, l’ODS13, l’ODS8, l’ODS5 i l’ODS12. …”
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