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    • Template Report
      • Examples
        • Thermal Fin
    • Vegetation
      • Introduction
        • Context
        • Main Objectives
      • Methodology Overview
        • Data Acquisition
        • Tree Library
        • Tree Scaling
        • Alpha Wrapping
        • Tree Placement
        • Mesh Merging
        • Parallelization
      • Implementation Overview
        • Configuration and Query
        • Algorithms
        • Tree
        • BVH
        • Vegetation Processor
      • Usage
      • Results Overview
        • Model Integration
        • Complexity
      • Prospects
      • Conclusion
    • Terrain
      • Introduction
        • Context
        • Main objectives
        • Software and libraries
      • Methodology
        • Pre-existing codebase
        • Configuration
        • Data acquisition
        • Map and tiles coordinates
        • Mapbox Terrain-RGB v1 API
        • Constrained Delaunay triangulation
      • Implementation
        • Project structure
        • Mesh generation
        • Contour lines generation
        • Re-triangulation
      • Results
        • Exporting and visualization
      • Prospects
        • Handling and merging multiple tiles
        • Mesh refinement
        • Parallelization
        • Urban elements integration
      • Conclusion
        • Conclusion
    • Building LOD1
      • Introduction
        • Context
        • Objectives
      • Tools
        • Polygon Mesh Processing
        • 2D Straight Skeleton and Polygon Offsetting
        • 3D Mesh Generation
      • Data
      • Methodology
        • Surface Mesh Quality Check
        • Volume Mesh Quality Check
      • Implementation
        • Ktirio Library
        • Parameters
        • Multiple Building Class Presentation
        • MultipleBuilding Class Documentation
        • Volume Mesh
        • Test
      • Compile and Execute
      • Results
        • Results Overview
        • Complexity Analysis
      • Perspectives
      • Conclusion
    • Building LOD2
      • Introduction
        • Introduction
        • Context
        • objectives
        • CGAL
      • Data
        • Files Format
        • Core Data
      • Methodology
        • Methodology index
        • Kinetic details
        • preprocessing operation
        • Labelling
        • Metric
      • Implementation
        • Cmake configuration
        • ktirio library
        • ktirio documentation
        • List of parameters
        • Tests
      • Results
        • Result after preprocessing
        • Result with self intersection
        • Performance
      • Conclusion
        • Conclusion
        • References
    • Viewfactors
      • Introduction
        • Introduction
        • Context
        • Objectives
        • View Factors in Radiative Computations
      • Computational Ingredients
        • Ray Tracing
        • Bounding Volume Hierarchy (BHV)
        • Monte Carlo Method
      • Methodology
      • Implementation
        • Building and Execution
        • Algorithms
        • Tests
        • Parameter
      • Results
        • Results
        • Application
      • Conclusion
        • Conclusion
Internship reports 2024
  • Internship reports 2024
  • Ktirio Geometry Project
  • Internship reports 2024
  • Viewfactors
  • Computational Ingredients
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Computational Ingredients

In this section, we will discuss all the computational ingredients used in this project and briefly explain each one. Using these computational ingredients, we can construct an algorithm to calculate view factors.

  • Ray Tracing

  • Bounding Volume Hierarchy (BHV)

  • Monte Carlo Method

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