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TEAM-6
TEJESVI GUNTURU
CHATHURYA NALLAMASA
SRAVYA GAVINI
WHAT? - 3D Reconstruction of Neil Armstrong Footprints in Purdue Campus.
WHY? - Remote inspection in infastructure management.
HOW?- Photogrammetry of 3D model using context capture and cloud compare.
Why?
What kind of model
Softwares used
Types of models
1. Context Capture
1. A single deteriorated footprint
Locating damages :
1. Chipping
2. Cracks
NEIL ARMSTRONG FOOTPRINTS IN PURDUE UNIVERSITY
Historic Preservation
2. Cloud Compare
2. Non- Calibrated footprints
Research purposes
3. Calibrated Footprint
VS.
NON- CALIBRATED IMAGES OF FOOTPRINT
CALIBRATED IMAGES OF FOOTPRINT
Faster and simple
Accurate measuring and modelling of the object
Less Expensive
Higer quality- Precise measurement and geomentrical accuracy
Advanced image processing techniques
Feasible option for applications such as cultural heritage preservation, virtual reality, and entertainment
Useful for Engineering, Architecture and Research
The literature review of 3D reconstruction indicates a growing interest in the use of Context Capture software for creating accurate and detailed 3D models in various industries, including construction.
Papers Found
Prospects
Engineering/ Architecture
Restoration Planning
A study by Wang and colleagues (2019) used Context Capture to generate 3D models of a construction site for progress monitoring and quality control. The authors reported that the software was able to accurately capture the site's geometry and produce high-quality models suitable for visualization and analysis.
In a study by Jiang and colleagues (2018), Context Capture was used to reconstruct a historic building facade in Shanghai. The authors found that the software was able to create a highly detailed 3D model of the facade, which could be used for conservation and restoration planning.
A study by Yang and colleagues (2018) used Context Capture to generate a 3D model of a tunnel excavated using the New Austrian Tunneling Method. The authors found that the software was able to accurately capture the tunnel geometry and produce a detailed 3D model suitable for analysis and visualization.
In a study by Zhao and colleagues (2018), Context Capture was used to create a 3D model of a bridge for structural analysis and monitoring. The authors reported that the software was able to produce an accurate and detailed model of the bridge, which could be used to identify structural issues and monitor changes over time.
Visualization and preservation
Design Analysis
Development of new Advanced cameras and sensors
Improved software for 3D modelling
Model development in Context Capture involves the processing of calibrated or uncalibrated images, point clouds, and terrain data to create accurate and detailed 3D models of objects, landscapes, and structures.
GENERATE QRS
IMPORT PICTURES
CLICK PICTURES
AEROTRIANGULATION
CONSTRAINTS
AEROTRIANGULATION
CLOUD COMPARE
PRODUCTION
GENERATE MESH
& POINT CLOUD
Reconstruction of single footstep
Reconstruction of footsteps
using
calibrated images
Reconstruction of footsteps
using
non-calibrated images
POINT CLOUD -CLOUDCOMPARE
MESH - CONTEXTCAPTURE
ORIGINAL PICTURE
MESH - CONTEXTCAPTURE
ORIGINAL PICTURE
MESH - CONTEXTCAPTURE
POINT CLOUD - CLOUD COMPARE
MESH - CONTEXTCAPTURE
ORIGINAL PICTURE
MESH - CONTEXTCAPTURE
POINT CLOUD - CLOUD COMPARE
SCENARIO 1
SCENARIO 2
SCENARIO 3
SCENARIO 3
SCENARIO 2
SCENARIO 1
SCENARIO 1
SCENARIO 2
SCENARIO 3
SCENARIO 2
SCENARIO 1
SCENARIO 3
SCENARIO 1
SCENARIO 3
SCENARIO 2
SCENARIO 1
SCENARIO 2
SCENARIO 3
LIMITATIONS OF THIS PROJECT-
1. Necessity to have a sufficient storage
2. Long time taken if there are more number of images
3. Overlapping of images should be done
4. Proper Light /Weather conditions
INTERESTING FACTS-
MAPS
MOBILE APPLICATION
EXTINCT ANIMALS
INFSTRASTRUCTURE
HISTORY
CRIME INVESTIGATION
FUTURE STUDIES-
Integration of IoT and sensor data
Sustainability and energy efficiency
Multi-scale modeling