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Zalongon case
 

Zalongon case

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  • Record material used to guide and evaluate the reconstruction process
  • Cross sections calculated so as to form a basis for the sculptor to work on. The data was scaled by 1:5 and a plaster model was created for the sculptor to complete.
  • The completed plaster model was scanned with a resolution of ~1mm. The acquired data of both heads were registered, scaled and integrated with the original surfaces.
  • After the registration process, the results were analyzed so as to evaluate the alignment and most of the new data were found to be within 1cm of the original surface (green area) In yellow the deviations are up to 2cm and in the red areas the deviations are more than 2cm
  • the final result was produced by rewrapping the areas of the new data. View of the final completed surface model.

Zalongon case Zalongon case Presentation Transcript

  • Zongolopoulos Foundation
    Laboratory of photogrammetry of NTUA
    3D DOCUMENTATION of the monument of zalongon
  • The monument of Zalongon
    Location: NW of Greece
    Built: 1950’s
    Designers:
    PatroklosKarandinos and
    George Zongolopoulos
    Length: 17.5m
    Height: 12.5m
  • 3D Documentation
    3D Laser scanning of the surface
    Geodetic survey of the site
    Photogrammetric processing of image data
    Polygonal surface creation
    Creation of orthophotos
    CAD based completion of the destroyed parts of the complex
    Creation of 1:5 scaled models as a basis for the artistic completion of the destroyed parts
    Scanning and integration of the completed scaled models onto the original actual size model
    Creation of texture maps
    Delivery of 3D textured VRML models (prior and after reconstruction)
    Video Animation for presentation
  • The monument of Zalongon
  • 3D Laser Scanning
  • 3D surface model
  • Orthophotomosaic and development production
  • 3D SURFACE RECONSTRUCTION (1/3)
  • 3D SURFACE RECONSTRUCTION (2/3)
  • 3D SURFACE RECONSTRUCTION (3/3)
  • Creation of a 1:5 scaled model
  • Scanning and registration
  • 3D surface integration
  • Final 3D model
  • Multiple Image Texture mapping
  • Photogrammetric 3D MODEL texturing
  • Design of 3D Wireframe and Texture map
  • TERXTURE BLENDING
  • TEXTURE MAPPING OF 3D MODELS
  • MODIFICATION OF 3D TEXTURED MODELS
  • CREATION OF VIRTUAL SPACES
  • 3D Animation
    http://www.youtube.com/watch?v=dJodjlK_SEY
  • 3D Animation
  • CONTACT INFORMATION
    Contributors
    Zongolopoulos Foundation
    http://zongolopoulos.gr/
    Laboratory of Photogrammetry of NTUA
    http://www.survey.ntua.gr/en/lab-photo
    Contacts
    artvalanis@yahoo.gr
    info@zongolopoulos.gr