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Texture mapping of flat-like 3D models

conferencePaper

DOI:10.1109/ICDSP.2009.5201210
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Authors: Uccheddu F. / Del Mastio A. / Remondino F. / Pelagotti A. / Cappellini V.

Extracted Abstract:

Recently,thanksto thediffusionofscanningdevicesand the availability ofpowerful3Dmodelingsoftware,as well as to theimprovementsin theautomation oftheimage-based modelingapproach,it isforeseenthat 3Dmodelswill be- comemoreandmoreubiquitousinseveralresearchfields. However, 3Dmodelsobtainedbythesetechnologiesoften arelackingfor asuitablephotorealisticappearance,due to the lowqualitygeneratedtexture,or to thecompleteabsence ofit. Apost-processingtexturemappingisoftenusedto obtainhighlyrealisticmodels,throughanaccuratemanual alignment ofthemodeland therelatedtexture.In this work, weproposeanautomaticapproachformappingthetextureon flat-like3Dmodels,inwhichthedepthcomponentis smaller comparedto theobject'sheightandwidth,such as inbass- relieves,coins,paintingsorfacades.Themethodrelieson the evaluationfrom themodelgeometry ofa depthmap,usedto align thetextureimage. Theresultsshow theeffectiveness of theproposedmethod. IndexTerms-texturemapping,3D,mesh,registration, mutualinformation 1.

Level 1: Include/Exclude

  • Papers must discuss situated information visualization* (by Willet et al.) in the application domain of CH.
    *A situated data representation is a data representation whose physical presentation is located close to the data’s physical referent(s).
    *A situated visualization is a situated data representation for which the presentation is purely visual – and is typically displayed on a screen.
  • Representation must include abstract data (e.g., metadata).
  • Papers focused solely on digital reconstruction without information visualization aspects are excluded.
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