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Sometimes it could be difficult to represent “on paper" an architectural idea, a solution, a detail or a newly created element,depending on the complexity what it want be conveyed through its graphical representation but it may be even harder to representthe existing reality. (a building, a detail,...), at least with an acceptable degree of definition and accuracy. As a solution to thishypothetical problem, this paper try to show a methodology to collect measure data by combining different methods or techniques,to obtain the characteristic geometry of architectonic elements, especially in those highly decorated and/or complex geometry, aswell as to assess the accuracy of the results obtained, but in an accuracy level enough and not very expensive costs. In addition, wecan obtain a 3D recovery model that allows us a strong support, beyond point clouds obtained through another more expensivemethods as using laser scanner, to obtain orthoimages.  This methodology was used in the study case of the 3D-virtual reconstruction of a main medieval church façade because of thegeometrical complexity in many elements as the existing main doorway with archivolts and many details, as well as the rose windowlocated above it so it's inaccessible due to the height

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

MODELING AND ACCURACY ASSESSMENT FOR 3D-VIRTUAL RECONSTRUCTION IN CULTURAL HERITAGE USING LOW-COST PHOTOGRAMMETRY: SURVEYING OF THE “SANTA MARÍA AZOGUE” CHURCH’S FRONT