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Aerial photography has a long history of being employed for mapping purposes due to some of its main advantages, including largearea imaging from above and minimization of field work. Since few years multi-camera aerial systems are becoming a practicalsensor technology across a growing geospatial market, as complementary to the traditional vertical views. Multi-camera aerialsystems capture not only the conventional nadir views, but also tilted images at the same time. In this paper, a particular use of suchimagery in the field of building inspection as well as disaster assessment is addressed. The main idea is to inspect a building fromfour cardinal directions by using monoplotting functionalities. The developed application allows to measure building height anddistances and to digitize man-made structures, creating 3D surfaces and building models. The realized GUI is capable of identifying abuilding from several oblique points of views, as well as calculates the approximate height of buildings, ground distances and basicvectorization. The geometric accuracy of the results remains a function of several parameters, namely image resolution, quality ofavailable parameters (DEM, calibration and orientation values), user expertise and measuring capability

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

Oblique Aerial Photography Tool for Building Inspection and Damage Assessment