By Zhao, Hobbs
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Concerning the ProductPublished by means of the yank Geophysical Union as a part of the Geophysical Monograph sequence. content material:
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The data that defines the histogram may derive from the whole image, from a statistical sample, or from a specific region of the image. Stereo-photogrammetry After the creation of the synthetic imagery for the stereo vision, the choice is among the stereopair’s hard print observation under a mirror stereoscope, the production of an anaglyphic image, and the orientation by means of a photogrammetric workstation. 34 The radiometric type image enhancements refer to the configuration of Brightness, Contrast and Colour Density Slicing.
The transformation of three components into weight for each pixel generates aerial perspectives. The first weight is the relative elevation of the considered point. The second weight is based on the exposure towards light, and the third is based on the relative position of a point on the hill slope. These weights are used to alter the calculated grey value. The exaggeration of vertical gradients leads to the suppression of relatively horizontal planar surfaces. For mountainous regions aspect-based shading and aerial perspectives are most suitable, whereas for lowland and flat areas the diffuse surface reflection approach is more suitable.
Data draping: A 3D view of a specific region can be created through the procedure of GIS layers, satellite imagery, and attribute information draping over a DEM. Three key Methodology-Techniques steps are: depicting the surface, draping the theme, and setting the view parameters, such as model and camera positions. • 3D fly-through animations: Simulated flights through the landscape are accomplished by view changes, as the model and camera positions are modified. The value of this approach becomes obvious in mountainous environments where complex terrain, natural and geopolitical hazards restrict field access.