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In computer graphics, rasterisation (British English) or rasterization (American English) is the task of taking an image described in a vector graphics format (shapes) and converting it into a raster image (a series of pixels, dots or lines, which, when displayed together, create the image which was represented via shapes).
Examples of fields commonly represented in rasters include: temperature, population density, soil moisture, land cover, surface elevation, etc. Two sampling models are used to derive cell values from the field: in a lattice , the value is measured at the center point of each cell; in a grid , the value is a summary (usually a mean or mode) of ...
Pages in category "Nature photographers" The following 147 pages are in this category, out of 147 total. This list may not reflect recent changes. A. Varun Aditya;
The winners of the Nature Photographer of the Year (NPOTY) 2024 competition have been announced! This prestigious event celebrates the very best in nature photography, showcasing stunning work ...
Nature’s Best Photography (NBP) International Awards recently announced winning and highly honored photos that are absolutely captivating. Over 25 thousand images were entered to compete in 11 ...
National Geographic Pictures of the Year: As one of the most respected and well-known organizations for nature photography, National Geographic began its “Pictures of the Year” contest in 2023. It invites photographers, both amateur and professional, to submit photos to compete in one of four categories: nature, people, places, and animals ...
Herbert List (1903–1975) Alois Löcherer (1815–1862) Kurt Lubinski (1899–1955) Loretta Lux (born 1969) Felix H. Man (1893–1985) Oliver Mark (born 1963) Willy Matheisl (born 1950) Adolf de Meyer (1868–1946) Arwed Messmer (born 1964) Karsten Mosebach (born 1969) Hans Namuth (1917–1990) Helmut Newton (1920–2004) Josef H. Neumann ...
Ideally, a vector image does not have the same problem. Edges and filled areas are represented as mathematical curves or gradients, and they can be magnified arbitrarily (though of course the final image must also be rasterized in to be rendered, and its quality depends on the quality of the rasterization algorithm for the given inputs).