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Document: Guide/Manuel

Map projections / Lev M. Bugayevskiy (1995)

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Titre :	Map projections : a reference manual
Type de document :	Guide/Manuel
Auteurs :	Lev M. Bugayevskiy, Auteur ; John P. Snyder, Auteur
Editeur :	Londres : Taylor & Francis
Année de publication :	1995
Importance :	328 p.
Format :	17 x 25 cm
ISBN/ISSN/EAN :	978-0-7484-0304-2
Note générale :	Bibliographie
Langues :	Anglais (eng)
Descripteur :	[Vedettes matières IGN] Projections [Termes IGN] cartographie [Termes IGN] projection [Termes IGN] projection conforme [Termes IGN] projection conique [Termes IGN] projection cylindrique [Termes IGN] système de coordonnées
Index. décimale :	30.20 Projections - généralités
Note de contenu :	1 General theory of map projections 1.1 Coordinate systems used in mathematical cartography 1.2 Definition of map projections: equations for meridians and parallels; the map graticule; conditions for transformation 1.3 Elements for transforming an infinitestimal spheroidal (or spherical) quadrangle onto a plane 1.4 Scale 1.5. Conditions for conformal, equalarea, and equidistant transformation of an ellipsoidal (or spherical) surface onto a plane 1.6 Distortion on map projections 1.7 Transformation of one type of surface onto other types : that of the ellipsoid of revolution onto the surface of a sphere 1.8 Classification of map projections 2 Map projections with straight parallels 2.1 Cylindrical projections 2.2 Pseudocylindrical projections 3 Map projections with parallels in the shape of concentric circles 3.1 Conic projections 3.2 Azimuthal projections 3.3 Perspective azimuthal projections 3.4 Pseudoconic projections 3.5 Pseudoazimuthal projections 3.6 Retroazimuthal projections 4 Map projections with parallels in the shape of nonconcentric circles 4.1 General formulas for polyconic projections 4.2 Polyconic projections in a general sense 4.3 Polyconic projections in a narrow sense 4.4 Characteristics of polyconic projections 5 Projections for topographic and namedquadrangle maps ; projections used in geodesy 5.1 Topographic map projections 5.2 Projections used for maps at scales of 1 : 1.000.000 and 1: 2.500.000 5.3 Conformal projections of the ellipsoid used in geodesy 6 Map projection research 6.1 Direct and inverse problems of mathematical cartography involved in the theory of direct transformation of surfaces onto a plane 6.2 Equations for inverse transformation 6.3 Map projection research by solving the direct problem of mathematical cartography 6.4 Map projection research by solving the inverse problem of mathematical cartography 7 Best and ideal map projections ; projections satisfying given conditions of representation 7.1 General conditions for the best and ideal projections 7.2 Chebyshev projections 7.3 Conformal projections with adaptable isocols 7.4 Conformal projections using elliptic functions 7.5 Quasiconformal transformation of flat regions; classes of equalarea projections closest to conformality 7.6 Projections with orthogonal map graticules 7.7 Euler projections 7.8 Twopoint azimuthal projection 7.9 Twopoint equidistant projection 7.10 Projections for anamorphous maps 7.11 Isometric coordinates and conformal cylindrical projections of the triaxial ellipsoid 7.12 Map projections for maps on globes 7.13 Mapping geodetic lines, loxodromes, small circles, and trajectory lines of artificial satellites of the Earth 8 Numerical methods in mathematical cartography 8.1 Interpolation and extrapolation 8.2 Numerical differentiation 8.3 Numerical integration 8.4 Approximation 9 Choice and identification of map projections 9.1 Theoretical fundamentals of choosing a map projection 9.2 Distortion characteristics on projections of the former USSR, continents, oceans, hemispheres, and world maps 9.3 Projections for published maps 9.4 Approximate hierarchy of requirements for map projections with varying perception and assessment of cartographic information 9.5 Distortion requirements on various types of smallscale maps 9.6 Identification of a map projection from the shape of its graticule of meridians and parallels 10 Problems and directions of automation in obtaining and applying map projections 10.1 Calculation of map projections on a computer 10.2 Transformation of the map projection of a base map into a given projection 10.3 Computerized selection of map projections 10.4 Research on map projections in an automated environment to meet given requirements 10.5 Identification of map projections in an automated environment 10.6 Automated identification and reduction of measurements from maps using their mathematical basis 10.7 Automated plotting of elements of the mathematical basis 11 Summary of miscellaneous projections, with references
Numéro de notice :	68477
Affiliation des auteurs :	non IGN
Thématique :	GEOMATIQUE/POSITIONNEMENT
Nature :	Manuel
Accessibilité hors numérique :	Accessible via le SUDOC (sur demande au cdos)
Permalink :	https://documentation.ensg.eu/index.php?lvl=notice_display&id=49212

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Code-barres	Cote	Support	Localisation	Section	Disponibilité
68477-02	DEP-RECG	Livre	Marne-la-Vallée	Dépôt en unité	Exclu du prêt

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