Enum geodesy::Bibliography
source · pub enum Bibliography {
Show 21 variants
Bow76,
Bow83,
Bow85,
Bow89,
Cla19,
Dea04,
Dea12,
Eng07,
Fuk99,
Fuk06,
Iogp19,
Kar10,
Kar11,
Kar12,
Kar13,
Kar22,
Knu19,
Kru12,
Ruf16,
Vin75,
Vin76,
}
Expand description
Some literature, that has been useful in designing and implementing this library.
Variants§
Bow76
B.R. Bowring, 1976: Transformation from spatial to geographical coordinates. Survey Review 23(181), pp. 323–327.
Bow83
B. R. Bowring, 1983: New equations for meridional distance. Bull. Geodesique 57, 374–381. DOI.
Bow85
B.R. Bowring, 1985: The accuracy of geodetic latitude and height equations. Survey Review, 28(218), pp.202-206, DOI.
Bow89
B.R. Bowring, 1989: Transverse mercator equations obtained from a spherical basis. Survey Review 30(233), pp.125-133, DOI (See also Transverse Mercator: Bowring series).
Cla19
S.J. Claessens, 2019: Efficient transformation from Cartesian to geodetic coordinates. Computers and Geosciences, Vol. 133, article 104307 DOI
Dea04
R.E.Deakin, 2004: The Standard and Abridged Molodensky Coordinate Transformation Formulae. URL
Dea12
R.E. Deakin, M.N. Hunter and C.F.F. Karney, 2012: A fresh look at the UTM projection: Karney-Krueger equations. Surveying and Spatial Sciences Institute (SSSI) Land Surveying Commission National Conference, Melbourne, 18-21 April, 2012.
Eng07
K. E. Engsager and K. Poder, 2007: A highly accurate world wide algorithm for the transverse Mercator mapping (almost), in Proc. XXIII Intl. Cartographic Conf. (ICC2007), Moscow, p. 2.1.2.
Fuk99
Toshio Fukushima, 1999: Fast transform from geocentric to geodetic coordinates. Journal of Geodesy, 73(11), pp.603–610 DOI
Fuk06
Toshio Fukushima, 2006: Transformation from Cartesian to Geodetic Coordinates Accelerated by Halley’s Method. Journal of Geodesy, 79(12), pp.689-693 DOI
Iogp19
IOGP, 2019: Coordinate Conversions and Transformations including Formulas. Revised - September 2019 IOGP Geomatics Guidance Note Number 7, part 2. IOGP publication no. 373-7-2, 162 pp. pdf
Kar10
Charles F.F. Karney, 2010: Transverse Mercator with an accuracy of a few nanometers. pdf
Kar11
Charles F.F. Karney, 2011: Transverse Mercator with an accuracy of a few nanometers. J. Geodesy. 85(8): 475–485. DOI.
Kar12
Charles F.F. Karney, 2012: Algorithms for geodesics. pdf
Kar13
Charles F.F. Karney, 2013: Algorithms for geodesics. Journal of Geodesy 87, 43–55. DOI
Kar22
Knu19
Thomas Knudsen, Kristian Evers, Geir Arne Hjelle, Guðmundur Valsson, Martin Lidberg and Pasi Häkli (2019): The Bricks and Mortar for Contemporary Reimplementation of Legacy Nordic Transformations. Geophysica, 54(1), pp. 107–116.
Kru12
L. Krüger (1912). Konforme Abbildung des Erdellipsoids in der Ebene. Veröffentlichung des Königlich Preuszischen Geodätischen Instituts: Neue Folge vol. 52, Leipzig: Teubner, 181 pp. DOI URL pdf.
Ruf16
A. C. Ruffhead (2016): The SMITSWAM method of datum transformations consisting of Standard Molodensky in two stages with applied misclosures, Survey Review, 48:350, pp. 376-384, DOI.
Vin75
T. Vincenty (1975) Direct and Inverse Solutions of Geodesics on the Ellipsoid with application of nested equations. Survey Review, 23(176): 88-93. pdf (See also Wikipedia: Vincenty’s formulae).
Vin76
T. Vincenty (1976). Correspondence. Survey Review. 23(180): 294.